Repository: tink-crypto/tink-go Branch: main Commit: 93b2377d2215 Files: 767 Total size: 13.8 MB Directory structure: gitextract_d7r2arib/ ├── LICENSE ├── README.md ├── aead/ │ ├── aead.go │ ├── aead_benchmark_test.go │ ├── aead_factory.go │ ├── aead_factory_test.go │ ├── aead_init_test.go │ ├── aead_key_templates.go │ ├── aead_key_templates_test.go │ ├── aead_test.go │ ├── aesctrhmac/ │ │ ├── aead.go │ │ ├── aead_test.go │ │ ├── aesctrhmac.go │ │ ├── aesctrhmac_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_parameters.go │ │ ├── key_parameters_test.go │ │ ├── key_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── aesgcm/ │ │ ├── aead.go │ │ ├── aead_test.go │ │ ├── aesgcm.go │ │ ├── aesgcm_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── aesgcmsiv/ │ │ ├── aead.go │ │ ├── aead_test.go │ │ ├── aesgcmsiv.go │ │ ├── aesgcmsiv_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── chacha20poly1305/ │ │ ├── aead.go │ │ ├── aead_test.go │ │ ├── chacha20poly1305.go │ │ ├── chacha20poly1305_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── internal/ │ │ └── testutil/ │ │ ├── testutil.go │ │ └── testutil_test.go │ ├── kms_envelope_aead.go │ ├── kms_envelope_aead_example_test.go │ ├── kms_envelope_aead_key_manager.go │ ├── kms_envelope_aead_key_manager_test.go │ ├── kms_envelope_aead_test.go │ ├── subtle/ │ │ ├── aes_ctr.go │ │ ├── aes_ctr_test.go │ │ ├── aes_gcm.go │ │ ├── aes_gcm_siv.go │ │ ├── aes_gcm_siv_test.go │ │ ├── aes_gcm_test.go │ │ ├── chacha20poly1305.go │ │ ├── chacha20poly1305_test.go │ │ ├── chacha20poly1305_vectors_test.go │ │ ├── encrypt_then_authenticate.go │ │ ├── encrypt_then_authenticate_test.go │ │ ├── ind_cpa.go │ │ ├── polyval.go │ │ ├── polyval_test.go │ │ ├── subtle.go │ │ ├── subtle_test.go │ │ ├── xchacha20poly1305.go │ │ ├── xchacha20poly1305_test.go │ │ └── xchacha20poly1305_vectors_test.go │ ├── xaesgcm/ │ │ ├── aead.go │ │ ├── aead_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── protoserialization.go │ │ ├── protoserialization_test.go │ │ ├── xaesgcm.go │ │ └── xaesgcm_test.go │ └── xchacha20poly1305/ │ ├── aead.go │ ├── aead_test.go │ ├── key.go │ ├── key_manager_test.go │ ├── key_test.go │ ├── protoserialization.go │ ├── protoserialization_test.go │ ├── xchacha20poly1305.go │ └── xchacha20poly1305_test.go ├── core/ │ ├── cryptofmt/ │ │ ├── cryptofmt.go │ │ └── cryptofmt_test.go │ └── registry/ │ ├── custom_key_manager_test.go │ ├── key_manager.go │ ├── kms_client.go │ ├── private_key_manager.go │ ├── registry.go │ └── registry_test.go ├── daead/ │ ├── aessiv/ │ │ ├── aessiv.go │ │ ├── aessiv_test.go │ │ ├── daead.go │ │ ├── daead_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── daead.go │ ├── daead_benchmark_test.go │ ├── daead_factory.go │ ├── daead_factory_test.go │ ├── daead_init_test.go │ ├── daead_key_templates.go │ ├── daead_key_templates_test.go │ ├── daead_test.go │ └── subtle/ │ ├── aes_siv.go │ └── aes_siv_test.go ├── docs/ │ ├── CONTRIBUTING.md │ └── SECURITY.md ├── go.mod ├── go.sum ├── hybrid/ │ ├── ecies/ │ │ ├── ecies.go │ │ ├── ecies_aead_hkdf_hybrid_decrypt_test.go │ │ ├── ecies_aead_hkdf_hybrid_encrypt_test.go │ │ ├── ecies_test.go │ │ ├── hybrid_decrypt.go │ │ ├── hybrid_encrypt.go │ │ ├── hybrid_encrypt_test.go │ │ ├── key.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── private_key_manager_test.go │ │ ├── protoserialization.go │ │ ├── protoserialization_test.go │ │ └── public_key_manager_test.go │ ├── hpke/ │ │ ├── hpke.go │ │ ├── hpke_test.go │ │ ├── hybrid_decrypt.go │ │ ├── hybrid_encrypt.go │ │ ├── hybrid_encrypt_decrypt_test.go │ │ ├── key.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── private_key_manager_test.go │ │ ├── protoserialization.go │ │ ├── protoserialization_test.go │ │ └── public_key_manager_test.go │ ├── hybrid.go │ ├── hybrid_benchmark_test.go │ ├── hybrid_decrypt_factory.go │ ├── hybrid_encrypt_factory.go │ ├── hybrid_factory_test.go │ ├── hybrid_key_templates.go │ ├── hybrid_key_templates_test.go │ ├── hybrid_test.go │ ├── internal/ │ │ ├── ecies/ │ │ │ ├── dem_helper.go │ │ │ └── dem_helper_test.go │ │ ├── hpke/ │ │ │ ├── aead.go │ │ │ ├── aes_gcm_aead.go │ │ │ ├── aes_gcm_aead_test.go │ │ │ ├── chacha20poly1305_aead.go │ │ │ ├── chacha20poly1305_aead_test.go │ │ │ ├── context.go │ │ │ ├── context_test.go │ │ │ ├── decrypt.go │ │ │ ├── encrypt.go │ │ │ ├── encrypt_decrypt_test.go │ │ │ ├── hkdf_kdf.go │ │ │ ├── hkdf_kdf_test.go │ │ │ ├── hpke.go │ │ │ ├── hpke_test.go │ │ │ ├── kdf.go │ │ │ ├── kem.go │ │ │ ├── mlkem_kem.go │ │ │ ├── mlkem_kem_test.go │ │ │ ├── nist_curves_kem.go │ │ │ ├── nist_curves_kem_test.go │ │ │ ├── primitive_factory.go │ │ │ ├── primitive_factory_test.go │ │ │ ├── x25519_kem.go │ │ │ ├── x25519_kem_test.go │ │ │ ├── xwing_kem.go │ │ │ └── xwing_kem_test.go │ │ └── xwing/ │ │ ├── xwing.go │ │ └── xwing_test.go │ └── subtle/ │ ├── ecies_aead_hkdf_dem_helper.go │ ├── ecies_aead_hkdf_hybrid_decrypt.go │ ├── ecies_aead_hkdf_hybrid_encrypt.go │ ├── ecies_hkdf_recipient_kem.go │ ├── ecies_hkdf_sender_kem.go │ ├── elliptic_curves.go │ ├── elliptic_curves_test.go │ ├── public_key.go │ ├── public_key_test.go │ ├── subtle.go │ └── subtle_test.go ├── insecurecleartextkeyset/ │ ├── example_test.go │ ├── insecurecleartextkeyset.go │ └── insecurecleartextkeyset_test.go ├── insecuresecretdataaccess/ │ └── insecuresecretdataaccess.go ├── internal/ │ ├── aead/ │ │ ├── aead.go │ │ ├── aead_test.go │ │ ├── aesctr.go │ │ ├── aesctr_test.go │ │ ├── aesgcm.go │ │ ├── aesgcm_test.go │ │ ├── chacha20poly1305.go │ │ └── chacha20poly1305_test.go │ ├── config/ │ │ ├── aeadconfig/ │ │ │ ├── v0.go │ │ │ └── v0_test.go │ │ ├── config.go │ │ ├── config_test.go │ │ ├── daeadconfig/ │ │ │ ├── v0.go │ │ │ └── v0_test.go │ │ ├── hybridconfig/ │ │ │ ├── v0.go │ │ │ └── v0_test.go │ │ ├── jwtmacconfig/ │ │ │ ├── v0.go │ │ │ └── v0_test.go │ │ ├── jwtsignatureconfig/ │ │ │ ├── v0.go │ │ │ └── v0_test.go │ │ ├── keyderivationconfig/ │ │ │ ├── v0.go │ │ │ └── v0_test.go │ │ ├── macconfig/ │ │ │ ├── v0.go │ │ │ └── v0_test.go │ │ ├── prfconfig/ │ │ │ ├── v0.go │ │ │ └── v0_test.go │ │ ├── signatureconfig/ │ │ │ ├── v0.go │ │ │ └── v0_test.go │ │ └── streamingaeadconfig/ │ │ ├── v0.go │ │ └── v0_test.go │ ├── ec/ │ │ ├── ec.go │ │ └── ec_test.go │ ├── internal.go │ ├── internalapi/ │ │ └── token.go │ ├── internalregistry/ │ │ ├── internal_registry.go │ │ └── internal_registry_test.go │ ├── jwk/ │ │ ├── jwk.go │ │ └── jwk_test.go │ ├── keygenregistry/ │ │ ├── keygenregistry.go │ │ └── keygenregistry_test.go │ ├── legacykeymanager/ │ │ ├── legacykeymanager.go │ │ └── legacykeymanager_test.go │ ├── mac/ │ │ ├── aescmac/ │ │ │ ├── aescmac.go │ │ │ └── aescmac_test.go │ │ └── hmac/ │ │ ├── hmac.go │ │ └── hmac_test.go │ ├── monitoringutil/ │ │ ├── monitoring_util.go │ │ └── monitoring_util_test.go │ ├── outputprefix/ │ │ ├── outputprefix.go │ │ └── outputprefix_test.go │ ├── prefixmap/ │ │ ├── prefixmap.go │ │ └── prefixmap_test.go │ ├── primitiveregistry/ │ │ ├── benchmark_test.go │ │ ├── primitiveregistry.go │ │ └── primitiveregistry_test.go │ ├── primitiveset/ │ │ ├── primitiveset.go │ │ └── primitiveset_test.go │ ├── protoserialization/ │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── random/ │ │ └── random.go │ ├── registryconfig/ │ │ ├── legacyprimitive/ │ │ │ └── legacyprimitive.go │ │ ├── registry_config.go │ │ └── registry_config_test.go │ ├── signature/ │ │ ├── compositemldsa/ │ │ │ ├── testing/ │ │ │ │ └── test_vectors.go │ │ │ ├── util.go │ │ │ └── util_test.go │ │ ├── ecdsa/ │ │ │ ├── encoding.go │ │ │ └── encoding_test.go │ │ ├── mldsa/ │ │ │ ├── algebra.go │ │ │ ├── algebra_test.go │ │ │ ├── cctv_test.go │ │ │ ├── marshal.go │ │ │ ├── marshal_test.go │ │ │ ├── mldsa.go │ │ │ ├── mldsa_benchmark_test.go │ │ │ ├── mldsa_test.go │ │ │ ├── sampling.go │ │ │ └── sampling_test.go │ │ ├── rsa.go │ │ ├── rsa_test.go │ │ ├── rsassapkcs1_signer.go │ │ ├── rsassapkcs1_signer_verifier_test.go │ │ ├── rsassapkcs1_verifier.go │ │ ├── rsassapss_signer.go │ │ ├── rsassapss_signer_verifier_test.go │ │ ├── rsassapss_verifier.go │ │ ├── signature.go │ │ └── slhdsa/ │ │ ├── address.go │ │ ├── address_test.go │ │ ├── fors.go │ │ ├── fors_test.go │ │ ├── hash.go │ │ ├── hash_test.go │ │ ├── hypertree.go │ │ ├── hypertree_test.go │ │ ├── slhdsa.go │ │ ├── slhdsa_kat_vectors_test.go │ │ ├── slhdsa_test.go │ │ ├── support.go │ │ ├── support_test.go │ │ ├── wots.go │ │ ├── wots_test.go │ │ ├── xmss.go │ │ └── xmss_test.go │ ├── testing/ │ │ ├── aead/ │ │ │ └── aead.go │ │ ├── stubkeymanager/ │ │ │ ├── stubkeymanager.go │ │ │ └── stubkeymanager_test.go │ │ └── wycheproof/ │ │ ├── v1.go │ │ ├── v1_test.go │ │ └── wycheproof.go │ └── tinkerror/ │ ├── doc.go │ ├── tinkerror.go │ ├── tinkerror_test.go │ └── tinkerrortest/ │ ├── doc.go │ └── tinkerrortest.go ├── jwt/ │ ├── jwk_converter.go │ ├── jwk_converter_test.go │ ├── jwt.go │ ├── jwt_config.go │ ├── jwt_config_test.go │ ├── jwt_ecdsa_signer_key_manager_test.go │ ├── jwt_ecdsa_verifier_key_manager_test.go │ ├── jwt_encoding.go │ ├── jwt_encoding_test.go │ ├── jwt_full_mac.go │ ├── jwt_full_mac_test.go │ ├── jwt_full_signer_verifier.go │ ├── jwt_full_signer_verifier_test.go │ ├── jwt_hmac_key_manager_test.go │ ├── jwt_key_templates.go │ ├── jwt_key_templates_test.go │ ├── jwt_mac.go │ ├── jwt_mac_benchmark_test.go │ ├── jwt_mac_factory.go │ ├── jwt_mac_factory_test.go │ ├── jwt_mac_kid.go │ ├── jwt_mac_kid_test.go │ ├── jwt_rsa_ssa_pkcs1_signer_key_manager_test.go │ ├── jwt_rsa_ssa_pkcs1_verifier_key_manager_test.go │ ├── jwt_rsa_ssa_pss_signer_key_manager_test.go │ ├── jwt_rsa_ssa_pss_verify_key_manager_test.go │ ├── jwt_signature_benchmark_test.go │ ├── jwt_signer.go │ ├── jwt_signer_factory.go │ ├── jwt_signer_kid.go │ ├── jwt_signer_verifier_factory_test.go │ ├── jwt_signer_verifier_kid_test.go │ ├── jwt_test.go │ ├── jwt_validator.go │ ├── jwt_validator_test.go │ ├── jwt_verifier.go │ ├── jwt_verifier_factory.go │ ├── jwt_verifier_kid.go │ ├── jwtecdsa/ │ │ ├── jwtecdsa.go │ │ ├── key.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── jwthmac/ │ │ ├── jwthmac.go │ │ ├── key.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── jwtrsassapkcs1/ │ │ ├── jwtrsassapkcs1.go │ │ ├── key.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── jwtrsassapss/ │ │ ├── jwtrsassapss.go │ │ ├── key.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── raw_jwt.go │ ├── raw_jwt_test.go │ ├── verified_jwt.go │ └── verified_jwt_test.go ├── key/ │ └── key.go ├── keyderivation/ │ ├── internal/ │ │ ├── keyderiver/ │ │ │ └── key_deriver.go │ │ ├── keyderivers/ │ │ │ ├── keyderivers.go │ │ │ └── keyderivers_test.go │ │ └── streamingprf/ │ │ ├── hkdf_streaming_prf.go │ │ ├── hkdf_streaming_prf_test.go │ │ └── streaming_prf.go │ ├── keyderivation.go │ ├── keyderivation_example_test.go │ ├── keyderivation_key_templates.go │ ├── keyderivation_key_templates_test.go │ ├── keyderivation_test.go │ ├── keyset_deriver.go │ ├── keyset_deriver_factory.go │ ├── keyset_deriver_factory_test.go │ ├── keyset_deriver_factory_x_test.go │ └── prfbasedkeyderivation/ │ ├── key.go │ ├── key_manager.go │ ├── key_manager_test.go │ ├── key_test.go │ ├── keyderiver.go │ ├── keyderiver_test.go │ ├── parameters.go │ ├── parameters_test.go │ ├── prfbasedkeyderivation.go │ ├── prfbasedkeyderivation_test.go │ ├── protoserialization.go │ └── protoserialization_test.go ├── keyset/ │ ├── binary_io.go │ ├── binary_io_test.go │ ├── handle.go │ ├── handle_test.go │ ├── json_io.go │ ├── json_io_test.go │ ├── keyset.go │ ├── keyset_benchmark_test.go │ ├── keyset_test.go │ ├── manager.go │ ├── manager_test.go │ ├── mem_io.go │ ├── mem_io_test.go │ ├── option.go │ ├── reader.go │ ├── validation.go │ ├── validation_test.go │ └── writer.go ├── kokoro/ │ ├── create_github_release_branch.sh │ ├── create_github_release_tag.sh │ ├── gcp_ubuntu/ │ │ └── gomod/ │ │ └── run_tests.sh │ ├── macos_external/ │ │ └── gomod/ │ │ └── run_tests.sh │ └── testutils/ │ ├── check_go_generated_files_up_to_date.sh │ ├── docker_execute.sh │ ├── github_release_util.sh │ ├── github_release_util_test.sh │ ├── go_test_container_images.sh │ ├── install_go.sh │ └── test_utils.sh ├── kwp/ │ └── subtle/ │ ├── kwp.go │ └── kwp_test.go ├── mac/ │ ├── aescmac/ │ │ ├── aescmac.go │ │ ├── aescmac_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── mac.go │ │ ├── mac_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── hmac/ │ │ ├── hmac.go │ │ ├── hmac_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── mac.go │ │ ├── mac_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── internal/ │ │ └── mactest/ │ │ ├── mactest.go │ │ └── mactest_test.go │ ├── mac.go │ ├── mac_benchmark_test.go │ ├── mac_factory.go │ ├── mac_factory_test.go │ ├── mac_init_test.go │ ├── mac_key_templates.go │ ├── mac_key_templates_test.go │ ├── mac_test.go │ └── subtle/ │ ├── cmac.go │ ├── cmac_test.go │ ├── hmac.go │ └── hmac_test.go ├── monitoring/ │ └── monitoring.go ├── prf/ │ ├── aescmacprf/ │ │ ├── aescmacprf.go │ │ ├── aescmacprf_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── hkdfprf/ │ │ ├── hkdfprf.go │ │ ├── hkdfprf_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── hmacprf/ │ │ ├── hmacprf.go │ │ ├── hmacprf_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── prf_benchmark_test.go │ ├── prf_key_templates.go │ ├── prf_key_templates_test.go │ ├── prf_set.go │ ├── prf_set_factory.go │ ├── prf_set_factory_test.go │ ├── prf_test.go │ └── subtle/ │ ├── aes_cmac.go │ ├── aes_cmac_test.go │ ├── hkdf.go │ ├── hkdf_test.go │ ├── hmac.go │ ├── hmac_test.go │ ├── subtle.go │ └── subtle_test.go ├── proto/ │ ├── aes_cmac.proto │ ├── aes_cmac_go_proto/ │ │ └── aes_cmac.pb.go │ ├── aes_cmac_prf.proto │ ├── aes_cmac_prf_go_proto/ │ │ └── aes_cmac_prf.pb.go │ ├── aes_ctr.proto │ ├── aes_ctr_go_proto/ │ │ └── aes_ctr.pb.go │ ├── aes_ctr_hmac_aead.proto │ ├── aes_ctr_hmac_aead_go_proto/ │ │ └── aes_ctr_hmac_aead.pb.go │ ├── aes_ctr_hmac_streaming.proto │ ├── aes_ctr_hmac_streaming_go_proto/ │ │ └── aes_ctr_hmac_streaming.pb.go │ ├── aes_eax.proto │ ├── aes_eax_go_proto/ │ │ └── aes_eax.pb.go │ ├── aes_gcm.proto │ ├── aes_gcm_go_proto/ │ │ └── aes_gcm.pb.go │ ├── aes_gcm_hkdf_streaming.proto │ ├── aes_gcm_hkdf_streaming_go_proto/ │ │ └── aes_gcm_hkdf_streaming.pb.go │ ├── aes_gcm_siv.proto │ ├── aes_gcm_siv_go_proto/ │ │ └── aes_gcm_siv.pb.go │ ├── aes_siv.proto │ ├── aes_siv_go_proto/ │ │ └── aes_siv.pb.go │ ├── chacha20_poly1305.proto │ ├── chacha20_poly1305_go_proto/ │ │ └── chacha20_poly1305.pb.go │ ├── common.proto │ ├── common_go_proto/ │ │ └── common.pb.go │ ├── composite_ml_dsa.proto │ ├── composite_ml_dsa_go_proto/ │ │ └── composite_ml_dsa.pb.go │ ├── config.proto │ ├── config_go_proto/ │ │ └── config.pb.go │ ├── ecdsa.proto │ ├── ecdsa_go_proto/ │ │ └── ecdsa.pb.go │ ├── ecies_aead_hkdf.proto │ ├── ecies_aead_hkdf_go_proto/ │ │ └── ecies_aead_hkdf.pb.go │ ├── ed25519.proto │ ├── ed25519_go_proto/ │ │ └── ed25519.pb.go │ ├── empty.proto │ ├── empty_go_proto/ │ │ └── empty.pb.go │ ├── hkdf_prf.proto │ ├── hkdf_prf_go_proto/ │ │ └── hkdf_prf.pb.go │ ├── hmac.proto │ ├── hmac_go_proto/ │ │ └── hmac.pb.go │ ├── hmac_prf.proto │ ├── hmac_prf_go_proto/ │ │ └── hmac_prf.pb.go │ ├── hpke.proto │ ├── hpke_go_proto/ │ │ └── hpke.pb.go │ ├── jwt_ecdsa.proto │ ├── jwt_ecdsa_go_proto/ │ │ └── jwt_ecdsa.pb.go │ ├── jwt_hmac.proto │ ├── jwt_hmac_go_proto/ │ │ └── jwt_hmac.pb.go │ ├── jwt_rsa_ssa_pkcs1.proto │ ├── jwt_rsa_ssa_pkcs1_go_proto/ │ │ └── jwt_rsa_ssa_pkcs1.pb.go │ ├── jwt_rsa_ssa_pss.proto │ ├── jwt_rsa_ssa_pss_go_proto/ │ │ └── jwt_rsa_ssa_pss.pb.go │ ├── kms_aead.proto │ ├── kms_aead_go_proto/ │ │ └── kms_aead.pb.go │ ├── kms_envelope.proto │ ├── kms_envelope_go_proto/ │ │ └── kms_envelope.pb.go │ ├── ml_dsa.proto │ ├── ml_dsa_go_proto/ │ │ └── ml_dsa.pb.go │ ├── prf_based_deriver.proto │ ├── prf_based_deriver_go_proto/ │ │ └── prf_based_deriver.pb.go │ ├── rsa_ssa_pkcs1.proto │ ├── rsa_ssa_pkcs1_go_proto/ │ │ └── rsa_ssa_pkcs1.pb.go │ ├── rsa_ssa_pss.proto │ ├── rsa_ssa_pss_go_proto/ │ │ └── rsa_ssa_pss.pb.go │ ├── slh_dsa.proto │ ├── slh_dsa_go_proto/ │ │ └── slh_dsa.pb.go │ ├── tink.proto │ ├── tink_go_proto/ │ │ └── tink.pb.go │ ├── x_aes_gcm.proto │ ├── x_aes_gcm_go_proto/ │ │ └── x_aes_gcm.pb.go │ ├── xchacha20_poly1305.proto │ └── xchacha20_poly1305_go_proto/ │ └── xchacha20_poly1305.pb.go ├── secretdata/ │ ├── example_test.go │ ├── secretdata.go │ └── secretdata_test.go ├── signature/ │ ├── compositemldsa/ │ │ ├── compositemldsa.go │ │ ├── key.go │ │ ├── key_test.go │ │ ├── protoserialization.go │ │ ├── protoserialization_test.go │ │ ├── signer.go │ │ ├── signer_verifier_test.go │ │ └── verifier.go │ ├── ecdsa/ │ │ ├── ecdsa.go │ │ ├── ecdsa_test.go │ │ ├── key.go │ │ ├── key_test.go │ │ ├── proto.go │ │ ├── protoserialization.go │ │ ├── protoserialization_test.go │ │ ├── signer.go │ │ ├── signer_key_manager_test.go │ │ ├── signer_verifier_test.go │ │ ├── verifier.go │ │ └── verifier_key_manager_test.go │ ├── ed25519/ │ │ ├── ed25519.go │ │ ├── ed25519_test.go │ │ ├── key.go │ │ ├── key_test.go │ │ ├── protoserialization.go │ │ ├── protoserialization_test.go │ │ ├── signer.go │ │ ├── signer_key_manager_test.go │ │ ├── signer_verifier_test.go │ │ ├── verifier.go │ │ └── verifier_key_manager_test.go │ ├── mldsa/ │ │ ├── key.go │ │ ├── key_test.go │ │ ├── mldsa.go │ │ ├── mldsa_test.go │ │ ├── protoserialization.go │ │ ├── protoserialization_test.go │ │ ├── signer.go │ │ ├── signer_key_manager_test.go │ │ ├── signer_verifier_test.go │ │ ├── verifier.go │ │ └── verifier_key_manager_test.go │ ├── rsassapkcs1/ │ │ ├── key.go │ │ ├── key_test.go │ │ ├── protoserialization.go │ │ ├── protoserialization_test.go │ │ ├── rsassapkcs1.go │ │ ├── rsassapkcs1_test.go │ │ ├── signer.go │ │ ├── signer_key_manager_test.go │ │ ├── signer_verifier_test.go │ │ ├── verifier.go │ │ └── verifier_key_manager_test.go │ ├── rsassapss/ │ │ ├── key.go │ │ ├── key_test.go │ │ ├── protoserialization.go │ │ ├── protoserialization_test.go │ │ ├── rsassapss.go │ │ ├── rsassapss_test.go │ │ ├── signer.go │ │ ├── signer_key_manager_test.go │ │ ├── signer_verifier_test.go │ │ ├── verifier.go │ │ └── verifier_key_manager_test.go │ ├── signature.go │ ├── signature_benchmark_test.go │ ├── signature_factory_test.go │ ├── signature_init_test.go │ ├── signature_key_templates.go │ ├── signature_key_templates_test.go │ ├── signature_test.go │ ├── signer_factory.go │ ├── slhdsa/ │ │ ├── key.go │ │ ├── key_pairs_test.go │ │ ├── key_test.go │ │ ├── protoserialization.go │ │ ├── protoserialization_test.go │ │ ├── signer.go │ │ ├── signer_key_manager_test.go │ │ ├── signer_verifier_test.go │ │ ├── slhdsa.go │ │ ├── slhdsa_test.go │ │ ├── verifier.go │ │ └── verifier_key_manager_test.go │ ├── subtle/ │ │ ├── ecdsa.go │ │ ├── ecdsa_signer.go │ │ ├── ecdsa_signer_verifier_test.go │ │ ├── ecdsa_test.go │ │ ├── ecdsa_verifier.go │ │ ├── ed25519_signer.go │ │ ├── ed25519_signer_verifier_test.go │ │ ├── ed25519_verifier.go │ │ ├── subtle.go │ │ └── subtle_test.go │ └── verifier_factory.go ├── streamingaead/ │ ├── aesctrhmac/ │ │ ├── aesctrhmac.go │ │ ├── aesctrhmac_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── aesgcmhkdf/ │ │ ├── aesgcmhkdf.go │ │ ├── aesgcmhkdf_test.go │ │ ├── key.go │ │ ├── key_manager_test.go │ │ ├── key_test.go │ │ ├── parameters.go │ │ ├── parameters_test.go │ │ ├── protoserialization.go │ │ └── protoserialization_test.go │ ├── decrypt_reader.go │ ├── decrypt_reader_test.go │ ├── streamingaead.go │ ├── streamingaead_benchmark_test.go │ ├── streamingaead_factory.go │ ├── streamingaead_factory_test.go │ ├── streamingaead_key_templates.go │ ├── streamingaead_key_templates_test.go │ ├── streamingaead_test.go │ └── subtle/ │ ├── aes_ctr_hmac.go │ ├── aes_ctr_hmac_test.go │ ├── aes_gcm_hkdf.go │ ├── aes_gcm_hkdf_test.go │ ├── noncebased/ │ │ ├── noncebased.go │ │ └── noncebased_test.go │ ├── subtle.go │ └── subtle_test.go ├── subtle/ │ ├── hkdf.go │ ├── hkdf_test.go │ ├── random/ │ │ ├── random.go │ │ └── random_test.go │ ├── subtle.go │ ├── subtle_test.go │ ├── x25519.go │ └── x25519_test.go ├── testdata/ │ └── testvectors/ │ └── hpke_boringssl.json ├── testing/ │ ├── fakekms/ │ │ ├── fakekms.go │ │ └── fakekms_test.go │ ├── fakemonitoring/ │ │ ├── fakemonitoring.go │ │ └── fakemonitoring_test.go │ └── insecuresecretdataaccesstest/ │ └── insecuresecretdataaccesstest.go ├── testkeyset/ │ ├── testkeyset.go │ └── testkeyset_test.go ├── testutil/ │ ├── constant.go │ ├── hexbytes.go │ ├── hexbytes_test.go │ ├── hybrid/ │ │ ├── private_key.go │ │ └── private_key_test.go │ ├── testutil.go │ └── testutil_test.go └── tink/ ├── aead.go ├── deterministic_aead.go ├── hybrid_decrypt.go ├── hybrid_encrypt.go ├── mac.go ├── signer.go ├── streamingaead.go ├── tink.go ├── verifier.go └── version.go ================================================ FILE CONTENTS ================================================ ================================================ FILE: LICENSE ================================================ Apache License Version 2.0, January 2004 http://www.apache.org/licenses/ TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION 1. 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See the License for the specific language governing permissions and limitations under the License. ================================================ FILE: README.md ================================================ # Tink Go [tink_go_gomod_badge_gcp_ubuntu]: https://storage.googleapis.com/tink-kokoro-build-badges/tink-go-gomod-gcp-ubuntu.svg [tink_go_gomod_386_badge_gcp_ubuntu]: https://storage.googleapis.com/tink-kokoro-build-badges/tink-go-gomod-386-gcp-ubuntu.svg [tink_go_gomod_badge_macos]: https://storage.googleapis.com/tink-kokoro-build-badges/tink-go-gomod-macos-external.svg **Test** | **GCP Ubuntu** | **MacOS** ------------------- | --------------------------------------------------------------- | --------- Tink Gomod | [![Gomod_GcpUbuntu][tink_go_gomod_badge_gcp_ubuntu]](#) | [![Gomod_MacOs][tink_go_gomod_badge_macos]](#) Tink Gomod (32 bit) | [![Gomod_GcpUbuntu_386][tink_go_gomod_386_badge_gcp_ubuntu]](#) | N/A > **NOTE**: **Versions of Tink Go prior to v2.0.0 are located at > https://github.com/tink-crypto/tink > ([godoc](https://pkg.go.dev/github.com/tink-crypto/tink)).** Using crypto in your application [shouldn't have to][devs_are_users_too_slides] feel like juggling chainsaws in the dark. Tink is a crypto library written by a group of cryptographers and security engineers at Google. It was born out of our extensive experience working with Google's product teams, [fixing weaknesses in implementations](https://github.com/google/wycheproof), and providing simple APIs that can be used safely without needing a crypto background. Tink provides secure APIs that are easy to use correctly and hard(er) to misuse. It reduces common crypto pitfalls with user-centered design, careful implementation and code reviews, and extensive testing. At Google, Tink is one of the standard crypto libraries, and has been deployed in hundreds of products and systems. To get a quick overview of Tink's design please take a look at [Tink's goals](https://developers.google.com/tink/design/goals_of_tink). The latest version is 2.6.0 ([godoc](https://pkg.go.dev/github.com/tink-crypto/tink-go/v2)). The official documentation is available at https://developers.google.com/tink. [devs_are_users_too_slides]: https://www.usenix.org/sites/default/files/conference/protected-files/hotsec15_slides_green.pdf ## Contact and mailing list If you want to contribute, please read [CONTRIBUTING](docs/CONTRIBUTING.md) and send us pull requests. You can also report bugs or file feature requests. If you'd like to talk to the developers or get notified about major product updates, you may want to subscribe to our [mailing list](https://groups.google.com/forum/#!forum/tink-users). ## Maintainers Tink is maintained by (A-Z): - Moreno Ambrosin - Taymon Beal - William Conner - Thomas Holenstein - Stefan Kölbl - Charles Lee - Cindy Lin - Fernando Lobato Meeser - Ioana Nedelcu - Sophie Schmieg - Elizaveta Tretiakova - Jürg Wullschleger Alumni: - Haris Andrianakis - Daniel Bleichenbacher - Tanuj Dhir - Thai Duong - Atul Luykx - Rafael Misoczki - Quan Nguyen - Bartosz Przydatek - Enzo Puig - Laurent Simon - Veronika Slívová - Paula Vidas ================================================ FILE: aead/aead.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aead provides implementations of the AEAD primitive. // // AEAD encryption assures the confidentiality and authenticity of the data. This primitive is CPA secure. package aead import ( "fmt" _ "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" // To register the AES-CTR-HMAC key manager, parsers and serializers. _ "github.com/tink-crypto/tink-go/v2/aead/aesgcm" // To register the AES-GCM key manager, parsers and serializers. _ "github.com/tink-crypto/tink-go/v2/aead/aesgcmsiv" // To register the AES-GCM-SIV key manager, parsers and serializers. _ "github.com/tink-crypto/tink-go/v2/aead/chacha20poly1305" // To register the ChaCha20Poly1305 key manager, parsers and serializers. _ "github.com/tink-crypto/tink-go/v2/aead/xaesgcm" // To register the X-AES-GCM key manager, parsers and serializers. _ "github.com/tink-crypto/tink-go/v2/aead/xchacha20poly1305" // To register the XChaCha20Poly1305 key manager. "github.com/tink-crypto/tink-go/v2/core/registry" ) func init() { if err := registry.RegisterKeyManager(new(kmsEnvelopeAEADKeyManager)); err != nil { panic(fmt.Sprintf("aead.init() failed: %v", err)) } } ================================================ FILE: aead/aead_benchmark_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test import ( "fmt" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // Benchmarks for AEAD algorithms. type testCase struct { name string template *tinkpb.KeyTemplate plaintextSize uint32 } func testCases() []testCase { tcs := []testCase{} for _, plaintextSize := range []uint32{ 1, // 1 Byte 1 * 1024, // 1 KByte, 1 * 1024 * 1024, // 1 MByte } { tcs = append(tcs, testCase{ name: fmt.Sprintf("AES128_GCM-%d", plaintextSize), template: aead.AES128GCMKeyTemplate(), plaintextSize: plaintextSize, }) tcs = append(tcs, testCase{ name: fmt.Sprintf("AES256_GCM-%d", plaintextSize), template: aead.AES256GCMKeyTemplate(), plaintextSize: plaintextSize, }) tcs = append(tcs, testCase{ name: fmt.Sprintf("CHACHA20_POLY1305-%d", plaintextSize), template: aead.ChaCha20Poly1305KeyTemplate(), plaintextSize: plaintextSize, }) tcs = append(tcs, testCase{ name: fmt.Sprintf("XCHACHA20_POLY1305-%d", plaintextSize), template: aead.XChaCha20Poly1305KeyTemplate(), plaintextSize: plaintextSize, }) tcs = append(tcs, testCase{ name: fmt.Sprintf("AES128_CTR_HMAC-%d", plaintextSize), template: aead.AES128CTRHMACSHA256KeyTemplate(), plaintextSize: plaintextSize, }) tcs = append(tcs, testCase{ name: fmt.Sprintf("AES256_CTR_HMAC-%d", plaintextSize), template: aead.AES256CTRHMACSHA256KeyTemplate(), plaintextSize: plaintextSize, }) tcs = append(tcs, testCase{ name: fmt.Sprintf("AES128_GCM_SIV-%d", plaintextSize), template: aead.AES128GCMSIVKeyTemplate(), plaintextSize: plaintextSize, }) tcs = append(tcs, testCase{ name: fmt.Sprintf("AES256_GCM_SIV-%d", plaintextSize), template: aead.AES256GCMSIVKeyTemplate(), plaintextSize: plaintextSize, }) tcs = append(tcs, testCase{ name: fmt.Sprintf("XAES256_GCM-%d", plaintextSize), template: aead.XAES256GCM192BitNonceKeyTemplate(), plaintextSize: plaintextSize, }) } return tcs } func BenchmarkEncrypt(b *testing.B) { const associatedDataSize = 256 for _, tc := range testCases() { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } primitive, err := aead.New(handle) if err != nil { b.Fatal(err) } plaintext := random.GetRandomBytes(tc.plaintextSize) associatedData := random.GetRandomBytes(associatedDataSize) b.ResetTimer() for i := 0; i < b.N; i++ { _, err := primitive.Encrypt(plaintext, associatedData) if err != nil { b.Fatal(err) } } }) } } func BenchmarkDecrypt(b *testing.B) { const associatedDataSize = 256 for _, tc := range testCases() { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } primitive, err := aead.New(handle) if err != nil { b.Fatal(err) } plaintext := random.GetRandomBytes(tc.plaintextSize) associatedData := random.GetRandomBytes(associatedDataSize) ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { b.Fatal(err) } b.ResetTimer() for i := 0; i < b.N; i++ { if _, err = primitive.Decrypt(ciphertext, associatedData); err != nil { b.Error(err) } } }) } } ================================================ FILE: aead/aead_factory.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead import ( "fmt" "slices" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/prefixmap" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/tink" ) // New returns an AEAD primitive from the given keyset handle. func New(handle *keyset.Handle) (tink.AEAD, error) { ps, err := keyset.Primitives[tink.AEAD](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("aead_factory: cannot obtain primitive set: %s", err) } return newWrappedAead(ps) } // NewWithConfig creates an AEAD primitive from the given [keyset.Handle] using // the provided [Config]. func NewWithConfig(handle *keyset.Handle, config keyset.Config) (tink.AEAD, error) { ps, err := keyset.Primitives[tink.AEAD](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("aead_factory: cannot obtain primitive set with config: %s", err) } return newWrappedAead(ps) } // wrappedAead is an AEAD implementation that uses the underlying primitive set for encryption // and decryption. type wrappedAead struct { primary aeadAndKeyID primitives *prefixmap.PrefixMap[aeadAndKeyID] encLogger monitoring.Logger decLogger monitoring.Logger } type aeadAndKeyID struct { primitive tink.AEAD keyID uint32 } func (a *aeadAndKeyID) Encrypt(plaintext, associatedData []byte) ([]byte, error) { return a.primitive.Encrypt(plaintext, associatedData) } func (a *aeadAndKeyID) Decrypt(ciphertext, associatedData []byte) ([]byte, error) { return a.primitive.Decrypt(ciphertext, associatedData) } // aeadPrimitiveAdapter is an adapter that turns a non-full [tink.AEAD] // primitive into a full [tink.AEAD] primitive. type fullAEADPrimitiveAdapter struct { primitive tink.AEAD prefix []byte } func (a *fullAEADPrimitiveAdapter) Encrypt(plaintext, associatedData []byte) ([]byte, error) { ct, err := a.primitive.Encrypt(plaintext, associatedData) if err != nil { return nil, err } return slices.Concat(a.prefix, ct), nil } func (a *fullAEADPrimitiveAdapter) Decrypt(ciphertext, associatedData []byte) ([]byte, error) { return a.primitive.Decrypt(ciphertext[len(a.prefix):], associatedData) } // extractFullAEAD returns a full aeadAndKeyID primitive from the given // [primitiveset.Entry[tink.AEAD]]. func extractFullAEAD(entry *primitiveset.Entry[tink.AEAD]) (*aeadAndKeyID, error) { if entry.FullPrimitive != nil { return &aeadAndKeyID{primitive: entry.FullPrimitive, keyID: entry.KeyID}, nil } return &aeadAndKeyID{ primitive: &fullAEADPrimitiveAdapter{primitive: entry.Primitive, prefix: entry.OutputPrefix()}, keyID: entry.KeyID, }, nil } func newWrappedAead(ps *primitiveset.PrimitiveSet[tink.AEAD]) (*wrappedAead, error) { primary, err := extractFullAEAD(ps.Primary) if err != nil { return nil, err } primitives := prefixmap.New[aeadAndKeyID]() for _, entries := range ps.Entries { for _, e := range entries { p, err := extractFullAEAD(e) if err != nil { return nil, err } primitives.Insert(string(e.OutputPrefix()), *p) } } encLogger, decLogger, err := createLoggers(ps) if err != nil { return nil, err } return &wrappedAead{ primary: *primary, primitives: primitives, encLogger: encLogger, decLogger: decLogger, }, nil } func createLoggers(ps *primitiveset.PrimitiveSet[tink.AEAD]) (monitoring.Logger, monitoring.Logger, error) { if len(ps.Annotations) == 0 { return &monitoringutil.DoNothingLogger{}, &monitoringutil.DoNothingLogger{}, nil } client := internalregistry.GetMonitoringClient() keysetInfo, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { return nil, nil, err } encLogger, err := client.NewLogger(&monitoring.Context{ Primitive: "aead", APIFunction: "encrypt", KeysetInfo: keysetInfo, }) if err != nil { return nil, nil, err } decLogger, err := client.NewLogger(&monitoring.Context{ Primitive: "aead", APIFunction: "decrypt", KeysetInfo: keysetInfo, }) if err != nil { return nil, nil, err } return encLogger, decLogger, nil } // Encrypt encrypts the given plaintext with the given associatedData. // It returns the concatenation of the primary's identifier and the ciphertext. func (a *wrappedAead) Encrypt(plaintext, associatedData []byte) ([]byte, error) { ct, err := a.primary.Encrypt(plaintext, associatedData) if err != nil { a.encLogger.LogFailure() return nil, err } a.encLogger.Log(a.primary.keyID, len(plaintext)) return ct, nil } // Decrypt decrypts the given ciphertext and authenticates it with the given // associatedData. It returns the corresponding plaintext if the // ciphertext is authenticated. func (a *wrappedAead) Decrypt(ciphertext, associatedData []byte) ([]byte, error) { it := a.primitives.PrimitivesMatchingPrefix(ciphertext) for primitive, ok := it.Next(); ok; primitive, ok = it.Next() { pt, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { continue } a.decLogger.Log(primitive.keyID, len(ciphertext)) return pt, nil } // Nothing worked. a.decLogger.LogFailure() return nil, fmt.Errorf("aead_factory: decryption failed") } ================================================ FILE: aead/aead_factory_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test import ( "bytes" "errors" "fmt" "reflect" "slices" "strings" "testing" "github.com/google/go-cmp/cmp" "github.com/google/go-cmp/cmp/cmpopts" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/testing/stubkeymanager" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" agpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestFactoryMultipleKeys(t *testing.T) { // encrypt with non-raw key keyset := testutil.NewTestAESGCMKeyset(tinkpb.OutputPrefixType_TINK) primaryKey := keyset.Key[0] if primaryKey.OutputPrefixType == tinkpb.OutputPrefixType_RAW { t.Errorf("expect a non-raw key") } keysetHandle, err := testkeyset.NewHandle(keyset) if err != nil { t.Fatalf("testkeyset.NewHandle() err = %s, want err", err) } a, err := aead.New(keysetHandle) if err != nil { t.Errorf("aead.New failed: %s", err) } expectedPrefix, err := cryptofmt.OutputPrefix(primaryKey) if err != nil { t.Errorf("cryptofmt.OutputPrefix() err = %s, want nil", err) } if err := validateAEADFactoryCipher(a, a, expectedPrefix); err != nil { t.Errorf("invalid cipher: %s", err) } // encrypt with a non-primary RAW key and decrypt with the keyset rawKey := keyset.Key[1] if rawKey.OutputPrefixType != tinkpb.OutputPrefixType_RAW { t.Errorf("expect a raw key") } keyset2 := testutil.NewKeyset(rawKey.KeyId, []*tinkpb.Keyset_Key{rawKey}) keysetHandle2, err := testkeyset.NewHandle(keyset2) if err != nil { t.Fatalf("testkeyset.NewHandle() err = %s, want err", err) } a2, err := aead.New(keysetHandle2) if err != nil { t.Errorf("aead.New failed: %s", err) } if err := validateAEADFactoryCipher(a2, a, cryptofmt.RawPrefix); err != nil { t.Errorf("invalid cipher: %s", err) } // encrypt with a random key not in the keyset, decrypt with the keyset should fail keyset2 = testutil.NewTestAESGCMKeyset(tinkpb.OutputPrefixType_TINK) primaryKey = keyset2.Key[0] expectedPrefix, err = cryptofmt.OutputPrefix(primaryKey) if err != nil { t.Errorf("cryptofmt.OutputPrefix() err = %s, want err", err) } keysetHandle2, err = testkeyset.NewHandle(keyset2) if err != nil { t.Fatalf("testkeyset.NewHandle() err = %s, want err", err) } a2, err = aead.New(keysetHandle2) if err != nil { t.Errorf("aead.New failed: %s", err) } err = validateAEADFactoryCipher(a2, a, expectedPrefix) if err == nil || !strings.Contains(err.Error(), "decryption failed") { t.Errorf("expect decryption to fail with random key: %s", err) } } type stubAEAD struct { prefix []byte } func (a *stubAEAD) Encrypt(p, _ []byte) ([]byte, error) { return slices.Concat(a.prefix, p), nil } func (a *stubAEAD) Decrypt(c, _ []byte) ([]byte, error) { if !bytes.HasPrefix(c, a.prefix) { return nil, errors.New("ciphertext does not start with prefix") } return c[len(a.prefix):], nil } func TestNewWithConfig(t *testing.T) { annotations := map[string]string{"foo": "bar"} // Last key is primary. keysetHandleWithPrimaryWithPrefix := mustCreateHandle(t, annotations, aead.AES256GCMNoPrefixKeyTemplate(), aead.AES256GCMKeyTemplate()) keysetHandleWithPrimaryWithoutPrefix := mustCreateHandle(t, annotations, aead.AES256GCMKeyTemplate(), aead.AES256GCMNoPrefixKeyTemplate()) cb := config.NewBuilder() if err := cb.RegisterPrimitiveConstructor(reflect.TypeFor[*aesgcm.Key](), func(key key.Key) (any, error) { return &stubAEAD{prefix: key.(*aesgcm.Key).OutputPrefix()}, nil }, internalapi.Token{}); err != nil { t.Fatalf("cb.RegisterPrimitiveConstructor() err = %v, want nil", err) } c := cb.Build() for _, tc := range []struct { name string kh *keyset.Handle wantPrefix bool }{ { name: "full primitive primary with prefix", kh: keysetHandleWithPrimaryWithPrefix, wantPrefix: true, }, { name: "full primitive primary without prefix", kh: keysetHandleWithPrimaryWithoutPrefix, }, } { t.Run(tc.name, func(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } a, err := aead.NewWithConfig(tc.kh, &c) if err != nil { t.Fatalf("aead.NewWithConfig(tc.kh, config) err = %v, want nil", err) } plaintext := []byte("message") associatedData := []byte("aad") ct, err := a.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("aead.Encrypt() err = %v, want nil", err) } primaryEntry, err := tc.kh.Primary() if err != nil { t.Fatalf("kh.Primary() err = %v, want nil", err) } prefix := primaryEntry.Key().(*aesgcm.Key).OutputPrefix() if tc.wantPrefix && len(prefix) == 0 { t.Fatalf("want prefix, got empty prefix") } if got, want := ct, slices.Concat(prefix, plaintext); !bytes.Equal(got, want) { t.Errorf("aead.Encrypt() = %q, want %q", got, want) } pt, err := a.Decrypt(ct, associatedData) if err != nil { t.Fatalf("aead.Decrypt() err = %v, want nil", err) } if !bytes.Equal(pt, plaintext) { t.Errorf("aead.Decrypt() = %q, want %q", pt, plaintext) } // Make sure that the monitoring logs the correct number of bytes. gotEvents := client.Events() if len(gotEvents) != 2 { t.Fatalf("len(client.Events()) = %d, want 1", len(gotEvents)) } wantEvents := []*fakemonitoring.LogEvent{ { KeyID: primaryEntry.KeyID(), NumBytes: len(plaintext), Context: monitoring.NewContext("aead", "encrypt", nil), // KeysetInfo is not relevant for this test. }, { KeyID: primaryEntry.KeyID(), NumBytes: len(ct), Context: monitoring.NewContext("aead", "decrypt", nil), // KeysetInfo is not relevant for this test. }, } if diff := cmp.Diff(gotEvents, wantEvents, cmpopts.IgnoreFields(fakemonitoring.LogEvent{}, "Context.KeysetInfo")); diff != "" { t.Errorf("got != want, diff: %v", diff) } }) } } func TestFactoryRawKeyAsPrimary(t *testing.T) { keyset := testutil.NewTestAESGCMKeyset(tinkpb.OutputPrefixType_RAW) if keyset.Key[0].OutputPrefixType != tinkpb.OutputPrefixType_RAW { t.Errorf("primary key is not a raw key") } keysetHandle, err := testkeyset.NewHandle(keyset) if err != nil { t.Fatalf("testkeyset.NewHandle() err = %s, want err", err) } a, err := aead.New(keysetHandle) if err != nil { t.Errorf("cannot get primitive from keyset handle: %s", err) } if err := validateAEADFactoryCipher(a, a, cryptofmt.RawPrefix); err != nil { t.Errorf("invalid cipher: %s", err) } } func validateAEADFactoryCipher(encryptCipher, decryptCipher tink.AEAD, expectedPrefix string) error { prefixSize := len(expectedPrefix) // regular plaintext pt := random.GetRandomBytes(20) ad := random.GetRandomBytes(20) ct, err := encryptCipher.Encrypt(pt, ad) if err != nil { return fmt.Errorf("encryption failed with regular plaintext: %s", err) } decrypted, err := decryptCipher.Decrypt(ct, ad) if err != nil || !bytes.Equal(decrypted, pt) { return fmt.Errorf("decryption failed with regular plaintext: err: %s, pt: %s, decrypted: %s", err, pt, decrypted) } if string(ct[:prefixSize]) != expectedPrefix { return fmt.Errorf("incorrect prefix with regular plaintext") } if prefixSize+len(pt)+subtle.AESGCMIVSize+subtle.AESGCMTagSize != len(ct) { return fmt.Errorf("lengths of plaintext and ciphertext don't match with regular plaintext") } // short plaintext pt = random.GetRandomBytes(1) ct, err = encryptCipher.Encrypt(pt, ad) if err != nil { return fmt.Errorf("encryption failed with short plaintext: %s", err) } decrypted, err = decryptCipher.Decrypt(ct, ad) if err != nil || !bytes.Equal(decrypted, pt) { return fmt.Errorf("decryption failed with short plaintext: err: %s, pt: %s, decrypted: %s", err, pt, decrypted) } if string(ct[:prefixSize]) != expectedPrefix { return fmt.Errorf("incorrect prefix with short plaintext") } if prefixSize+len(pt)+subtle.AESGCMIVSize+subtle.AESGCMTagSize != len(ct) { return fmt.Errorf("lengths of plaintext and ciphertext don't match with short plaintext") } return nil } func TestFactoryWithInvalidPrimitiveSetType(t *testing.T) { wrongKH, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("failed to build *keyset.Handle: %s", err) } _, err = aead.New(wrongKH) if err == nil { t.Fatalf("calling New() with wrong *keyset.Handle should fail") } } func TestFactoryWithValidPrimitiveSetType(t *testing.T) { goodKH, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("failed to build *keyset.Handle: %s", err) } _, err = aead.New(goodKH) if err != nil { t.Fatalf("calling New() with good *keyset.Handle failed: %s", err) } } func TestPrimitiveFactoryWithMonitoringAnnotationsLogsEncryptionDecryptionWithPrefix(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} kh := mustCreateHandle(t, annotations, aead.AES128GCMKeyTemplate()) p, err := aead.New(kh) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } data := []byte("HELLO_WORLD") ad := []byte("_!") ct, err := p.Encrypt(data, ad) if err != nil { t.Fatalf("p.Encrypt() err = %v, want nil", err) } if _, err := p.Decrypt(ct, ad); err != nil { t.Fatalf("p.Decrypt() err = %v, want nil", err) } failures := client.Failures() if len(failures) != 0 { t.Errorf("len(client.Failures()) = %d, want = 0", len(failures)) } got := client.Events() wantKeysetInfo := monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.AesGcmKey", KeyPrefix: "TINK", }, }, ) want := []*fakemonitoring.LogEvent{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), Context: monitoring.NewContext("aead", "encrypt", wantKeysetInfo), }, { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(ct), Context: monitoring.NewContext("aead", "decrypt", wantKeysetInfo), }, } if diff := cmp.Diff(got, want); diff != "" { t.Errorf("got != want, diff: %v", diff) } } func TestPrimitiveFactoryWithMonitoringAnnotationsLogsEncryptionDecryptionWithoutPrefix(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} kh := mustCreateHandle(t, annotations, aead.AES256GCMNoPrefixKeyTemplate()) p, err := aead.New(kh) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } data := []byte("HELLO_WORLD") ct, err := p.Encrypt(data, nil) if err != nil { t.Fatalf("p.Encrypt() err = %v, want nil", err) } if _, err := p.Decrypt(ct, nil); err != nil { t.Fatalf("p.Decrypt() err = %v, want nil", err) } failures := client.Failures() if len(failures) != 0 { t.Errorf("len(client.Failures()) = %d, want = 0", len(failures)) } got := client.Events() wantKeysetInfo := monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.AesGcmKey", KeyPrefix: "RAW", }, }, ) want := []*fakemonitoring.LogEvent{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), Context: monitoring.NewContext("aead", "encrypt", wantKeysetInfo), }, { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(ct), Context: monitoring.NewContext("aead", "decrypt", wantKeysetInfo), }, } if cmp.Diff(got, want) != "" { t.Errorf("%v", cmp.Diff(got, want)) } } func TestPrimitiveFactoryMonitoringWithAnnotatiosMultipleKeysLogsEncryptionDecryption(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("registry.RegisterMonitoringClient() err = %v, want nil", err) } manager := keyset.NewManager() keyTemplates := []*tinkpb.KeyTemplate{ aead.AES128GCMKeyTemplate(), aead.AES256GCMNoPrefixKeyTemplate(), aead.AES128CTRHMACSHA256KeyTemplate(), aead.XChaCha20Poly1305KeyTemplate(), } keyIDs := make([]uint32, len(keyTemplates), len(keyTemplates)) var err error for i, kt := range keyTemplates { keyIDs[i], err = manager.Add(kt) if err != nil { t.Fatalf("manager.Add(%v) err = %v, want nil", kt, err) } } if err := manager.SetPrimary(keyIDs[1]); err != nil { t.Fatalf("manager.SetPrimary(%d) err = %v, want nil", keyIDs[1], err) } if err := manager.Disable(keyIDs[0]); err != nil { t.Fatalf("manager.Disable(%d) err = %v, want nil", keyIDs[0], err) } annotations := map[string]string{"foo": "bar"} if err := manager.SetAnnotations(annotations); err != nil { t.Fatalf("manager.SetAnnotations(%v) err = %v, want nil", annotations, err) } kh, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } p, err := aead.New(kh) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } failures := len(client.Failures()) if failures != 0 { t.Errorf("len(client.Failures()) = %d, want 0", failures) } data := []byte("YELLOW_ORANGE") ct, err := p.Encrypt(data, nil) if err != nil { t.Fatalf("p.Encrypt() err = %v, want nil", err) } if _, err := p.Decrypt(ct, nil); err != nil { t.Fatalf("p.Decrypt() err = %v, want nil", err) } got := client.Events() wantKeysetInfo := monitoring.NewKeysetInfo(annotations, keyIDs[1], []*monitoring.Entry{ { KeyID: keyIDs[1], Status: monitoring.Enabled, KeyType: "tink.AesGcmKey", KeyPrefix: "RAW", }, { KeyID: keyIDs[2], Status: monitoring.Enabled, KeyType: "tink.AesCtrHmacAeadKey", KeyPrefix: "TINK", }, { KeyID: keyIDs[3], Status: monitoring.Enabled, KeyType: "tink.XChaCha20Poly1305Key", KeyPrefix: "TINK", }, }) want := []*fakemonitoring.LogEvent{ { KeyID: keyIDs[1], NumBytes: len(data), Context: monitoring.NewContext( "aead", "encrypt", wantKeysetInfo, ), }, { KeyID: keyIDs[1], NumBytes: len(ct), Context: monitoring.NewContext( "aead", "decrypt", wantKeysetInfo, ), }, } // sort by keyID to avoid non deterministic order. entryLessFunc := func(a, b *monitoring.Entry) bool { return a.KeyID < b.KeyID } if !cmp.Equal(got, want, cmpopts.SortSlices(entryLessFunc)) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestPrimitiveFactoryWithMonitoringAnnotationsEncryptionFailureIsLogged(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := &fakemonitoring.Client{Name: ""} if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } typeURL := "TestFactoryWithMonitoringPrimitiveEncryptionFailureIsLogged" template := &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: tinkpb.OutputPrefixType_LEGACY, } km := &stubkeymanager.StubKeyManager{ URL: typeURL, Key: &agpb.AesGcmKey{}, Prim: &testutil.AlwaysFailingAead{Error: errors.New("failed")}, KeyData: &tinkpb.KeyData{ TypeUrl: typeURL, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, Value: []byte("serialized_key"), }, } if err := registry.RegisterKeyManager(km); err != nil { t.Fatalf("registry.RegisterKeyManager() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} kh := mustCreateHandle(t, annotations, template) p, err := aead.New(kh) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } if _, err := p.Encrypt(nil, nil); err == nil { t.Fatalf("Encrypt() err = nil, want error") } got := client.Failures() want := []*fakemonitoring.LogFailure{ { Context: monitoring.NewContext( "aead", "encrypt", monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: typeURL, KeyPrefix: "LEGACY", }, }, ), ), }, } if cmp.Diff(got, want) != "" { t.Errorf("%v", cmp.Diff(got, want)) } } func TestPrimitiveFactoryWithMonitoringAnnotationsDecryptionFailureIsLogged(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} kh := mustCreateHandle(t, annotations, aead.AES128GCMKeyTemplate()) p, err := aead.New(kh) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } if _, err := p.Decrypt([]byte("invalid_data"), nil); err == nil { t.Fatalf("Decrypt() err = nil, want error") } got := client.Failures() want := []*fakemonitoring.LogFailure{ { Context: monitoring.NewContext( "aead", "decrypt", monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.AesGcmKey", KeyPrefix: "TINK", }, }, ), ), }, } if cmp.Diff(got, want) != "" { t.Errorf("%v", cmp.Diff(got, want)) } } func mustCreateHandle(t *testing.T, annotations map[string]string, templates ...*tinkpb.KeyTemplate) *keyset.Handle { t.Helper() km := keyset.NewManager() for _, template := range templates { keyID, err := km.Add(template) if err != nil { t.Fatalf("km.Add(%v) err = %v, want nil", template, err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary(%d) err = %v, want nil", keyID, err) } } if err := km.SetAnnotations(annotations); err != nil { t.Fatalf("km.SetAnnotations(%v) err = %v, want nil", annotations, err) } kh, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } return kh } func TestFactoryWithMonitoringMultiplePrimitivesLogOperations(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := &fakemonitoring.Client{Name: ""} if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} kh1 := mustCreateHandle(t, annotations, aead.AES128GCMKeyTemplate()) p1, err := aead.New(kh1) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } kh2 := mustCreateHandle(t, annotations, aead.AES128CTRHMACSHA256KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } p2, err := aead.New(kh2) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } d1 := []byte("YELLOW_ORANGE") if _, err := p1.Encrypt(d1, nil); err != nil { t.Fatalf("p1.Encrypt() err = %v, want nil", err) } d2 := []byte("ORANGE_BLUE") if _, err := p2.Encrypt(d2, nil); err != nil { t.Fatalf("p2.Encrypt() err = %v, want nil", err) } got := client.Events() want := []*fakemonitoring.LogEvent{ { KeyID: kh1.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(d1), Context: monitoring.NewContext( "aead", "encrypt", monitoring.NewKeysetInfo( annotations, kh1.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh1.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.AesGcmKey", KeyPrefix: "TINK", }, }, ), ), }, { KeyID: kh2.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(d2), Context: monitoring.NewContext( "aead", "encrypt", monitoring.NewKeysetInfo( annotations, kh2.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh2.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.AesCtrHmacAeadKey", KeyPrefix: "TINK", }, }, ), ), }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestPrimitiveFactoryEncryptDecryptWithoutAnnotationsDoesNothing(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } p, err := aead.New(kh) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } data := []byte("YELLOW_ORANGE") ct, err := p.Encrypt(data, nil) if err != nil { t.Fatalf("p.Encrypt() err = %v, want nil", err) } if _, err := p.Decrypt(ct, nil); err != nil { t.Fatalf("p.Decrypt() err = %v, want nil", err) } got := client.Events() if len(got) != 0 { t.Errorf("len(client.Events()) = %d, want 0", len(got)) } failures := len(client.Failures()) if failures != 0 { t.Errorf("len(client.Failures()) = %d, want 0", failures) } } ================================================ FILE: aead/aead_init_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test import ( "testing" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestAEADInit(t *testing.T) { // Check that the AES-GCM key manager is in the global registry. _, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("unexpected error: %s", err) } // Check that the ChaCha20Poly1305 key manager is in the global registry. _, err = registry.GetKeyManager(testutil.ChaCha20Poly1305TypeURL) if err != nil { t.Errorf("unexpected error: %s", err) } // Check that the XChaCha20Poly1305 key manager is in the global registry. _, err = registry.GetKeyManager(testutil.XChaCha20Poly1305TypeURL) if err != nil { t.Errorf("unexpected error: %s", err) } } ================================================ FILE: aead/aead_key_templates.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/tinkerror" ctrpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_go_proto" ctrhmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_aead_go_proto" gcmpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" gcmsivpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_siv_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" kmsenvpb "github.com/tink-crypto/tink-go/v2/proto/kms_envelope_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" xaesgcmpb "github.com/tink-crypto/tink-go/v2/proto/x_aes_gcm_go_proto" ) const ( aesGCMTypeURL = "type.googleapis.com/google.crypto.tink.AesGcmKey" xAESGCMTypeURL = "type.googleapis.com/google.crypto.tink.XAesGcmKey" chaCha20Poly1305TypeURL = "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key" xChaCha20Poly1305TypeURL = "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key" aesCTRHMACAEADTypeURL = "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey" aesGCMSIVTypeURL = "type.googleapis.com/google.crypto.tink.AesGcmSivKey" ) // This file contains pre-generated KeyTemplates for AEAD keys. One can use these templates // to generate new Keysets. // AES128GCMKeyTemplate is a KeyTemplate that generates an AES-GCM key with the following parameters: // - Key size: 16 bytes // - Output prefix type: TINK func AES128GCMKeyTemplate() *tinkpb.KeyTemplate { return createAESGCMKeyTemplate(16, tinkpb.OutputPrefixType_TINK) } // AES256GCMKeyTemplate is a KeyTemplate that generates an AES-GCM key with the following parameters: // - Key size: 32 bytes // - Output prefix type: TINK func AES256GCMKeyTemplate() *tinkpb.KeyTemplate { return createAESGCMKeyTemplate(32, tinkpb.OutputPrefixType_TINK) } // AES256GCMNoPrefixKeyTemplate is a KeyTemplate that generates an AES-GCM key with the following parameters: // - Key size: 32 bytes // - Output prefix type: RAW func AES256GCMNoPrefixKeyTemplate() *tinkpb.KeyTemplate { return createAESGCMKeyTemplate(32, tinkpb.OutputPrefixType_RAW) } // XAES256GCM192BitNonceKeyTemplate is a KeyTemplate that generates an // X-AES-GCM key with the following parameters: // - Salt size: 12 bytes // - Output prefix type: TINK func XAES256GCM192BitNonceKeyTemplate() *tinkpb.KeyTemplate { return createXAESGCMKeyTemplate(12, tinkpb.OutputPrefixType_TINK) } // XAES256GCM192BitNonceNoPrefixKeyTemplate is a KeyTemplate that generates an // X-AES-GCM key with the following parameters: // - Salt size: 12 bytes // - Output prefix type: RAW func XAES256GCM192BitNonceNoPrefixKeyTemplate() *tinkpb.KeyTemplate { return createXAESGCMKeyTemplate(12, tinkpb.OutputPrefixType_RAW) } // XAES256GCM160BitNonceKeyTemplate is a KeyTemplate that generates an // X-AES-GCM key with the following parameters: // - Salt size: 8 bytes // - Output prefix type: TINK func XAES256GCM160BitNonceKeyTemplate() *tinkpb.KeyTemplate { return createXAESGCMKeyTemplate(8, tinkpb.OutputPrefixType_TINK) } // XAES256GCM160BitNonceNoPrefixKeyTemplate is a KeyTemplate that generates an // X-AES-GCM key with the following parameters: // - Salt size: 8 bytes // - Output prefix type: RAW func XAES256GCM160BitNonceNoPrefixKeyTemplate() *tinkpb.KeyTemplate { return createXAESGCMKeyTemplate(8, tinkpb.OutputPrefixType_RAW) } // AES128GCMSIVKeyTemplate is a KeyTemplate that generates an AES-GCM-SIV key with the following parameters: // - Key size: 16 bytes // - Output prefix type: TINK func AES128GCMSIVKeyTemplate() *tinkpb.KeyTemplate { return createAESGCMSIVKeyTemplate(16, tinkpb.OutputPrefixType_TINK) } // AES256GCMSIVKeyTemplate is a KeyTemplate that generates an AES-GCM-SIV key with the following parameters: // - Key size: 32 bytes // - Output prefix type: TINK func AES256GCMSIVKeyTemplate() *tinkpb.KeyTemplate { return createAESGCMSIVKeyTemplate(32, tinkpb.OutputPrefixType_TINK) } // AES256GCMSIVNoPrefixKeyTemplate is a KeyTemplate that generates an AES-GCM key with the following parameters: // - Key size: 32 bytes // - Output prefix type: RAW func AES256GCMSIVNoPrefixKeyTemplate() *tinkpb.KeyTemplate { return createAESGCMSIVKeyTemplate(32, tinkpb.OutputPrefixType_RAW) } // AES128CTRHMACSHA256KeyTemplate is a KeyTemplate that generates an AES-CTR-HMAC-AEAD key with the following parameters: // - AES key size: 16 bytes // - AES CTR IV size: 16 bytes // - HMAC key size: 32 bytes // - HMAC tag size: 16 bytes // - HMAC hash function: SHA256 func AES128CTRHMACSHA256KeyTemplate() *tinkpb.KeyTemplate { return createAESCTRHMACAEADKeyTemplate(16, 16, 32, 16, commonpb.HashType_SHA256) } // AES256CTRHMACSHA256KeyTemplate is a KeyTemplate that generates an AES-CTR-HMAC-AEAD key with the following parameters: // - AES key size: 32 bytes // - AES CTR IV size: 16 bytes // - HMAC key size: 32 bytes // - HMAC tag size: 32 bytes // - HMAC hash function: SHA256 func AES256CTRHMACSHA256KeyTemplate() *tinkpb.KeyTemplate { return createAESCTRHMACAEADKeyTemplate(32, 16, 32, 32, commonpb.HashType_SHA256) } // ChaCha20Poly1305KeyTemplate is a KeyTemplate that generates a CHACHA20_POLY1305 key. func ChaCha20Poly1305KeyTemplate() *tinkpb.KeyTemplate { return &tinkpb.KeyTemplate{ // Don't set value because KeyFormat is not required. TypeUrl: chaCha20Poly1305TypeURL, OutputPrefixType: tinkpb.OutputPrefixType_TINK, } } // XChaCha20Poly1305KeyTemplate is a KeyTemplate that generates a XCHACHA20_POLY1305 key. func XChaCha20Poly1305KeyTemplate() *tinkpb.KeyTemplate { return &tinkpb.KeyTemplate{ // Don't set value because KeyFormat is not required. TypeUrl: xChaCha20Poly1305TypeURL, OutputPrefixType: tinkpb.OutputPrefixType_TINK, } } // CreateKMSEnvelopeAEADKeyTemplate returns a key template that generates a // KMSEnvelopeAEAD key for a given key encryption key (KEK) in a remote key // management service (KMS). // // When performing encrypt operations, a data encryption key (DEK) is generated // for each ciphertext. The DEK is wrapped by the remote KMS using the KEK and // stored alongside the ciphertext. // // dekTemplate must be a KeyTemplate for any of these Tink AEAD key types (any // other key template will be rejected): // - AesCtrHmacAeadKey // - AesGcmKey // - ChaCha20Poly1305Key // - XChaCha20Poly1305 // - AesGcmSivKey // // DEKs generated by this key template use the RAW output prefix to make them // compatible with remote KMS encrypt/decrypt operations. // // Unlike other templates, when you generate new keys with this template, Tink // does not generate new key material, but only creates a reference to the // remote KEK. // // If either uri or dekTemplate contain invalid input, an error is returned. // // It is often not necessary to use this function. Instead, you can call // kmsClient.GetAEAD to get a remote AEAD, and create an envelope AEAD using // [NewKMSEnvelopeAEAD2]. // // There is no need to call registry.RegisterKMSClient anymore. func CreateKMSEnvelopeAEADKeyTemplate(uri string, dekTemplate *tinkpb.KeyTemplate) (*tinkpb.KeyTemplate, error) { if !isSupportedKMSEnvelopeDEK(dekTemplate.GetTypeUrl()) { return nil, fmt.Errorf("unsupported DEK key type %s. Only Tink AEAD key types are supported", dekTemplate.GetTypeUrl()) } f := &kmsenvpb.KmsEnvelopeAeadKeyFormat{ KekUri: uri, DekTemplate: dekTemplate, } serializedFormat, err := proto.Marshal(f) if err != nil { return nil, fmt.Errorf("failed to marshal key format: %s", err) } return &tinkpb.KeyTemplate{ Value: serializedFormat, TypeUrl: kmsEnvelopeAEADTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, nil } // KMSEnvelopeAEADKeyTemplate returns a KeyTemplate that generates a // KMSEnvelopeAEAD key for a given key encryption key (KEK) in a remote key // management service (KMS). // // If either uri or dekTemplate contain invalid input, program execution will // be interrupted. // // Deprecated: Use [CreateKMSEnvelopeAEADKeyTemplate], which returns an error // value instead of interrupting the program. func KMSEnvelopeAEADKeyTemplate(uri string, dekTemplate *tinkpb.KeyTemplate) *tinkpb.KeyTemplate { t, err := CreateKMSEnvelopeAEADKeyTemplate(uri, dekTemplate) if err != nil { tinkerror.Fail(err.Error()) } return t } // createAESGCMKeyTemplate creates a new AES-GCM key template with the given key // size in bytes. func createAESGCMKeyTemplate(keySize uint32, outputPrefixType tinkpb.OutputPrefixType) *tinkpb.KeyTemplate { format := &gcmpb.AesGcmKeyFormat{ KeySize: keySize, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: aesGCMTypeURL, Value: serializedFormat, OutputPrefixType: outputPrefixType, } } // createXAESGCMKeyTemplate creates a new X-AES-GCM key template with the given // salt size in bytes. func createXAESGCMKeyTemplate(saltSize uint32, outputPrefixType tinkpb.OutputPrefixType) *tinkpb.KeyTemplate { format := &xaesgcmpb.XAesGcmKeyFormat{ Params: &xaesgcmpb.XAesGcmParams{ SaltSize: saltSize, }, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: xAESGCMTypeURL, Value: serializedFormat, OutputPrefixType: outputPrefixType, } } // createAESGCMSIVKeyTemplate creates a new AES-GCM-SIV key template with the given key // size in bytes. func createAESGCMSIVKeyTemplate(keySize uint32, outputPrefixType tinkpb.OutputPrefixType) *tinkpb.KeyTemplate { format := &gcmsivpb.AesGcmSivKeyFormat{ KeySize: keySize, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: aesGCMSIVTypeURL, Value: serializedFormat, OutputPrefixType: outputPrefixType, } } func createAESCTRHMACAEADKeyTemplate(aesKeySize, ivSize, hmacKeySize, tagSize uint32, hash commonpb.HashType) *tinkpb.KeyTemplate { format := &ctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &ctrpb.AesCtrKeyFormat{ Params: &ctrpb.AesCtrParams{IvSize: ivSize}, KeySize: aesKeySize, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ Params: &hmacpb.HmacParams{Hash: hash, TagSize: tagSize}, KeySize: hmacKeySize, }, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ Value: serializedFormat, TypeUrl: aesCTRHMACAEADTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_TINK, } } ================================================ FILE: aead/aead_key_templates_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test import ( "bytes" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/tinkerror/tinkerrortest" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/testing/fakekms" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyTemplates(t *testing.T) { var testCases = []struct { name string template *tinkpb.KeyTemplate }{ { name: "AES128_GCM", template: aead.AES128GCMKeyTemplate(), }, { name: "AES256_GCM", template: aead.AES256GCMKeyTemplate(), }, { name: "AES256_GCM_NO_PREFIX", template: aead.AES256GCMNoPrefixKeyTemplate(), }, { name: "XAES256_GCM_192_BIT_NONCE", template: aead.XAES256GCM192BitNonceKeyTemplate(), }, { name: "XAES256_GCM_192_BIT_NONCE_NO_PREFIX", template: aead.XAES256GCM192BitNonceNoPrefixKeyTemplate(), }, { name: "XAES256_GCM_160_BIT_NONCE", template: aead.XAES256GCM160BitNonceKeyTemplate(), }, { name: "XAES256_GCM_160_BIT_NONCE_NO_PREFIX", template: aead.XAES256GCM160BitNonceNoPrefixKeyTemplate(), }, { name: "AES128_GCM_SIV", template: aead.AES128GCMSIVKeyTemplate(), }, { name: "AES256_GCM_SIV", template: aead.AES256GCMSIVKeyTemplate(), }, { name: "AES256_GCM_SIV_NO_PREFIX", template: aead.AES256GCMSIVNoPrefixKeyTemplate(), }, { name: "AES128_CTR_HMAC_SHA256", template: aead.AES128CTRHMACSHA256KeyTemplate(), }, { name: "AES256_CTR_HMAC_SHA256", template: aead.AES256CTRHMACSHA256KeyTemplate(), }, { name: "CHACHA20_POLY1305", template: aead.ChaCha20Poly1305KeyTemplate(), }, { name: "XCHACHA20_POLY1305", template: aead.XChaCha20Poly1305KeyTemplate(), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if err := testEncryptDecrypt(tc.template); err != nil { t.Errorf("%v", err) } }) } } func TestKMSEnvelopeAEADKeyTemplate(t *testing.T) { fakeKmsClient, err := fakekms.NewClient("fake-kms://") if err != nil { t.Fatalf("fakekms.NewClient('fake-kms://') failed: %v", err) } registry.RegisterKMSClient(fakeKmsClient) fixedKeyURI := "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" newKeyURI, err := fakekms.NewKeyURI() if err != nil { t.Fatalf("fakekms.NewKeyURI() failed: %v", err) } fixedKeyTemplate, err := aead.CreateKMSEnvelopeAEADKeyTemplate(fixedKeyURI, aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("CreateKMSEnvelopeAEADKeyTemplate() err = %v", err) } newKeyTemplate, err := aead.CreateKMSEnvelopeAEADKeyTemplate(newKeyURI, aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("CreateKMSEnvelopeAEADKeyTemplate() err = %v", err) } var testCases = []struct { name string template *tinkpb.KeyTemplate }{ { name: "Fixed Fake KMS Envelope AEAD Key with AES128_GCM", template: fixedKeyTemplate, }, { name: "New Fake KMS Envelope AEAD Key with AES128_GCM", template: newKeyTemplate, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if tc.template.GetOutputPrefixType() != tinkpb.OutputPrefixType_RAW { t.Errorf("KMS envelope template %s does not use RAW prefix, found '%s'", tc.name, tc.template.GetOutputPrefixType()) } if err := testEncryptDecrypt(tc.template); err != nil { t.Errorf("%v", err) } }) } } // Tests that two KMSEnvelopeAEAD keys that use the same KEK and DEK template // should be able to decrypt each other's ciphertexts. func TestKMSEnvelopeAEADKeyTemplateMultipleKeysSameKEK(t *testing.T) { fakeKmsClient, err := fakekms.NewClient("fake-kms://") if err != nil { t.Fatalf("fakekms.NewClient('fake-kms://') failed: %v", err) } registry.RegisterKMSClient(fakeKmsClient) fixedKeyURI := "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" template1, err := aead.CreateKMSEnvelopeAEADKeyTemplate(fixedKeyURI, aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("CreateKMSEnvelopeAEADKeyTemplate() err = %v", err) } template2, err := aead.CreateKMSEnvelopeAEADKeyTemplate(fixedKeyURI, aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("CreateKMSEnvelopeAEADKeyTemplate() err = %v", err) } handle1, err := keyset.NewHandle(template1) if err != nil { t.Fatalf("keyset.NewHandle(template1) failed: %v", err) } aead1, err := aead.New(handle1) if err != nil { t.Fatalf("aead.New(handle) failed: %v", err) } handle2, err := keyset.NewHandle(template2) if err != nil { t.Fatalf("keyset.NewHandle(template2) failed: %v", err) } aead2, err := aead.New(handle2) if err != nil { t.Fatalf("aead.New(handle) failed: %v", err) } plaintext := []byte("some data to encrypt") aad := []byte("extra data to authenticate") ciphertext, err := aead1.Encrypt(plaintext, aad) if err != nil { t.Fatalf("encryption failed, error: %v", err) } decrypted, err := aead2.Decrypt(ciphertext, aad) if err != nil { t.Fatalf("decryption failed, error: %v", err) } if !bytes.Equal(plaintext, decrypted) { t.Fatalf("decrypted data doesn't match plaintext, got: %q, want: %q", decrypted, plaintext) } } // This test shows how migrate away from CreateKMSEnvelopeAEADKeyTemplate. func TestMigrateFromCreateKMSEnvelopeAEADKeyTemplateToNewKMSEnvelopeAEAD2(t *testing.T) { kmsClient, err := fakekms.NewClient("fake-kms://") if err != nil { t.Fatalf("fakekms.NewClient('fake-kms://') failed: %v", err) } kekURI := "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" // This code: registry.RegisterKMSClient(kmsClient) kmsEnvelopeAEADTemplate, err := aead.CreateKMSEnvelopeAEADKeyTemplate(kekURI, aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("CreateKMSEnvelopeAEADKeyTemplate() failed: %v", err) } handle, err := keyset.NewHandle(kmsEnvelopeAEADTemplate) if err != nil { t.Fatalf("keyset.NewHandle(kmsEnvelopeAEADTemplate) failed: %v", err) } aead1, err := aead.New(handle) if err != nil { t.Fatalf("aead.New(handle) failed: %v", err) } // can be replace by this: kekAEAD, err := kmsClient.GetAEAD(kekURI) if err != nil { t.Fatalf("kmsClient.GetAEAD(kekURI) failed: %v", err) } aead2 := aead.NewKMSEnvelopeAEAD2(aead.AES128GCMKeyTemplate(), kekAEAD) // Check that aead1 and aead2 are compatible. plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := aead1.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("aead1.Encrypt(plaintext, associatedData) failed: %v", err) } decrypted, err := aead2.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("aead2.Decrypt(ciphertext, associatedData) failed: %v", err) } if !bytes.Equal(plaintext, decrypted) { t.Fatalf("decrypted data doesn't match plaintext, got: %q, want: %q", decrypted, plaintext) } } // Testing deprecated function, ignoring GoDeprecated. func TestCreateKMSEnvelopeAEADKeyTemplateCompatibleWithKMSEnevelopeAEADKeyTemplate(t *testing.T) { fakeKmsClient, err := fakekms.NewClient("fake-kms://") if err != nil { t.Fatalf("fakekms.NewClient('fake-kms://') failed: %v", err) } registry.RegisterKMSClient(fakeKmsClient) fixedKeyURI := "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" template1, err := aead.CreateKMSEnvelopeAEADKeyTemplate(fixedKeyURI, aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("CreateKMSEnvelopeAEADKeyTemplate() err = %v", err) } template2 := aead.KMSEnvelopeAEADKeyTemplate(fixedKeyURI, aead.AES128GCMKeyTemplate()) handle1, err := keyset.NewHandle(template1) if err != nil { t.Fatalf("keyset.NewHandle(template1) failed: %v", err) } aead1, err := aead.New(handle1) if err != nil { t.Fatalf("aead.New(handle) failed: %v", err) } handle2, err := keyset.NewHandle(template2) if err != nil { t.Fatalf("keyset.NewHandle(template2) failed: %v", err) } aead2, err := aead.New(handle2) if err != nil { t.Fatalf("aead.New(handle) failed: %v", err) } plaintext := []byte("some data to encrypt") aad := []byte("extra data to authenticate") ciphertext, err := aead1.Encrypt(plaintext, aad) if err != nil { t.Fatalf("encryption failed, error: %v", err) } decrypted, err := aead2.Decrypt(ciphertext, aad) if err != nil { t.Fatalf("decryption failed, error: %v", err) } if !bytes.Equal(plaintext, decrypted) { t.Fatalf("decrypted data doesn't match plaintext, got: %q, want: %q", decrypted, plaintext) } } // Testing deprecated function, ignoring GoDeprecated. func TestKMSEnvelopeAEADKeyTemplateFails(t *testing.T) { keyURI, err := fakekms.NewKeyURI() if err != nil { t.Fatalf("fakekms.NewKeyURI() err = %v", err) } invalidTemplate := &tinkpb.KeyTemplate{ // String fields cannot contain invalid UTF-8 characters. TypeUrl: "\xff", } var template *tinkpb.KeyTemplate err = tinkerrortest.RecoverFromFail(func() { template = aead.KMSEnvelopeAEADKeyTemplate(keyURI, invalidTemplate) }) if err == nil { t.Errorf("aead.KMSEnvelopAEADKeyTemplate() err = nil, want non-nil") } t.Logf("template: %+v", template) } func TestCreateKMSEnvelopeAEADKeyTemplateFails(t *testing.T) { keyURI, err := fakekms.NewKeyURI() if err != nil { t.Fatalf("fakekms.NewKeyURI() err = %v", err) } invalidTemplate := &tinkpb.KeyTemplate{ // String fields cannot contain invalid UTF-8 characters. TypeUrl: "\xff", } if _, err := aead.CreateKMSEnvelopeAEADKeyTemplate(keyURI, invalidTemplate); err == nil { t.Errorf("aead.CreateKMSEnvelopAEADKeyTemplate(keyURI, invalidTemplate) err = nil, want non-nil") } } func TestCreateKMSEnvelopeAEADKeyTemplateWithUnsupportedTemplateFails(t *testing.T) { keyURI, err := fakekms.NewKeyURI() if err != nil { t.Fatalf("fakekms.NewKeyURI() err = %v", err) } unsupportedTemplate := mac.HMACSHA256Tag128KeyTemplate() if _, err := aead.CreateKMSEnvelopeAEADKeyTemplate(keyURI, unsupportedTemplate); err == nil { t.Errorf("aead.CreateKMSEnvelopAEADKeyTemplate(keyURI, unsupportedTemplate) err = nil, want non-nil") } } func testEncryptDecrypt(template *tinkpb.KeyTemplate) error { handle, err := keyset.NewHandle(template) if err != nil { return fmt.Errorf("keyset.NewHandle(template) failed: %v", err) } primitive, err := aead.New(handle) if err != nil { return fmt.Errorf("aead.New(handle) failed: %v", err) } var testInputs = []struct { plaintext []byte aad1 []byte aad2 []byte }{ { plaintext: []byte("some data to encrypt"), aad1: []byte("extra data to authenticate"), aad2: []byte("extra data to authenticate"), }, { plaintext: []byte("some data to encrypt"), aad1: []byte(""), aad2: []byte(""), }, { plaintext: []byte("some data to encrypt"), aad1: nil, aad2: nil, }, { plaintext: []byte(""), aad1: nil, aad2: nil, }, { plaintext: nil, aad1: []byte("extra data to authenticate"), aad2: []byte("extra data to authenticate"), }, { plaintext: nil, aad1: []byte(""), aad2: []byte(""), }, { plaintext: nil, aad1: nil, aad2: nil, }, { plaintext: []byte("some data to encrypt"), aad1: []byte(""), aad2: nil, }, { plaintext: []byte("some data to encrypt"), aad1: nil, aad2: []byte(""), }, } for _, ti := range testInputs { ciphertext, err := primitive.Encrypt(ti.plaintext, ti.aad1) if err != nil { return fmt.Errorf("encryption failed, error: %v", err) } decrypted, err := primitive.Decrypt(ciphertext, ti.aad2) if err != nil { return fmt.Errorf("decryption failed, error: %v", err) } if !bytes.Equal(ti.plaintext, decrypted) { return fmt.Errorf("decrypted data doesn't match plaintext, got: %q, want: %q", decrypted, ti.plaintext) } } return nil } ================================================ FILE: aead/aead_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test // [START aead-example] import ( "bytes" "fmt" "log" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/keyset" ) func Example() { // A keyset created with "tinkey create-keyset --key-template=AES256_GCM". Note // that this keyset has the secret key information in cleartext. jsonKeyset := `{ "key": [{ "keyData": { "keyMaterialType": "SYMMETRIC", "typeUrl": "type.googleapis.com/google.crypto.tink.AesGcmKey", "value": "GiBWyUfGgYk3RTRhj/LIUzSudIWlyjCftCOypTr0jCNSLg==" }, "keyId": 294406504, "outputPrefixType": "TINK", "status": "ENABLED" }], "primaryKeyId": 294406504 }` // Create a keyset handle from the cleartext keyset in the previous // step. The keyset handle provides abstract access to the underlying keyset to // limit the exposure of accessing the raw key material. // // WARNING: In practice, it is unlikely you will want to use a insecurecleartextkeyset, // as it implies that your key material is passed in cleartext, which is a security risk. // Consider encrypting it with a remote key in Cloud KMS, AWS KMS or HashiCorp Vault. // See https://developers.google.com/tink/key-management-overview. keysetHandle, err := insecurecleartextkeyset.Read( keyset.NewJSONReader(bytes.NewBufferString(jsonKeyset))) if err != nil { log.Fatal(err) } // Retrieve the AEAD primitive we want to use from the keyset handle. primitive, err := aead.New(keysetHandle) if err != nil { log.Fatal(err) } // Use the primitive to encrypt a message. In this case the primary key of the // keyset will be used (which is also the only key in this example). plaintext := []byte("message") associatedData := []byte("associated data") ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { log.Fatal(err) } // Use the primitive to decrypt the message. Decrypt finds the correct key in // the keyset and decrypts the ciphertext. If no key is found or decryption // fails, it returns an error. decrypted, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { log.Fatal(err) } fmt.Println(string(decrypted)) // Output: message } // [END aead-example] ================================================ FILE: aead/aesctrhmac/aead.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac import ( "bytes" "encoding/binary" "errors" "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/aead" "github.com/tink-crypto/tink-go/v2/internal/mac/hmac" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) type fullAEAD struct { aesCTR *aead.AESCTR hmac *hmac.HMAC ivSize int tagSize int prefix []byte variant Variant } var _ tink.AEAD = (*fullAEAD)(nil) func newAEAD(key *Key) (tink.AEAD, error) { tagSize := key.parameters.TagSizeInBytes() ivSize := key.parameters.IVSizeInBytes() aesCTR, err := aead.NewAESCTR(key.AESKeyBytes().Data(insecuresecretdataaccess.Token{}), ivSize) if err != nil { return nil, err } hmac, err := hmac.New(key.parameters.HashType().String(), key.HMACKeyBytes().Data(insecuresecretdataaccess.Token{}), uint32(tagSize)) if err != nil { return nil, err } return &fullAEAD{ aesCTR: aesCTR, hmac: hmac, ivSize: ivSize, tagSize: tagSize, prefix: key.OutputPrefix(), variant: key.parameters.Variant(), }, nil } func aadSizeInBits(associatedData []byte) []byte { n := uint64(len(associatedData)) * 8 buf := make([]byte, 8) binary.BigEndian.PutUint64(buf, n) return buf } // Encrypt encrypts plaintext with associatedData. // // The plaintext is encrypted with an AES-CTR, then HMAC is computed over // (associatedData || ciphertext || n) where n is associatedData's length // in bits represented as a 64-bit big endian unsigned integer. The final // ciphertext format is (IND-CPA ciphertext || mac). func (a *fullAEAD) Encrypt(plaintext, associatedData []byte) ([]byte, error) { ctSize := len(a.prefix) + a.ivSize + len(plaintext) ciphertext := make([]byte, ctSize, ctSize+a.tagSize) if n := copy(ciphertext, a.prefix); n != len(a.prefix) { return nil, fmt.Errorf("aesctrhmac: failed to copy prefix") } ctNoPrefix, err := a.aesCTR.Encrypt(ciphertext[len(a.prefix):], plaintext) if err != nil { return nil, err } tag, err := a.hmac.ComputeMAC(associatedData, ctNoPrefix, aadSizeInBits(associatedData)) if err != nil { return nil, err } if len(tag) != a.tagSize { return nil, errors.New("aesctrhmac: invalid tag size") } return append(ciphertext, tag...), nil } // Decrypt decrypts ciphertext with associatedData. func (a *fullAEAD) Decrypt(ciphertext, associatedData []byte) ([]byte, error) { prefixSize := len(a.prefix) if len(ciphertext) < prefixSize+a.ivSize+a.tagSize { return nil, fmt.Errorf("aesctrhmac: ciphertext with size %d is too short", len(ciphertext)) } prefix := ciphertext[:prefixSize] if !bytes.Equal(prefix, a.prefix) { return nil, fmt.Errorf("aesctrhmac: ciphertext prefix does not match: got %x, want %x", prefix, a.prefix) } payload := ciphertext[prefixSize : len(ciphertext)-a.tagSize] tag := ciphertext[len(ciphertext)-a.tagSize:] if err := a.hmac.VerifyMAC(tag, associatedData, payload, aadSizeInBits(associatedData)); err != nil { return nil, fmt.Errorf("aesctrhmac: %v", err) } return a.aesCTR.Decrypt(nil, payload) } // primitiveConstructor creates a [tink.AEAD] from a [key.Key]. // // The key must be of type [aesctrhmac.Key]. func primitiveConstructor(k key.Key) (any, error) { that, ok := k.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want *aesctrhmac.Key", k) } return newAEAD(that) } ================================================ FILE: aead/aesctrhmac/aead_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac_test import ( "bytes" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/tink" ) func createAEAD(encryptionKey []byte, ivSize int, hashType aesctrhmac.HashType, macKey []byte, tagSize int, variant aesctrhmac.Variant, idRequirement uint32) (tink.AEAD, error) { opts := aesctrhmac.ParametersOpts{ AESKeySizeInBytes: len(encryptionKey), HMACKeySizeInBytes: len(macKey), IVSizeInBytes: ivSize, TagSizeInBytes: tagSize, HashType: hashType, Variant: variant, } params, err := aesctrhmac.NewParameters(opts) if err != nil { return nil, err } key, err := aesctrhmac.NewKey(aesctrhmac.KeyOpts{ AESKeyBytes: secretdata.NewBytesFromData(encryptionKey, insecuresecretdataaccess.Token{}), HMACKeyBytes: secretdata.NewBytesFromData(macKey, insecuresecretdataaccess.Token{}), IDRequirement: idRequirement, Parameters: params, }) if err != nil { return nil, err } km := keyset.NewManager() keyID, err := km.AddKey(key) if err != nil { return nil, err } if err := km.SetPrimary(keyID); err != nil { return nil, err } h, err := km.Handle() if err != nil { return nil, err } a, err := aead.New(h) if err != nil { return nil, err } return a, nil } // Copied from // https://tools.ietf.org/html/draft-mcgrew-aead-aes-cbc-hmac-sha2-05. // // We use CTR but the RFC uses CBC mode, so it's not possible to compare // plaintexts. However, the tests are still valuable to ensure that we // correctly compute HMAC over ciphertext and associatedData. var rfcTestVectors = []struct { macKey string encryptionKey string ciphertext string associatedData string hashAlgo aesctrhmac.HashType ivSize int tagSize int }{ { macKey: "000102030405060708090a0b0c0d0e0f", encryptionKey: "101112131415161718191a1b1c1d1e1f", ciphertext: "" + "1af38c2dc2b96ffdd86694092341bc04" + "c80edfa32ddf39d5ef00c0b468834279" + "a2e46a1b8049f792f76bfe54b903a9c9" + "a94ac9b47ad2655c5f10f9aef71427e2" + "fc6f9b3f399a221489f16362c7032336" + "09d45ac69864e3321cf82935ac4096c8" + "6e133314c54019e8ca7980dfa4b9cf1b" + "384c486f3a54c51078158ee5d79de59f" + "bd34d848b3d69550a67646344427ade5" + "4b8851ffb598f7f80074b9473c82e2db" + "652c3fa36b0a7c5b3219fab3a30bc1c4", associatedData: "" + "546865207365636f6e64207072696e63" + "69706c65206f66204175677573746520" + "4b6572636b686f666673", hashAlgo: aesctrhmac.SHA256, ivSize: 16, tagSize: 16, }, { macKey: "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f", encryptionKey: "202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f", ciphertext: "" + "1af38c2dc2b96ffdd86694092341bc04" + "4affaaadb78c31c5da4b1b590d10ffbd" + "3dd8d5d302423526912da037ecbcc7bd" + "822c301dd67c373bccb584ad3e9279c2" + "e6d12a1374b77f077553df829410446b" + "36ebd97066296ae6427ea75c2e0846a1" + "1a09ccf5370dc80bfecbad28c73f09b3" + "a3b75e662a2594410ae496b2e2e6609e" + "31e6e02cc837f053d21f37ff4f51950b" + "be2638d09dd7a4930930806d0703b1f6" + "4dd3b4c088a7f45c216839645b2012bf" + "2e6269a8c56a816dbc1b267761955bc5", associatedData: "" + "546865207365636f6e64207072696e63" + "69706c65206f66204175677573746520" + "4b6572636b686f666673", hashAlgo: aesctrhmac.SHA512, ivSize: 16, tagSize: 32, }, } func mustDecodeHex(t *testing.T, data string) []byte { t.Helper() decoded, err := hex.DecodeString(data) if err != nil { t.Fatal(err) } return decoded } func TestAEADRFCTestVectors(t *testing.T) { for _, tc := range []struct { name string macKey string encryptionKey string ciphertext string associatedData string hashAlgo aesctrhmac.HashType ivSize int tagSize int idRequirement uint32 variant aesctrhmac.Variant }{ { name: "SHA256-NoPrefix", macKey: rfcTestVectors[0].macKey, encryptionKey: rfcTestVectors[0].encryptionKey, ciphertext: rfcTestVectors[0].ciphertext, associatedData: rfcTestVectors[0].associatedData, hashAlgo: rfcTestVectors[0].hashAlgo, ivSize: rfcTestVectors[0].ivSize, tagSize: rfcTestVectors[0].tagSize, variant: aesctrhmac.VariantNoPrefix, idRequirement: 0, }, { name: "SHA512-NoPrefix", macKey: rfcTestVectors[1].macKey, encryptionKey: rfcTestVectors[1].encryptionKey, ciphertext: rfcTestVectors[1].ciphertext, associatedData: rfcTestVectors[1].associatedData, hashAlgo: rfcTestVectors[1].hashAlgo, ivSize: rfcTestVectors[1].ivSize, tagSize: rfcTestVectors[1].tagSize, variant: aesctrhmac.VariantNoPrefix, idRequirement: 0, }, { name: "SHA256-Tink", macKey: rfcTestVectors[0].macKey, encryptionKey: rfcTestVectors[0].encryptionKey, ciphertext: "0111223344" + rfcTestVectors[0].ciphertext, associatedData: rfcTestVectors[0].associatedData, hashAlgo: rfcTestVectors[0].hashAlgo, ivSize: rfcTestVectors[0].ivSize, tagSize: rfcTestVectors[0].tagSize, variant: aesctrhmac.VariantTink, idRequirement: 0x11223344, }, { name: "SHA512-Tink", macKey: rfcTestVectors[1].macKey, encryptionKey: rfcTestVectors[1].encryptionKey, ciphertext: "0111223344" + rfcTestVectors[1].ciphertext, associatedData: rfcTestVectors[1].associatedData, hashAlgo: rfcTestVectors[1].hashAlgo, ivSize: rfcTestVectors[1].ivSize, tagSize: rfcTestVectors[1].tagSize, variant: aesctrhmac.VariantTink, idRequirement: 0x11223344, }, { name: "SHA256-Crunchy", macKey: rfcTestVectors[0].macKey, encryptionKey: rfcTestVectors[0].encryptionKey, ciphertext: "0011223344" + rfcTestVectors[0].ciphertext, associatedData: rfcTestVectors[0].associatedData, hashAlgo: rfcTestVectors[0].hashAlgo, ivSize: rfcTestVectors[0].ivSize, tagSize: rfcTestVectors[0].tagSize, variant: aesctrhmac.VariantCrunchy, idRequirement: 0x11223344, }, { name: "SHA512-Crunchy", macKey: rfcTestVectors[1].macKey, encryptionKey: rfcTestVectors[1].encryptionKey, ciphertext: "0011223344" + rfcTestVectors[1].ciphertext, associatedData: rfcTestVectors[1].associatedData, hashAlgo: rfcTestVectors[1].hashAlgo, ivSize: rfcTestVectors[1].ivSize, tagSize: rfcTestVectors[1].tagSize, variant: aesctrhmac.VariantCrunchy, idRequirement: 0x11223344, }, } { t.Run(tc.name, func(t *testing.T) { macKey := mustDecodeHex(t, tc.macKey) encryptionKey := mustDecodeHex(t, tc.encryptionKey) ciphertext := mustDecodeHex(t, tc.ciphertext) associatedData := mustDecodeHex(t, tc.associatedData) a, err := createAEAD(encryptionKey, tc.ivSize, tc.hashAlgo, macKey, tc.tagSize, tc.variant, tc.idRequirement) if err != nil { t.Fatalf("failed to create AEAD from RFC test vector: %v %v", tc, err) } if _, err := a.Decrypt(ciphertext, associatedData); err != nil { t.Errorf("decryption failed to RFC test vector: %v, error: %v", tc, err) } }) } } func TestAEADEncryptDecrypt(t *testing.T) { const ivSize = 12 const tagSize = 16 for _, variant := range []aesctrhmac.Variant{aesctrhmac.VariantNoPrefix, aesctrhmac.VariantTink, aesctrhmac.VariantCrunchy} { t.Run(variant.String(), func(t *testing.T) { cipher, err := createAEAD([]byte("1111111111111111"), ivSize, aesctrhmac.SHA1, []byte("2222222222222222"), tagSize, variant, 0) if err != nil { t.Fatalf("got: %v, want: success", err) } message := []byte("Some data to encrypt.") associatedData := []byte("Some data to authenticate.") ciphertext, err := cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } wantCiphertextSize := len(message) + ivSize + tagSize if variant != aesctrhmac.VariantNoPrefix { wantCiphertextSize += 5 } if len(ciphertext) != wantCiphertextSize { t.Errorf("invalid ciphertext size, got: %d, want: %d", len(ciphertext), wantCiphertextSize) } plaintext, err := cipher.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("decryption failed, error: %v", err) } if !bytes.Equal(plaintext, message) { t.Errorf("invalid plaintext, got: %q, want: %q", plaintext, message) } }) } } func TestAEADWithAssociatedDataSlice(t *testing.T) { const ivSize = 12 const tagSize = 16 for _, variant := range []aesctrhmac.Variant{aesctrhmac.VariantNoPrefix, aesctrhmac.VariantTink, aesctrhmac.VariantCrunchy} { t.Run(variant.String(), func(t *testing.T) { cipher, err := createAEAD([]byte("1111111111111111"), ivSize, aesctrhmac.SHA1, []byte("2222222222222222"), tagSize, variant, 0) if err != nil { t.Fatalf("got: %v, want: success", err) } message := []byte("message") largeData := []byte("xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx") associatedData := largeData[:1] _, err = cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } wantLargeData := []byte("xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx") if !bytes.Equal(largeData, wantLargeData) { t.Errorf("largeData = %q, want: %q", largeData, wantLargeData) } }) } } func TestAEADEncryptDecryptRandomMessage(t *testing.T) { const ivSize = 12 const tagSize = 16 for _, variant := range []aesctrhmac.Variant{aesctrhmac.VariantNoPrefix, aesctrhmac.VariantTink, aesctrhmac.VariantCrunchy} { t.Run(variant.String(), func(t *testing.T) { cipher, err := createAEAD([]byte("1111111111111111"), ivSize, aesctrhmac.SHA1, []byte("2222222222222222"), tagSize, aesctrhmac.VariantTink, 0) if err != nil { t.Fatalf("got: %v, want: success", err) } for i := 0; i < 256; i++ { message := random.GetRandomBytes(uint32(i)) associatedData := random.GetRandomBytes(uint32(i)) ciphertext, err := cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } plaintext, err := cipher.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("decryption failed, error: %v", err) } if !bytes.Equal(plaintext, message) { t.Errorf("invalid plaintext, got: %q, want: %q", plaintext, message) } } }) } } func TestAEADMultipleEncrypt(t *testing.T) { const ivSize = 12 const tagSize = 16 for _, variant := range []aesctrhmac.Variant{aesctrhmac.VariantNoPrefix, aesctrhmac.VariantTink, aesctrhmac.VariantCrunchy} { t.Run(variant.String(), func(t *testing.T) { cipher, err := createAEAD([]byte("1111111111111111"), ivSize, aesctrhmac.SHA256, []byte("2222222222222222"), tagSize, variant, 0) if err != nil { t.Fatalf("got: %v, want: success", err) } message := []byte("Some data to encrypt.") associatedData := []byte("Some data to authenticate.") ciphertext1, err := cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } ciphertext2, err := cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } if bytes.Equal(ciphertext1, ciphertext2) { t.Error("ciphertexts must not be the same") } }) } } func TestAEADInvalidTagSize(t *testing.T) { const keySize = 16 const ivSize = 12 const macKeySize = 16 const tagSize = 9 // Invalid! for _, variant := range []aesctrhmac.Variant{aesctrhmac.VariantNoPrefix, aesctrhmac.VariantTink, aesctrhmac.VariantCrunchy} { t.Run(variant.String(), func(t *testing.T) { if _, err := createAEAD([]byte("1111111111111111"), ivSize, aesctrhmac.SHA256, []byte("2222222222222222"), tagSize, variant, 0); err == nil { t.Error("got: success, want: error invalid tag size") } }) } } func TestAEADDecryptModifiedCiphertext(t *testing.T) { const ivSize = 12 const tagSize = 16 for _, variant := range []aesctrhmac.Variant{aesctrhmac.VariantNoPrefix, aesctrhmac.VariantTink, aesctrhmac.VariantCrunchy} { t.Run(variant.String(), func(t *testing.T) { cipher, err := createAEAD([]byte("1111111111111111"), ivSize, aesctrhmac.SHA256, []byte("2222222222222222"), tagSize, variant, 0) if err != nil { t.Fatalf("got: %v, want: success", err) } message := []byte("Some data to encrypt.") associatedData := []byte("Some data to authenticate.") ciphertext, err := cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } // Modify the ciphertext and try to decrypt. modCiphertext := make([]byte, len(ciphertext)) copy(modCiphertext, ciphertext) for i := 0; i < len(ciphertext)*8; i++ { // Save the byte to be modified. b := modCiphertext[i/8] modCiphertext[i/8] ^= (1 << uint(i%8)) if bytes.Equal(ciphertext, modCiphertext) { t.Errorf("modCiphertext shouldn't be the same as ciphertext") } if _, err := cipher.Decrypt(modCiphertext, associatedData); err == nil { t.Errorf("successfully decrypted modified ciphertext (i = %d)", i) } // Restore the modified byte. modCiphertext[i/8] = b } // Modify the associated data. modAssociatedData := make([]byte, len(associatedData)) copy(modAssociatedData, associatedData) for i := 0; i < len(associatedData)*8; i++ { // Save the byte to be modified. b := modAssociatedData[i/8] modAssociatedData[i/8] ^= (1 << uint(i%8)) if bytes.Equal(associatedData, modAssociatedData) { t.Errorf("modAssociatedData shouldn't be the same as associatedData") } if _, err := cipher.Decrypt(ciphertext, modAssociatedData); err == nil { t.Errorf("successfully decrypted with modified associated data (i = %d)", i) } // Restore the modified byte. modAssociatedData[i/8] = b } // Truncate the ciphertext. truncatedCiphertext := make([]byte, len(ciphertext)) copy(truncatedCiphertext, ciphertext) for i := 1; i <= len(ciphertext); i++ { truncatedCiphertext = truncatedCiphertext[:len(ciphertext)-i] if _, err := cipher.Decrypt(truncatedCiphertext, associatedData); err == nil { t.Errorf("successfully decrypted truncated ciphertext (i = %d)", i) } } }) } } func TestAEADEmptyParams(t *testing.T) { const ivSize = 12 const tagSize = 16 for _, variant := range []aesctrhmac.Variant{aesctrhmac.VariantNoPrefix, aesctrhmac.VariantTink, aesctrhmac.VariantCrunchy} { t.Run(variant.String(), func(t *testing.T) { cipher, err := createAEAD([]byte("1111111111111111"), ivSize, aesctrhmac.SHA256, []byte("2222222222222222"), tagSize, variant, 0) if err != nil { t.Fatalf("got: %v, want: success", err) } message := []byte("Some data to encrypt.") if _, err := cipher.Encrypt(message, []byte{}); err != nil { t.Errorf("encryption failed with empty associatedData") } if _, err := cipher.Encrypt([]byte{}, []byte{}); err != nil { t.Errorf("encryption failed with empty ciphertext and associatedData") } }) } } ================================================ FILE: aead/aesctrhmac/aesctrhmac.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aesctrhmac provides a key manager for the AES-CTR-HMAC AEAD. package aesctrhmac import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" aesctrhmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_aead_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func newKeyManager() registry.KeyManager { return legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &aesctrhmacpb.AesCtrHmacAeadKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil }) } // RegisterPrimitiveConstructor accepts a config object and registers the // AES-CTR-HMAC AEAD primitive constructor to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(b *config.Builder, t internalapi.Token) error { return b.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t) } func init() { if err := registry.RegisterKeyManager(newKeyManager()); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*Key](&keySerializer{}); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, &keyParser{}); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } } ================================================ FILE: aead/aesctrhmac/aesctrhmac_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac_test import ( "bytes" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ) func TestGetKeyFromHandle(t *testing.T) { keysetHandle, err := keyset.NewHandle(aead.AES128CTRHMACSHA256KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.AES128CTRHMACSHA256KeyTemplate()) err = %v, want nil", err) } entry, err := keysetHandle.Entry(0) if err != nil { t.Fatalf("keysetHandle.Entry(0) err = %v, want nil", err) } key, ok := entry.Key().(*aesctrhmac.Key) if !ok { t.Fatalf("entry.Key() type = %T, want *aesctrhmac.Key", entry.Key()) } aesKeySizeInBytes := 16 hmacKeySizeInBytes := 32 opts := aesctrhmac.ParametersOpts{ AESKeySizeInBytes: aesKeySizeInBytes, HMACKeySizeInBytes: hmacKeySizeInBytes, IVSizeInBytes: 16, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, } wantParams, err := aesctrhmac.NewParameters(opts) if err != nil { t.Fatalf("aesctrhmac.NewParameters(%v) err = %v, want nil", opts, err) } if diff := cmp.Diff(key.Parameters(), wantParams); diff != "" { t.Errorf("key.Parameters() diff (-want +got):\n%s", diff) } if _, hasIDRequirement := key.IDRequirement(); !hasIDRequirement { t.Errorf("expected ID requirement, got none") } // Validate key length. aesKeyBytes := key.AESKeyBytes() if aesKeyBytes.Len() != aesKeySizeInBytes { t.Errorf("aesKeyBytes.Len() = %v, want %v", aesKeyBytes.Len(), aesKeySizeInBytes) } hmacKeyBytes := key.HMACKeyBytes() if hmacKeyBytes.Len() != hmacKeySizeInBytes { t.Errorf("hmacKeyBytes.Len() = %v, want %v", hmacKeyBytes.Len(), hmacKeySizeInBytes) } } func TestCreateKeysetHandleFromKey(t *testing.T) { keysetHandle, err := keyset.NewHandle(aead.AES128CTRHMACSHA256KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.AES128CTRHMACSHA256KeyTemplate()) err = %v, want nil", err) } aeadPrimitive, err := aead.New(keysetHandle) if err != nil { t.Fatalf("aead.New(keysetHandle) err = %v, want nil", err) } plaintext := []byte("plaintext") additionalData := []byte("additionalData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, additionalData, err) } entry, err := keysetHandle.Entry(0) if err != nil { t.Fatalf("keysetHandle.Entry(0) err = %v, want nil", err) } key, ok := entry.Key().(*aesctrhmac.Key) if !ok { t.Errorf("entry.Key() is not *aesctrhmac.Key") } // Create a new keyset handle with the same key. manager := keyset.NewManager() keyID, err := manager.AddKey(key) if err != nil { t.Fatalf("manager.AddKey(key) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } newHandle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Get an AEAD primitive from the new handle and decrypt the ciphertext. newAEAD, err := aead.New(newHandle) if err != nil { t.Fatalf("aead.New(newHandle) err = %v, want nil", err) } decrypt, err := newAEAD.Decrypt(ciphertext, additionalData) if err != nil { t.Fatalf("decrypt.New(otherAEADPrimitivce, %v, %v) err = %v, want nil", ciphertext, additionalData, err) } if !bytes.Equal(decrypt, plaintext) { t.Errorf("decrypt = %v, want %v", decrypt, plaintext) } } func TestCreateKeysetHandleFromParameters(t *testing.T) { opts := aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 32, IVSizeInBytes: 16, TagSizeInBytes: 16, HashType: aesctrhmac.SHA512, Variant: aesctrhmac.VariantTink, } params, err := aesctrhmac.NewParameters(opts) if err != nil { t.Fatalf("aesctrhmac.NewParameters(%v) err = %v, want nil", opts, err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } aeadPrimitive, err := aead.New(handle) if err != nil { t.Fatalf("aead.New(handle) err = %v, want nil", err) } plaintext := []byte("plaintext") additionalData := []byte("additionalData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, additionalData, err) } decrypted, err := aeadPrimitive.Decrypt(ciphertext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Decrypt(%v, %v) err = %v, want nil", ciphertext, additionalData, err) } if !bytes.Equal(decrypted, plaintext) { t.Errorf("decrypted = %v, want %v", decrypted, plaintext) } } func TestRegisterPrimitiveConstructor(t *testing.T) { cb := config.NewBuilder() err := aesctrhmac.RegisterPrimitiveConstructor(cb, internalapi.Token{}) if err != nil { t.Fatalf("aesctrhmac.RegisterPrimitiveConstructor() err = %v, want nil", err) } c := cb.Build() opts := aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 32, IVSizeInBytes: 16, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, } params, err := aesctrhmac.NewParameters(opts) if err != nil { t.Fatalf("aesctrhmac.NewParameters(%v) err = %v, want nil", opts, err) } key, err := aesctrhmac.NewKey(aesctrhmac.KeyOpts{ AESKeyBytes: secretdata.NewBytesFromData(make([]byte, 16), insecuresecretdataaccess.Token{}), HMACKeyBytes: secretdata.NewBytesFromData(make([]byte, 32), insecuresecretdataaccess.Token{}), IDRequirement: 0x1234, Parameters: params, }) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } if _, err := c.PrimitiveFromKey(key, internalapi.Token{}); err != nil { t.Errorf("c.PrimitiveFromKey(key) err = %v, want nil", err) } } func TestGetKeyManager(t *testing.T) { // From https://tools.ietf.org/html/draft-mcgrew-aead-aes-cbc-hmac-sha2-05. // // We use CTR but the RFC uses CBC mode, so it's not possible to compare // plaintexts. However, the tests are still valuable to ensure that we // correctly compute HMAC over ciphertext and associatedData. macKeyBytes := mustDecodeHex(t, "000102030405060708090a0b0c0d0e0f") aesKeyBytes := mustDecodeHex(t, "101112131415161718191a1b1c1d1e1f") ciphertext := mustDecodeHex(t, ""+ "1af38c2dc2b96ffdd86694092341bc04"+ "c80edfa32ddf39d5ef00c0b468834279"+ "a2e46a1b8049f792f76bfe54b903a9c9"+ "a94ac9b47ad2655c5f10f9aef71427e2"+ "fc6f9b3f399a221489f16362c7032336"+ "09d45ac69864e3321cf82935ac4096c8"+ "6e133314c54019e8ca7980dfa4b9cf1b"+ "384c486f3a54c51078158ee5d79de59f"+ "bd34d848b3d69550a67646344427ade5"+ "4b8851ffb598f7f80074b9473c82e2db"+ "652c3fa36b0a7c5b3219fab3a30bc1c4") associatedData := mustDecodeHex(t, ""+ "546865207365636f6e64207072696e63"+ "69706c65206f66204175677573746520"+ "4b6572636b686f666673") params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 16, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } key, err := aesctrhmac.NewKey(aesctrhmac.KeyOpts{ AESKeyBytes: secretdata.NewBytesFromData(aesKeyBytes, insecuresecretdataaccess.Token{}), HMACKeyBytes: secretdata.NewBytesFromData(macKeyBytes, insecuresecretdataaccess.Token{}), IDRequirement: 0x1234, Parameters: params, }) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } keySerialization, err := protoserialization.SerializeKey(key) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } km, err := registry.GetKeyManager(testutil.AESCTRHMACAEADTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %v, want nil", err) } km.Primitive(keySerialization.KeyData().GetValue()) // It is expected to ignore the output prefix. primitive, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("GetPrimitive() err = %v, want nil", err) } aead, ok := primitive.(tink.AEAD) if !ok { t.Errorf("GetPrimitive() = %T, want tink.AEAD", primitive) } if _, err := aead.Decrypt(ciphertext, associatedData); err != nil { t.Fatalf("Decrypt() err = %v, want nil", err) } } ================================================ FILE: aead/aesctrhmac/key.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac import ( "bytes" "fmt" internalaead "github.com/tink-crypto/tink-go/v2/internal/aead" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Key represents an AES-CTR-HMAC AEAD function. type Key struct { aesKeyBytes secretdata.Bytes hmacKeyBytes secretdata.Bytes idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*Key)(nil) // KeyOpts specifies parameters to [NewKey]. type KeyOpts struct { AESKeyBytes, HMACKeyBytes secretdata.Bytes IDRequirement uint32 Parameters *Parameters } // NewKey creates a new AES-CTR-HMAC key with key, idRequirement and parameters. // // The idRequirement is the ID requirement to be included in the output of the // AES-CTR-HMAC function. If parameters.HasIDRequirement() == false, idRequirement // must be zero. func NewKey(params KeyOpts) (*Key, error) { // Make sure that parameters is not nil and that is not as struct literal // with default values. if params.Parameters == nil || params.Parameters.AESKeySizeInBytes() == 0 { return nil, fmt.Errorf("aesctrhmac.NewKey: invalid input params.Parameters") } if !params.Parameters.HasIDRequirement() && params.IDRequirement != 0 { return nil, fmt.Errorf("aesctrhmac.NewKey: params.IDRequirement = %v and params.Parameters.HasIDRequirement() = false, want 0", params.IDRequirement) } if params.AESKeyBytes.Len() != int(params.Parameters.AESKeySizeInBytes()) { return nil, fmt.Errorf("aesctrhmac.NewKey: AES key length = %v, want %v", params.AESKeyBytes.Len(), params.Parameters.AESKeySizeInBytes()) } if params.HMACKeyBytes.Len() != int(params.Parameters.HMACKeySizeInBytes()) { return nil, fmt.Errorf("aesctrhmac.NewKey: HMAC key length = %v, want %v", params.HMACKeyBytes.Len(), params.Parameters.HMACKeySizeInBytes()) } outputPrefix, err := calculateOutputPrefix(params.Parameters.Variant(), params.IDRequirement) if err != nil { return nil, fmt.Errorf("aesctrhmac.NewKey: %v", err) } return &Key{ aesKeyBytes: params.AESKeyBytes, hmacKeyBytes: params.HMACKeyBytes, idRequirement: params.IDRequirement, outputPrefix: outputPrefix, parameters: params.Parameters, }, nil } // AESKeyBytes returns the key material. // // This function provides access to partial key material. See // https://developers.google.com/tink/design/access_control#access_of_parts_of_a_key // for more information. func (k *Key) AESKeyBytes() secretdata.Bytes { return k.aesKeyBytes } // HMACKeyBytes returns the key material. // // This function provides access to partial key material. See // https://developers.google.com/tink/design/access_control#access_of_parts_of_a_key // for more information. func (k *Key) HMACKeyBytes() secretdata.Bytes { return k.hmacKeyBytes } // Parameters returns the parameters of this key. func (k *Key) Parameters() key.Parameters { return k.parameters } // IDRequirement returns required to indicate if this key requires an // identifier. If it does, id will contain that identifier. func (k *Key) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix. func (k *Key) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal returns whether this key object is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.Parameters().Equal(that.Parameters()) && k.idRequirement == that.idRequirement && k.aesKeyBytes.Equal(that.aesKeyBytes) && k.hmacKeyBytes.Equal(that.hmacKeyBytes) && bytes.Equal(k.outputPrefix, that.outputPrefix) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { aesCTRHMACParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*Parameters)(nil)) } // Make sure AES key size is either 16 or 32 bytes for consistency with other Tink // implementations. if err := internalaead.ValidateAESKeySize(uint32(aesCTRHMACParams.AESKeySizeInBytes())); err != nil { return nil, err } aesKeyBytes, err := secretdata.NewBytesFromRand(uint32(aesCTRHMACParams.AESKeySizeInBytes())) if err != nil { return nil, err } macKeyBytes, err := secretdata.NewBytesFromRand(uint32(aesCTRHMACParams.HMACKeySizeInBytes())) if err != nil { return nil, err } return NewKey(KeyOpts{ AESKeyBytes: aesKeyBytes, HMACKeyBytes: macKeyBytes, IDRequirement: idRequirement, Parameters: aesCTRHMACParams, }) } ================================================ FILE: aead/aesctrhmac/key_manager_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac_test import ( "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" aeadtestutil "github.com/tink-crypto/tink-go/v2/aead/internal/testutil" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/core/registry" subtleMac "github.com/tink-crypto/tink-go/v2/mac/subtle" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ctrpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_go_proto" achpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_aead_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" ) func TestKeyManagerNewKeyMultipleTimes(t *testing.T) { keyTemplate := aead.AES128CTRHMACSHA256KeyTemplate() aeadKeyFormat := new(achpb.AesCtrHmacAeadKeyFormat) if err := proto.Unmarshal(keyTemplate.Value, aeadKeyFormat); err != nil { t.Fatalf("proto.Unmarshal(keyTemplate.Value, aeadKeyFormat) err = %v, want nil", err) } keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACAEADTypeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", testutil.AESCTRHMACAEADTypeURL, err) } keys := make(map[string]bool) const numTests = 24 for i := 0; i < numTests/2; i++ { k, err := keyManager.NewKey(keyTemplate.Value) if err != nil { t.Fatalf("keyManager.NewKey() err = %q, want nil", err) } sk, err := proto.Marshal(k) if err != nil { t.Fatalf("cannot serialize key, error: %v", err) } key := new(achpb.AesCtrHmacAeadKey) proto.Unmarshal(sk, key) keys[string(key.AesCtrKey.KeyValue)] = true keys[string(key.HmacKey.KeyValue)] = true if len(key.AesCtrKey.KeyValue) != 16 { t.Errorf("unexpected AES key size, got: %d, want: 16", len(key.AesCtrKey.KeyValue)) } if len(key.HmacKey.KeyValue) != 32 { t.Errorf("unexpected HMAC key size, got: %d, want: 32", len(key.HmacKey.KeyValue)) } } if len(keys) != numTests { t.Errorf("unexpected number of keys in set, got: %d, want: %d", len(keys), numTests) } } func TestKeyManagerNewKeyWithInvalidSerializedKeyFormat(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACAEADTypeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", testutil.AESCTRHMACAEADTypeURL, err) } keyFormatWithNilParams := &achpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &ctrpb.AesCtrKeyFormat{ Params: nil, KeySize: 32, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ Params: nil, KeySize: 32, }, } serializedKeyFormatWithNilParams, err := proto.Marshal(keyFormatWithNilParams) if err != nil { t.Fatalf("failed to marshal key: %s", err) } keyFormatWithNilNestedKeyFormats := &achpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: nil, HmacKeyFormat: nil, } serializedKeyFormatWithNilNestedKeyFormats, err := proto.Marshal(keyFormatWithNilNestedKeyFormats) if err != nil { t.Fatalf("failed to marshal key: %s", err) } testcases := []struct { name string serializedKeyFormat []byte }{ { name: "nil", serializedKeyFormat: nil, }, { name: "empty slice", serializedKeyFormat: []byte{}, }, { name: "slice with invalid data", serializedKeyFormat: make([]byte, 128), }, { name: "unset params", serializedKeyFormat: serializedKeyFormatWithNilParams, }, { name: "unset nested key formats", serializedKeyFormat: serializedKeyFormatWithNilNestedKeyFormats, }, } for _, tc := range testcases { t.Run(tc.name, func(t *testing.T) { _, err = keyManager.NewKey(tc.serializedKeyFormat) if err == nil { t.Error("NewKey() err = nil, want not error") } _, err = keyManager.NewKeyData(tc.serializedKeyFormat) if err == nil { t.Error("NewKeyData() err = nil, want error") } }) } } func mustCreateSubtleAEAD(t *testing.T, key []byte, ivSize int, hashAlgo string, macKey []byte, tagSize int) tink.AEAD { ctr, err := subtle.NewAESCTR(key, ivSize) if err != nil { t.Fatalf("subtle.NewAESCTR(key, ivSize) err = %v, want nil", err) } mac, err := subtleMac.NewHMAC(hashAlgo, macKey, uint32(tagSize)) if err != nil { t.Fatalf("subtleMac.NewHMAC(hashAlgo, macKey, uint32(tagSize)) err = %v, want nil", err) } cipher, err := subtle.NewEncryptThenAuthenticate(ctr, mac, tagSize) if err != nil { t.Fatalf("subtle.NewEncryptThenAuthenticate(ctr, mac, tagSize) err = %v, want nil", err) } return cipher } func TestKeyManagerPrimitive(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACAEADTypeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", testutil.AESCTRHMACAEADTypeURL, err) } key := &achpb.AesCtrHmacAeadKey{ Version: 0, AesCtrKey: &ctrpb.AesCtrKey{ Version: 0, KeyValue: []byte("0123456789abcdef0123456789abcdef"), Params: &ctrpb.AesCtrParams{IvSize: 16}, }, HmacKey: &hmacpb.HmacKey{ Version: 0, KeyValue: []byte("fedba9876543210fedcba9876543210"), Params: &hmacpb.HmacParams{Hash: commonpb.HashType_SHA256, TagSize: 32}, }, } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("failed to marshal key: %s", err) } p, err := keyManager.Primitive(serializedKey) if err != nil { t.Errorf("Primitive() err = %v, want nil", err) } aesCTRHMACAEAD, ok := p.(tink.AEAD) if !ok { t.Errorf("Primitive() returned %T, want tink.AEAD", p) } other := mustCreateSubtleAEAD(t, key.AesCtrKey.GetKeyValue(), 16, "SHA256", key.HmacKey.GetKeyValue(), 32) if err := aeadtestutil.EncryptDecrypt(aesCTRHMACAEAD, other); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(aesCTRHMACAEAD, other) err = %v, want nil", err) } if err := aeadtestutil.EncryptDecrypt(other, aesCTRHMACAEAD); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(other, aesCTRHMACAEAD) err = %v, want nil", err) } } func TestKeyManagerPrimitiveWithInvalidKey(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACAEADTypeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", testutil.AESCTRHMACAEADTypeURL, err) } emptyKey := &achpb.AesCtrHmacAeadKey{} serializedEmptyKey, err := proto.Marshal(emptyKey) if err != nil { t.Fatalf("failed to marshal key: %s", err) } keyWithNilKeyParams := &achpb.AesCtrHmacAeadKey{ Version: 0, AesCtrKey: &ctrpb.AesCtrKey{ Version: 0, KeyValue: make([]byte, 32), Params: nil, }, HmacKey: &hmacpb.HmacKey{ Version: 0, KeyValue: make([]byte, 32), Params: nil, }, } serializedkeyWithNilKeyParams, err := proto.Marshal(keyWithNilKeyParams) if err != nil { t.Fatalf("failed to marshal key: %s", err) } wrongKeyType := &hmacpb.HmacKey{ Version: 0, KeyValue: make([]byte, 32), Params: nil, } serializedWronKeyType, err := proto.Marshal(wrongKeyType) if err != nil { t.Fatalf("failed to marshal key: %s", err) } testcases := []struct { name string key []byte }{ { name: "nil input", key: nil, }, { name: "empty slice", key: []byte{}, }, { name: "empty key", key: serializedEmptyKey, }, { name: "key with nil params", key: serializedkeyWithNilKeyParams, }, { name: "wrong key type", key: serializedWronKeyType, }, } for _, tc := range testcases { t.Run(tc.name, func(t *testing.T) { _, err = keyManager.Primitive(tc.key) if err == nil { t.Error("Primitive() err = nil, want error") } }) } } ================================================ FILE: aead/aesctrhmac/key_parameters.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" ) // Variant is the prefix variant of AES-CTR-HMAC keys. // // It describes how the prefix of the ciphertext is constructed. For AEAD there // are three options: // // * TINK: prepends '0x01' to the ciphertext. // * CRUNCHY: prepends '0x00' to the ciphertext. // * NO_PREFIX: adds no prefix to the ciphertext. type Variant int const ( // VariantUnknown is the default and invalid value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the ciphertext. VariantTink // VariantCrunchy prefixes '0x00' to the ciphertext. VariantCrunchy // VariantNoPrefix adds no prefix to the ciphertext. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // HashType is the hash type of the AES-CTR-HMAC key. type HashType int const ( // UnknownHashType is the default value of HashType. UnknownHashType HashType = iota // SHA1 is the SHA1 hash type. SHA1 // SHA224 is the SHA224 hash type. SHA224 // SHA256 is the SHA256 hash type. SHA256 // SHA384 is the SHA384 hash type. SHA384 // SHA512 is the SHA512 hash type. SHA512 ) func (ht HashType) String() string { switch ht { case SHA1: return "SHA1" case SHA224: return "SHA224" case SHA256: return "SHA256" case SHA384: return "SHA384" case SHA512: return "SHA512" default: return "UNKNOWN" } } // calculateOutputPrefix calculates the output prefix from keyID. func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantCrunchy: return outputprefix.Legacy(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // Parameters specifies a AES-CTR-HMAC key. type Parameters struct { aesKeySizeInBytes int hmacKeySizeInBytes int ivSizeInBytes int tagSizeInBytes int hashType HashType variant Variant } var _ key.Parameters = (*Parameters)(nil) // AESKeySizeInBytes returns the size of the key in bytes. func (p *Parameters) AESKeySizeInBytes() int { return p.aesKeySizeInBytes } // HMACKeySizeInBytes returns the size of the HMAC key in bytes. func (p *Parameters) HMACKeySizeInBytes() int { return p.hmacKeySizeInBytes } // IVSizeInBytes returns the size of the IV in bytes. func (p *Parameters) IVSizeInBytes() int { return p.ivSizeInBytes } // TagSizeInBytes returns the size of the tag in bytes. func (p *Parameters) TagSizeInBytes() int { return p.tagSizeInBytes } // HashType returns the hash type. func (p *Parameters) HashType() HashType { return p.hashType } // Variant returns the variant of the key. func (p *Parameters) Variant() Variant { return p.variant } // ParametersOpts specifies options for creating AES-CTR-HMAC parameters. type ParametersOpts struct { AESKeySizeInBytes int HMACKeySizeInBytes int IVSizeInBytes int TagSizeInBytes int HashType HashType Variant Variant } func maxTagSize(ht HashType) (int, error) { switch ht { case SHA1: return 20, nil case SHA224: return 28, nil case SHA256: return 32, nil case SHA384: return 48, nil case SHA512: return 64, nil default: return 0, fmt.Errorf("unsupported hash type: %v", ht) } } const minTagSize = 10 func validateOpts(opts *ParametersOpts) error { if opts.AESKeySizeInBytes != 16 && opts.AESKeySizeInBytes != 24 && opts.AESKeySizeInBytes != 32 { return fmt.Errorf("unsupported key size: got: %v, want 16, 24, or 32", opts.AESKeySizeInBytes) } if opts.IVSizeInBytes < 12 || opts.IVSizeInBytes > 16 { return fmt.Errorf("unsupported IV size: got: %v, want between 12 and 16", opts.IVSizeInBytes) } if opts.HMACKeySizeInBytes < 16 { return fmt.Errorf("unsupported HMAC key size: got: %v, want >= 16", opts.HMACKeySizeInBytes) } maxTagSize, err := maxTagSize(opts.HashType) if err != nil { return fmt.Errorf("unsupported hash type: %v", opts.HashType) } if opts.TagSizeInBytes < minTagSize || opts.TagSizeInBytes > maxTagSize { return fmt.Errorf("unsupported tag size: got: %v, want between 10 and %v", opts.TagSizeInBytes, maxTagSize) } if opts.Variant == VariantUnknown { return fmt.Errorf("unsupported variant: %v", opts.Variant) } return nil } // NewParameters creates a new AES-CTR-HMAC Parameters object. func NewParameters(opts ParametersOpts) (*Parameters, error) { if err := validateOpts(&opts); err != nil { return nil, fmt.Errorf("aesctrhmac.NewParameters: %v", err) } return &Parameters{ aesKeySizeInBytes: opts.AESKeySizeInBytes, hmacKeySizeInBytes: opts.HMACKeySizeInBytes, ivSizeInBytes: opts.IVSizeInBytes, tagSizeInBytes: opts.TagSizeInBytes, hashType: opts.HashType, variant: opts.Variant, }, nil } // HasIDRequirement returns whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal returns whether this Parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.HasIDRequirement() == actualParams.HasIDRequirement() && p.aesKeySizeInBytes == actualParams.aesKeySizeInBytes && p.hmacKeySizeInBytes == actualParams.hmacKeySizeInBytes && p.ivSizeInBytes == actualParams.ivSizeInBytes && p.tagSizeInBytes == actualParams.tagSizeInBytes && p.hashType == actualParams.hashType && p.variant == actualParams.variant } ================================================ FILE: aead/aesctrhmac/key_parameters_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac_test import ( "fmt" "testing" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" ) func TestNewParametersInvalidAESKeySize(t *testing.T) { for _, keySize := range []int{1, 15, 17, 31, 33} { opts := aesctrhmac.ParametersOpts{ AESKeySizeInBytes: keySize, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, } if _, err := aesctrhmac.NewParameters(opts); err == nil { t.Errorf("aesctrhmac.NewParameters(%v) err = nil, want error", opts) } } } func TestNewParametersInvalidIVSize(t *testing.T) { for _, ivSize := range []int{11, 17} { opts := aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: ivSize, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, } if _, err := aesctrhmac.NewParameters(opts); err == nil { t.Errorf("aesctrhmac.NewParameters(%v) err = nil, want error", opts) } } } func TestNewParametersInvalidHMACKeySize(t *testing.T) { for _, hmacKeySize := range []int{1, 15} { opts := aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, } if _, err := aesctrhmac.NewParameters(opts); err == nil { t.Errorf("aesctrhmac.NewParameters(%v) err = nil, want error", opts) } } } func TestNewParametersInvalidTagSize(t *testing.T) { for _, tc := range []struct { name string hashType aesctrhmac.HashType tagSize int }{ { name: "SHA1", hashType: aesctrhmac.SHA1, tagSize: 21, }, { name: "SHA224", hashType: aesctrhmac.SHA224, tagSize: 29, }, { name: "SHA256", hashType: aesctrhmac.SHA256, tagSize: 33, }, { name: "SHA384", hashType: aesctrhmac.SHA384, tagSize: 49, }, { name: "SHA512", hashType: aesctrhmac.SHA512, tagSize: 65, }, } { t.Run(tc.name, func(t *testing.T) { opts := aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: tc.tagSize, HashType: tc.hashType, Variant: aesctrhmac.VariantTink, } if _, err := aesctrhmac.NewParameters(opts); err == nil { t.Errorf("aesctrhmac.NewParameters(%v) err = nil, want error", opts) } }) } } func TestNewParametersInvalidVariant(t *testing.T) { opts := aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantUnknown, } if _, err := aesctrhmac.NewParameters(opts); err == nil { t.Errorf("aesctrhmac.NewParameters(%v) err = nil, want error", opts) } } type paramsTestVector struct { name string paramsOpts aesctrhmac.ParametersOpts } func paramsTestVectors() []paramsTestVector { testVectors := []paramsTestVector{} for _, keySize := range []int{16, 24, 32} { for _, hmacKeySize := range []int{16, 32} { for _, ivSize := range []int{12, 16} { for _, variant := range []aesctrhmac.Variant{aesctrhmac.VariantTink, aesctrhmac.VariantCrunchy, aesctrhmac.VariantNoPrefix} { testVectors = append(testVectors, paramsTestVector{ name: fmt.Sprintf("AES%d-CTR-HMAC-%d-iv%d-tag%d-%s-%s", keySize, hmacKeySize, ivSize, 20, aesctrhmac.SHA1, variant), paramsOpts: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: keySize, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: ivSize, TagSizeInBytes: 20, HashType: aesctrhmac.SHA1, Variant: variant, }, }) testVectors = append(testVectors, paramsTestVector{ name: fmt.Sprintf("AES%d-CTR-HMAC-%d-iv%d-tag%d-%s-%s", keySize, hmacKeySize, ivSize, 28, aesctrhmac.SHA224, variant), paramsOpts: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: keySize, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: ivSize, TagSizeInBytes: 28, HashType: aesctrhmac.SHA224, Variant: variant, }, }) testVectors = append(testVectors, paramsTestVector{ name: fmt.Sprintf("AES%d-CTR-HMAC-%d-iv%d-tag%d-%s-%s", keySize, hmacKeySize, ivSize, 32, aesctrhmac.SHA256, variant), paramsOpts: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: keySize, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: ivSize, TagSizeInBytes: 32, HashType: aesctrhmac.SHA256, Variant: variant, }, }) testVectors = append(testVectors, paramsTestVector{ name: fmt.Sprintf("AES%d-CTR-HMAC-%d-iv%d-tag%d-%s-%s", keySize, hmacKeySize, ivSize, 48, aesctrhmac.SHA384, variant), paramsOpts: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: keySize, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: ivSize, TagSizeInBytes: 48, HashType: aesctrhmac.SHA384, Variant: variant, }, }) testVectors = append(testVectors, paramsTestVector{ name: fmt.Sprintf("AES%d-CTR-HMAC-%d-iv%d-tag%d-%s-%s", keySize, hmacKeySize, ivSize, 64, aesctrhmac.SHA512, variant), paramsOpts: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: keySize, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: ivSize, TagSizeInBytes: 64, HashType: aesctrhmac.SHA512, Variant: variant, }, }) } } } } return testVectors } func TestNewParametersWorks(t *testing.T) { for _, tc := range paramsTestVectors() { t.Run(tc.name, func(t *testing.T) { params, err := aesctrhmac.NewParameters(tc.paramsOpts) if err != nil { t.Fatalf("aesctrhmac.NewParameters(%v) err = %v, want nil", tc.paramsOpts, err) } if params.HasIDRequirement() != (tc.paramsOpts.Variant != aesctrhmac.VariantNoPrefix) { t.Errorf("params.HasIDRequirement() = %v, want %v", params.HasIDRequirement(), (tc.paramsOpts.Variant != aesctrhmac.VariantNoPrefix)) } if params.AESKeySizeInBytes() != tc.paramsOpts.AESKeySizeInBytes { t.Errorf("params.AESKeySizeInBytes() = %v, want %v", params.AESKeySizeInBytes(), tc.paramsOpts.AESKeySizeInBytes) } if params.HMACKeySizeInBytes() != tc.paramsOpts.HMACKeySizeInBytes { t.Errorf("params.HMACKeySizeInBytes() = %v, want %v", params.HMACKeySizeInBytes(), tc.paramsOpts.HMACKeySizeInBytes) } if params.TagSizeInBytes() != tc.paramsOpts.TagSizeInBytes { t.Errorf("params.TagSizeInBytes() = %v, want %d", params.TagSizeInBytes(), tc.paramsOpts.TagSizeInBytes) } if params.IVSizeInBytes() != tc.paramsOpts.IVSizeInBytes { t.Errorf("params.IVSizeInBytes() = %v, want %d", params.IVSizeInBytes(), tc.paramsOpts.IVSizeInBytes) } if params.Variant() != tc.paramsOpts.Variant { t.Errorf("params.Variant() = %v, want %v", params.Variant(), tc.paramsOpts.Variant) } otherParams, err := aesctrhmac.NewParameters(tc.paramsOpts) if err != nil { t.Fatalf("aesctrhmac.NewParameters(%v) err = %v, want nil", tc.paramsOpts, err) } if !params.Equal(otherParams) { t.Errorf("params.Equal(otherParams) = %v, want true", params.Equal(otherParams)) } }) } } func TestParametersEqualFalseIfDifferent(t *testing.T) { for _, tc := range []struct { name string opts1 aesctrhmac.ParametersOpts opts2 aesctrhmac.ParametersOpts }{ { name: "different AES key size", opts1: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, opts2: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, { name: "different HMAC key size", opts1: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, opts2: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, { name: "different IV size", opts1: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, opts2: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 16, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, { name: "different tag size", opts1: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, opts2: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 20, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, { name: "different hash", opts1: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, opts2: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA224, Variant: aesctrhmac.VariantTink, }, }, { name: "different vairant", opts1: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, opts2: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantCrunchy, }, }, } { t.Run(tc.name, func(t *testing.T) { params1, err := aesctrhmac.NewParameters(tc.opts1) if err != nil { t.Fatalf("aesctrhmac.NewParameters(%v) err = %v, want nil", tc.opts1, err) } params2, err := aesctrhmac.NewParameters(tc.opts2) if err != nil { t.Errorf("aesctrhmac.NewParameters(%v) err = %v, want nil", tc.opts2, err) } if params1.Equal(params2) { t.Errorf("params.Equal(params2) = %v, want false", params1.Equal(params2)) } }) } } ================================================ FILE: aead/aesctrhmac/key_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac_test import ( "bytes" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) var ( aes256KeyBytes = secretdata.NewBytesFromData([]byte("11111111111111111111111111111111"), insecuresecretdataaccess.Token{}) hmac256KeyBytes = secretdata.NewBytesFromData([]byte("22222222222222222222222222222222"), insecuresecretdataaccess.Token{}) aes128KeyBytes = secretdata.NewBytesFromData([]byte("1111111111111111"), insecuresecretdataaccess.Token{}) hmac128KeyBytes = secretdata.NewBytesFromData([]byte("2222222222222222"), insecuresecretdataaccess.Token{}) ) func TestNewKeyFails(t *testing.T) { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } paramsNoPrefix, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantNoPrefix, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } for _, tc := range []struct { name string aesKeyBytes secretdata.Bytes hmacKeyBytes secretdata.Bytes params *aesctrhmac.Parameters }{ { name: "nil parameters", aesKeyBytes: aes128KeyBytes, hmacKeyBytes: hmac128KeyBytes, params: nil, }, { name: "invalid parameters", aesKeyBytes: aes128KeyBytes, hmacKeyBytes: hmac128KeyBytes, params: &aesctrhmac.Parameters{}, }, { name: "invalid AES key size", aesKeyBytes: aes128KeyBytes, hmacKeyBytes: hmac256KeyBytes, params: params, }, { name: "invalid HMAC key size", aesKeyBytes: aes256KeyBytes, hmacKeyBytes: hmac128KeyBytes, params: params, }, { name: "invalid HMAC key size", aesKeyBytes: aes256KeyBytes, hmacKeyBytes: hmac128KeyBytes, params: params, }, { name: "invalid ID requirement", aesKeyBytes: aes256KeyBytes, hmacKeyBytes: hmac256KeyBytes, params: paramsNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { opts := aesctrhmac.KeyOpts{ AESKeyBytes: tc.aesKeyBytes, HMACKeyBytes: tc.hmacKeyBytes, IDRequirement: 123, Parameters: tc.params, } if _, err := aesctrhmac.NewKey(opts); err == nil { t.Errorf("aesctrhmac.NewKey() err = nil, want error") } }) } } func TestOutputPrefix(t *testing.T) { for _, test := range []struct { name string variant aesctrhmac.Variant id uint32 want []byte }{ { name: "Tink", variant: aesctrhmac.VariantTink, id: uint32(0x11223344), want: []byte{cryptofmt.TinkStartByte, 0x11, 0x22, 0x33, 0x44}, }, { name: "Crunchy", variant: aesctrhmac.VariantCrunchy, id: uint32(0x11223344), want: []byte{cryptofmt.LegacyStartByte, 0x11, 0x22, 0x33, 0x44}, }, { name: "No prefix", variant: aesctrhmac.VariantNoPrefix, id: 0, want: nil, }, } { t.Run(test.name, func(t *testing.T) { opts := aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: test.variant, } params, err := aesctrhmac.NewParameters(opts) if err != nil { t.Fatalf("aesctrhmac.NewParameters(%v) err = %v, want nil", opts, err) } aesKeyBytes, err := secretdata.NewBytesFromRand(uint32(params.AESKeySizeInBytes())) if err != nil { t.Fatalf("secretdata.NewBytes() err = %v, want nil", err) } hmacKeyBytes, err := secretdata.NewBytesFromRand(uint32(params.HMACKeySizeInBytes())) if err != nil { t.Fatalf("secretdata.NewBytes() err = %v, want nil", err) } keyOpts := aesctrhmac.KeyOpts{ AESKeyBytes: aesKeyBytes, HMACKeyBytes: hmacKeyBytes, IDRequirement: test.id, Parameters: params, } key, err := aesctrhmac.NewKey(keyOpts) if err != nil { t.Fatalf("aesctrhmac.NewKey(aesKeyBytes, %v, %v) err = %v, want nil", test.id, params, err) } if got := key.OutputPrefix(); !bytes.Equal(got, test.want) { t.Errorf("params.OutputPrefix() = %v, want %v", got, test.want) } }) } } type TestKey struct { name string id uint32 aesKey secretdata.Bytes hmacKey secretdata.Bytes parameterOps aesctrhmac.ParametersOpts } func TestNewKeyWorks(t *testing.T) { for _, test := range []TestKey{ { name: "AES128-HMAC128-SHA256-Tink", id: 1, aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, { name: "AES128-HMAC128-SHA256-Crunchy", id: 1, aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantCrunchy, }, }, { name: "AES128-HMAC128-SHA256-NoPrefix", id: 0, aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantNoPrefix, }, }, { name: "AES128-HMAC256-SHA256-Tink", id: 1, aesKey: aes128KeyBytes, hmacKey: hmac256KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, { name: "AES128-HMAC256-SHA256-Crunchy", id: 1, aesKey: aes128KeyBytes, hmacKey: hmac256KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantCrunchy, }, }, { name: "AES128-HMAC256-SHA256-NoPrefix", id: 0, aesKey: aes128KeyBytes, hmacKey: hmac256KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantNoPrefix, }, }, { name: "AES256-HMAC128-SHA256-Tink", id: 1, aesKey: aes256KeyBytes, hmacKey: hmac128KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, { name: "AES256-HMAC128-SHA256-Crunchy", id: 1, aesKey: aes256KeyBytes, hmacKey: hmac128KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantCrunchy, }, }, { name: "AES256-HMAC128-SHA256-NoPrefix", id: 0, aesKey: aes256KeyBytes, hmacKey: hmac128KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantNoPrefix, }, }, { name: "AES256-HMAC256-SHA256-Tink", id: 1, aesKey: aes256KeyBytes, hmacKey: hmac256KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, { name: "AES256-HMAC256-SHA256-Crunchy", id: 1, aesKey: aes256KeyBytes, hmacKey: hmac256KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantCrunchy, }, }, { name: "AES256-HMAC256-SHA256-NoPrefix", id: 0, aesKey: aes256KeyBytes, hmacKey: hmac256KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantNoPrefix, }, }, { name: "AES256-HMAC256-SHA512-Tink", id: 1, aesKey: aes256KeyBytes, hmacKey: hmac256KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA512, Variant: aesctrhmac.VariantTink, }, }, { name: "AES256-HMAC256-SHA512-Crunchy", id: 1, aesKey: aes256KeyBytes, hmacKey: hmac256KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA512, Variant: aesctrhmac.VariantCrunchy, }, }, { name: "AES256-HMAC256-SHA512-NoPrefix", id: 0, aesKey: aes256KeyBytes, hmacKey: hmac256KeyBytes, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA512, Variant: aesctrhmac.VariantNoPrefix, }, }, } { t.Run(test.name, func(t *testing.T) { params, err := aesctrhmac.NewParameters(test.parameterOps) if err != nil { t.Fatalf("aesctrhmac.NewParameters(%v) err = %v, want nil", test.parameterOps, err) } // Create two keys with the same parameters and key bytes. key1, err := aesctrhmac.NewKey(aesctrhmac.KeyOpts{ AESKeyBytes: test.aesKey, HMACKeyBytes: test.hmacKey, IDRequirement: test.id, Parameters: params, }) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } if !key1.Parameters().Equal(params) { t.Errorf("key1.Parameters() = %v, want %v", key1.Parameters(), params) } aesKey1Bytes := key1.AESKeyBytes() if !aesKey1Bytes.Equal(test.aesKey) { t.Errorf("aesKey1Bytes.Equal(test.aesKey) = false, want true") } hmacKey1Bytes := key1.HMACKeyBytes() if !hmacKey1Bytes.Equal(test.hmacKey) { t.Errorf("hmacKey1Bytes.Equal(test.hmacKey) = false, want true") } keyID1, required := key1.IDRequirement() if wantRequired := test.parameterOps.Variant != aesctrhmac.VariantNoPrefix; required != wantRequired { t.Errorf("required = %v, want %v", required, wantRequired) } wantID := test.id if !required { wantID = 0 } if keyID1 != wantID { t.Errorf("keyID1 = %v, want %v", keyID1, wantID) } key2, err := aesctrhmac.NewKey(aesctrhmac.KeyOpts{ AESKeyBytes: test.aesKey, HMACKeyBytes: test.hmacKey, IDRequirement: test.id, Parameters: params, }) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } // Test Equal. if !key1.Equal(key2) { t.Errorf("key1.Equal(key2) = %v, want true", key1.Equal(key2)) } if diff := cmp.Diff(key1, key2); diff != "" { t.Errorf("key1 diff (-want +got):\n%s", diff) } }) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestKeyEqual_FalseIfDifferentType(t *testing.T) { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesctrhmac.VariantTink, HashType: aesctrhmac.SHA256, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}) key, err := aesctrhmac.NewKey(aesctrhmac.KeyOpts{ AESKeyBytes: keyBytes, HMACKeyBytes: keyBytes, IDRequirement: 1234, Parameters: params, }) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } if key.Equal(&stubKey{}) { t.Errorf("key.Equal(&stubKey{}) = true, want false") } } func TestKeyEqualReturnsFalseIfDifferent(t *testing.T) { aes128Key2Bytes := secretdata.NewBytesFromData([]byte("3333333333333333"), insecuresecretdataaccess.Token{}) hmac128Key2Bytes := secretdata.NewBytesFromData([]byte("4444444444444444"), insecuresecretdataaccess.Token{}) for _, test := range []struct { name string first TestKey second TestKey }{ { name: "different AES key size", first: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, second: TestKey{ aesKey: aes256KeyBytes, hmacKey: hmac128KeyBytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, }, { name: "different HMAC key size", first: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, second: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac256KeyBytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, }, { name: "different variant", first: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantCrunchy, }, }, second: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, }, { name: "different key IDs", first: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantCrunchy, }, }, second: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, id: 0x02, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, }, { name: "different AES key bytes", first: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, second: TestKey{ aesKey: aes128Key2Bytes, hmacKey: hmac128KeyBytes, id: 0x02, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, }, { name: "different HMAC key bytes", first: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, second: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac128Key2Bytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, }, { name: "different hash function", first: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }, }, second: TestKey{ aesKey: aes128KeyBytes, hmacKey: hmac128KeyBytes, id: 0x01, parameterOps: aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA384, Variant: aesctrhmac.VariantTink, }, }, }, } { t.Run(test.name, func(t *testing.T) { firstParams, err := aesctrhmac.NewParameters(test.first.parameterOps) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } firstKey, err := aesctrhmac.NewKey(aesctrhmac.KeyOpts{ AESKeyBytes: test.first.aesKey, HMACKeyBytes: test.first.hmacKey, IDRequirement: test.first.id, Parameters: firstParams, }) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } secondParams, err := aesctrhmac.NewParameters(test.second.parameterOps) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } secondKey, err := aesctrhmac.NewKey(aesctrhmac.KeyOpts{ AESKeyBytes: test.second.aesKey, HMACKeyBytes: test.second.hmacKey, IDRequirement: test.second.id, Parameters: secondParams, }) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } if firstKey.Equal(secondKey) { t.Errorf("firstKey.Equal(secondKey) = true, want false") } // Use cmp.Equal to compare the keys. if cmp.Equal(firstKey, secondKey) { t.Errorf("firstKey.Equal(secondKey) = true, want false") } }) } } func TestKeyCreator(t *testing.T) { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 123) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 123) err = %v, want nil", params, err) } then, ok := key.(*aesctrhmac.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 123) returned key of type %T, want %T", params, key, (*aesctrhmac.Key)(nil)) } idRequirement, hasIDRequirement := then.IDRequirement() if !hasIDRequirement || idRequirement != 123 { t.Errorf("then.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if got := then.AESKeyBytes().Len(); got != params.AESKeySizeInBytes() { t.Errorf("then.AESKeyBytes().Len() = %d, want 32", then.AESKeyBytes().Len()) } if got := then.HMACKeyBytes().Len(); got != params.HMACKeySizeInBytes() { t.Errorf("then.HMACKeyBytes().Len() = %d, want 32", got) } if diff := cmp.Diff(then.Parameters(), params); diff != "" { t.Errorf("then.Parameters() diff (-want +got):\n%s", diff) } } func TestKeyCreator_FailsForWrongAESKeySize(t *testing.T) { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 24, // Only 16 and 32 are supported. HMACKeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantTink, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } if _, err := keygenregistry.CreateKey(params, 123); err == nil { t.Fatalf("keygenregistry.CreateKey(%v, 123) err = nil, want error", params) } } ================================================ FILE: aead/aesctrhmac/protoserialization.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" aesctrpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_go_proto" aesctrhmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_aead_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const typeURL = "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey" type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func hashTypeToProto(ht HashType) (commonpb.HashType, error) { switch ht { case SHA1: return commonpb.HashType_SHA1, nil case SHA224: return commonpb.HashType_SHA224, nil case SHA256: return commonpb.HashType_SHA256, nil case SHA384: return commonpb.HashType_SHA384, nil case SHA512: return commonpb.HashType_SHA512, nil default: return commonpb.HashType_UNKNOWN_HASH, fmt.Errorf("unknown hash type: %v", ht) } } func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("key is not a Key") } actualParameters, ok := actualKey.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("key parameters is not a Parameters") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } hash, err := hashTypeToProto(actualParameters.HashType()) if err != nil { return nil, err } protoKey := &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Version: 0, Params: &aesctrpb.AesCtrParams{ IvSize: uint32(actualParameters.IVSizeInBytes()), }, KeyValue: actualKey.AESKeyBytes().Data(insecuresecretdataaccess.Token{}), }, HmacKey: &hmacpb.HmacKey{ Version: 0, Params: &hmacpb.HmacParams{ Hash: hash, TagSize: uint32(actualParameters.TagSizeInBytes()), }, KeyValue: actualKey.HMACKeyBytes().Data(insecuresecretdataaccess.Token{}), }, Version: 0, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := actualKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY, tinkpb.OutputPrefixType_LEGACY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func hashTypeFromProto(ht commonpb.HashType) (HashType, error) { switch ht { case commonpb.HashType_SHA1: return SHA1, nil case commonpb.HashType_SHA224: return SHA224, nil case commonpb.HashType_SHA256: return SHA256, nil case commonpb.HashType_SHA384: return SHA384, nil case commonpb.HashType_SHA512: return SHA512, nil default: return UnknownHashType, fmt.Errorf("unknown hash type: %v", ht) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyData.GetTypeUrl(), typeURL) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { return nil, fmt.Errorf("key is not a SYMMETRIC key") } protoKey := new(aesctrhmacpb.AesCtrHmacAeadKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != 0 { return nil, fmt.Errorf("unsupported aesctrhmacpb.AesCtrHmacAeadKey version: got %q, want %q", protoKey.GetVersion(), 0) } if protoKey.GetAesCtrKey().GetVersion() != 0 { return nil, fmt.Errorf("unsupported aesctrpb.AesCtrKey version: got %q, want %q", protoKey.GetAesCtrKey().GetVersion(), 0) } if protoKey.GetHmacKey().GetVersion() != 0 { return nil, fmt.Errorf("unsupported hmacpb.HmacKey version: got %q, want %q", protoKey.GetHmacKey().GetVersion(), 0) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } aesKeySizeInBytes := len(protoKey.GetAesCtrKey().GetKeyValue()) hmacKeySizeInBytes := len(protoKey.GetHmacKey().GetKeyValue()) hashType, err := hashTypeFromProto(protoKey.GetHmacKey().GetParams().GetHash()) if err != nil { return nil, err } params, err := NewParameters(ParametersOpts{ AESKeySizeInBytes: aesKeySizeInBytes, HMACKeySizeInBytes: hmacKeySizeInBytes, IVSizeInBytes: int(protoKey.GetAesCtrKey().GetParams().GetIvSize()), TagSizeInBytes: int(protoKey.GetHmacKey().GetParams().GetTagSize()), HashType: hashType, Variant: variant, }) if err != nil { return nil, err } aesKeyMaterial := secretdata.NewBytesFromData(protoKey.GetAesCtrKey().GetKeyValue(), insecuresecretdataaccess.Token{}) hmacKeyMaterial := secretdata.NewBytesFromData(protoKey.GetHmacKey().GetKeyValue(), insecuresecretdataaccess.Token{}) // keySerialization.IDRequirement() returns zero if the key doesn't have a // key requirement. keyID, _ := keySerialization.IDRequirement() return NewKey(KeyOpts{ AESKeyBytes: aesKeyMaterial, HMACKeyBytes: hmacKeyMaterial, IDRequirement: keyID, Parameters: params}) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *aesctrhmac.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } hashType, err := hashTypeToProto(actualParameters.HashType()) if err != nil { return nil, err } format := &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &aesctrpb.AesCtrKeyFormat{ KeySize: uint32(actualParameters.AESKeySizeInBytes()), Params: &aesctrpb.AesCtrParams{ IvSize: uint32(actualParameters.IVSizeInBytes()), }, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ KeySize: uint32(actualParameters.HMACKeySizeInBytes()), Params: &hmacpb.HmacParams{ Hash: hashType, TagSize: uint32(actualParameters.TagSizeInBytes()), }, Version: 0, }, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } format := new(aesctrhmacpb.AesCtrHmacAeadKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetHmacKeyFormat().GetVersion() != 0 { return nil, fmt.Errorf("unsupported hmacpb.HmacKeyFormat version: got %q, want %q", format.GetHmacKeyFormat().GetVersion(), 0) } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } hashType, err := hashTypeFromProto(format.GetHmacKeyFormat().GetParams().GetHash()) if err != nil { return nil, err } return NewParameters(ParametersOpts{ AESKeySizeInBytes: int(format.GetAesCtrKeyFormat().GetKeySize()), HMACKeySizeInBytes: int(format.GetHmacKeyFormat().GetKeySize()), IVSizeInBytes: int(format.GetAesCtrKeyFormat().GetParams().GetIvSize()), TagSizeInBytes: int(format.GetHmacKeyFormat().GetParams().GetTagSize()), HashType: hashType, Variant: variant, }) } ================================================ FILE: aead/aesctrhmac/protoserialization_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" aesctrpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_go_proto" aesctrhmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_aead_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestParseKeyFails(t *testing.T) { key := aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, KeyValue: []byte("1234567890123456"), }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, KeyValue: []byte("1234567890123456"), }, } for _, tc := range []struct { name string keyData *tinkpb.KeyData outputPrefixType tinkpb.OutputPrefixType keyID uint32 }{ { name: "key data is nil", keyData: nil, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "wrong type URL", keyData: &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: mustSerializeProto(t, &key), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid AES key size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, KeyValue: []byte("123"), }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, KeyValue: []byte("1234567890123456"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid HMAC key size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, KeyValue: []byte("1234567890123456"), }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, KeyValue: []byte("123"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid IV size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: 1, }, KeyValue: []byte("1234567890123456"), }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, KeyValue: []byte("1234567890123456"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid tag size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, KeyValue: []byte("1234567890123456"), }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 2, }, KeyValue: []byte("1234567890123456"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid proto serialization", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key version", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, &aesctrhmacpb.AesCtrHmacAeadKey{ Version: 1, AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, KeyValue: []byte("123"), }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, KeyValue: []byte("1234567890123456"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid AesCtrKey version", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Version: 1, Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, KeyValue: []byte("123"), }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, KeyValue: []byte("1234567890123456"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid HmacKey version", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, KeyValue: []byte("123"), }, HmacKey: &hmacpb.HmacKey{ Version: 1, Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, KeyValue: []byte("1234567890123456"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key material type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, &key), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid output prefix type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, &key), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, keyID: 12345, }, } { t.Run(tc.name, func(t *testing.T) { p := &keyParser{} keySerialization, err := protoserialization.NewKeySerialization(tc.keyData, tc.outputPrefixType, tc.keyID) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", tc.keyData, tc.outputPrefixType, tc.keyID, err) } if _, err := p.ParseKey(keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", keySerialization) } }) } } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func mustSerializeProto(t *testing.T, m proto.Message) []byte { t.Helper() serialized, err := proto.Marshal(m) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", m, err) } return serialized } type keyParsingTestCase struct { name string keySerialization *protoserialization.KeySerialization key *Key } func testCases(t *testing.T) []*keyParsingTestCase { // t.Helper() tcs := []*keyParsingTestCase{} aesKey := []byte("11111111111111111111111111111111") hmacKey := []byte("22222222222222222222222222222222") for _, aesKeySize := range []int{16, 32} { for _, hmacKeySize := range []int{16, 32} { for _, ivSize := range []int{12, 16} { // SHA1. protoKeyWithSHA1 := &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: uint32(ivSize), }, KeyValue: aesKey[:aesKeySize], }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA1, TagSize: 16, }, KeyValue: hmacKey[:hmacKeySize], }, } paramsSHA1, err := NewParameters(ParametersOpts{ AESKeySizeInBytes: aesKeySize, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: ivSize, TagSizeInBytes: 16, HashType: SHA1, Variant: VariantNoPrefix, }) if err != nil { t.Fatalf("NewParameters() err = %v, want nil", err) } keySHA1, err := NewKey(KeyOpts{ AESKeyBytes: secretdata.NewBytesFromData(aesKey[:aesKeySize], insecuresecretdataaccess.Token{}), HMACKeyBytes: secretdata.NewBytesFromData(hmacKey[:hmacKeySize], insecuresecretdataaccess.Token{}), IDRequirement: 0, Parameters: paramsSHA1, }) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } tcs = append(tcs, &keyParsingTestCase{ name: fmt.Sprintf("AES%d_HMAC%d_IV%d_SHA1-NoPrefix", aesKeySize*8, hmacKeySize*8, ivSize), keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, protoKeyWithSHA1), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), key: keySHA1, }) // SHA224. protoKeyWithSHA224 := &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: uint32(ivSize), }, KeyValue: aesKey[:aesKeySize], }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA224, TagSize: 16, }, KeyValue: hmacKey[:hmacKeySize], }, } paramsSHA224, err := NewParameters(ParametersOpts{ AESKeySizeInBytes: aesKeySize, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: ivSize, TagSizeInBytes: 16, HashType: SHA224, Variant: VariantTink, }) if err != nil { t.Fatalf("NewParameters() err = %v, want nil", err) } keySHA224, err := NewKey(KeyOpts{ AESKeyBytes: secretdata.NewBytesFromData(aesKey[:aesKeySize], insecuresecretdataaccess.Token{}), HMACKeyBytes: secretdata.NewBytesFromData(hmacKey[:hmacKeySize], insecuresecretdataaccess.Token{}), IDRequirement: 0x22334455, Parameters: paramsSHA224, }) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } tcs = append(tcs, &keyParsingTestCase{ name: fmt.Sprintf("AES%d_HMAC%d_IV%d_SHA224-Tink", aesKeySize*8, hmacKeySize*8, ivSize), keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, protoKeyWithSHA224), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 0x22334455), key: keySHA224, }) // SHA256. protoKeyWithSHA256 := &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: uint32(ivSize), }, KeyValue: aesKey[:aesKeySize], }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, KeyValue: hmacKey[:hmacKeySize], }, } paramsSHA256, err := NewParameters(ParametersOpts{ AESKeySizeInBytes: aesKeySize, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: ivSize, TagSizeInBytes: 16, HashType: SHA256, Variant: VariantTink, }) if err != nil { t.Fatalf("NewParameters() err = %v, want nil", err) } keySHA256, err := NewKey(KeyOpts{ AESKeyBytes: secretdata.NewBytesFromData(aesKey[:aesKeySize], insecuresecretdataaccess.Token{}), HMACKeyBytes: secretdata.NewBytesFromData(hmacKey[:hmacKeySize], insecuresecretdataaccess.Token{}), IDRequirement: 0x22334455, Parameters: paramsSHA256, }) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } tcs = append(tcs, &keyParsingTestCase{ name: fmt.Sprintf("AES%d_HMAC%d_IV%d_SHA256-Tink", aesKeySize*8, hmacKeySize*8, ivSize), keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, protoKeyWithSHA256), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 0x22334455), key: keySHA256, }) // SHA384. protoKeyWithSHA384 := &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: uint32(ivSize), }, KeyValue: aesKey[:aesKeySize], }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA384, TagSize: 16, }, KeyValue: hmacKey[:hmacKeySize], }, } paramsSHA384, err := NewParameters(ParametersOpts{ AESKeySizeInBytes: aesKeySize, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: ivSize, TagSizeInBytes: 16, HashType: SHA384, Variant: VariantTink, }) if err != nil { t.Fatalf("NewParameters() err = %v, want nil", err) } keySHA384, err := NewKey(KeyOpts{ AESKeyBytes: secretdata.NewBytesFromData(aesKey[:aesKeySize], insecuresecretdataaccess.Token{}), HMACKeyBytes: secretdata.NewBytesFromData(hmacKey[:hmacKeySize], insecuresecretdataaccess.Token{}), IDRequirement: 0x22334455, Parameters: paramsSHA384, }) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } tcs = append(tcs, &keyParsingTestCase{ name: fmt.Sprintf("AES%d_HMAC%d_IV%d_SHA384-Tink", aesKeySize*8, hmacKeySize*8, ivSize), keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, protoKeyWithSHA384), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 0x22334455), key: keySHA384, }) // SHA512. protoKeyWith512 := &aesctrhmacpb.AesCtrHmacAeadKey{ AesCtrKey: &aesctrpb.AesCtrKey{ Params: &aesctrpb.AesCtrParams{ IvSize: uint32(ivSize), }, KeyValue: aesKey[:aesKeySize], }, HmacKey: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA512, TagSize: 16, }, KeyValue: hmacKey[:hmacKeySize], }, } paramsSHA512, err := NewParameters(ParametersOpts{ AESKeySizeInBytes: aesKeySize, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: ivSize, TagSizeInBytes: 16, HashType: SHA512, Variant: VariantCrunchy, }) if err != nil { t.Fatalf("NewParameters() err = %v, want nil", err) } key512, err := NewKey(KeyOpts{ AESKeyBytes: secretdata.NewBytesFromData(aesKey[:aesKeySize], insecuresecretdataaccess.Token{}), HMACKeyBytes: secretdata.NewBytesFromData(hmacKey[:hmacKeySize], insecuresecretdataaccess.Token{}), IDRequirement: 0x11223344, Parameters: paramsSHA512, }) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } tcs = append(tcs, &keyParsingTestCase{ name: fmt.Sprintf("AES%d_HMAC%d_IV%d_SHA512-Crunchy", aesKeySize*8, hmacKeySize*8, ivSize), keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustSerializeProto(t, protoKeyWith512), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 0x11223344), key: key512, }) } } } return tcs } func TestParseKey(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { p := &keyParser{} got, err := p.ParseKey(tc.keySerialization) if err != nil { t.Errorf("p.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if diff := cmp.Diff(got, tc.key); diff != "" { t.Errorf("s.ParseKey() diff (-want +got):\n%s", diff) } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type testKey struct { keyBytes []byte id uint32 params testParams } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*testKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *testKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } func TestSerializeKeyFails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "key is nil", key: nil, }, { name: "key is not an AES GCM key", key: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { aesGCMSerializer := &keySerializer{} _, err := aesGCMSerializer.SerializeKey(tc.key) if err == nil { t.Errorf("protoserialization.SerializeKey(&testKey{}) err = nil, want non-nil") } }) } } func TestSerializeKey(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { s := &keySerializer{} got, err := s.SerializeKey(tc.key) if err != nil { t.Errorf("s.SerializeKey() err = %v, want nil", err) } if diff := cmp.Diff(got, tc.keySerialization); diff != "" { t.Errorf("s.SerializeKey() diff (-want +got):\n%s", diff) } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "struct literal", parameters: &Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} if _, err := serializer.Serialize(tc.parameters); err == nil { t.Errorf("serializer.Serialize(%v) err = nil, want error", tc.parameters) } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, aesKeySizeInBytes, hmacKeySizeInBytes, ivSizeInBytes, tagSizeInBytes uint32, hashType commonpb.HashType) *tinkpb.KeyTemplate { t.Helper() format := &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &aesctrpb.AesCtrKeyFormat{ Params: &aesctrpb.AesCtrParams{ IvSize: ivSizeInBytes, }, KeySize: uint32(aesKeySizeInBytes), }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ Params: &hmacpb.HmacParams{ Hash: hashType, TagSize: tagSizeInBytes, }, KeySize: uint32(hmacKeySizeInBytes), }, } serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", format, err) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", OutputPrefixType: outputPrefixType, Value: serializedFormat, } } type parametersSerializationTestCase struct { name string parameters *Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateParametersTestParameters(t *testing.T) []parametersSerializationTestCase { tcs := []parametersSerializationTestCase{} for _, aesKeySize := range []int{16, 24, 32} { // AES key can be 16, 24 or 32 bytes. for _, hmacKeySize := range []int{16, 32} { // HMAC key must be >= 16 bytes. for _, ivSize := range []int{12, 16} { // IV size must be 12 <= IV size <= 16. for _, variantAndPrefix := range []struct { variant Variant outputPrefixType tinkpb.OutputPrefixType }{ { variant: VariantTink, outputPrefixType: tinkpb.OutputPrefixType_TINK, }, { variant: VariantNoPrefix, outputPrefixType: tinkpb.OutputPrefixType_RAW, }, { variant: VariantCrunchy, outputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, }, } { for _, hashAndTagSize := range []struct { hashType HashType protoHashType commonpb.HashType tagSize int }{ // Min tag size is 10 bytes. { hashType: SHA1, protoHashType: commonpb.HashType_SHA1, tagSize: 10, }, { hashType: SHA224, protoHashType: commonpb.HashType_SHA224, tagSize: 10, }, { hashType: SHA256, protoHashType: commonpb.HashType_SHA256, tagSize: 10, }, { hashType: SHA384, protoHashType: commonpb.HashType_SHA384, tagSize: 10, }, { hashType: SHA512, protoHashType: commonpb.HashType_SHA512, tagSize: 10, }, // Max tag size. { hashType: SHA1, protoHashType: commonpb.HashType_SHA1, tagSize: 20, }, { hashType: SHA224, protoHashType: commonpb.HashType_SHA224, tagSize: 28, }, { hashType: SHA256, protoHashType: commonpb.HashType_SHA256, tagSize: 32, }, { hashType: SHA384, protoHashType: commonpb.HashType_SHA384, tagSize: 48, }, { hashType: SHA512, protoHashType: commonpb.HashType_SHA512, tagSize: 64, }, } { tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("AES%d-IV%d-HMAC%d-%v-%s-TagSize%d", aesKeySize, ivSize, hmacKeySize, hashAndTagSize.hashType, variantAndPrefix.variant, hashAndTagSize.tagSize), parameters: mustCreateParameters(t, ParametersOpts{ AESKeySizeInBytes: aesKeySize, HMACKeySizeInBytes: hmacKeySize, IVSizeInBytes: ivSize, TagSizeInBytes: hashAndTagSize.tagSize, HashType: hashAndTagSize.hashType, Variant: variantAndPrefix.variant, }), keyTemplate: mustCreateKeyTemplate(t, variantAndPrefix.outputPrefixType, uint32(aesKeySize), uint32(hmacKeySize), uint32(ivSize), uint32(hashAndTagSize.tagSize), hashAndTagSize.protoHashType), }) } } } } } return tcs } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters() err = %v, want nil", err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters() returned unexpected diff (-want +got):\n%s", diff) } }) } } func mustCreateParameters(t *testing.T, parametersOpts ParametersOpts) *Parameters { t.Helper() params, err := NewParameters(parametersOpts) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", parametersOpts, err) } return params } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { params, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, params); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTeamplate *tinkpb.KeyTemplate }{ { name: "empty", keyTeamplate: &tinkpb.KeyTemplate{}, }, { name: "wrong value", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: mustMarshal(t, &hmacpb.HmacKeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "empty AES key format", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: mustMarshal(t, &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ HmacKeyFormat: &hmacpb.HmacKeyFormat{ KeySize: 16, Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "empty HMAC key format", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: mustMarshal(t, &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &aesctrpb.AesCtrKeyFormat{ KeySize: 16, Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "empty AES key format", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: mustMarshal(t, &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ HmacKeyFormat: &hmacpb.HmacKeyFormat{ KeySize: 16, Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid type URL", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: "invalid", Value: mustMarshal(t, &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &aesctrpb.AesCtrKeyFormat{ KeySize: 16, Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ KeySize: 16, Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid AES key size", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: mustMarshal(t, &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &aesctrpb.AesCtrKeyFormat{ KeySize: 11, Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ KeySize: 16, Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid IV size", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: mustMarshal(t, &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &aesctrpb.AesCtrKeyFormat{ KeySize: 16, Params: &aesctrpb.AesCtrParams{ IvSize: 11, }, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ KeySize: 16, Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid hash function", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: mustMarshal(t, &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &aesctrpb.AesCtrKeyFormat{ KeySize: 16, Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ KeySize: 16, Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_UNKNOWN_HASH, TagSize: 16, }, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid hmac key size", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: mustMarshal(t, &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &aesctrpb.AesCtrKeyFormat{ KeySize: 16, Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ KeySize: 11, Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid tag size", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: mustMarshal(t, &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &aesctrpb.AesCtrKeyFormat{ KeySize: 16, Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ KeySize: 11, Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 100, }, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid output prefix type", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: mustMarshal(t, &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &aesctrpb.AesCtrKeyFormat{ KeySize: 16, Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ KeySize: 16, Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, { name: "invalid version", keyTeamplate: &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: mustMarshal(t, &aesctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &aesctrpb.AesCtrKeyFormat{ KeySize: 16, Params: &aesctrpb.AesCtrParams{ IvSize: 12, }, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ KeySize: 16, Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, Version: 1, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTeamplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTeamplate) } }) } } ================================================ FILE: aead/aesgcm/aead.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcm import ( "bytes" "crypto/aes" "crypto/cipher" "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/aead" "github.com/tink-crypto/tink-go/v2/internal/random" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) const ( // ivSize is the acceptable IV size defined by RFC 5116. ivSize = 12 // tagSize is the acceptable tag size defined by RFC 5116. tagSize = 16 ) // fullAEAD is an implementation of the [tink.AEAD] interface with AES-GCM. // // It implements RFC 5116 Section 5.1 and 5.2 and adds a prefix to the // ciphertext. type fullAEAD struct { cipher cipher.AEAD prefix []byte } var _ tink.AEAD = (*fullAEAD)(nil) // Encrypt encrypts plaintext with associatedData. // // The returned ciphertext is of the form: // // prefix || iv || ciphertext || tag // // where prefix is the key's output prefix, iv is a random 12-byte IV, // ciphertext is the encrypted plaintext, and tag is a 16-byte tag. func (a *fullAEAD) Encrypt(plaintext, associatedData []byte) ([]byte, error) { if err := aead.CheckAESGCMPlaintextSize(uint64(len(plaintext))); err != nil { return nil, fmt.Errorf("aesgcm.Encrypt: %v", err) } dst := make([]byte, len(a.prefix)+ivSize, len(a.prefix)+ivSize+len(plaintext)+tagSize) copy(dst, a.prefix) iv := dst[len(a.prefix):] random.MustRand(iv) return a.cipher.Seal(dst, iv, plaintext, associatedData), nil } // Decrypt decrypts ciphertext with associatedData. // // The ciphertext is assumed to be of the form: // // || iv || ciphertext || tag // // where prefix is the key's output prefix, iv is the 12-byte IV, ciphertext is // the encrypted plaintext, and tag is the 16-byte tag. // prefix must match the key's output prefix. The prefix may be empty. func (a *fullAEAD) Decrypt(ciphertext, associatedData []byte) ([]byte, error) { if len(ciphertext) < len(a.prefix)+ivSize+tagSize { return nil, fmt.Errorf("aesgcm.Decrypt: ciphertext with size %d is too short", len(ciphertext)) } prefix := ciphertext[:len(a.prefix)] if !bytes.Equal(prefix, a.prefix) { return nil, fmt.Errorf("aesgcm.Decrypt: ciphertext prefix does not match") } iv := ciphertext[len(a.prefix) : len(a.prefix)+ivSize] ciphertextWithTag := ciphertext[len(a.prefix)+ivSize:] plaintextLen := len(ciphertextWithTag) - tagSize output := make([]byte, 0, plaintextLen) pt, err := a.cipher.Open(output, iv, ciphertextWithTag, associatedData) if err != nil { return nil, fmt.Errorf("aesgcm.Decrypt: %v", err) } return pt, nil } // NewAEAD creates a [tink.AEAD] from a [Key]. func NewAEAD(k *Key) (tink.AEAD, error) { if err := aead.ValidateAESKeySize(uint32(k.parameters.KeySizeInBytes())); err != nil { return nil, fmt.Errorf("aesgcm.NewAEAD: %v", err) } if k.parameters.IVSizeInBytes() != ivSize { return nil, fmt.Errorf("aesgcm.NewAEAD: unsupported IV size: got %v, want %v", k.parameters.IVSizeInBytes(), ivSize) } if k.parameters.TagSizeInBytes() != tagSize { return nil, fmt.Errorf("aesgcm.NewAEAD: unsupported tag size: got %v, want %v", k.parameters.TagSizeInBytes(), tagSize) } c, err := aes.NewCipher(k.KeyBytes().Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("aesgcm.NewAEAD: failed to initialize cipher") } aeadCipher, err := cipher.NewGCM(c) if err != nil { return nil, fmt.Errorf("aesgcm.NewAEAD: failed to create cipher.AEAD") } return &fullAEAD{ cipher: aeadCipher, prefix: k.OutputPrefix(), }, nil } // primitiveConstructor creates a [fullAEAD] from a [key.Key]. // // The key must be of type [aesgcm.Key]. func primitiveConstructor(k key.Key) (any, error) { that, ok := k.(*Key) if !ok { return nil, fmt.Errorf("key is of type %T; needed *aesgcm.Key", k) } return NewAEAD(that) } ================================================ FILE: aead/aesgcm/aead_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcm_test import ( "bytes" "encoding/hex" "fmt" "slices" "testing" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/internal/aead" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" testingaead "github.com/tink-crypto/tink-go/v2/internal/testing/aead" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/tink" ) type testCase struct { name string opts aesgcm.ParametersOpts } const ivSize = 12 const tagSize = 16 // Key allows sizes of IV, tag and key that are not supported by the primitive. func TestNewAEADFailures(t *testing.T) { for _, tc := range []struct { name string opts aesgcm.ParametersOpts }{ { name: "AES128-TINK-IV:11", opts: aesgcm.ParametersOpts{KeySizeInBytes: 16, IVSizeInBytes: 11, TagSizeInBytes: 16, Variant: aesgcm.VariantTink}, }, { name: "AES256-TINK-IV:11", opts: aesgcm.ParametersOpts{KeySizeInBytes: 32, IVSizeInBytes: 11, TagSizeInBytes: 16, Variant: aesgcm.VariantTink}, }, { name: "AES128-TINK-Tag:12", opts: aesgcm.ParametersOpts{KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 12, Variant: aesgcm.VariantTink}, }, { name: "AES256-TINK-Tag:12", opts: aesgcm.ParametersOpts{KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 12, Variant: aesgcm.VariantTink}, }, { name: "AES192-TINK", opts: aesgcm.ParametersOpts{KeySizeInBytes: 24, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink}, }, } { t.Run(tc.name, func(t *testing.T) { key := mustCreateKey(t, random.GetRandomBytes(uint32(tc.opts.KeySizeInBytes)), 0x11223344, tc.opts) if _, err := aesgcm.NewAEAD(key); err == nil { t.Errorf("aesgcm.NewAEAD(%v) err = nil, want error", key) } }) } } func TestAEAD(t *testing.T) { largePlaintext := random.GetRandomBytes(1 << 24) for _, tc := range []struct { name string opts aesgcm.ParametersOpts idRequirement uint32 wantOutputPrefix []byte plaintext []byte }{ { name: "AES128-TINK-Empty", opts: aesgcm.ParametersOpts{KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink}, idRequirement: 0x11223344, wantOutputPrefix: []byte{0x01, 0x11, 0x22, 0x33, 0x44}, plaintext: []byte{}, }, { name: "AES128-CRUNCHY-Empty", opts: aesgcm.ParametersOpts{KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantCrunchy}, idRequirement: 0x22334455, wantOutputPrefix: []byte{0x00, 0x22, 0x33, 0x44, 0x55}, plaintext: []byte{}, }, { name: "AES128-NO_PREFIX-Empty", opts: aesgcm.ParametersOpts{KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix}, idRequirement: 0, wantOutputPrefix: []byte{}, plaintext: []byte{}, }, { name: "AES256-TINK-Empty", opts: aesgcm.ParametersOpts{KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink}, idRequirement: 0x11223344, wantOutputPrefix: []byte{0x01, 0x11, 0x22, 0x33, 0x44}, plaintext: []byte{}, }, { name: "AES256-CRUNCHY-Empty", opts: aesgcm.ParametersOpts{KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantCrunchy}, idRequirement: 0x22334455, wantOutputPrefix: []byte{0x00, 0x22, 0x33, 0x44, 0x55}, plaintext: []byte{}, }, { name: "AES256-NO_PREFIX-Empty", opts: aesgcm.ParametersOpts{KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix}, idRequirement: 0, wantOutputPrefix: []byte{}, plaintext: []byte{}, }, { name: "AES128-TINK-Small", opts: aesgcm.ParametersOpts{KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink}, idRequirement: 0x11223344, wantOutputPrefix: []byte{0x01, 0x11, 0x22, 0x33, 0x44}, plaintext: []byte("Some small plaintext"), }, { name: "AES128-CRUNCHY-Small", opts: aesgcm.ParametersOpts{KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantCrunchy}, idRequirement: 0x22334455, wantOutputPrefix: []byte{0x00, 0x22, 0x33, 0x44, 0x55}, plaintext: []byte("Some small plaintext"), }, { name: "AES128-NO_PREFIX-Small", opts: aesgcm.ParametersOpts{KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix}, idRequirement: 0, wantOutputPrefix: []byte{}, plaintext: []byte("Some small plaintext"), }, { name: "AES256-TINK-Small", opts: aesgcm.ParametersOpts{KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink}, idRequirement: 0x11223344, wantOutputPrefix: []byte{0x01, 0x11, 0x22, 0x33, 0x44}, plaintext: []byte("Some small plaintext"), }, { name: "AES256-CRUNCHY-Small", opts: aesgcm.ParametersOpts{KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantCrunchy}, idRequirement: 0x22334455, wantOutputPrefix: []byte{0x00, 0x22, 0x33, 0x44, 0x55}, plaintext: []byte("Some small plaintext"), }, { name: "AES256-NO_PREFIX-Small", opts: aesgcm.ParametersOpts{KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix}, idRequirement: 0, wantOutputPrefix: []byte{}, plaintext: []byte("Some small plaintext"), }, { name: "AES128-TINK-Large", opts: aesgcm.ParametersOpts{KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink}, idRequirement: 0x11223344, wantOutputPrefix: []byte{0x01, 0x11, 0x22, 0x33, 0x44}, plaintext: largePlaintext, }, { name: "AES128-CRUNCHY-Large", opts: aesgcm.ParametersOpts{KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantCrunchy}, idRequirement: 0x22334455, wantOutputPrefix: []byte{0x00, 0x22, 0x33, 0x44, 0x55}, plaintext: largePlaintext, }, { name: "AES128-NO_PREFIX-Large", opts: aesgcm.ParametersOpts{KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix}, idRequirement: 0, wantOutputPrefix: []byte{}, plaintext: largePlaintext, }, { name: "AES256-TINK-Large", opts: aesgcm.ParametersOpts{KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink}, idRequirement: 0x11223344, wantOutputPrefix: []byte{0x01, 0x11, 0x22, 0x33, 0x44}, plaintext: largePlaintext, }, { name: "AES256-CRUNCHY-Large", opts: aesgcm.ParametersOpts{KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantCrunchy}, idRequirement: 0x22334455, wantOutputPrefix: []byte{0x00, 0x22, 0x33, 0x44, 0x55}, plaintext: largePlaintext, }, { name: "AES256-NO_PREFIX-Large", opts: aesgcm.ParametersOpts{KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix}, idRequirement: 0, wantOutputPrefix: []byte{}, plaintext: largePlaintext, }, } { t.Run(tc.name, func(t *testing.T) { keyValue := random.GetRandomBytes(uint32(tc.opts.KeySizeInBytes)) key := mustCreateKey(t, keyValue, tc.idRequirement, tc.opts) aead, err := aesgcm.NewAEAD(key) if err != nil { t.Fatalf("aesgcm.NewAEAD(%v) err = %v, want nil", key, err) } associatedData := []byte("associatedData") ciphertext, err := aead.Encrypt(tc.plaintext, associatedData) if err != nil { t.Fatalf("aead.Encrypt(%v, %v) err = %v, want nil", tc.plaintext, associatedData, err) } if got, want := len(ciphertext), len(key.OutputPrefix())+len(tc.plaintext)+ivSize+tagSize; got != want { t.Errorf("ciphertext has wrong length: got %d, want %d", got, want) } // Check the prefix is correct. if !bytes.Equal(ciphertext[:len(tc.wantOutputPrefix)], tc.wantOutputPrefix) { t.Errorf("ciphertext has wrong prefix: got %x, want %x", ciphertext[:len(tc.wantOutputPrefix)], tc.wantOutputPrefix) } // Check the tag length is 16 bytes. if want, got := tagSize, len(ciphertext)-len(key.OutputPrefix())-len(tc.plaintext)-ivSize; want != got { t.Errorf("ciphertext has wrong tag length: want %d, got %d", want, got) } decrypted, err := aead.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("aead.Decrypt(%v, %v) err = %v, want nil", ciphertext, associatedData, err) } if got, want := decrypted, tc.plaintext; !bytes.Equal(got, want) { t.Errorf("aead.Decrypt(%v, %v) = %v, want %v", ciphertext, associatedData, got, want) } }) } } func TestAEADDecryptFailsIfCiphertextIsCorruptedOrTruncated(t *testing.T) { ad := random.GetRandomBytes(33) key := random.GetRandomBytes(16) pt := random.GetRandomBytes(32) a, err := aesgcm.NewAEAD(mustCreateKey(t, key, 0x11223344, aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, })) if err != nil { t.Fatalf("aesgcm.NewAEAD() err = %q, want nil", err) } ct, err := a.Encrypt(pt, ad) if err != nil { t.Fatalf("a.Encrypt() err = %q, want nil", err) } // flipping bits for i := 0; i < len(ct); i++ { tmp := ct[i] for j := 0; j < 8; j++ { ct[i] ^= 1 << uint8(j) if _, err := a.Decrypt(ct, ad); err == nil { t.Errorf("a.Decrypt(ct, ad) err = nil, want error when flipping bit of ciphertext: byte %d, bit %d", i, j) } ct[i] = tmp } } // truncated ciphertext for i := 1; i < len(ct); i++ { if _, err := a.Decrypt(ct[:i], ad); err == nil { t.Errorf("a.Decrypt(ct[:%d], ad) err = nil, want error", i) } } // modify associated data for i := 0; i < len(ad); i++ { tmp := ad[i] for j := 0; j < 8; j++ { ad[i] ^= 1 << uint8(j) if _, err := a.Decrypt(ct, ad); err == nil { t.Errorf("a.Decrypt(ct, ad) err = nil, want error when flipping bit of ad: byte %d, bit %d", i, j) } ad[i] = tmp } } // replace ciphertext with a random string with a small, unacceptable size for _, ctSize := range []uint32{ivSize / 2, ivSize - 1} { smallCT := random.GetRandomBytes(ctSize) emptyAD := []byte{} if _, err := a.Decrypt(smallCT, emptyAD); err == nil { t.Error("a.Decrypt(smallCT, emptyAD) err = nil, want error") } } } // Checks that the nonce is random by making sure that the multiple ciphertexts // of the same message are distinct. func TestAEADEncryptUsesRandomNonce(t *testing.T) { nSample := 1 << 17 keyValue := random.GetRandomBytes(16) pt := []byte{} ad := []byte{} opts := aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, } key := mustCreateKey(t, keyValue, 0x11223344, opts) a, err := aesgcm.NewAEAD(key) if err != nil { t.Fatalf("aesgcm.NewAEAD() err = %q, want nil", err) } ctSet := make(map[string]bool) for i := 0; i < nSample; i++ { ct, err := a.Encrypt(pt, ad) if err != nil { t.Fatalf("a.Encrypt() err = %q, want nil", err) } ctHex := hex.EncodeToString(ct) _, existed := ctSet[ctHex] if existed { t.Fatalf("nonce is repeated after %d samples", i) } ctSet[ctHex] = true } } func TestAEADWycheproofCases(t *testing.T) { suite := new(testingaead.WycheproofSuiteV1) wycheproof.PopulateSuiteV1(t, suite, "aes_gcm_test.json") for _, group := range suite.TestGroups { // Skip unsupported key and IV sizes. if err := aead.ValidateAESKeySize(group.KeySize / 8); err != nil { continue } if group.IvSize != ivSize*8 { continue } for _, tc := range group.Tests { caseName := fmt.Sprintf("%s-%s(%d,%d):Case-%d", suite.Algorithm, group.Type, group.KeySize, group.TagSize, tc.CaseID) t.Run(caseName, func(t *testing.T) { var combinedCt []byte combinedCt = append(combinedCt, tc.Iv...) combinedCt = append(combinedCt, tc.Ct...) combinedCt = append(combinedCt, tc.Tag...) key := mustCreateKey(t, tc.Key, 0, aesgcm.ParametersOpts{ KeySizeInBytes: len(tc.Key), IVSizeInBytes: len(tc.Iv), TagSizeInBytes: len(tc.Tag), Variant: aesgcm.VariantNoPrefix, }) a, err := aesgcm.NewAEAD(key) if err != nil { t.Fatalf("aesgcm.NewAEAD(key) err = %v, want nil", err) } decrypted, err := a.Decrypt(combinedCt, tc.Aad) if err != nil { if tc.Result == "valid" { t.Errorf("unexpected error in test case: %s", err) } } else { if tc.Result == "invalid" { t.Error("decrypted invalid test case") } if !bytes.Equal(decrypted, tc.Msg) { t.Error("incorrect decryption in test case") } } }) } } } func TestPrimitiveCreator(t *testing.T) { // Test vectors from // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_gcm_test.json. // 16 bytes key. key1 := mustDecodeHex(t, "5b9604fe14eadba931b0ccf34843dab9") ciphertext1 := mustDecodeHex(t, "028318abc1824029138141a226073cc1d851beff176384dc9896d5ff0a3ea7a5487cb5f7d70fb6c58d038554") wantMessage1 := mustDecodeHex(t, "001d0c231287c1182784554ca3a21908") // 32 bytes key. key2 := mustDecodeHex(t, "51e4bf2bad92b7aff1a4bc05550ba81df4b96fabf41c12c7b00e60e48db7e152") ciphertext2 := mustDecodeHex(t, "4f07afedfdc3b6c2361823d3cf332a12fdee800b602e8d7c4799d62c140c9bb834876b09") wantMessage2 := mustDecodeHex(t, "be3308f72a2c6aed") builder := config.NewBuilder() if err := aesgcm.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { t.Fatalf("aesgcm.RegisterPrimitiveConstructor() err = %v, want nil", err) } c := builder.Build() for _, testCase := range []struct { name string key *aesgcm.Key ciphertext []byte wantPlaintext []byte }{ { name: fmt.Sprintf("%d-bit key, Tink Variant", len(key1)*8), key: mustCreateKey(t, key1, 0x11223344, aesgcm.ParametersOpts{ KeySizeInBytes: len(key1), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }), ciphertext: slices.Concat([]byte{0x01, 0x11, 0x22, 0x33, 0x44}, ciphertext1), wantPlaintext: wantMessage1, }, { name: fmt.Sprintf("%d-bit key, Crunchy Variant", len(key1)*8), key: mustCreateKey(t, key1, 0x22334455, aesgcm.ParametersOpts{ KeySizeInBytes: len(key1), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantCrunchy, }), ciphertext: slices.Concat([]byte{0x00, 0x22, 0x33, 0x44, 0x55}, ciphertext1), wantPlaintext: wantMessage1, }, { name: fmt.Sprintf("%d-bit key, No Prefix Variant", len(key1)*8), key: mustCreateKey(t, key1, 0, aesgcm.ParametersOpts{ KeySizeInBytes: len(key1), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }), ciphertext: ciphertext1, wantPlaintext: wantMessage1, }, { name: fmt.Sprintf("%d-bit key, Tink Variant", len(key2)*8), key: mustCreateKey(t, key2, 0x11223344, aesgcm.ParametersOpts{ KeySizeInBytes: len(key2), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }), ciphertext: slices.Concat([]byte{0x01, 0x11, 0x22, 0x33, 0x44}, ciphertext2), wantPlaintext: wantMessage2, }, { name: fmt.Sprintf("%d-bit key, Crunchy Variant", len(key2)*8), key: mustCreateKey(t, key2, 0x22334455, aesgcm.ParametersOpts{ KeySizeInBytes: len(key2), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantCrunchy, }), ciphertext: slices.Concat([]byte{0x00, 0x22, 0x33, 0x44, 0x55}, ciphertext2), wantPlaintext: wantMessage2, }, { name: fmt.Sprintf("%d-bit key, No Prefix Variant", len(key2)*8), key: mustCreateKey(t, key2, 0, aesgcm.ParametersOpts{ KeySizeInBytes: len(key2), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }), ciphertext: ciphertext2, wantPlaintext: wantMessage2, }, } { t.Run(testCase.name, func(t *testing.T) { p, err := c.PrimitiveFromKey(testCase.key, internalapi.Token{}) if err != nil { t.Fatalf("c.PrimitiveFromKey() err = %v, want nil", err) } a, ok := p.(tink.AEAD) if !ok { t.Errorf("primitiveConstructor(key) has type %T, wanted *tink.AEAD", a) } decrypted, err := a.Decrypt(testCase.ciphertext, nil) if err != nil { t.Fatalf("a.Decrypt(testCase.ciphertext, nil) err = %v, want nil", err) } if !bytes.Equal(decrypted, testCase.wantPlaintext) { t.Errorf("a.Decrypt(testCase.ciphertext, nil) = %v, want %v", decrypted, testCase.wantPlaintext) } }) } } func TestPrimitiveCreatorInvalidParameters(t *testing.T) { builder := config.NewBuilder() if err := aesgcm.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { t.Fatalf("aesgcm.RegisterPrimitiveConstructor() err = %v, want nil", err) } c := builder.Build() for _, variant := range []aesgcm.Variant{aesgcm.VariantTink, aesgcm.VariantCrunchy, aesgcm.VariantNoPrefix} { // Key allows keySize in {16, 24, 32}, but the primitive wants {16, 32}. for _, keySize := range []uint32{24} { // Key allows ivSize > 0, but the primitive wants 12. for _, ivSize := range []int{1, 13} { // Key allows 12 <= tagSize <= 16, but the primitive wants 16. for _, tagSize := range []int{12, 15} { t.Run(fmt.Sprintf("variant: %v, keySize: %v, ivSize: %v, tagSize: %v", variant, keySize, ivSize, tagSize), func(t *testing.T) { opts := aesgcm.ParametersOpts{ KeySizeInBytes: int(keySize), IVSizeInBytes: ivSize, TagSizeInBytes: tagSize, Variant: variant, } keyData := random.GetRandomBytes(keySize) idRequirement := uint32(0) if variant != aesgcm.VariantNoPrefix { idRequirement = 0x11223344 } key := mustCreateKey(t, keyData, idRequirement, opts) if _, err := c.PrimitiveFromKey(key, internalapi.Token{}); err == nil { t.Errorf("c.PrimitiveFromKey(testCase.key, internalapi.Token{}) err = nil, want error") } }) } } } } } ================================================ FILE: aead/aesgcm/aesgcm.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aesgcm implements AES-GCM parameters and key, as well as key manager. package aesgcm import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" aesgcmpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func newKeyManager() registry.KeyManager { return legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &aesgcmpb.AesGcmKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil }) } // RegisterPrimitiveConstructor accepts a config object and registers the // AES-GCM AEAD primitive constructor to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(b *config.Builder, t internalapi.Token) error { return b.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t) } func init() { if err := registry.RegisterKeyManager(newKeyManager()); err != nil { panic(fmt.Sprintf("aesgcm.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*Key](&keySerializer{}); err != nil { panic(fmt.Sprintf("aesgcm.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, &keyParser{}); err != nil { panic(fmt.Sprintf("aesgcm.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("aesgcm.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("aesgcm.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("aesgcm.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("aesgcm.init() failed: %v", err)) } } ================================================ FILE: aead/aesgcm/aesgcm_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcm_test import ( "bytes" "encoding/hex" "fmt" "slices" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ) func TestGetKeyFromHandle(t *testing.T) { keysetHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.AES128GCMKeyTemplate()) err = %v, want nil", err) } entry, err := keysetHandle.Entry(0) if err != nil { t.Fatalf("keysetHandle.Entry(0) err = %v, want nil", err) } key, ok := entry.Key().(*aesgcm.Key) if !ok { t.Errorf("entry.Key() is not an *Key") } keySize := 16 opts := aesgcm.ParametersOpts{ KeySizeInBytes: keySize, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, } expectedParameters, err := aesgcm.NewParameters(opts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", opts, err) } if !key.Parameters().Equal(expectedParameters) { t.Errorf("key.Parameters().Equal(expectedParameters) = false, want true") } if _, hasIDRequirement := key.IDRequirement(); !hasIDRequirement { t.Errorf("expected ID requirement, got none") } keyBytes := key.KeyBytes() if keyBytes.Len() != keySize { t.Errorf("keyBytes.Len() = %v, want %v", keyBytes.Len(), keySize) } } func TestCreateKeysetHandleFromKey(t *testing.T) { keysetHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.AES128GCMKeyTemplate()) err = %v, want nil", err) } aeadPrimitive, err := aead.New(keysetHandle) if err != nil { t.Fatalf("aead.New(keysetHandle) err = %v, want nil", err) } plaintext := []byte("plaintext") additionalData := []byte("additionalData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, additionalData, err) } entry, err := keysetHandle.Entry(0) if err != nil { t.Fatalf("keysetHandle.Entry(0) err = %v, want nil", err) } key, ok := entry.Key().(*aesgcm.Key) if !ok { t.Errorf("entry.Key() is not *aesgcm.Key") } // Create a new keyset handle with the same key. manager := keyset.NewManager() keyID, err := manager.AddKey(key) if err != nil { t.Fatalf("manager.AddKey(key) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } newHandle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Get an AEAD primitive from the new handle and decrypt the ciphertext. newAEAD, err := aead.New(newHandle) if err != nil { t.Fatalf("aead.New(newHandle) err = %v, want nil", err) } decrypt, err := newAEAD.Decrypt(ciphertext, additionalData) if err != nil { t.Fatalf("decrypt.New(otherAEADPrimitivce, %v, %v) err = %v, want nil", ciphertext, additionalData, err) } if !bytes.Equal(decrypt, plaintext) { t.Errorf("decrypt = %v, want %v", decrypt, plaintext) } } func TestCreateKeysetHandleFromParameters(t *testing.T) { opts := aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, } params, err := aesgcm.NewParameters(opts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", opts, err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } aeadPrimitive, err := aead.New(handle) if err != nil { t.Fatalf("aead.New(handle) err = %v, want nil", err) } plaintext := []byte("plaintext") additionalData := []byte("additionalData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, additionalData, err) } decrypted, err := aeadPrimitive.Decrypt(ciphertext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Decrypt(%v, %v) err = %v, want nil", ciphertext, additionalData, err) } if !bytes.Equal(decrypted, plaintext) { t.Errorf("decrypted = %v, want %v", decrypted, plaintext) } } func mustDecodeHex(t *testing.T, hexStr string) []byte { t.Helper() x, err := hex.DecodeString(hexStr) if err != nil { t.Fatalf("hex.DecodeString(%v) err = %v, want nil", hexStr, err) } return x } func mustCreateKey(t *testing.T, keyValue []byte, keyID uint32, opts aesgcm.ParametersOpts) *aesgcm.Key { t.Helper() params, err := aesgcm.NewParameters(opts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", opts, err) } keyBytes := secretdata.NewBytesFromData(keyValue, insecuresecretdataaccess.Token{}) key, err := aesgcm.NewKey(keyBytes, keyID, params) if err != nil { t.Fatalf("aesgcm.NewKey(%v, %v, %v) err = %v, want nil", keyBytes, keyID, params, err) } return key } func TestAESGCMAEADWorks(t *testing.T) { // Test vectors from // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_gcm_test.json. // 16 bytes key. key1 := mustDecodeHex(t, "5b9604fe14eadba931b0ccf34843dab9") ciphertext1 := mustDecodeHex(t, "028318abc1824029138141a226073cc1d851beff176384dc9896d5ff0a3ea7a5487cb5f7d70fb6c58d038554") wantMessage1 := mustDecodeHex(t, "001d0c231287c1182784554ca3a21908") // 32 bytes key. key2 := mustDecodeHex(t, "51e4bf2bad92b7aff1a4bc05550ba81df4b96fabf41c12c7b00e60e48db7e152") ciphertext2 := mustDecodeHex(t, "4f07afedfdc3b6c2361823d3cf332a12fdee800b602e8d7c4799d62c140c9bb834876b09") wantMessage2 := mustDecodeHex(t, "be3308f72a2c6aed") tinkPrefix := []byte{cryptofmt.TinkStartByte, 0x22, 0x34, 0x55, 0xab} crunchyPrefix := []byte{cryptofmt.LegacyStartByte, 0x22, 0x34, 0x55, 0xab} for _, tc := range []struct { name string key *aesgcm.Key ciphertext []byte wantPlaintext []byte }{ { name: fmt.Sprintf("AES-%d-TINK", len(key1)*8), key: mustCreateKey(t, key1, 0x223455ab, aesgcm.ParametersOpts{ KeySizeInBytes: len(key1), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }), ciphertext: slices.Concat(tinkPrefix, ciphertext1), wantPlaintext: wantMessage1, }, { name: fmt.Sprintf("AES-%d-CRUNCHY", len(key1)*8), key: mustCreateKey(t, key1, 0x223455ab, aesgcm.ParametersOpts{ KeySizeInBytes: len(key1), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantCrunchy, }), ciphertext: slices.Concat(crunchyPrefix, ciphertext1), wantPlaintext: wantMessage1, }, { name: fmt.Sprintf("AES-%d-RAW", len(key1)*8), key: mustCreateKey(t, key1, 0, aesgcm.ParametersOpts{ KeySizeInBytes: len(key1), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }), ciphertext: ciphertext1, wantPlaintext: wantMessage1, }, { name: fmt.Sprintf("AES-%d-TINK", len(key2)*8), key: mustCreateKey(t, key2, 0x223455ab, aesgcm.ParametersOpts{ KeySizeInBytes: len(key2), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }), ciphertext: slices.Concat(tinkPrefix, ciphertext2), wantPlaintext: wantMessage2, }, { name: fmt.Sprintf("AES-%d-CRUNCHY", len(key2)*8), key: mustCreateKey(t, key2, 0x223455ab, aesgcm.ParametersOpts{ KeySizeInBytes: len(key2), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantCrunchy, }), ciphertext: slices.Concat(crunchyPrefix, ciphertext2), wantPlaintext: wantMessage2, }, { name: fmt.Sprintf("AES-%d-RAW", len(key2)*8), key: mustCreateKey(t, key2, 0, aesgcm.ParametersOpts{ KeySizeInBytes: len(key2), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }), ciphertext: ciphertext2, wantPlaintext: wantMessage2, }, } { t.Run(tc.name, func(t *testing.T) { // From the key. a1, err := aesgcm.NewAEAD(tc.key) if err != nil { t.Fatalf("aesgcm.NewAEAD(tc.key) err = %v, want nil", err) } // From the keyset handle. a2 := func() tink.AEAD { km := keyset.NewManager() keyID, err := km.AddKey(tc.key) if err != nil { t.Fatalf("km.AddKey(tc.key) err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary(keyID) err = %v, want nil", err) } kh, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } a, err := aead.New(kh) if err != nil { t.Fatalf("New(kh) err = %v, want nil", err) } return a }() for _, a := range []tink.AEAD{a1, a2} { decrypted, err := a.Decrypt(tc.ciphertext, nil) if err != nil { t.Fatalf("a.Decrypt(tc.ciphertext, nil) err = %v, want nil", err) } if !bytes.Equal(decrypted, tc.wantPlaintext) { t.Errorf("a.Decrypt(tc.ciphertext, nil) = %v, want %v", decrypted, tc.wantPlaintext) } } }) } } func TestRegisterPrimitiveConstructor(t *testing.T) { cb := config.NewBuilder() err := aesgcm.RegisterPrimitiveConstructor(cb, internalapi.Token{}) if err != nil { t.Fatalf("aesgcm.RegisterPrimitiveConstructor() err = %v, want nil", err) } c := cb.Build() opts := aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, } params, err := aesgcm.NewParameters(opts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", opts, err) } key, err := aesgcm.NewKey(secretdata.NewBytesFromData(make([]byte, 32), insecuresecretdataaccess.Token{}), 0x1234, params) if err != nil { t.Fatalf("aesgcm.NewKey() err = %v, want nil", err) } if _, err := c.PrimitiveFromKey(key, internalapi.Token{}); err != nil { t.Errorf("c.PrimitiveFromKey(key) err = %v, want nil", err) } } func TestGetKeyManager(t *testing.T) { keyBytes := mustDecodeHex(t, "51e4bf2bad92b7aff1a4bc05550ba81df4b96fabf41c12c7b00e60e48db7e152") ciphertext := mustDecodeHex(t, "4f07afedfdc3b6c2361823d3cf332a12fdee800b602e8d7c4799d62c140c9bb834876b09") wantMessage := mustDecodeHex(t, "be3308f72a2c6aed") aesGCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } key, err := aesgcm.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), 0x1234, aesGCMParams) if err != nil { t.Fatalf("aesgcm.NewKey() err = %v, want nil", err) } keySerialization, err := protoserialization.SerializeKey(key) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } km, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %v, want nil", err) } km.Primitive(keySerialization.KeyData().GetValue()) // It is expected to ignore the output prefix. primitive, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("GetPrimitive() err = %v, want nil", err) } aead, ok := primitive.(tink.AEAD) if !ok { t.Errorf("GetPrimitive() = %T, want tink.AEAD", primitive) } decrypted, err := aead.Decrypt(ciphertext, nil) if err != nil { t.Fatalf("Decrypt() err = %v, want nil", err) } if !bytes.Equal(decrypted, wantMessage) { t.Errorf("Decrypt() = %v, want %v", decrypted, wantMessage) } } ================================================ FILE: aead/aesgcm/key.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcm import ( "bytes" "fmt" internalaead "github.com/tink-crypto/tink-go/v2/internal/aead" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Variant is the prefix variant of AES-GCM keys. // // It describes how the prefix of the ciphertext is constructed. For AEAD there // are three options: // // * TINK: prepends '0x01' to the ciphertext. // * CRUNCHY: prepends '0x00' to the ciphertext. // * NO_PREFIX: adds no prefix to the ciphertext. type Variant int const ( // VariantUnknown is the default and invalid value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the ciphertext. VariantTink // VariantCrunchy prefixes '0x00' to the ciphertext. VariantCrunchy // VariantNoPrefix adds no prefix to the ciphertext. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // calculateOutputPrefix calculates the output prefix from keyID. func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantCrunchy: return outputprefix.Legacy(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // Parameters specifies an AES-GCM key. type Parameters struct { keySizeInBytes int ivSizeInBytes int tagSizeInBytes int variant Variant } var _ key.Parameters = (*Parameters)(nil) // KeySizeInBytes returns the size of the key in bytes. func (p *Parameters) KeySizeInBytes() int { return p.keySizeInBytes } // IVSizeInBytes returns the size of the IV in bytes. func (p *Parameters) IVSizeInBytes() int { return p.ivSizeInBytes } // TagSizeInBytes returns the size of the tag in bytes. func (p *Parameters) TagSizeInBytes() int { return p.tagSizeInBytes } // Variant returns the variant of the key. func (p *Parameters) Variant() Variant { return p.variant } // ParametersOpts specifies options for creating AES-GCM parameters. type ParametersOpts struct { KeySizeInBytes int IVSizeInBytes int TagSizeInBytes int Variant Variant } func validateOpts(opts *ParametersOpts) error { if opts.KeySizeInBytes != 16 && opts.KeySizeInBytes != 24 && opts.KeySizeInBytes != 32 { return fmt.Errorf("unsupported key size; want 16, 24, or 32, got: %v", opts.KeySizeInBytes) } if opts.IVSizeInBytes <= 0 { return fmt.Errorf("unsupported IV size; want > 0, got: %v", opts.IVSizeInBytes) } if opts.TagSizeInBytes < 12 || opts.TagSizeInBytes > 16 { return fmt.Errorf("unsupported tag size; want >= 12 and <= 16, got: %v", opts.TagSizeInBytes) } if opts.Variant == VariantUnknown { return fmt.Errorf("unsupported variant: %v", opts.Variant) } return nil } // NewParameters creates a new AES-GCM Parameters object. func NewParameters(opts ParametersOpts) (*Parameters, error) { if err := validateOpts(&opts); err != nil { return nil, fmt.Errorf("aesgcm.NewParameters: %v", err) } return &Parameters{ keySizeInBytes: opts.KeySizeInBytes, ivSizeInBytes: opts.IVSizeInBytes, tagSizeInBytes: opts.TagSizeInBytes, variant: opts.Variant, }, nil } // HasIDRequirement returns whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal returns whether this Parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.HasIDRequirement() == actualParams.HasIDRequirement() && p.keySizeInBytes == actualParams.keySizeInBytes && p.ivSizeInBytes == actualParams.ivSizeInBytes && p.tagSizeInBytes == actualParams.tagSizeInBytes && p.variant == actualParams.variant } // Key represents an AES-GCM key. type Key struct { keyBytes secretdata.Bytes // idRequirement is the ID requirement to be included in the output of the // AES-GCM function. If the key is in a keyset and the key has an ID // requirement, this matches the keyset key ID. idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*Key)(nil) // NewKey creates a new AES-GCM key with key, idRequirement and parameters. // // The idRequirement is the ID requirement to be included in the output of the // AES-GCM function. If parameters.HasIDRequirement() == false, idRequirement // must be zero. func NewKey(keyBytes secretdata.Bytes, idRequirement uint32, parameters *Parameters) (*Key, error) { if parameters == nil { return nil, fmt.Errorf("aesgcm.NewKey: parameters is nil") } opts := &ParametersOpts{ KeySizeInBytes: parameters.KeySizeInBytes(), IVSizeInBytes: parameters.IVSizeInBytes(), TagSizeInBytes: parameters.TagSizeInBytes(), Variant: parameters.Variant(), } if err := validateOpts(opts); err != nil { return nil, fmt.Errorf("aesgcm.NewKey: %v", err) } if !parameters.HasIDRequirement() && idRequirement != 0 { return nil, fmt.Errorf("aesgcm.NewKey: idRequirement = %v and parameters.HasIDRequirement() = false, want 0", idRequirement) } if keyBytes.Len() != int(parameters.KeySizeInBytes()) { return nil, fmt.Errorf("aesgcm.NewKey: key.Len() = %v, want %v", keyBytes.Len(), parameters.KeySizeInBytes()) } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("aesgcm.NewKey: %v", err) } return &Key{ keyBytes: keyBytes, idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: parameters, }, nil } // KeyBytes returns the key material. // // This function provides access to partial key material. See // https://developers.google.com/tink/design/access_control#access_of_parts_of_a_key // for more information. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of this key. func (k *Key) Parameters() key.Parameters { return k.parameters } // IDRequirement returns required to indicate if this key requires an // identifier. If it does, id will contain that identifier. func (k *Key) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix. func (k *Key) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal returns whether this key object is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.Parameters().Equal(that.Parameters()) && k.idRequirement == that.idRequirement && k.keyBytes.Equal(that.keyBytes) && bytes.Equal(k.outputPrefix, that.outputPrefix) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { aesGCMParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed *aesgcm.Parameters", p) } // Make sure AES key size is either 16 or 32 bytes for consistency with other Tink // implementations. if err := internalaead.ValidateAESKeySize(uint32(aesGCMParams.KeySizeInBytes())); err != nil { return nil, err } keyBytes, err := secretdata.NewBytesFromRand(uint32(aesGCMParams.KeySizeInBytes())) if err != nil { return nil, err } return NewKey(keyBytes, idRequirement, aesGCMParams) } ================================================ FILE: aead/aesgcm/key_manager_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcm_test import ( "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" aeadtestutil "github.com/tink-crypto/tink-go/v2/aead/internal/testutil" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" gcmpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) var keySizes = []uint32{16, 32} func TestAESGCMGetPrimitiveBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("cannot obtain AES-GCM key manager: %s", err) } for _, keySize := range keySizes { key := testutil.NewAESGCMKey(testutil.AESGCMKeyVersion, keySize) serializedKey, err := proto.Marshal(key) if err != nil { t.Errorf("proto.Marshal() err = %q, want nil", err) } p, err := keyManager.Primitive(serializedKey) if err != nil { t.Errorf("unexpected error: %s", err) } aesGCM, ok := p.(tink.AEAD) if !ok { t.Errorf("Primitive() = %T, want tink.AEAD", p) } subtleAESGCM, err := subtle.NewAESGCM(key.GetKeyValue()) if err != nil { t.Errorf("subtle.NewAESGCM(key.GetKeyValue()) err = %v, want nil", err) } if err := aeadtestutil.EncryptDecrypt(aesGCM, subtleAESGCM); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(aesGCM, subtleAESGCM) err = %v, want nil", err) } if err := aeadtestutil.EncryptDecrypt(subtleAESGCM, aesGCM); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(subtleAESGCM, aesGCM) err = %v, want nil", err) } } } func TestAESGCMGetPrimitiveWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("cannot obtain AES-GCM key manager: %s", err) } // invalid AESGCMKey testKeys := genInvalidAESGCMKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.Primitive(serializedKey); err == nil { t.Errorf("expect an error in test case %d", i) } } // nil if _, err := keyManager.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } // empty array if _, err := keyManager.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } } func TestAESGCMNewKeyMultipleTimes(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("cannot obtain AES-GCM key manager: %s", err) } format := testutil.NewAESGCMKeyFormat(32) serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys := make(map[string]bool) nTest := 26 for i := 0; i < nTest; i++ { key, err := keyManager.NewKey(serializedFormat) if err != nil { t.Fatalf("keyManager.NewKey() err = %q, want nil", err) } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys[string(serializedKey)] = true keyData, err := keyManager.NewKeyData(serializedFormat) if err != nil { t.Fatalf("keyManager.NewKeyData() err = %q, want nil", err) } serializedKey = keyData.Value keys[string(serializedKey)] = true } if len(keys) != nTest*2 { t.Errorf("key is repeated") } } func TestAESGCMNewKeyBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("cannot obtain AES-GCM key manager: %s", err) } for _, keySize := range keySizes { format := testutil.NewAESGCMKeyFormat(keySize) serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } m, err := keyManager.NewKey(serializedFormat) if err != nil { t.Errorf("unexpected error: %s", err) } key := m.(*gcmpb.AesGcmKey) if err := validateAESGCMKey(key, format); err != nil { t.Errorf("%s", err) } } } func TestAESGCMNewKeyWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("cannot obtain AES-GCM key manager: %s", err) } // bad format badFormats := genInvalidAESGCMKeyFormats() for i := 0; i < len(badFormats); i++ { serializedFormat, err := proto.Marshal(badFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.NewKey(serializedFormat); err == nil { t.Errorf("expect an error in test case %d", i) } } // nil if _, err := keyManager.NewKey(nil); err == nil { t.Errorf("expect an error when input is nil") } // empty array if _, err := keyManager.NewKey([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } } func TestAESGCMNewKeyDataBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("cannot obtain AES-GCM key manager: %s", err) } for _, keySize := range keySizes { format := testutil.NewAESGCMKeyFormat(keySize) serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keyData, err := keyManager.NewKeyData(serializedFormat) if err != nil { t.Errorf("unexpected error: %s", err) } if keyData.TypeUrl != testutil.AESGCMTypeURL { t.Errorf("incorrect type url") } if keyData.KeyMaterialType != tinkpb.KeyData_SYMMETRIC { t.Errorf("incorrect key material type") } key := new(gcmpb.AesGcmKey) if err := proto.Unmarshal(keyData.Value, key); err != nil { t.Errorf("incorrect key value") } if err := validateAESGCMKey(key, format); err != nil { t.Errorf("%s", err) } } } func TestAESGCMNewKeyDataWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("cannot obtain AES-GCM key manager: %s", err) } badFormats := genInvalidAESGCMKeyFormats() for i := 0; i < len(badFormats); i++ { serializedFormat, err := proto.Marshal(badFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.NewKeyData(serializedFormat); err == nil { t.Errorf("expect an error in test case %d", i) } } // nil input if _, err := keyManager.NewKeyData(nil); err == nil { t.Errorf("expect an error when input is nil") } // empty input if _, err := keyManager.NewKeyData([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } } func TestAESGCMDoesSupport(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("cannot obtain AES-GCM key manager: %s", err) } if !keyManager.DoesSupport(testutil.AESGCMTypeURL) { t.Errorf("AESGCMKeyManager must support %s", testutil.AESGCMTypeURL) } if keyManager.DoesSupport("some bad type") { t.Errorf("AESGCMKeyManager must support only %s", testutil.AESGCMTypeURL) } } func TestAESGCMTypeURL(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("cannot obtain AES-GCM key manager: %s", err) } if keyManager.TypeURL() != testutil.AESGCMTypeURL { t.Errorf("incorrect key type") } } func genInvalidAESGCMKeys() []proto.Message { return []proto.Message{ // not a AESGCMKey testutil.NewAESGCMKeyFormat(32), // bad key size testutil.NewAESGCMKey(testutil.AESGCMKeyVersion, 17), testutil.NewAESGCMKey(testutil.AESGCMKeyVersion, 25), testutil.NewAESGCMKey(testutil.AESGCMKeyVersion, 33), // bad version testutil.NewAESGCMKey(testutil.AESGCMKeyVersion+1, 16), } } func genInvalidAESGCMKeyFormats() []proto.Message { return []proto.Message{ // not AESGCMKeyFormat testutil.NewAESGCMKey(testutil.AESGCMKeyVersion, 16), // invalid key size testutil.NewAESGCMKeyFormat(uint32(15)), testutil.NewAESGCMKeyFormat(uint32(23)), testutil.NewAESGCMKeyFormat(uint32(31)), } } func validateAESGCMKey(key *gcmpb.AesGcmKey, format *gcmpb.AesGcmKeyFormat) error { if uint32(len(key.KeyValue)) != format.KeySize { return fmt.Errorf("incorrect key size") } if key.Version != testutil.AESGCMKeyVersion { return fmt.Errorf("incorrect key version") } keyValue := secretdata.NewBytesFromData(key.GetKeyValue(), insecuresecretdataaccess.Token{}) opts := aesgcm.ParametersOpts{ KeySizeInBytes: keyValue.Len(), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, } params, err := aesgcm.NewParameters(opts) if err != nil { return fmt.Errorf("aesgcm.NewParameters(%v) err = %v, want nil", opts, err) } k, err := aesgcm.NewKey(keyValue, 0, params) if err != nil { return fmt.Errorf("aesgcm.NewKey() err = %v, want nil", err) } p, err := aesgcm.NewAEAD(k) if err != nil { return fmt.Errorf("aesgcm.NewAEAD() err = %v, want nil", err) } return aeadtestutil.EncryptDecrypt(p, p) } ================================================ FILE: aead/aesgcm/key_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcm_test import ( "bytes" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) var ( key128Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, } key256Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, } ) func TestNewParametersInvalidKeySize(t *testing.T) { for _, keySize := range []int{1, 15, 17, 31, 33} { opts := aesgcm.ParametersOpts{ KeySizeInBytes: keySize, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, } if _, err := aesgcm.NewParameters(opts); err == nil { t.Errorf("aesgcm.NewParameters(%v) err = nil, want error", opts) } } } func TestNewParametersInvalidIVSize(t *testing.T) { for _, ivSize := range []int{-1, 0} { opts := aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: ivSize, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, } if _, err := aesgcm.NewParameters(opts); err == nil { t.Errorf("aesgcm.NewParameters(%v) err = nil, want error", opts) } } } func TestNewParametersInvalidTagSize(t *testing.T) { for _, tagSize := range []int{1, 11, 17} { opts := aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: tagSize, Variant: aesgcm.VariantTink, } if _, err := aesgcm.NewParameters(opts); err == nil { t.Errorf("aesgcm.NewParameters(%v) err = nil, want error", opts) } } } func TestNewParametersInvalidVariant(t *testing.T) { opts := aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantUnknown, } if _, err := aesgcm.NewParameters(opts); err == nil { t.Errorf("aesgcm.NewParameters(%v) err = nil, want error", opts) } } func TestNewKeyFailsIfParametersIsNil(t *testing.T) { keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) err = %v, want nil", err) } if _, err := aesgcm.NewKey(keyBytes, 123, nil); err == nil { t.Errorf("aesgcm.NewKey(keyBytes, 123, nil) err = nil, want error") } } func TestNewKeyFailsIfKeySizeIsDifferentThanParameters(t *testing.T) { for _, tc := range []struct { name string keyBytes secretdata.Bytes opts aesgcm.ParametersOpts }{ { name: "key size is 16 but parameters is 32", keyBytes: secretdata.NewBytesFromData(key128Bits, insecuresecretdataaccess.Token{}), opts: aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }, }, { name: "key size is 32 but parameters is 16", keyBytes: secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}), opts: aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }, }, } { t.Run(tc.name, func(t *testing.T) { params, err := aesgcm.NewParameters(tc.opts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", tc.opts, err) } if _, err := aesgcm.NewKey(tc.keyBytes, 123, params); err == nil { t.Errorf("aesgcm.NewKey(%v, 123, %v) err = nil, want error", tc.keyBytes, params) } }) } } // TestNewKeyFailsIfInvalidParams tests that NewKey fails if the parameters are invalid. // // The only way to create invalid parameters is to create a struct literal with default // values. func TestNewKeyFailsIfInvalidParams(t *testing.T) { keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) err = %v, want nil", err) } params := &aesgcm.Parameters{} if _, err := aesgcm.NewKey(keyBytes, 123, params); err == nil { t.Errorf("aesgcm.NewKey(keyBytes, 123, nil) err = nil, want error") } } func TestNewKeyFailsIfNoPrefixAndIDIsNotZero(t *testing.T) { opts := aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, } params, err := aesgcm.NewParameters(opts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", opts, err) } keyBytes := secretdata.NewBytesFromData(key128Bits, insecuresecretdataaccess.Token{}) if _, err := aesgcm.NewKey(keyBytes, 123, params); err == nil { t.Errorf("aesgcm.NewKey(keyBytes, 123, %v) err = nil, want error", params) } } func TestOutputPrefix(t *testing.T) { for _, test := range []struct { name string variant aesgcm.Variant id uint32 want []byte }{ { name: "Tink", variant: aesgcm.VariantTink, id: uint32(0x01020304), want: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "Crunchy", variant: aesgcm.VariantCrunchy, id: uint32(0x01020304), want: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "No prefix", variant: aesgcm.VariantNoPrefix, id: 0, want: nil, }, } { t.Run(test.name, func(t *testing.T) { opts := aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: test.variant, } params, err := aesgcm.NewParameters(opts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", opts, err) } keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytes(32fNewBytesFromRand() err = %v, want nil", err) } key, err := aesgcm.NewKey(keyBytes, test.id, params) if err != nil { t.Fatalf("aesgcm.NewKey(keyBytes, %v, %v) err = %v, want nil", test.id, params, err) } if got := key.OutputPrefix(); !bytes.Equal(got, test.want) { t.Errorf("params.OutputPrefix() = %v, want %v", got, test.want) } }) } } func TestNewParametersWorks(t *testing.T) { for _, test := range []struct { name string keySize int variant aesgcm.Variant }{ { name: "128-bit key with Tink prefix", keySize: 16, variant: aesgcm.VariantTink, }, { name: "128-bit key with Crunchy prefix", keySize: 16, variant: aesgcm.VariantCrunchy, }, { name: "128-bit key with NoPrefix prefix", keySize: 16, variant: aesgcm.VariantNoPrefix, }, { name: "256-bit key with Tink prefix", keySize: 32, variant: aesgcm.VariantTink, }, { name: "256-bit key with Crunchy prefix", keySize: 32, variant: aesgcm.VariantCrunchy, }, { name: "256-bit key with NoPrefix prefix", keySize: 32, variant: aesgcm.VariantNoPrefix, }, } { t.Run(test.name, func(t *testing.T) { opts := aesgcm.ParametersOpts{ KeySizeInBytes: test.keySize, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: test.variant, } params, err := aesgcm.NewParameters(opts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", opts, err) } if params.HasIDRequirement() != (test.variant != aesgcm.VariantNoPrefix) { t.Errorf("params.HasIDRequirement() = %v, want %v", params.HasIDRequirement(), (test.variant != aesgcm.VariantNoPrefix)) } if params.KeySizeInBytes() != test.keySize { t.Errorf("params.KeySizeInBytes()() = %v, want %v", params.KeySizeInBytes(), test.keySize) } if params.TagSizeInBytes() != 16 { t.Errorf("params.TagSizeInBytes() = %v, want 16", params.TagSizeInBytes()) } if params.IVSizeInBytes() != 12 { t.Errorf("params.IVSizeInBytes() = %v, want 12", params.IVSizeInBytes()) } if params.Variant() != test.variant { t.Errorf("params.Variant() = %v, want %v", params.Variant(), test.variant) } otherParams, err := aesgcm.NewParameters(opts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", opts, err) } if !params.Equal(otherParams) { t.Errorf("params.Equal(otherParams) = %v, want true", params.Equal(otherParams)) } }) } } func TestParametersEqualFalseIfDifferent(t *testing.T) { for _, test := range []struct { name string key1Size int key1Variant aesgcm.Variant key2Size int key2Variant aesgcm.Variant }{ { name: "different key size", key1Size: 16, key1Variant: aesgcm.VariantTink, key2Size: 32, key2Variant: aesgcm.VariantTink, }, { name: "different prefix variant", key1Size: 16, key1Variant: aesgcm.VariantCrunchy, key2Size: 16, key2Variant: aesgcm.VariantTink, }, } { t.Run(test.name, func(t *testing.T) { opts1 := aesgcm.ParametersOpts{ KeySizeInBytes: test.key1Size, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: test.key1Variant, } params1, err := aesgcm.NewParameters(opts1) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", opts1, err) } opts2 := aesgcm.ParametersOpts{ KeySizeInBytes: test.key2Size, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: test.key2Variant, } params2, err := aesgcm.NewParameters(opts2) if err != nil { t.Errorf("aesgcm.NewParameters(%v) err = %v, want nil", opts2, err) } if params1.Equal(params2) { t.Errorf("params.Equal(params2) = %v, want false", params1.Equal(params2)) } }) } } type TestKey struct { name string keySize int id uint32 key []byte variant aesgcm.Variant } func TestNewKeyWorks(t *testing.T) { for _, test := range []TestKey{ { name: "128-bit key with Tink prefix", keySize: 16, id: 1, key: key128Bits, variant: aesgcm.VariantTink, }, { name: "128-bit key with Crunchy prefix", keySize: 16, id: 1, key: key128Bits, variant: aesgcm.VariantCrunchy, }, { name: "128-bit key with NoPrefix prefix", keySize: 16, id: 0, key: key128Bits, variant: aesgcm.VariantNoPrefix, }, { name: "256-bit key with Tink prefix", keySize: 32, id: 1, key: key256Bits, variant: aesgcm.VariantTink, }, { name: "256-bit key with Crunchy prefix", keySize: 32, id: 1, key: key256Bits, variant: aesgcm.VariantCrunchy, }, { name: "256-bit key with NoPrefix prefix", keySize: 32, id: 0, key: key256Bits, variant: aesgcm.VariantNoPrefix, }, } { t.Run(test.name, func(t *testing.T) { opts := aesgcm.ParametersOpts{ KeySizeInBytes: test.keySize, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: test.variant, } params, err := aesgcm.NewParameters(opts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", opts, err) } keyBytes := secretdata.NewBytesFromData(test.key, insecuresecretdataaccess.Token{}) // Create two keys with the same parameters and key bytes. key1, err := aesgcm.NewKey(keyBytes, test.id, params) if err != nil { t.Fatalf("aesgcm.NewKey(keyBytes, %v, %v) err = %v, want nil", test.id, params, err) } if !key1.Parameters().Equal(params) { t.Errorf("key1.Parameters() = %v, want %v", key1.Parameters(), params) } key1Bytes := key1.KeyBytes() if !keyBytes.Equal(key1Bytes) { t.Errorf("keyBytes.Equal(key1Bytes) = false, want true") } keyID1, required := key1.IDRequirement() if wantRequired := test.variant != aesgcm.VariantNoPrefix; required != wantRequired { t.Errorf("required = %v, want %v", required, wantRequired) } wantID := test.id if !required { wantID = 0 } if keyID1 != wantID { t.Errorf("keyID1 = %v, want %v", keyID1, wantID) } key2, err := aesgcm.NewKey(keyBytes, keyID1, params) if err != nil { t.Fatalf("aesgcm.NewKey(keyBytes, %v, %v) err = %v, want nil", keyID1, params, err) } // Test Equal. if !key1.Equal(key2) { t.Errorf("key1.Equal(key2) = %v, want true", key1.Equal(key2)) } }) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestKeyEqual_FalseIfDifferentType(t *testing.T) { params, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}) key, err := aesgcm.NewKey(keyBytes, 1234, params) if err != nil { t.Fatalf("aesgcm.NewKey() err = %v, want nil", err) } if key.Equal(&stubKey{}) { t.Errorf("key.Equal(&stubKey{}) = true, want false") } } func TestKeyEqualReturnsFalseIfDifferent(t *testing.T) { for _, test := range []struct { name string first TestKey second TestKey }{ { name: "different key size", first: TestKey{ keySize: 16, variant: aesgcm.VariantTink, key: key128Bits, id: 0x01, }, second: TestKey{ keySize: 32, variant: aesgcm.VariantTink, key: key256Bits, id: 0x01, }, }, { name: "different prefix variant", first: TestKey{ keySize: 16, variant: aesgcm.VariantTink, key: key128Bits, id: 0x01, }, second: TestKey{ keySize: 16, variant: aesgcm.VariantCrunchy, key: key128Bits, id: 0x01, }, }, { name: "different key IDs", first: TestKey{ keySize: 16, variant: aesgcm.VariantTink, key: key128Bits, id: 0x01, }, second: TestKey{ keySize: 16, variant: aesgcm.VariantTink, key: key128Bits, id: 0x02, }, }, { name: "different key bytes", first: TestKey{ keySize: 16, variant: aesgcm.VariantCrunchy, key: key128Bits, id: 0x01, }, second: TestKey{ keySize: 16, variant: aesgcm.VariantCrunchy, key: []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x09, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, }, id: 0x01, }, }, } { t.Run(test.name, func(t *testing.T) { firstOpts := aesgcm.ParametersOpts{ KeySizeInBytes: test.first.keySize, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: test.first.variant, } firstParams, err := aesgcm.NewParameters(firstOpts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", firstOpts, err) } firstKeyBytes := secretdata.NewBytesFromData(test.first.key, insecuresecretdataaccess.Token{}) firstKey, err := aesgcm.NewKey(firstKeyBytes, test.first.id, firstParams) if err != nil { t.Fatalf("aesgcm.NewKey(firstKeyBytes, %v, %v) err = %v, want nil", test.first.id, firstParams, err) } secondOpts := aesgcm.ParametersOpts{ KeySizeInBytes: test.second.keySize, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: test.second.variant, } secondParams, err := aesgcm.NewParameters(secondOpts) if err != nil { t.Fatalf("aesgcm.NewParameters(%v) err = %v, want nil", secondOpts, err) } secondKeyBytes := secretdata.NewBytesFromData(test.second.key, insecuresecretdataaccess.Token{}) secondKey, err := aesgcm.NewKey(secondKeyBytes, test.second.id, secondParams) if err != nil { t.Fatalf("aesgcm.NewKey(secondKeyBytes, %v, %v) err = %v, want nil", test.second.id, secondParams, err) } if firstKey.Equal(secondKey) { t.Errorf("firstKey.Equal(secondKey) = true, want false") } }) } } func TestKeyCreator(t *testing.T) { params, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 123) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 123) err = %v, want nil", params, err) } aesGCMKey, ok := key.(*aesgcm.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 123) returned key of type %T, want %T", params, key, (*aesgcm.Key)(nil)) } idRequirement, hasIDRequirement := aesGCMKey.IDRequirement() if !hasIDRequirement || idRequirement != 123 { t.Errorf("aesGCMKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if got := aesGCMKey.KeyBytes().Len(); got != params.KeySizeInBytes() { t.Errorf("aesGCMKey.KeyBytes().Len() = %d, want 32", aesGCMKey.KeyBytes().Len()) } if diff := cmp.Diff(aesGCMKey.Parameters(), params); diff != "" { t.Errorf("aesGCMKey.Parameters() diff (-want +got):\n%s", diff) } } func TestKeyCreator_FailsIfInvalidKeySize(t *testing.T) { params, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 24, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } if _, err := keygenregistry.CreateKey(params, 123); err == nil { t.Fatalf("keygenregistry.CreateKey(%v, 123) err = nil, want error", params) } } ================================================ FILE: aead/aesgcm/protoserialization.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcm import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" gcmpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // protoVersion is the accepted [gcmpb.AesGcmKey] proto version. // // Currently, only version 0 is supported; other versions are rejected. protoVersion = 0 typeURL = "type.googleapis.com/google.crypto.tink.AesGcmKey" ) type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("key is not a Key") } actualParameters, ok := actualKey.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("key parameters is not a Parameters") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } keyBytes := actualKey.KeyBytes() protoKey := &gcmpb.AesGcmKey{ KeyValue: keyBytes.Data(insecuresecretdataaccess.Token{}), Version: protoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := actualKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY, tinkpb.OutputPrefixType_LEGACY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("key is not an AES GCM key") } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { return nil, fmt.Errorf("key is not a SYMMETRIC key") } protoKey := new(gcmpb.AesGcmKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != protoVersion { return nil, fmt.Errorf("key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } keySizeInBytes := len(protoKey.GetKeyValue()) params, err := NewParameters(ParametersOpts{ KeySizeInBytes: keySizeInBytes, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: variant, }) if err != nil { return nil, err } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) // keySerialization.IDRequirement() returns zero if the key doesn't have a // key requirement. keyID, _ := keySerialization.IDRequirement() return NewKey(keyMaterial, keyID, params) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *aesgcm.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } format := &gcmpb.AesGcmKeyFormat{ KeySize: uint32(actualParameters.KeySizeInBytes()), } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } format := new(gcmpb.AesGcmKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("unsupported gcmpb.AesGcmKeyFormat version: got %q, want %q", format.GetVersion(), 0) } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } return NewParameters(ParametersOpts{ KeySizeInBytes: int(format.GetKeySize()), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: variant, }) } ================================================ FILE: aead/aesgcm/protoserialization_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcm import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" aesgcmpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestParseKeyFails(t *testing.T) { key := aesgcmpb.AesGcmKey{ Version: 0, KeyValue: []byte("1234567890123456"), } serializedKey, err := proto.Marshal(&key) if err != nil { t.Fatalf("proto.Marshal(key) err = %v, want nil", err) } keyWithInvalidSize := aesgcmpb.AesGcmKey{ Version: 0, KeyValue: []byte("0123"), } serializedKeyWithInvalidSize, err := proto.Marshal(&keyWithInvalidSize) if err != nil { t.Fatalf("proto.Marshal(keyWithInvalidSize) err = %v, want nil", err) } keyWithInvalidVersion := aesgcmpb.AesGcmKey{ Version: 1, KeyValue: []byte("1234567890123456"), } serializedKeyWithInvalidVersion, err := proto.Marshal(&keyWithInvalidVersion) if err != nil { t.Fatalf("proto.Marshal(keyWithInvalidVersion) err = %v, want nil", err) } for _, tc := range []struct { name string keyData *tinkpb.KeyData outputPrefixType tinkpb.OutputPrefixType keyID uint32 }{ { name: "key data is nil", keyData: nil, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "wrong type URL", keyData: &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid AES GCM key size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: serializedKeyWithInvalidSize, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid AES GCM key proto serialization", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid AES GCM key version", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: serializedKeyWithInvalidVersion, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key material type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid output prefix type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, keyID: 12345, }, } { t.Run(tc.name, func(t *testing.T) { p := &keyParser{} keySerialization, err := protoserialization.NewKeySerialization(tc.keyData, tc.outputPrefixType, tc.keyID) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", tc.keyData, tc.outputPrefixType, tc.keyID, err) } if _, err := p.ParseKey(keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", keySerialization) } }) } } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParseKey(t *testing.T) { protoKey := aesgcmpb.AesGcmKey{ Version: 0, KeyValue: []byte("1234567890123456"), } serializedKey, err := proto.Marshal(&protoKey) if err != nil { t.Fatalf("proto.Marshal(protoKey) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantVariant Variant }{ { name: "key with TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: VariantTink, }, { name: "key with CRUNCHY output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), wantVariant: VariantCrunchy, }, { name: "key with RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { opts := ParametersOpts{ KeySizeInBytes: len(protoKey.GetKeyValue()), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: tc.wantVariant, } wantParams, err := NewParameters(opts) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", opts, err) } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) keyID := uint32(0) if tc.wantVariant != VariantNoPrefix { keyID = 12345 } wantKey, err := NewKey(keyMaterial, keyID, wantParams) if err != nil { t.Fatalf("NewKey(keyMaterial, %v, wantParams) err = %v, want nil", keyID, err) } p := &keyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Errorf("protoserialization.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if !gotKey.Equal(wantKey) { t.Errorf("key.Equal(wantKey) = false, want true") } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type testKey struct { keyBytes []byte id uint32 params testParams } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*testKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *testKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } func TestSerializeKeyFails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "key is nil", key: nil, }, { name: "key is not an AES GCM key", key: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { aesGCMSerializer := &keySerializer{} _, err := aesGCMSerializer.SerializeKey(tc.key) if err == nil { t.Errorf("protoserialization.SerializeKey(&testKey{}) err = nil, want non-nil") } }) } } func TestSerializeKey(t *testing.T) { protoKey := aesgcmpb.AesGcmKey{ Version: 0, KeyValue: []byte("1234567890123456"), } serializedProtoKey, err := proto.Marshal(&protoKey) if err != nil { t.Fatalf("proto.Marshal(&protoKey) err = %v, want nil", err) } for _, tc := range []struct { name string variant Variant wantKeySerialization *protoserialization.KeySerialization }{ { name: "key with TINK output prefix type", variant: VariantTink, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "key with CRUNCHY output prefix type", variant: VariantCrunchy, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), }, { // No key ID is set for keys with no prefix. name: "key with RAW output prefix type", variant: VariantNoPrefix, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { opts := ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: tc.variant, } params, err := NewParameters(opts) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", opts, err) } secretKey := secretdata.NewBytesFromData([]byte("1234567890123456"), insecuresecretdataaccess.Token{}) keyID := uint32(0) if tc.variant != VariantNoPrefix { keyID = 12345 } key, err := NewKey(secretKey, keyID, params) if err != nil { t.Fatalf("NewKey(secretKey, %v, params) err = %v, want nil", keyID, err) } aesGCMSerializer := &keySerializer{} got, err := aesGCMSerializer.SerializeKey(key) if err != nil { t.Errorf("protoserialization.SerializeKey(&testKey{}) err = %v, want nil", err) } if !got.Equal(tc.wantKeySerialization) { t.Errorf("got.Equal(tc.wantKeySerialization) = false, want true") } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "struct literal", parameters: &Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} if _, err := serializer.Serialize(tc.parameters); err == nil { t.Errorf("serializer.Serialize(%v) err = nil, want error", tc.parameters) } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, keySizeInBytes uint32) *tinkpb.KeyTemplate { t.Helper() format := &aesgcmpb.AesGcmKeyFormat{ KeySize: keySizeInBytes, } serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", format, err) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: outputPrefixType, Value: serializedFormat, } } type parametersSerializationTestCase struct { name string parameters *Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateParametersTestParameters(t *testing.T) []parametersSerializationTestCase { tcs := []parametersSerializationTestCase{} for _, keySize := range []int{16, 24, 32} { for _, variantAndPrefix := range []struct { variant Variant outputPrefixType tinkpb.OutputPrefixType }{ {variant: VariantTink, outputPrefixType: tinkpb.OutputPrefixType_TINK}, {variant: VariantCrunchy, outputPrefixType: tinkpb.OutputPrefixType_CRUNCHY}, {variant: VariantNoPrefix, outputPrefixType: tinkpb.OutputPrefixType_RAW}, } { tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("AES%d-GCM-%s", keySize*8, variantAndPrefix.variant), parameters: &Parameters{ keySizeInBytes: keySize, ivSizeInBytes: 12, tagSizeInBytes: 16, variant: variantAndPrefix.variant, }, keyTemplate: mustCreateKeyTemplate(t, variantAndPrefix.outputPrefixType, uint32(keySize)), }) } } return tcs } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "empty", keyTemplate: &tinkpb.KeyTemplate{}, }, { name: "empty format", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid format type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: []byte("invalid format"), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "wrong type URL", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid version", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 16, Version: 1, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid key size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 10, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: aead/aesgcmsiv/aead.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmsiv import ( "bytes" "fmt" "slices" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) type aead struct { rawAEAD *subtle.AESGCMSIV prefix []byte variant Variant } var _ tink.AEAD = (*aead)(nil) func newAEAD(key *Key) (tink.AEAD, error) { rawAEAD, err := subtle.NewAESGCMSIV(key.KeyBytes().Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, err } return &aead{ rawAEAD: rawAEAD, prefix: key.OutputPrefix(), variant: key.parameters.Variant(), }, nil } // Encrypt encrypts plaintext with associatedData. func (ca *aead) Encrypt(plaintext []byte, associatedData []byte) ([]byte, error) { ciphertext, err := ca.rawAEAD.Encrypt(plaintext, associatedData) if err != nil { return nil, err } return slices.Concat(ca.prefix, ciphertext), nil } // Decrypt decrypts ciphertext with associatedData. func (ca *aead) Decrypt(ciphertext []byte, associatedData []byte) ([]byte, error) { if !bytes.HasPrefix(ciphertext, ca.prefix) { return nil, fmt.Errorf("aes_gcm_siv: ciphertext has invalid prefix") } toDecrypt := ciphertext[len(ca.prefix):] plaintext, err := ca.rawAEAD.Decrypt(toDecrypt, associatedData) if err != nil { return nil, err } return plaintext, nil } func primitiveConstructor(key key.Key) (any, error) { that, ok := key.(*Key) if !ok { return nil, fmt.Errorf("aes_gcm_siv: invalid key type: got %T, want *aesgcmsiv.Key", key) } return newAEAD(that) } ================================================ FILE: aead/aesgcmsiv/aead_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmsiv import ( "bytes" "encoding/hex" "slices" "testing" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestEncryptDecrypt(t *testing.T) { for _, tc := range []struct { name string keySizeInBytes int variant Variant idRequirement uint32 wantPrefix []byte }{ { name: "AES256-GCM-SIV-TINK", keySizeInBytes: 32, variant: VariantTink, idRequirement: 0x11223344, wantPrefix: []byte{cryptofmt.TinkStartByte, 0x11, 0x22, 0x33, 0x44}, }, { name: "AES256-GCM-SIV-CRUNCHY", keySizeInBytes: 32, variant: VariantCrunchy, idRequirement: 0x11223344, wantPrefix: []byte{cryptofmt.LegacyStartByte, 0x11, 0x22, 0x33, 0x44}, }, { name: "AES128-GCM-SIV-TINK", keySizeInBytes: 16, variant: VariantTink, idRequirement: 0x11223344, wantPrefix: []byte{cryptofmt.TinkStartByte, 0x11, 0x22, 0x33, 0x44}, }, { name: "AES128-GCM-SIV-CRUNCHY", keySizeInBytes: 16, variant: VariantCrunchy, idRequirement: 0x11223344, wantPrefix: []byte{cryptofmt.LegacyStartByte, 0x11, 0x22, 0x33, 0x44}, }, } { t.Run(tc.name, func(t *testing.T) { params, err := NewParameters(tc.keySizeInBytes, tc.variant) if err != nil { t.Fatalf("NewParameters(%v, %v) err = %v, want nil", tc.keySizeInBytes, tc.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(uint32(tc.keySizeInBytes)) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(%v) err = %v, want nil", tc.keySizeInBytes, err) } key, err := NewKey(keyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } aead, err := newAEAD(key) if err != nil { t.Fatalf("newAEAD() err = %v, want nil", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := aead.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("aead.Encrypt(%v, %v) err = %v, want nil", plaintext, associatedData, err) } if got, want := ciphertext[:len(tc.wantPrefix)], tc.wantPrefix; !bytes.Equal(got, want) { t.Errorf("ciphertext has wrong prefix: got %x, want %x", got, want) } decrypted, err := aead.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("aead.Decrypt(%x, %x) err = %v, want nil", ciphertext, associatedData, err) } if got, want := decrypted, plaintext; !bytes.Equal(got, want) { t.Errorf("aead.Decrypt(%x, %x) = %x, want %x", ciphertext, associatedData, got, want) } }) } } func TestDecryptFailsWithWrongPrefix(t *testing.T) { for _, tc := range []struct { name string keySizeInBytes int variant Variant }{ { name: "AES256-GCM-SIV-TINK", keySizeInBytes: 32, variant: VariantTink, }, { name: "AES256-GCM-SIV-CRUNCHY", keySizeInBytes: 32, variant: VariantCrunchy, }, { name: "AES128-GCM-SIV-TINK", keySizeInBytes: 16, variant: VariantTink, }, { name: "AES128-GCM-SIV-CRUNCHY", keySizeInBytes: 16, variant: VariantCrunchy, }, } { t.Run(tc.name, func(t *testing.T) { params, err := NewParameters(tc.keySizeInBytes, tc.variant) if err != nil { t.Fatalf("NewParameters(%v, %v) err = %v, want nil", tc.keySizeInBytes, tc.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(uint32(tc.keySizeInBytes)) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(%v) err = %v, want nil", tc.keySizeInBytes, err) } key, err := NewKey(keyBytes, 0x11223344, params) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } aead, err := newAEAD(key) if err != nil { t.Fatalf("newAEAD() err = %v, want nil", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := aead.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("aead.Encrypt(%v, %v) err = %v, want nil", plaintext, associatedData, err) } // Modify the prefix. prefix := ciphertext[:len(key.OutputPrefix())] for i := 0; i < len(prefix); i++ { modifiedPrefix := slices.Clone(prefix) for j := 0; j < 8; j++ { modifiedPrefix[i] = byte(modifiedPrefix[i] ^ (1 << uint32(j))) s := slices.Concat(modifiedPrefix, ciphertext[len(key.OutputPrefix()):]) if _, err := aead.Decrypt(s, associatedData); err == nil { t.Errorf("aead.Decrypt(%x, %x) err = nil, want error", s, associatedData) } } } }) } } func mustDecodeHex(t *testing.T, hexStr string) []byte { t.Helper() x, err := hex.DecodeString(hexStr) if err != nil { t.Fatalf("hex.DecodeString(%v) err = %v, want nil", hexStr, err) } return x } func TestDecryptCorrectness(t *testing.T) { // Test vectors from // https://github.com/C2SP/wycheproof/blob/b063b4aedae951c69df014cd25fa6d69ae9e8cb9/testvectors/aes_gcm_siv_test.json#L58 key := secretdata.NewBytesFromData(mustDecodeHex(t, "01000000000000000000000000000000"), insecuresecretdataaccess.Token{}) iv := "030000000000000000000000" msg := "01000000000000000000000000000000" aad := "" ct := "743f7c8077ab25f8624e2e948579cf77" tag := "303aaf90f6fe21199c6068577437a0c4" for _, tc := range []struct { name string variant Variant idRequirement uint32 key secretdata.Bytes plaintext []byte associatedData []byte ciphertext []byte }{ { name: "TINK", variant: VariantTink, idRequirement: 0x11223344, key: key, plaintext: mustDecodeHex(t, msg), associatedData: mustDecodeHex(t, aad), ciphertext: mustDecodeHex(t, "0111223344"+iv+ct+tag), }, { name: "CRUNCHY", variant: VariantCrunchy, idRequirement: 0x11223344, key: key, plaintext: mustDecodeHex(t, msg), associatedData: mustDecodeHex(t, aad), ciphertext: mustDecodeHex(t, "0011223344"+iv+ct+tag), }, { name: "NO_PREFIX", variant: VariantNoPrefix, idRequirement: 0, key: key, plaintext: mustDecodeHex(t, msg), associatedData: mustDecodeHex(t, aad), ciphertext: mustDecodeHex(t, iv+ct+tag), }, } { t.Run(tc.name, func(t *testing.T) { params, err := NewParameters(key.Len(), tc.variant) if err != nil { t.Fatalf("NewParameters(%v, %v) err = %v, want nil", tc.key.Len(), tc.variant, err) } key, err := NewKey(tc.key, tc.idRequirement, params) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } aead, err := newAEAD(key) if err != nil { t.Fatalf("newAEAD() err = %v, want nil", err) } decrypted, err := aead.Decrypt(tc.ciphertext, tc.associatedData) if err != nil { t.Fatalf("aead.Decrypt(%x, %x) err = %v, want nil", tc.ciphertext, tc.associatedData, err) } if !bytes.Equal(decrypted, tc.plaintext) { t.Errorf("aead.Decrypt(%x, %x) = %v, want %v", tc.ciphertext, tc.associatedData, decrypted, tc.plaintext) } }) } } ================================================ FILE: aead/aesgcmsiv/aesgcmsiv.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aesgcmsiv provides an implementation of AES-GCM-SIV. // // See https://www.rfc-editor.org/rfc/rfc8452.html for more information. package aesgcmsiv import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" aesgcmsivpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_siv_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func newKeyManager() registry.KeyManager { return legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &aesgcmsivpb.AesGcmSivKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil }) } // RegisterPrimitiveConstructor accepts a config object and registers the // AES-GCM-SIV AEAD primitive constructor to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(b *config.Builder, t internalapi.Token) error { return b.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t) } func init() { if err := registry.RegisterKeyManager(newKeyManager()); err != nil { panic(fmt.Sprintf("aesgcmsiv.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*Key](&keySerializer{}); err != nil { panic(fmt.Sprintf("aesgcmsiv.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, &keyParser{}); err != nil { panic(fmt.Sprintf("aesgcmsiv.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("aesgcmsiv.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("aesgcmsiv.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("aesgcmsiv.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("aesgcmsiv.init() failed: %v", err)) } } ================================================ FILE: aead/aesgcmsiv/aesgcmsiv_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmsiv_test import ( "bytes" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/aesgcmsiv" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ) func TestGetKeyFromHandle(t *testing.T) { keysetHandle, err := keyset.NewHandle(aead.AES128GCMSIVKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.AES128GCMSIVKeyTemplate()) err = %v, want nil", err) } entry, err := keysetHandle.Entry(0) if err != nil { t.Fatalf("keysetHandle.Entry(0) err = %v, want nil", err) } key, ok := entry.Key().(*aesgcmsiv.Key) if !ok { t.Fatalf("entry.Key() is not an *Key") } keySize := 16 expectedParameters, err := aesgcmsiv.NewParameters(keySize, aesgcmsiv.VariantTink) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", keySize, aesgcmsiv.VariantTink, err) } if !key.Parameters().Equal(expectedParameters) { t.Errorf("key.Parameters().Equal(expectedParameters) = false, want true") } if _, hasIDRequirement := key.IDRequirement(); !hasIDRequirement { t.Errorf("expected ID requirement, got none") } keyBytes := key.KeyBytes() if keyBytes.Len() != keySize { t.Errorf("keyBytes.Len() = %v, want %v", keyBytes.Len(), keySize) } } func TestCreateKeysetHandleFromKey(t *testing.T) { keysetHandle, err := keyset.NewHandle(aead.AES256GCMSIVKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.AES256GCMSIVKeyTemplate()) err = %v, want nil", err) } aeadPrimitive, err := aead.New(keysetHandle) if err != nil { t.Fatalf("aead.New(keysetHandle) err = %v, want nil", err) } plaintext := []byte("plaintext") additionalData := []byte("additionalData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, additionalData, err) } entry, err := keysetHandle.Entry(0) if err != nil { t.Fatalf("keysetHandle.Entry(0) err = %v, want nil", err) } key, ok := entry.Key().(*aesgcmsiv.Key) if !ok { t.Fatalf("entry.Key() is not *aesgcmsiv.Key") } // Create a new keyset handle with the same key. manager := keyset.NewManager() keyID, err := manager.AddKey(key) if err != nil { t.Fatalf("manager.AddKey(key) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } newHandle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Get an AEAD primitive from the new handle and decrypt the ciphertext. newAEAD, err := aead.New(newHandle) if err != nil { t.Fatalf("aead.New(newHandle) err = %v, want nil", err) } decrypt, err := newAEAD.Decrypt(ciphertext, additionalData) if err != nil { t.Fatalf("decrypt.New(otherAEADPrimitivce, %v, %v) err = %v, want nil", ciphertext, additionalData, err) } if !bytes.Equal(decrypt, plaintext) { t.Errorf("decrypt = %v, want %v", decrypt, plaintext) } } func TestCreateKeysetHandleFromParameters(t *testing.T) { params, err := aesgcmsiv.NewParameters(32, aesgcmsiv.VariantTink) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", 32, aesgcmsiv.VariantTink, err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } aeadPrimitive, err := aead.New(handle) if err != nil { t.Fatalf("aead.New(handle) err = %v, want nil", err) } plaintext := []byte("plaintext") additionalData := []byte("additionalData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, additionalData, err) } decrypted, err := aeadPrimitive.Decrypt(ciphertext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Decrypt(%v, %v) err = %v, want nil", ciphertext, additionalData, err) } if !bytes.Equal(decrypted, plaintext) { t.Errorf("decrypted = %v, want %v", decrypted, plaintext) } } func TestRegisterPrimitiveConstructor(t *testing.T) { cb := config.NewBuilder() err := aesgcmsiv.RegisterPrimitiveConstructor(cb, internalapi.Token{}) if err != nil { t.Fatalf("aesgcmsiv.RegisterPrimitiveConstructor() err = %v, want nil", err) } c := cb.Build() params, err := aesgcmsiv.NewParameters(32, aesgcmsiv.VariantTink) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", 32, aesgcmsiv.VariantTink, err) } key, err := aesgcmsiv.NewKey(secretdata.NewBytesFromData([]byte("00000000000000000000000000000000"), insecuresecretdataaccess.Token{}), 0x1234, params) if err != nil { t.Fatalf("aesgcmsiv.NewKey() err = %v, want nil", err) } if _, err := c.PrimitiveFromKey(key, internalapi.Token{}); err != nil { t.Errorf("c.PrimitiveFromKey(key) err = %v, want nil", err) } } func mustDecodeHex(t *testing.T, hexStr string) []byte { t.Helper() x, err := hex.DecodeString(hexStr) if err != nil { t.Fatalf("hex.DecodeString(%v) err = %v, want nil", hexStr, err) } return x } func TestGetKeyManager(t *testing.T) { keyBytes := secretdata.NewBytesFromData(mustDecodeHex(t, "01000000000000000000000000000000"), insecuresecretdataaccess.Token{}) wantMessage := mustDecodeHex(t, "01000000000000000000000000000000") ciphertext := mustDecodeHex(t, "030000000000000000000000743f7c8077ab25f8624e2e948579cf77303aaf90f6fe21199c6068577437a0c4") params, err := aesgcmsiv.NewParameters(keyBytes.Len(), aesgcmsiv.VariantTink) if err != nil { t.Fatalf("aesgcmsiv.NewParameters() err = %v, want nil", err) } key, err := aesgcmsiv.NewKey(keyBytes, 0x1234, params) if err != nil { t.Fatalf("aesgcmsiv.NewKey() err = %v, want nil", err) } keySerialization, err := protoserialization.SerializeKey(key) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } km, err := registry.GetKeyManager(testutil.AESGCMSIVTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %v, want nil", err) } km.Primitive(keySerialization.KeyData().GetValue()) // It is expected to ignore the output prefix. primitive, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("GetPrimitive() err = %v, want nil", err) } aead, ok := primitive.(tink.AEAD) if !ok { t.Errorf("GetPrimitive() = %T, want tink.AEAD", primitive) } decrypted, err := aead.Decrypt(ciphertext, nil) if err != nil { t.Fatalf("Decrypt() err = %v, want nil", err) } if !bytes.Equal(decrypted, wantMessage) { t.Errorf("Decrypt() = %v, want %v", decrypted, wantMessage) } } ================================================ FILE: aead/aesgcmsiv/key.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmsiv import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Variant is the prefix variant of AES-GCM-SIV keys. // // It describes how the prefix of the ciphertext is constructed. For AEAD there // are three options: // // * TINK: prepends '0x01' to the ciphertext. // * CRUNCHY: prepends '0x00' to the ciphertext. // * NO_PREFIX: adds no prefix to the ciphertext. type Variant int const ( // VariantUnknown is the default and invalid value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the ciphertext. VariantTink // VariantCrunchy prefixes '0x00' to the ciphertext. VariantCrunchy // VariantNoPrefix adds no prefix to the ciphertext. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // calculateOutputPrefix calculates the output prefix from keyID. func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantCrunchy: return outputprefix.Legacy(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // Parameters specifies an AES-GCM-SIV key. type Parameters struct { keySizeInBytes int variant Variant } var _ key.Parameters = (*Parameters)(nil) // KeySizeInBytes returns the size of the key in bytes. func (p *Parameters) KeySizeInBytes() int { return p.keySizeInBytes } // Variant returns the variant of the key. func (p *Parameters) Variant() Variant { return p.variant } func validateParams(params *Parameters) error { // AES-GCM-SIV key sizes specified in // https://datatracker.ietf.org/doc/html/rfc8452#section-6. if params.KeySizeInBytes() != 16 && params.KeySizeInBytes() != 32 { return fmt.Errorf("unsupported key size; want 16, or 32, got: %v", params.KeySizeInBytes()) } if params.Variant() == VariantUnknown { return fmt.Errorf("unsupported variant: %v", params.Variant()) } return nil } // NewParameters creates a new AES-GCM-SIV Parameters object. func NewParameters(keySizeInBytes int, variant Variant) (*Parameters, error) { p := &Parameters{ keySizeInBytes: keySizeInBytes, variant: variant, } if err := validateParams(p); err != nil { return nil, fmt.Errorf("aesgcmsiv.NewParameters: %v", err) } return p, nil } // HasIDRequirement returns whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal returns whether this Parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.HasIDRequirement() == actualParams.HasIDRequirement() && p.keySizeInBytes == actualParams.keySizeInBytes && p.variant == actualParams.variant } // Key represents an AES-GCM-SIV key and function that implements RFC8452. type Key struct { keyBytes secretdata.Bytes // idRequirement is the ID requirement to be included in the output of the // AES-GCM-SIV function. If the key is in a keyset and the key has an ID // requirement, this matches the keyset key ID. idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*Key)(nil) // NewKey creates a new AES-GCM-SIV key with key, idRequirement and parameters. // // The idRequirement is the ID requirement to be included in the output of the // AES-GCM-SIV function. If parameters.HasIDRequirement() == false, idRequirement // must be zero. func NewKey(keyBytes secretdata.Bytes, idRequirement uint32, parameters *Parameters) (*Key, error) { if parameters == nil { return nil, fmt.Errorf("aesgcmsiv.NewKey: parameters is nil") } if err := validateParams(parameters); err != nil { return nil, fmt.Errorf("aesgcmsiv.NewKey: %v", err) } if !parameters.HasIDRequirement() && idRequirement != 0 { return nil, fmt.Errorf("aesgcmsiv.NewKey: idRequirement = %v and parameters.HasIDRequirement() = false, want 0", idRequirement) } if keyBytes.Len() != int(parameters.KeySizeInBytes()) { return nil, fmt.Errorf("aesgcmsiv.NewKey: key.Len() = %v, want %v", keyBytes.Len(), parameters.KeySizeInBytes()) } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("aesgcmsiv.NewKey: %v", err) } return &Key{ keyBytes: keyBytes, idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: parameters, }, nil } // KeyBytes returns the key material. // // This function provides access to partial key material. See // https://developers.google.com/tink/design/access_control#access_of_parts_of_a_key // for more information. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of this key. func (k *Key) Parameters() key.Parameters { return k.parameters } // IDRequirement returns required to indicate if this key requires an // identifier. If it does, id will contain that identifier. func (k *Key) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix. func (k *Key) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal returns whether this key object is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.Parameters().Equal(that.Parameters()) && k.idRequirement == that.idRequirement && k.keyBytes.Equal(that.keyBytes) && bytes.Equal(k.outputPrefix, that.outputPrefix) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { aesGCMSIV, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*Parameters)(nil)) } keyBytes, err := secretdata.NewBytesFromRand(uint32(aesGCMSIV.KeySizeInBytes())) if err != nil { return nil, err } return NewKey(keyBytes, idRequirement, aesGCMSIV) } ================================================ FILE: aead/aesgcmsiv/key_manager_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmsiv_test import ( "fmt" "testing" "google.golang.org/protobuf/proto" aeadtestutil "github.com/tink-crypto/tink-go/v2/aead/internal/testutil" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" gcmsivpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_siv_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) var aesGCMSIVKeySizes = []uint32{16, 32} func TestKeyManagerGetPrimitiveBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMSIVTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(typeURL=%s): Cannot obtain AES-GCM-SIV key manager; err=%v", testutil.AESGCMSIVTypeURL, err) } for _, keySize := range aesGCMSIVKeySizes { t.Run(fmt.Sprintf("keySize=%d", keySize), func(t *testing.T) { key := testutil.NewAESGCMSIVKey(testutil.AESGCMSIVKeyVersion, uint32(keySize)) serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal(data=%+v): Failed to serialize key for keySize=%d, skipping test iteration; err=%v", key, keySize, err) } p, err := keyManager.Primitive(serializedKey) if err != nil { t.Fatalf("Primitive(serializedKey=%v): Unexpected error creating AES-GCM-SIV primitive with keySize=%d, skipping test iteration; err=%v", serializedKey, keySize, err) } aesGCMSIV, ok := p.(tink.AEAD) if !ok { t.Fatalf("Primitive(serializedKey=%v): Primitive is not a tink.AEAD", serializedKey) } subtleAESGCMSIV, err := subtle.NewAESGCMSIV(key.GetKeyValue()) if err != nil { t.Fatalf("subtle.NewAESGCMSIV(key.GetKeyValue()) err = %v, want nil", err) } if err := aeadtestutil.EncryptDecrypt(aesGCMSIV, subtleAESGCMSIV); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(aesGCMSIV, subtleAESGCMSIV) err = %v, want nil", err) } if err := aeadtestutil.EncryptDecrypt(subtleAESGCMSIV, aesGCMSIV); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(subtleAESGCMSIV, aesGCMSIV) err = %v, want nil", err) } }) } } func TestKeyManagerGetPrimitiveWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMSIVTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(typeURL=%s): Cannot obtain AES-GCM-SIV key manager; err=%v", testutil.AESGCMSIVTypeURL, err) } // invalid AESGCMSIVKey testKeys := genInvalidAESGCMSIVKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.Primitive(serializedKey); err == nil { t.Errorf("Primitive(serializedKey=%v): Key %d, got err = nil, want err != nil.", serializedKey, i) } } // nil if _, err := keyManager.Primitive(nil); err == nil { t.Errorf("Primitive(serializedKey=nil): Key nil, got err = nil, want err != nil.") } // empty array if _, err := keyManager.Primitive([]byte{}); err == nil { t.Errorf("Primitive(serializedKey=[]): Key empty, got err = nil, want err != nil.") } } func TestKeyManagerNewKeyMultipleTimes(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMSIVTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(typeURL=%s): Cannot obtain AES-GCM-SIV key manager; err=%v", testutil.AESGCMSIVTypeURL, err) } format := testutil.NewAESGCMSIVKeyFormat(32) serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(data=%+v): Failed to serialize key format; err=%v", format, err) } keys := make(map[string]bool) nTest := 26 for i := 0; i < nTest; i++ { key, err := keyManager.NewKey(serializedFormat) if err != nil { t.Errorf("NewKey(serializedKeyFormat=%v): Failed to create new key on iteration %d; err=%v", serializedFormat, i, err) } serializedKey, err := proto.Marshal(key) if err != nil { t.Errorf("proto.Marshal(data=%+v): Failed to serialize key on iteration %d; err=%v", key, i, err) } keys[string(serializedKey)] = true keyData, err := keyManager.NewKeyData(serializedFormat) if err != nil { t.Errorf("NewKeyData(serializedFormat=%v): Failed to create new key data on iteration %d; err=%v", serializedFormat, i, err) } serializedKey = keyData.Value keys[string(serializedKey)] = true } if len(keys) != nTest*2 { t.Errorf("TestKeyManagerNewKeyMultipleTimes(): Got %d unique keys, want %d.", len(keys), nTest*2) } } func TestKeyManagerNewKeyBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMSIVTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(typeURL=%s): Cannot obtain AES-GCM-SIV key manager; err=%v", testutil.AESGCMSIVTypeURL, err) } for _, keySize := range aesGCMSIVKeySizes { format := testutil.NewAESGCMSIVKeyFormat(uint32(keySize)) serializedFormat, err := proto.Marshal(format) if err != nil { t.Errorf("proto.Marshal(data=%+v): Failed to serialize key format for keySize=%d, skipping remainder of test iteration; err=%v", format, keySize, err) continue } m, err := keyManager.NewKey(serializedFormat) if err != nil { t.Errorf("NewKey(serializedKeyFormat=%v): Unexpected error for keySize=%d, skipping remainder of test iteration; err=%v", serializedFormat, keySize, err) continue } key := m.(*gcmsivpb.AesGcmSivKey) if err := validateAESGCMSIVKey(key, format); err != nil { t.Errorf("validateAESGCMSIVKey(key=%v): Error trying to validate key for keySize=%d; err=%v", key, keySize, err) } } } func TestKeyManagerNewKeyWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMSIVTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(typeURL=%s): Cannot obtain AES-GCM-SIV key manager; err=%v", testutil.AESGCMSIVTypeURL, err) } // bad format badFormats := genInvalidAESGCMSIVKeyFormats() for i := 0; i < len(badFormats); i++ { serializedFormat, err := proto.Marshal(badFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.NewKey(serializedFormat); err == nil { t.Errorf("NewKey(serializedKeyFormat=%v): Key %d, got err = nil, want err != nil", serializedFormat, i) } } // nil if _, err := keyManager.NewKey(nil); err == nil { t.Errorf("NewKey(serializedKeyFormat=nil): Key nil, got err = nil, want err != nil") } // empty array if _, err := keyManager.NewKey([]byte{}); err == nil { t.Errorf("NewKey(serializedKeyFormat=[]): Key empty, got err = nil, want err != nil") } } func TestKeyManagerNewKeyDataBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMSIVTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(typeURL=%s): Cannot obtain AES-GCM-SIV key manager; err=%v", testutil.AESGCMSIVTypeURL, err) } for _, keySize := range aesGCMSIVKeySizes { format := testutil.NewAESGCMSIVKeyFormat(uint32(keySize)) serializedFormat, err := proto.Marshal(format) if err != nil { t.Errorf("proto.Marshal(data=%+v): Failed to serialize key format for keySize=%d, skipping remainder of test iteration; err=%v", format, keySize, err) continue } keyData, err := keyManager.NewKeyData(serializedFormat) if err != nil { t.Errorf("NewKeyData(serializedKeyFormat=%v): Failed to create keyData for keySize=%d, skipping remainder of test iteration; err=%v", serializedFormat, keySize, err) continue } if keyData.TypeUrl != testutil.AESGCMSIVTypeURL { t.Errorf("NewKeyData(serializedKeyFormat=%v): Incorrect type url for keySize=%d, got %s, want %s.", serializedFormat, keySize, keyData.TypeUrl, testutil.AESGCMSIVTypeURL) } if keyData.KeyMaterialType != tinkpb.KeyData_SYMMETRIC { t.Errorf("NewKeyData(serializedKeyFormat=%v): Incorrect key material type for keySize=%d, got %d, want %d.", serializedFormat, keySize, keyData.KeyMaterialType, tinkpb.KeyData_SYMMETRIC) } key := new(gcmsivpb.AesGcmSivKey) if err := proto.Unmarshal(keyData.Value, key); err != nil { t.Errorf("proto.Unmarshal(data=%v): Failed to load keyData into key for keySize=%d, skipping remainder of test iteration; err=%v", keyData.Value, keySize, err) continue } if err := validateAESGCMSIVKey(key, format); err != nil { t.Errorf("validateAESGCMSIVKey(key=%v): Failed to validate key for keySize=%d; err=%v", key, keySize, err) } p, err := registry.PrimitiveFromKeyData(keyData) if err != nil { t.Errorf("registry.PrimitiveFromKeyData(keyData) err = %v, want nil", err) } aesGCMSIV, ok := p.(tink.AEAD) if !ok { t.Error("registry.PrimitiveFromKeyData(keyData) not a tink.AEAD") continue } subtleAESGCMSIV, err := subtle.NewAESGCMSIV(key.GetKeyValue()) if err != nil { t.Errorf("subtle.NewAESGCMSIV(key.GetKeyValue()) err = %v, want nil", err) continue } if err := aeadtestutil.EncryptDecrypt(aesGCMSIV, subtleAESGCMSIV); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(aesGCMSIV, subtleAESGCMSIV) err = %v, want nil", err) } if err := aeadtestutil.EncryptDecrypt(subtleAESGCMSIV, aesGCMSIV); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(subtleAESGCMSIV, aesGCMSIV) err = %v, want nil", err) } } } func TestKeyManagerNewKeyDataWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMSIVTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(typeURL=%s): Cannot obtain AES-GCM-SIV key manager; err=%v", testutil.AESGCMSIVTypeURL, err) } badFormats := genInvalidAESGCMSIVKeyFormats() for i := 0; i < len(badFormats); i++ { serializedFormat, err := proto.Marshal(badFormats[i]) if err != nil { t.Errorf("proto.Marshal(data=%+v): Key %d, failed to serialize key format, skipping remainder of test iteration; err=%v", badFormats[i], i, err) continue } if _, err := keyManager.NewKeyData(serializedFormat); err == nil { t.Errorf("NewKeyData(serializedKeyFormat=%v): Key %d, got err = nil, want err != nil.", serializedFormat, i) } } // nil input if _, err := keyManager.NewKeyData(nil); err == nil { t.Errorf("NewKeyData(serializedKeyFormat=nil): Key nil, got err = nil, want err != nil") } // empty input if _, err := keyManager.NewKeyData([]byte{}); err == nil { t.Errorf("NewKeyData(serializedKeyFormat=[]): Key empty, got err = nil, want err != nil") } } func TestKeyManagerDoesSupport(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMSIVTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(typeURL=%s): Cannot obtain AES-GCM-SIV key manager; err=%v", testutil.AESGCMSIVTypeURL, err) } if !keyManager.DoesSupport(testutil.AESGCMSIVTypeURL) { t.Errorf("DoesSupport(typeURL=%s): got false, want true", testutil.AESGCMSIVTypeURL) } if keyManager.DoesSupport("some bad type") { t.Errorf("DoesSupport(typeURL=\"some bad type\"): got true, want false") } } func TestKeyManagerTypeURL(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMSIVTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(typeURL=%s): Cannot obtain AES-GCM-SIV key manager; err=%v", testutil.AESGCMSIVTypeURL, err) } if keyManager.TypeURL() != testutil.AESGCMSIVTypeURL { t.Errorf("GetKeyManager(%s): Incorrect key type for key manager, got %s, want %s.", testutil.AESGCMSIVTypeURL, keyManager.TypeURL(), testutil.AESGCMSIVTypeURL) } } func genInvalidAESGCMSIVKeys() []proto.Message { return []proto.Message{ // not a AESGCMSIVKey testutil.NewAESGCMSIVKeyFormat(32), // bad key size testutil.NewAESGCMSIVKey(testutil.AESGCMSIVKeyVersion, 17), testutil.NewAESGCMSIVKey(testutil.AESGCMSIVKeyVersion, 25), testutil.NewAESGCMSIVKey(testutil.AESGCMSIVKeyVersion, 33), // bad version testutil.NewAESGCMSIVKey(testutil.AESGCMSIVKeyVersion+1, 16), } } func genInvalidAESGCMSIVKeyFormats() []proto.Message { return []proto.Message{ // not AESGCMSIVKeyFormat testutil.NewAESGCMSIVKey(testutil.AESGCMSIVKeyVersion, 16), // invalid key size testutil.NewAESGCMSIVKeyFormat(uint32(15)), testutil.NewAESGCMSIVKeyFormat(uint32(23)), testutil.NewAESGCMSIVKeyFormat(uint32(31)), } } func validateAESGCMSIVKey(key *gcmsivpb.AesGcmSivKey, format *gcmsivpb.AesGcmSivKeyFormat) error { if uint32(len(key.KeyValue)) != format.KeySize { return fmt.Errorf("incorrect key size, got %d, want %d", uint32(len(key.KeyValue)), format.KeySize) } if key.Version != testutil.AESGCMSIVKeyVersion { return fmt.Errorf("incorrect key version, got %d, want %d", key.Version, testutil.AESGCMSIVKeyVersion) } // Try to encrypt and decrypt random data. p, err := subtle.NewAESGCMSIV(key.KeyValue) if err != nil { return fmt.Errorf("subtle.NewAESGCMSIV(key=%v): Invalid key; err=%v", key.KeyValue, err) } return aeadtestutil.EncryptDecrypt(p, p) } ================================================ FILE: aead/aesgcmsiv/key_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmsiv_test import ( "bytes" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/aesgcmsiv" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) var ( key128Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, } key256Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, } ) func TestNewParametersInvalidKeySize(t *testing.T) { for _, keySize := range []int{1, 15, 17, 31, 33} { if _, err := aesgcmsiv.NewParameters(keySize, aesgcmsiv.VariantTink); err == nil { t.Errorf("aesgcmsiv.NewParameters(%v, %v) err = nil, want error", keySize, aesgcmsiv.VariantTink) } } } func TestNewParametersInvalidVariant(t *testing.T) { if _, err := aesgcmsiv.NewParameters(16, aesgcmsiv.VariantUnknown); err == nil { t.Errorf("aesgcmsiv.NewParameters(%v, %v) err = nil, want error", 16, aesgcmsiv.VariantUnknown) } } func TestNewKeyFailsIfParametersIsNil(t *testing.T) { keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) err = %v, want nil", err) } if _, err := aesgcmsiv.NewKey(keyBytes, 123, nil); err == nil { t.Errorf("aesgcmsiv.NewKey(keyBytes, 123, nil) err = nil, want error") } } func TestNewKeyFailsIfKeySizeIsDifferentThanParameters(t *testing.T) { for _, tc := range []struct { name string keyBytes secretdata.Bytes keySize int variant aesgcmsiv.Variant }{ { name: "key size is 16 but parameters is 32", keyBytes: secretdata.NewBytesFromData(key128Bits, insecuresecretdataaccess.Token{}), keySize: 32, variant: aesgcmsiv.VariantTink, }, { name: "key size is 32 but parameters is 16", keyBytes: secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}), keySize: 16, variant: aesgcmsiv.VariantTink, }, } { t.Run(tc.name, func(t *testing.T) { params, err := aesgcmsiv.NewParameters(tc.keySize, tc.variant) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", tc.keySize, tc.variant, err) } if _, err := aesgcmsiv.NewKey(tc.keyBytes, 123, params); err == nil { t.Errorf("aesgcmsiv.NewKey(%v, 123, %v) err = nil, want error", tc.keyBytes, params) } }) } } // TestNewKeyFailsIfInvalidParams tests that NewKey fails if the parameters are invalid. // // The only way to create invalid parameters is to create a struct literal with default // values. func TestNewKeyFailsIfInvalidParams(t *testing.T) { keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) err = %v, want nil", err) } params := &aesgcmsiv.Parameters{} if _, err := aesgcmsiv.NewKey(keyBytes, 123, params); err == nil { t.Errorf("aesgcmsiv.NewKey(keyBytes, 123, nil) err = nil, want error") } } func TestNewKeyFailsIfNoPrefixAndIDIsNotZero(t *testing.T) { params, err := aesgcmsiv.NewParameters(16, aesgcmsiv.VariantNoPrefix) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", 16, aesgcmsiv.VariantNoPrefix, err) } keyBytes := secretdata.NewBytesFromData(key128Bits, insecuresecretdataaccess.Token{}) if _, err := aesgcmsiv.NewKey(keyBytes, 123, params); err == nil { t.Errorf("aesgcmsiv.NewKey(keyBytes, 123, %v) err = nil, want error", params) } } func TestOutputPrefix(t *testing.T) { for _, test := range []struct { name string variant aesgcmsiv.Variant id uint32 want []byte }{ { name: "Tink", variant: aesgcmsiv.VariantTink, id: uint32(0x01020304), want: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "Crunchy", variant: aesgcmsiv.VariantCrunchy, id: uint32(0x01020304), want: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "No prefix", variant: aesgcmsiv.VariantNoPrefix, id: 0, want: nil, }, } { t.Run(test.name, func(t *testing.T) { params, err := aesgcmsiv.NewParameters(32, test.variant) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(32, %v) err = %v, want nil", test.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytes(32fNewBytesFromRand() err = %v, want nil", err) } key, err := aesgcmsiv.NewKey(keyBytes, test.id, params) if err != nil { t.Fatalf("aesgcmsiv.NewKey(keyBytes, %v, %v) err = %v, want nil", test.id, params, err) } if got := key.OutputPrefix(); !bytes.Equal(got, test.want) { t.Errorf("params.OutputPrefix() = %v, want %v", got, test.want) } }) } } func TestNewParametersWorks(t *testing.T) { for _, test := range []struct { name string keySize int variant aesgcmsiv.Variant }{ { name: "128-bit key with Tink prefix", keySize: 16, variant: aesgcmsiv.VariantTink, }, { name: "128-bit key with Crunchy prefix", keySize: 16, variant: aesgcmsiv.VariantCrunchy, }, { name: "128-bit key with NoPrefix prefix", keySize: 16, variant: aesgcmsiv.VariantNoPrefix, }, { name: "256-bit key with Tink prefix", keySize: 32, variant: aesgcmsiv.VariantTink, }, { name: "256-bit key with Crunchy prefix", keySize: 32, variant: aesgcmsiv.VariantCrunchy, }, { name: "256-bit key with NoPrefix prefix", keySize: 32, variant: aesgcmsiv.VariantNoPrefix, }, } { t.Run(test.name, func(t *testing.T) { params, err := aesgcmsiv.NewParameters(test.keySize, test.variant) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", test.keySize, test.variant, err) } if params.HasIDRequirement() != (test.variant != aesgcmsiv.VariantNoPrefix) { t.Errorf("params.HasIDRequirement() = %v, want %v", params.HasIDRequirement(), (test.variant != aesgcmsiv.VariantNoPrefix)) } if params.KeySizeInBytes() != test.keySize { t.Errorf("params.KeySizeInBytes()() = %v, want %v", params.KeySizeInBytes(), test.keySize) } if params.Variant() != test.variant { t.Errorf("params.Variant() = %v, want %v", params.Variant(), test.variant) } otherParams, err := aesgcmsiv.NewParameters(test.keySize, test.variant) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", test.keySize, test.variant, err) } if !params.Equal(otherParams) { t.Errorf("params.Equal(otherParams) = %v, want true", params.Equal(otherParams)) } }) } } func TestParametersEqualFalseIfDifferent(t *testing.T) { for _, test := range []struct { name string key1Size int key1Variant aesgcmsiv.Variant key2Size int key2Variant aesgcmsiv.Variant }{ { name: "different key size", key1Size: 16, key1Variant: aesgcmsiv.VariantTink, key2Size: 32, key2Variant: aesgcmsiv.VariantTink, }, { name: "different prefix variant", key1Size: 16, key1Variant: aesgcmsiv.VariantCrunchy, key2Size: 16, key2Variant: aesgcmsiv.VariantTink, }, } { t.Run(test.name, func(t *testing.T) { params1, err := aesgcmsiv.NewParameters(test.key1Size, test.key1Variant) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", test.key1Size, test.key1Variant, err) } params2, err := aesgcmsiv.NewParameters(test.key2Size, test.key2Variant) if err != nil { t.Errorf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", test.key2Size, test.key2Variant, err) } if params1.Equal(params2) { t.Errorf("params.Equal(params2) = %v, want false", params1.Equal(params2)) } }) } } type TestKey struct { name string keySize int id uint32 key []byte variant aesgcmsiv.Variant } func TestNewKeyWorks(t *testing.T) { for _, test := range []TestKey{ { name: "128-bit key with Tink prefix", keySize: 16, id: 1, key: key128Bits, variant: aesgcmsiv.VariantTink, }, { name: "128-bit key with Crunchy prefix", keySize: 16, id: 1, key: key128Bits, variant: aesgcmsiv.VariantCrunchy, }, { name: "128-bit key with NoPrefix prefix", keySize: 16, id: 0, key: key128Bits, variant: aesgcmsiv.VariantNoPrefix, }, { name: "256-bit key with Tink prefix", keySize: 32, id: 1, key: key256Bits, variant: aesgcmsiv.VariantTink, }, { name: "256-bit key with Crunchy prefix", keySize: 32, id: 1, key: key256Bits, variant: aesgcmsiv.VariantCrunchy, }, { name: "256-bit key with NoPrefix prefix", keySize: 32, id: 0, key: key256Bits, variant: aesgcmsiv.VariantNoPrefix, }, } { t.Run(test.name, func(t *testing.T) { params, err := aesgcmsiv.NewParameters(test.keySize, test.variant) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", test.keySize, test.variant, err) } keyBytes := secretdata.NewBytesFromData(test.key, insecuresecretdataaccess.Token{}) // Create two keys with the same parameters and key bytes. key1, err := aesgcmsiv.NewKey(keyBytes, test.id, params) if err != nil { t.Fatalf("aesgcmsiv.NewKey(keyBytes, %v, %v) err = %v, want nil", test.id, params, err) } if !key1.Parameters().Equal(params) { t.Errorf("key1.Parameters() = %v, want %v", key1.Parameters(), params) } key1Bytes := key1.KeyBytes() if !keyBytes.Equal(key1Bytes) { t.Errorf("keyBytes.Equal(key1Bytes) = false, want true") } keyID1, required := key1.IDRequirement() if wantRequired := test.variant != aesgcmsiv.VariantNoPrefix; required != wantRequired { t.Errorf("required = %v, want %v", required, wantRequired) } wantID := test.id if !required { wantID = 0 } if keyID1 != wantID { t.Errorf("keyID1 = %v, want %v", keyID1, wantID) } key2, err := aesgcmsiv.NewKey(keyBytes, keyID1, params) if err != nil { t.Fatalf("aesgcmsiv.NewKey(keyBytes, %v, %v) err = %v, want nil", keyID1, params, err) } // Test Equal. if !key1.Equal(key2) { t.Errorf("key1.Equal(key2) = %v, want true", key1.Equal(key2)) } }) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestKeyEqual_FalseIfDifferentType(t *testing.T) { params, err := aesgcmsiv.NewParameters(32, aesgcmsiv.VariantTink) if err != nil { t.Fatalf("aesgcmsiv.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}) key, err := aesgcmsiv.NewKey(keyBytes, 1234, params) if err != nil { t.Fatalf("aesgcmsiv.NewKey() err = %v, want nil", err) } if key.Equal(&stubKey{}) { t.Errorf("key.Equal(&stubKey{}) = true, want false") } } func TestKeyEqualReturnsFalseIfDifferent(t *testing.T) { for _, test := range []struct { name string first TestKey second TestKey }{ { name: "different key size", first: TestKey{ keySize: 16, variant: aesgcmsiv.VariantTink, key: key128Bits, id: 0x01, }, second: TestKey{ keySize: 32, variant: aesgcmsiv.VariantTink, key: key256Bits, id: 0x01, }, }, { name: "different prefix variant", first: TestKey{ keySize: 16, variant: aesgcmsiv.VariantTink, key: key128Bits, id: 0x01, }, second: TestKey{ keySize: 16, variant: aesgcmsiv.VariantCrunchy, key: key128Bits, id: 0x01, }, }, { name: "different key IDs", first: TestKey{ keySize: 16, variant: aesgcmsiv.VariantTink, key: key128Bits, id: 0x01, }, second: TestKey{ keySize: 16, variant: aesgcmsiv.VariantTink, key: key128Bits, id: 0x02, }, }, { name: "different key bytes", first: TestKey{ keySize: 16, variant: aesgcmsiv.VariantCrunchy, key: key128Bits, id: 0x01, }, second: TestKey{ keySize: 16, variant: aesgcmsiv.VariantCrunchy, key: []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x09, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, }, id: 0x01, }, }, } { t.Run(test.name, func(t *testing.T) { firstParams, err := aesgcmsiv.NewParameters(test.first.keySize, test.first.variant) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", test.first.keySize, test.first.variant, err) } firstKeyBytes := secretdata.NewBytesFromData(test.first.key, insecuresecretdataaccess.Token{}) firstKey, err := aesgcmsiv.NewKey(firstKeyBytes, test.first.id, firstParams) if err != nil { t.Fatalf("aesgcmsiv.NewKey(firstKeyBytes, %v, %v) err = %v, want nil", test.first.id, firstParams, err) } secondParams, err := aesgcmsiv.NewParameters(test.second.keySize, test.second.variant) if err != nil { t.Fatalf("aesgcmsiv.NewParameters(%v, %v) err = %v, want nil", test.second.keySize, test.second.variant, err) } secondKeyBytes := secretdata.NewBytesFromData(test.second.key, insecuresecretdataaccess.Token{}) secondKey, err := aesgcmsiv.NewKey(secondKeyBytes, test.second.id, secondParams) if err != nil { t.Fatalf("aesgcmsiv.NewKey(secondKeyBytes, %v, %v) err = %v, want nil", test.second.id, secondParams, err) } if firstKey.Equal(secondKey) { t.Errorf("firstKey.Equal(secondKey) = true, want false") } }) } } func TestKeyCreator(t *testing.T) { params, err := aesgcmsiv.NewParameters(16, aesgcmsiv.VariantTink) if err != nil { t.Fatalf("aesgcmsiv.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 123) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 123) err = %v, want nil", params, err) } aesGCMSIVKey, ok := key.(*aesgcmsiv.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 123) returned key of type %T, want %T", params, key, (*aesgcmsiv.Key)(nil)) } idRequirement, hasIDRequirement := aesGCMSIVKey.IDRequirement() if !hasIDRequirement || idRequirement != 123 { t.Errorf("aesGCMSIVKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if got := aesGCMSIVKey.KeyBytes().Len(); got != params.KeySizeInBytes() { t.Errorf("aesGCMSIVKey.KeyBytes().Len() = %d, want 32", aesGCMSIVKey.KeyBytes().Len()) } if diff := cmp.Diff(aesGCMSIVKey.Parameters(), params); diff != "" { t.Errorf("aesGCMSIVKey.Parameters() diff (-want +got):\n%s", diff) } } ================================================ FILE: aead/aesgcmsiv/protoserialization.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmsiv import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" aesgcmsivpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_siv_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // protoVersion is the accepted [aesgcmsivpb.AesGcmSivKey] proto version. // // Currently, only version 0 is supported; other versions are rejected. protoVersion = 0 typeURL = "type.googleapis.com/google.crypto.tink.AesGcmSivKey" ) type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want *aesgcmsiv.Key", key) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualKey.parameters.Variant()) if err != nil { return nil, err } keyBytes := actualKey.KeyBytes() protoKey := &aesgcmsivpb.AesGcmSivKey{ KeyValue: keyBytes.Data(insecuresecretdataaccess.Token{}), Version: protoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := actualKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY, tinkpb.OutputPrefixType_LEGACY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %v, want %v", keyData.GetTypeUrl(), typeURL) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { return nil, fmt.Errorf("invalid key material type: got %v, want %v", keyData.GetKeyMaterialType(), tinkpb.KeyData_SYMMETRIC) } protoKey := new(aesgcmsivpb.AesGcmSivKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != protoVersion { return nil, fmt.Errorf("unsupported version: got %v, want %v", protoKey.GetVersion(), protoVersion) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } keySizeInBytes := len(protoKey.GetKeyValue()) params, err := NewParameters(keySizeInBytes, variant) if err != nil { return nil, err } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) // keySerialization.IDRequirement() returns zero if the key doesn't have a // key requirement. keyID, _ := keySerialization.IDRequirement() return NewKey(keyMaterial, keyID, params) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *aesgcmsiv.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } format := &aesgcmsivpb.AesGcmSivKeyFormat{ KeySize: uint32(actualParameters.KeySizeInBytes()), } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } format := new(aesgcmsivpb.AesGcmSivKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("unsupported aesgcmsivpb.AesGcmSivKeyFormat version: got %q, want %q", format.GetVersion(), 0) } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } return NewParameters(int(format.GetKeySize()), variant) } ================================================ FILE: aead/aesgcmsiv/protoserialization_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmsiv import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" aesgcmsivpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_siv_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestParseKeyFails(t *testing.T) { key := aesgcmsivpb.AesGcmSivKey{ Version: 0, KeyValue: []byte("1234567890123456"), } serializedKey, err := proto.Marshal(&key) if err != nil { t.Fatalf("proto.Marshal(key) err = %v, want nil", err) } keyWithInvalidSize := aesgcmsivpb.AesGcmSivKey{ Version: 0, KeyValue: []byte("0123"), } serializedKeyWithInvalidSize, err := proto.Marshal(&keyWithInvalidSize) if err != nil { t.Fatalf("proto.Marshal(keyWithInvalidSize) err = %v, want nil", err) } keyWithInvalidVersion := aesgcmsivpb.AesGcmSivKey{ Version: 1, KeyValue: []byte("1234567890123456"), } serializedKeyWithInvalidVersion, err := proto.Marshal(&keyWithInvalidVersion) if err != nil { t.Fatalf("proto.Marshal(keyWithInvalidVersion) err = %v, want nil", err) } for _, tc := range []struct { name string keyData *tinkpb.KeyData outputPrefixType tinkpb.OutputPrefixType keyID uint32 }{ { name: "key data is nil", keyData: nil, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "wrong type URL", keyData: &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid AES-GCM-SIV key size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: serializedKeyWithInvalidSize, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid AES-GCM-SIV key proto serialization", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid AES-GCM-SIV key version", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: serializedKeyWithInvalidVersion, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key material type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid output prefix type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, keyID: 12345, }, } { t.Run(tc.name, func(t *testing.T) { p := &keyParser{} keySerialization, err := protoserialization.NewKeySerialization(tc.keyData, tc.outputPrefixType, tc.keyID) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", tc.keyData, tc.outputPrefixType, tc.keyID, err) } if _, err := p.ParseKey(keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", keySerialization) } }) } } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParseKey(t *testing.T) { protoKey := aesgcmsivpb.AesGcmSivKey{ Version: 0, KeyValue: []byte("1234567890123456"), } serializedKey, err := proto.Marshal(&protoKey) if err != nil { t.Fatalf("proto.Marshal(protoKey) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantVariant Variant }{ { name: "key with TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: VariantTink, }, { name: "key with CRUNCHY output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), wantVariant: VariantCrunchy, }, { name: "key with RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { keySizeInBytes := len(protoKey.GetKeyValue()) wantParams, err := NewParameters(keySizeInBytes, tc.wantVariant) if err != nil { t.Fatalf("NewParameters(%v, %v) err = %v, want nil", keySizeInBytes, tc.wantVariant, err) } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) keyID := uint32(0) if tc.wantVariant != VariantNoPrefix { keyID = 12345 } wantKey, err := NewKey(keyMaterial, keyID, wantParams) if err != nil { t.Fatalf("NewKey(keyMaterial, %v, wantParams) err = %v, want nil", keyID, err) } p := &keyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if !gotKey.Equal(wantKey) { t.Errorf("key.Equal(wantKey) = false, want true") } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type testKey struct { keyBytes []byte id uint32 params testParams } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*testKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *testKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } func TestSerializeKeyFails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "key is nil", key: nil, }, { name: "key is not an AES-GCM-SIV key", key: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { aesGCMSerializer := &keySerializer{} _, err := aesGCMSerializer.SerializeKey(tc.key) if err == nil { t.Errorf("protoserialization.SerializeKey(&testKey{}) err = nil, want non-nil") } }) } } func TestSerializeKey(t *testing.T) { protoKey := aesgcmsivpb.AesGcmSivKey{ Version: 0, KeyValue: []byte("1234567890123456"), } serializedProtoKey, err := proto.Marshal(&protoKey) if err != nil { t.Fatalf("proto.Marshal(&protoKey) err = %v, want nil", err) } for _, tc := range []struct { name string variant Variant wantKeySerialization *protoserialization.KeySerialization }{ { name: "key with TINK output prefix type", variant: VariantTink, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "key with CRUNCHY output prefix type", variant: VariantCrunchy, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), }, { // No key ID is set for keys with no prefix. name: "key with RAW output prefix type", variant: VariantNoPrefix, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { params, err := NewParameters(16, tc.variant) if err != nil { t.Fatalf("NewParameters(16, %v) err = %v, want nil", tc.variant, err) } secretKey := secretdata.NewBytesFromData([]byte("1234567890123456"), insecuresecretdataaccess.Token{}) keyID := uint32(0) if tc.variant != VariantNoPrefix { keyID = 12345 } key, err := NewKey(secretKey, keyID, params) if err != nil { t.Fatalf("NewKey(secretKey, %v, params) err = %v, want nil", keyID, err) } aesGCMSerializer := &keySerializer{} got, err := aesGCMSerializer.SerializeKey(key) if err != nil { t.Fatalf("protoserialization.SerializeKey(&testKey{}) err = %v, want nil", err) } if !got.Equal(tc.wantKeySerialization) { t.Errorf("got.Equal(tc.wantKeySerialization) = false, want true") } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "struct literal", parameters: &Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} if _, err := serializer.Serialize(tc.parameters); err == nil { t.Errorf("serializer.Serialize(%v) err = nil, want error", tc.parameters) } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, keySizeInBytes uint32) *tinkpb.KeyTemplate { t.Helper() format := &aesgcmsivpb.AesGcmSivKeyFormat{ KeySize: keySizeInBytes, } serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", format, err) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", OutputPrefixType: outputPrefixType, Value: serializedFormat, } } type parametersSerializationTestCase struct { name string parameters *Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateParametersTestParameters(t *testing.T) []parametersSerializationTestCase { tcs := []parametersSerializationTestCase{} for _, keySize := range []int{16, 32} { for _, variantAndPrefix := range []struct { variant Variant outputPrefixType tinkpb.OutputPrefixType }{ {variant: VariantTink, outputPrefixType: tinkpb.OutputPrefixType_TINK}, {variant: VariantCrunchy, outputPrefixType: tinkpb.OutputPrefixType_CRUNCHY}, {variant: VariantNoPrefix, outputPrefixType: tinkpb.OutputPrefixType_RAW}, } { params, err := NewParameters(keySize, variantAndPrefix.variant) if err != nil { t.Fatalf("NewParameters(%v, %v) err = %v, want nil", keySize, variantAndPrefix.variant, err) } tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("AES%d-GCM-SIV-%s", keySize*8, variantAndPrefix.variant), parameters: params, keyTemplate: mustCreateKeyTemplate(t, variantAndPrefix.outputPrefixType, uint32(keySize)), }) } } return tcs } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "empty", keyTemplate: &tinkpb.KeyTemplate{}, }, { name: "empty format", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: mustMarshal(t, &aesgcmsivpb.AesGcmSivKeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid format type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: []byte("invalid format"), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "wrong type URL", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustMarshal(t, &aesgcmsivpb.AesGcmSivKeyFormat{ KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid version", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: mustMarshal(t, &aesgcmsivpb.AesGcmSivKeyFormat{ KeySize: 16, Version: 1, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid key size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: mustMarshal(t, &aesgcmsivpb.AesGcmSivKeyFormat{ KeySize: 10, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmSivKey", Value: mustMarshal(t, &aesgcmsivpb.AesGcmSivKeyFormat{ KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: aead/chacha20poly1305/aead.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package chacha20poly1305 import ( "bytes" "crypto/cipher" "fmt" "math" "golang.org/x/crypto/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/random" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) type fullAEAD struct { rawAEAD cipher.AEAD prefix []byte variant Variant } var _ tink.AEAD = (*fullAEAD)(nil) func newAEAD(key *Key) (tink.AEAD, error) { if want, got := key.KeyBytes().Len(), chacha20poly1305.KeySize; want != got { return nil, fmt.Errorf("chacha20_poly1305: bad key length: got %d, want %d", got, want) } rawAEAD, err := chacha20poly1305.New(key.KeyBytes().Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("chacha20_poly1305: failed to create AEAD, error: %v", err) } return &fullAEAD{ rawAEAD: rawAEAD, prefix: key.OutputPrefix(), variant: key.parameters.Variant(), }, nil } // Encrypt encrypts plaintext with associatedData. func (ca *fullAEAD) Encrypt(plaintext []byte, associatedData []byte) ([]byte, error) { maxPlaintextLength := math.MaxInt - len(ca.prefix) - chacha20poly1305.NonceSize - chacha20poly1305.Overhead if len(plaintext) > maxPlaintextLength { return nil, fmt.Errorf("chacha20_poly1305: plaintext too long: got %d, want at most %d", len(plaintext), maxPlaintextLength) } ciphertext := make([]byte, len(ca.prefix)+chacha20poly1305.NonceSize, len(ca.prefix)+chacha20poly1305.NonceSize+len(plaintext)+chacha20poly1305.Overhead) copy(ciphertext, ca.prefix) nonce := ciphertext[len(ca.prefix):] random.MustRand(nonce) return ca.rawAEAD.Seal(ciphertext, nonce, plaintext, associatedData), nil } // Decrypt decrypts ciphertext with associatedData. func (ca *fullAEAD) Decrypt(ciphertext []byte, associatedData []byte) ([]byte, error) { if !bytes.HasPrefix(ciphertext, ca.prefix) { return nil, fmt.Errorf("chacha20_poly1305: ciphertext has invalid prefix") } ciphertextNoPrefix := ciphertext[len(ca.prefix):] minCiphertextLength := chacha20poly1305.NonceSize + chacha20poly1305.Overhead if len(ciphertextNoPrefix) < minCiphertextLength { return nil, fmt.Errorf("chacha20_poly1305: ciphertext is too short: got %d, want at least %d", len(ciphertextNoPrefix), minCiphertextLength) } nonce := ciphertextNoPrefix[:chacha20poly1305.NonceSize] ciphertextAndTag := ciphertextNoPrefix[chacha20poly1305.NonceSize:] plaintext, err := ca.rawAEAD.Open(nil, nonce, ciphertextAndTag, associatedData) if err != nil { return nil, err } return plaintext, nil } func primitiveConstructor(key key.Key) (any, error) { that, ok := key.(*Key) if !ok { return nil, fmt.Errorf("key is not a *chacha20poly1305.Key") } return newAEAD(that) } ================================================ FILE: aead/chacha20poly1305/aead_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package chacha20poly1305 import ( "bytes" "encoding/hex" "slices" "testing" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestEncryptDecrypt(t *testing.T) { for _, tc := range []struct { name string variant Variant idRequirement uint32 wantPrefix []byte }{ { name: "TINK", variant: VariantTink, idRequirement: 0x11223344, wantPrefix: []byte{cryptofmt.TinkStartByte, 0x11, 0x22, 0x33, 0x44}, }, { name: "CRUNCHY", variant: VariantCrunchy, idRequirement: 0x11223344, wantPrefix: []byte{cryptofmt.LegacyStartByte, 0x11, 0x22, 0x33, 0x44}, }, } { t.Run(tc.name, func(t *testing.T) { params, err := NewParameters(tc.variant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) err = %v, want nil", err) } key, err := NewKey(keyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } aead, err := newAEAD(key) if err != nil { t.Fatalf("newAEAD() err = %v, want nil", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := aead.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("aead.Encrypt(%v, %v) err = %v, want nil", plaintext, associatedData, err) } if got, want := ciphertext[:len(tc.wantPrefix)], tc.wantPrefix; !bytes.Equal(got, want) { t.Errorf("ciphertext has wrong prefix: got %x, want %x", got, want) } decrypted, err := aead.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("aead.Decrypt(%x, %x) err = %v, want nil", ciphertext, associatedData, err) } if got, want := decrypted, plaintext; !bytes.Equal(got, want) { t.Errorf("aead.Decrypt(%x, %x) = %x, want %x", ciphertext, associatedData, got, want) } }) } } func TestDecryptFailsCiphertextTooShort(t *testing.T) { for _, tc := range []struct { name string variant Variant idRequirement uint32 wantPrefix []byte }{ { name: "TINK", variant: VariantTink, idRequirement: 0x11223344, wantPrefix: []byte{cryptofmt.TinkStartByte, 0x11, 0x22, 0x33, 0x44}, }, { name: "CRUNCHY", variant: VariantCrunchy, idRequirement: 0x11223344, wantPrefix: []byte{cryptofmt.LegacyStartByte, 0x11, 0x22, 0x33, 0x44}, }, } { t.Run(tc.name, func(t *testing.T) { params, err := NewParameters(tc.variant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) err = %v, want nil", err) } key, err := NewKey(keyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } aead, err := newAEAD(key) if err != nil { t.Fatalf("newAEAD() err = %v, want nil", err) } plaintext := []byte{} associatedData := []byte("associatedData") ciphertext, err := aead.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("aead.Encrypt(%v, %v) err = %v, want nil", plaintext, associatedData, err) } for l := 0; l < len(ciphertext)-1; l++ { if _, err := aead.Decrypt(ciphertext[:l], associatedData); err == nil { t.Errorf("aead.Decrypt(%x, %x) err = nil, want error", ciphertext, associatedData) } } }) } } func TestDecryptFailsWithWrongPrefix(t *testing.T) { for _, tc := range []struct { name string variant Variant }{ { name: "TINK", variant: VariantTink, }, { name: "CRUNCHY", variant: VariantCrunchy, }, } { t.Run(tc.name, func(t *testing.T) { params, err := NewParameters(tc.variant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) err = %v, want nil", err) } key, err := NewKey(keyBytes, 0x11223344, params) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } aead, err := newAEAD(key) if err != nil { t.Fatalf("newAEAD() err = %v, want nil", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := aead.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("aead.Encrypt(%v, %v) err = %v, want nil", plaintext, associatedData, err) } // Modify the prefix. prefix := ciphertext[:len(key.OutputPrefix())] for i := 0; i < len(prefix); i++ { modifiedPrefix := slices.Clone(prefix) for j := 0; j < 8; j++ { modifiedPrefix[i] = byte(modifiedPrefix[i] ^ (1 << uint32(j))) s := slices.Concat(modifiedPrefix, ciphertext[len(key.OutputPrefix()):]) if _, err := aead.Decrypt(s, associatedData); err == nil { t.Errorf("aead.Decrypt(%x, %x) err = nil, want error", s, associatedData) } } } }) } } func mustDecodeHex(t *testing.T, hexStr string) []byte { t.Helper() x, err := hex.DecodeString(hexStr) if err != nil { t.Fatalf("hex.DecodeString(%v) err = %v, want nil", hexStr, err) } return x } func TestDecryptCorrectness(t *testing.T) { // Test vectors from // https://github.com/C2SP/wycheproof/blob/b063b4aedae951c69df014cd25fa6d69ae9e8cb9/testvectors/chacha20_poly1305_test.json#L57 key := secretdata.NewBytesFromData(mustDecodeHex(t, "cc56b680552eb75008f5484b4cb803fa5063ebd6eab91f6ab6aef4916a766273"), insecuresecretdataaccess.Token{}) iv := "99e23ec48985bccdeeab60f1" ct := "3a" tag := "cac27dec0968801e9f6eded69d807522" for _, tc := range []struct { name string variant Variant idRequirement uint32 key secretdata.Bytes plaintext []byte associatedData []byte ciphertext []byte }{ { name: "TINK", variant: VariantTink, idRequirement: 0x11223344, key: key, plaintext: mustDecodeHex(t, "2a"), associatedData: mustDecodeHex(t, ""), ciphertext: mustDecodeHex(t, "0111223344"+iv+ct+tag), }, { name: "CRUNCHY", variant: VariantCrunchy, idRequirement: 0x11223344, key: key, plaintext: mustDecodeHex(t, "2a"), associatedData: mustDecodeHex(t, ""), ciphertext: mustDecodeHex(t, "0011223344"+iv+ct+tag), }, { name: "NO_PREFIX", variant: VariantNoPrefix, idRequirement: 0, key: key, plaintext: mustDecodeHex(t, "2a"), associatedData: mustDecodeHex(t, ""), ciphertext: mustDecodeHex(t, iv+ct+tag), }, } { t.Run(tc.name, func(t *testing.T) { params, err := NewParameters(tc.variant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.variant, err) } key, err := NewKey(tc.key, tc.idRequirement, params) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } aead, err := newAEAD(key) if err != nil { t.Fatalf("newAEAD() err = %v, want nil", err) } decrypted, err := aead.Decrypt(tc.ciphertext, tc.associatedData) if err != nil { t.Fatalf("aead.Decrypt(%x, %x) err = %v, want nil", tc.ciphertext, tc.associatedData, err) } if !bytes.Equal(decrypted, tc.plaintext) { t.Errorf("aead.Decrypt(%x, %x) = %v, want %v", tc.ciphertext, tc.associatedData, decrypted, tc.plaintext) } }) } } ================================================ FILE: aead/chacha20poly1305/chacha20poly1305.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package chacha20poly1305 import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" chacha20poly1305pb "github.com/tink-crypto/tink-go/v2/proto/chacha20_poly1305_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func newKeyManager() registry.KeyManager { return legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &chacha20poly1305pb.ChaCha20Poly1305Key{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil }) } // RegisterPrimitiveConstructor accepts a config object and registers the // CHACHA20-POLY1305 AEAD primitive constructor to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(b *config.Builder, t internalapi.Token) error { return b.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t) } func init() { if err := registry.RegisterKeyManager(newKeyManager()); err != nil { panic(fmt.Sprintf("chacha20poly1305.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*Key](&keySerializer{}); err != nil { panic(fmt.Sprintf("chacha20poly1305.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, &keyParser{}); err != nil { panic(fmt.Sprintf("chacha20poly1305.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("chacha20poly1305.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("chacha20poly1305.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("chacha20poly1305.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("chacha20poly1305.init() failed: %v", err)) } } ================================================ FILE: aead/chacha20poly1305/chacha20poly1305_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package chacha20poly1305_test import ( "bytes" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ) func TestGetKeyFromHandle(t *testing.T) { keysetHandle, err := keyset.NewHandle(aead.ChaCha20Poly1305KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.ChaCha20Poly1305KeyTemplate()) err = %v, want nil", err) } entry, err := keysetHandle.Entry(0) if err != nil { t.Fatalf("keysetHandle.Entry(0) err = %v, want nil", err) } key, ok := entry.Key().(*chacha20poly1305.Key) if !ok { t.Errorf("entry.Key() is not a *chacha20poly1305.Key") } expectedParameters, err := chacha20poly1305.NewParameters(chacha20poly1305.VariantTink) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", chacha20poly1305.VariantTink, err) } if !key.Parameters().Equal(expectedParameters) { t.Errorf("key.Parameters().Equal(expectedParameters) = false, want true") } if _, hasIDRequirement := key.IDRequirement(); !hasIDRequirement { t.Errorf("expected ID requirement, got none") } keyBytes := key.KeyBytes() if keyBytes.Len() != 32 { t.Errorf("keyBytes.Len() = %v, want %v", keyBytes.Len(), 32) } } func TestCreateKeysetHandleFromKey(t *testing.T) { keysetHandle, err := keyset.NewHandle(aead.ChaCha20Poly1305KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.ChaCha20Poly1305KeyTemplate()) err = %v, want nil", err) } aeadPrimitive, err := aead.New(keysetHandle) if err != nil { t.Fatalf("aead.New(keysetHandle) err = %v, want nil", err) } plaintext := []byte("plaintext") additionalData := []byte("additionalData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, additionalData, err) } entry, err := keysetHandle.Entry(0) if err != nil { t.Fatalf("keysetHandle.Entry(0) err = %v, want nil", err) } key, ok := entry.Key().(*chacha20poly1305.Key) if !ok { t.Errorf("entry.Key() is not *chacha20poly1305.Key") } // Create a new keyset handle with the same key. manager := keyset.NewManager() keyID, err := manager.AddKey(key) if err != nil { t.Fatalf("manager.AddKey(key) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } newHandle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Get an AEAD primitive from the new handle and decrypt the ciphertext. newAEAD, err := aead.New(newHandle) if err != nil { t.Fatalf("aead.New(newHandle) err = %v, want nil", err) } decrypt, err := newAEAD.Decrypt(ciphertext, additionalData) if err != nil { t.Fatalf("decrypt.New(otherAEADPrimitivce, %v, %v) err = %v, want nil", ciphertext, additionalData, err) } if !bytes.Equal(decrypt, plaintext) { t.Errorf("decrypt = %v, want %v", decrypt, plaintext) } } func TestCreateKeysetHandleFromParameters(t *testing.T) { params, err := chacha20poly1305.NewParameters(chacha20poly1305.VariantTink) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", chacha20poly1305.VariantTink, err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } aeadPrimitive, err := aead.New(handle) if err != nil { t.Fatalf("aead.New(handle) err = %v, want nil", err) } plaintext := []byte("plaintext") additionalData := []byte("additionalData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, additionalData, err) } decrypted, err := aeadPrimitive.Decrypt(ciphertext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Decrypt(%v, %v) err = %v, want nil", ciphertext, additionalData, err) } if !bytes.Equal(decrypted, plaintext) { t.Errorf("decrypted = %v, want %v", decrypted, plaintext) } } func TestRegisterPrimitiveConstructor(t *testing.T) { cb := config.NewBuilder() err := chacha20poly1305.RegisterPrimitiveConstructor(cb, internalapi.Token{}) if err != nil { t.Fatalf("chacha20poly1305.RegisterPrimitiveConstructor() err = %v, want nil", err) } c := cb.Build() params, err := chacha20poly1305.NewParameters(chacha20poly1305.VariantTink) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", chacha20poly1305.VariantTink, err) } key, err := chacha20poly1305.NewKey(secretdata.NewBytesFromData(make([]byte, 32), insecuresecretdataaccess.Token{}), 0x1234, params) if err != nil { t.Fatalf("chacha20poly1305.NewKey() err = %v, want nil", err) } if _, err := c.PrimitiveFromKey(key, internalapi.Token{}); err != nil { t.Errorf("c.PrimitiveFromKey(key) err = %v, want nil", err) } } func mustDecodeHex(t *testing.T, hexStr string) []byte { t.Helper() x, err := hex.DecodeString(hexStr) if err != nil { t.Fatalf("hex.DecodeString(%v) err = %v, want nil", hexStr, err) } return x } func TestGetKeyManager(t *testing.T) { // https://github.com/C2SP/wycheproof/blob/b063b4aedae951c69df014cd25fa6d69ae9e8cb9/testvectors/chacha20_poly1305_test.json#L21 keyBytes := secretdata.NewBytesFromData(mustDecodeHex(t, "808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9f"), insecuresecretdataaccess.Token{}) wantMessage := mustDecodeHex(t, "4c616469657320616e642047656e746c656d656e206f662074686520636c617373206f66202739393a204966204920636f756c64206f6666657220796f75206f6e6c79206f6e652074697020666f7220746865206675747572652c2073756e73637265656e20776f756c642062652069742e") iv := "070000004041424344454647" ct := "d31a8d34648e60db7b86afbc53ef7ec2a4aded51296e08fea9e2b5a736ee62d63dbea45e8ca9671282fafb69da92728b1a71de0a9e060b2905d6a5b67ecd3b3692ddbd7f2d778b8c9803aee328091b58fab324e4fad675945585808b4831d7bc3ff4def08e4b7a9de576d26586cec64b6116" tag := "1ae10b594f09e26a7e902ecbd0600691" ciphertext := mustDecodeHex(t, iv+ct+tag) aad := mustDecodeHex(t, "50515253c0c1c2c3c4c5c6c7") params, err := chacha20poly1305.NewParameters(chacha20poly1305.VariantTink) if err != nil { t.Fatalf("chacha20poly1305.NewParameters() err = %v, want nil", err) } key, err := chacha20poly1305.NewKey(keyBytes, 0x1234, params) if err != nil { t.Fatalf("chacha20poly1305.NewKey() err = %v, want nil", err) } keySerialization, err := protoserialization.SerializeKey(key) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } km, err := registry.GetKeyManager(testutil.ChaCha20Poly1305TypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %v, want nil", err) } km.Primitive(keySerialization.KeyData().GetValue()) // It is expected to ignore the output prefix. primitive, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("GetPrimitive() err = %v, want nil", err) } aead, ok := primitive.(tink.AEAD) if !ok { t.Errorf("GetPrimitive() = %T, want tink.AEAD", primitive) } decrypted, err := aead.Decrypt(ciphertext, aad) if err != nil { t.Fatalf("Decrypt() err = %v, want nil", err) } if !bytes.Equal(decrypted, wantMessage) { t.Errorf("Decrypt() = %v, want %v", decrypted, wantMessage) } } ================================================ FILE: aead/chacha20poly1305/key.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package chacha20poly1305 implements ChaCha20-Poly1305 parameters and key. package chacha20poly1305 import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Variant is the prefix variant of ChaCha20-Poly1305 keys. // // It describes how the prefix of the ciphertext is constructed. For AEAD there // are three options: // // * TINK: prepends '0x01' to the ciphertext. // * CRUNCHY: prepends '0x00' to the ciphertext. // * NO_PREFIX: adds no prefix to the ciphertext. type Variant int const ( // VariantUnknown is the default and invalid value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the ciphertext. VariantTink // VariantCrunchy prefixes '0x00' to the ciphertext. VariantCrunchy // VariantNoPrefix adds no prefix to the ciphertext. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // calculateOutputPrefix calculates the output prefix from keyID. func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantCrunchy: return outputprefix.Legacy(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // Parameters specifies a ChaCha20-Poly1305 key. type Parameters struct { variant Variant } var _ key.Parameters = (*Parameters)(nil) // Variant returns the variant of the key. func (p *Parameters) Variant() Variant { return p.variant } // NewParameters creates a new ChaCha20-Poly1305 Parameters object. func NewParameters(variant Variant) (*Parameters, error) { if variant == VariantUnknown { return nil, fmt.Errorf("chacha20poly1305.Parameters: unsupported variant: %v", variant) } return &Parameters{ variant: variant, }, nil } // HasIDRequirement returns whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal returns whether this Parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.variant == actualParams.variant } // Key represents a ChaCha20-Poly1305 key. type Key struct { keyBytes secretdata.Bytes idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*Key)(nil) // NewKey creates a new ChaCha20-Poly1305 key with key, idRequirement and parameters. func NewKey(keyBytes secretdata.Bytes, idRequirement uint32, parameters *Parameters) (*Key, error) { if parameters == nil { return nil, fmt.Errorf("chacha20poly1305.NewKey: parameters is nil") } if keyBytes.Len() != 32 { return nil, fmt.Errorf("chacha20poly1305.NewKey: key.Len() = %v, want 32", keyBytes.Len()) } if !parameters.HasIDRequirement() && idRequirement != 0 { return nil, fmt.Errorf("chacha20poly1305.NewKey: idRequirement = %v and parameters.HasIDRequirement() = false, want 0", idRequirement) } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("chacha20poly1305.NewKey: %v", err) } return &Key{ keyBytes: keyBytes, idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: parameters, }, nil } // KeyBytes returns the key material. // // This function provides access to partial key material. See // https://developers.google.com/tink/design/access_control#access_of_parts_of_a_key // for more information. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of this key. func (k *Key) Parameters() key.Parameters { return k.parameters } // IDRequirement returns the key ID and whether it is required or not. // // If not required, the returned key ID is not usable. func (k *Key) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix. func (k *Key) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal returns whether this key object is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.Parameters().Equal(that.Parameters()) && k.idRequirement == that.idRequirement && k.keyBytes.Equal(that.keyBytes) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { chaCha20Poly1305Params, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*Parameters)(nil)) } keyBytes, err := secretdata.NewBytesFromRand(uint32(32)) if err != nil { return nil, err } return NewKey(keyBytes, idRequirement, chaCha20Poly1305Params) } ================================================ FILE: aead/chacha20poly1305/key_manager_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package chacha20poly1305_test import ( "fmt" "testing" "golang.org/x/crypto/chacha20poly1305" "google.golang.org/protobuf/proto" aeadtestutil "github.com/tink-crypto/tink-go/v2/aead/internal/testutil" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" "github.com/tink-crypto/tink-go/v2/aead/subtle" cppb "github.com/tink-crypto/tink-go/v2/proto/chacha20_poly1305_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyManagerGetPrimitive(t *testing.T) { km, err := registry.GetKeyManager(testutil.ChaCha20Poly1305TypeURL) if err != nil { t.Fatalf("cannot obtain ChaCha20Poly1305 key manager: %s", err) } m, err := km.NewKey(nil) if err != nil { t.Fatalf("km.NewKey(nil) err = %q, want nil", err) } key, ok := m.(*cppb.ChaCha20Poly1305Key) if !ok { t.Fatalf("m is not a *cppb.ChaCha20Poly1305Key") } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } p, err := km.Primitive(serializedKey) if err != nil { t.Fatalf("km.Primitive(%v) = %v; want nil", serializedKey, err) } aead, ok := p.(tink.AEAD) if !ok { t.Fatalf("km.Primitive(serializedKey) = %T, want tink.AEAD", p) } expectedAEAD, err := subtle.NewChaCha20Poly1305(key.GetKeyValue()) if err != nil { t.Fatalf("subtle.NewChaCha20Poly1305(%v) err = %v, want nil", key.GetKeyValue(), err) } if err := aeadtestutil.EncryptDecrypt(aead, expectedAEAD); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(aead, expectedAEAD) = %v; want nil", err) } if err := aeadtestutil.EncryptDecrypt(expectedAEAD, aead); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(expectedAEAD, aead) = %v; want nil", err) } } func TestKeyManagerGetPrimitiveWithInvalidKeys(t *testing.T) { km, err := registry.GetKeyManager(testutil.ChaCha20Poly1305TypeURL) if err != nil { t.Errorf("cannot obtain ChaCha20Poly1305 key manager: %s", err) } invalidKeys := genInvalidChaCha20Poly1305Keys() for _, key := range invalidKeys { serializedKey, err := proto.Marshal(key) if err != nil { t.Errorf("proto.Marshal() err = %q, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("km.Primitive(%v) = _, nil; want _, err", serializedKey) } } } func TestKeyManagerNewKey(t *testing.T) { km, err := registry.GetKeyManager(testutil.ChaCha20Poly1305TypeURL) if err != nil { t.Errorf("cannot obtain ChaCha20Poly1305 key manager: %s", err) } m, err := km.NewKey(nil) if err != nil { t.Errorf("km.NewKey(nil) = _, %v; want _, nil", err) } key, ok := m.(*cppb.ChaCha20Poly1305Key) if !ok { t.Fatalf("m is not a *cppb.ChaCha20Poly1305Key") } if err := validateChaCha20Poly1305Key(key); err != nil { t.Errorf("validateChaCha20Poly1305Key(%v) = %v; want nil", key, err) } } func TestKeyManagerNewKeyData(t *testing.T) { km, err := registry.GetKeyManager(testutil.ChaCha20Poly1305TypeURL) if err != nil { t.Errorf("cannot obtain ChaCha20Poly1305 key manager: %s", err) } kd, err := km.NewKeyData(nil) if err != nil { t.Errorf("km.NewKeyData(nil) = _, %v; want _, nil", err) } if kd.TypeUrl != testutil.ChaCha20Poly1305TypeURL { t.Errorf("TypeUrl: %v != %v", kd.TypeUrl, testutil.ChaCha20Poly1305TypeURL) } if kd.KeyMaterialType != tinkpb.KeyData_SYMMETRIC { t.Errorf("KeyMaterialType: %v != SYMMETRIC", kd.KeyMaterialType) } key := new(cppb.ChaCha20Poly1305Key) if err := proto.Unmarshal(kd.Value, key); err != nil { t.Errorf("proto.Unmarshal(%v, key) = %v; want nil", kd.Value, err) } if err := validateChaCha20Poly1305Key(key); err != nil { t.Errorf("validateChaCha20Poly1305Key(%v) = %v; want nil", key, err) } p, err := registry.PrimitiveFromKeyData(kd) if err != nil { t.Errorf("registry.PrimitiveFromKeyData(kd) err = %v, want nil", err) } aead, ok := p.(tink.AEAD) if !ok { t.Fatalf("km.Primitive(serializedKey) = %T, want tink.AEAD", p) } expectedAEAD, err := subtle.NewChaCha20Poly1305(key.GetKeyValue()) if err != nil { t.Fatalf("subtle.NewChaCha20Poly1305(%v) err = %v, want nil", key.GetKeyValue(), err) } if err := aeadtestutil.EncryptDecrypt(aead, expectedAEAD); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(aead, expectedAEAD) = %v; want nil", err) } if err := aeadtestutil.EncryptDecrypt(expectedAEAD, aead); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(expectedAEAD, aead) = %v; want nil", err) } } func TestKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testutil.ChaCha20Poly1305TypeURL) if err != nil { t.Errorf("cannot obtain ChaCha20Poly1305 key manager: %s", err) } if !km.DoesSupport(testutil.ChaCha20Poly1305TypeURL) { t.Errorf("ChaCha20Poly1305KeyManager must support %s", testutil.ChaCha20Poly1305TypeURL) } if km.DoesSupport("some bad type") { t.Errorf("ChaCha20Poly1305KeyManager must only support %s", testutil.ChaCha20Poly1305TypeURL) } } func TestKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testutil.ChaCha20Poly1305TypeURL) if err != nil { t.Errorf("cannot obtain ChaCha20Poly1305 key manager: %s", err) } if kt := km.TypeURL(); kt != testutil.ChaCha20Poly1305TypeURL { t.Errorf("km.TypeURL() = %s; want %s", kt, testutil.ChaCha20Poly1305TypeURL) } } func genInvalidChaCha20Poly1305Keys() []*cppb.ChaCha20Poly1305Key { return []*cppb.ChaCha20Poly1305Key{ // Bad key size. &cppb.ChaCha20Poly1305Key{ Version: testutil.ChaCha20Poly1305KeyVersion, KeyValue: random.GetRandomBytes(17), }, &cppb.ChaCha20Poly1305Key{ Version: testutil.ChaCha20Poly1305KeyVersion, KeyValue: random.GetRandomBytes(25), }, &cppb.ChaCha20Poly1305Key{ Version: testutil.ChaCha20Poly1305KeyVersion, KeyValue: random.GetRandomBytes(33), }, // Bad version. &cppb.ChaCha20Poly1305Key{ Version: testutil.ChaCha20Poly1305KeyVersion + 1, KeyValue: random.GetRandomBytes(chacha20poly1305.KeySize), }, } } func validateChaCha20Poly1305Key(key *cppb.ChaCha20Poly1305Key) error { if key.GetVersion() != testutil.ChaCha20Poly1305KeyVersion { return fmt.Errorf("incorrect key version: keyVersion != %d", testutil.ChaCha20Poly1305KeyVersion) } if uint32(len(key.GetKeyValue())) != chacha20poly1305.KeySize { return fmt.Errorf("incorrect key size: keySize != %d", chacha20poly1305.KeySize) } // Try to encrypt and decrypt. p, err := subtle.NewChaCha20Poly1305(key.GetKeyValue()) if err != nil { return fmt.Errorf("subtle.NewChaCha20Poly1305(%v) = _, %v, want _, nil", key.GetKeyValue(), err) } return aeadtestutil.EncryptDecrypt(p, p) } ================================================ FILE: aead/chacha20poly1305/key_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package chacha20poly1305_test import ( "bytes" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) var ( rawKey = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, } ) func TestNewParametersInvalidVariant(t *testing.T) { if _, err := chacha20poly1305.NewParameters(chacha20poly1305.VariantUnknown); err == nil { t.Errorf("chacha20poly1305.NewParameters(chacha20poly1305.VariantUnknown) err = nil, want error") } } func TestOutputPrefix(t *testing.T) { for _, test := range []struct { name string variant chacha20poly1305.Variant id uint32 want []byte }{ { name: "Tink", variant: chacha20poly1305.VariantTink, id: 0x01020304, want: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "Crunchy", variant: chacha20poly1305.VariantCrunchy, id: 0x01020304, want: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "No prefix", variant: chacha20poly1305.VariantNoPrefix, id: 0, want: nil, }, } { t.Run(test.name, func(t *testing.T) { params, err := chacha20poly1305.NewParameters(test.variant) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", test.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytes(32fNewBytesFromRand() err = %v, want nil", err) } key, err := chacha20poly1305.NewKey(keyBytes, test.id, params) if err != nil { t.Fatalf("chacha20poly1305.NewKey(keyBytes, %v, %v) err = %v, want nil", test.id, params, err) } if got := key.OutputPrefix(); !bytes.Equal(got, test.want) { t.Errorf("params.OutputPrefix() = %v, want %v", got, test.want) } }) } } func TestNewParametersWorks(t *testing.T) { for _, test := range []struct { name string variant chacha20poly1305.Variant }{ { name: "TINK", variant: chacha20poly1305.VariantTink, }, { name: "CRUNCHY", variant: chacha20poly1305.VariantCrunchy, }, { name: "RAW", variant: chacha20poly1305.VariantNoPrefix, }, } { t.Run(test.name, func(t *testing.T) { params, err := chacha20poly1305.NewParameters(test.variant) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", test.variant, err) } if params.HasIDRequirement() != (test.variant != chacha20poly1305.VariantNoPrefix) { t.Errorf("params.HasIDRequirement() = %v, want %v", params.HasIDRequirement(), (test.variant != chacha20poly1305.VariantNoPrefix)) } if params.Variant() != test.variant { t.Errorf("params.Variant() = %v, want %v", params.Variant(), test.variant) } // Test equality. otherParams, err := chacha20poly1305.NewParameters(test.variant) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", test.variant, err) } if !params.Equal(otherParams) { t.Errorf("params.Equal(otherParams) = %v, want true", params.Equal(otherParams)) } }) } } func TestParametersEqualFalseIfDifferentVariant(t *testing.T) { for _, test := range []struct { name string key1Variant chacha20poly1305.Variant key2Variant chacha20poly1305.Variant }{ { name: "CRUNCHY vs TINK", key1Variant: chacha20poly1305.VariantCrunchy, key2Variant: chacha20poly1305.VariantTink, }, { name: "CRUNCHY vs RAW", key1Variant: chacha20poly1305.VariantCrunchy, key2Variant: chacha20poly1305.VariantNoPrefix, }, { name: "TINK vs RAW", key1Variant: chacha20poly1305.VariantTink, key2Variant: chacha20poly1305.VariantNoPrefix, }, } { t.Run(test.name, func(t *testing.T) { params1, err := chacha20poly1305.NewParameters(test.key1Variant) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", test.key1Variant, err) } params2, err := chacha20poly1305.NewParameters(test.key2Variant) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", test.key2Variant, err) } if params1.Equal(params2) { t.Errorf("params.Equal(params2) = %v, want false", params1.Equal(params2)) } }) } } type TestKey struct { name string id uint32 key []byte variant chacha20poly1305.Variant } func TestNewKeyWorks(t *testing.T) { for _, tc := range []TestKey{ { name: "Tink variant", id: 0x01, key: rawKey, variant: chacha20poly1305.VariantTink, }, { name: "Crunchy variant", id: 0x01, key: rawKey, variant: chacha20poly1305.VariantCrunchy, }, { name: "NoPrefix variant", id: 0, key: rawKey, variant: chacha20poly1305.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { params, err := chacha20poly1305.NewParameters(tc.variant) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", tc.variant, err) } keyBytes := secretdata.NewBytesFromData(tc.key, insecuresecretdataaccess.Token{}) firstKey, err := chacha20poly1305.NewKey(keyBytes, tc.id, params) if err != nil { t.Fatalf("chacha20poly1305.NewKey(keyBytes, %v, %v) err = %v, want nil", tc.id, params, err) } if !firstKey.Parameters().Equal(params) { t.Errorf("firstKey.Parameters() = %v, want %v", firstKey.Parameters(), params) } firstKeyBytes := firstKey.KeyBytes() if !keyBytes.Equal(firstKeyBytes) { t.Errorf("keyBytes.Equal(firstKeyBytes) = false, want true") } id, required := firstKey.IDRequirement() if required != (tc.variant != chacha20poly1305.VariantNoPrefix) { t.Errorf("firstKey.ID() = %v, want %v", required, (tc.variant == chacha20poly1305.VariantNoPrefix)) } if id != tc.id { t.Errorf("id = %v, want %v", id, tc.id) } // Test Equal. secondKey, err := chacha20poly1305.NewKey(keyBytes, tc.id, params) if err != nil { t.Fatalf("chacha20poly1305.NewKey(keyBytes, %v, %v) err = %v, want nil", tc.id, params, err) } if !firstKey.Equal(secondKey) { t.Errorf("firstKey.Equal(secondKey) = %v, want true", firstKey.Equal(secondKey)) } }) } } func TestNewKeyFailsIfNoPrefixAndIDIsNotZero(t *testing.T) { params, err := chacha20poly1305.NewParameters(chacha20poly1305.VariantNoPrefix) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", chacha20poly1305.VariantNoPrefix, err) } keyBytes := secretdata.NewBytesFromData(rawKey, insecuresecretdataaccess.Token{}) if _, err := chacha20poly1305.NewKey(keyBytes, 123, params); err == nil { t.Errorf("chacha20poly1305.NewKey(keyBytes, 123, %v) err = nil, want error", params) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestKeyEqual_FalseIfDifferentType(t *testing.T) { params, err := chacha20poly1305.NewParameters(chacha20poly1305.VariantTink) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", chacha20poly1305.VariantTink, err) } keyBytes := secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}) key, err := chacha20poly1305.NewKey(keyBytes, 1234, params) if err != nil { t.Fatalf("chacha20poly1305.NewKey(keyBytes, %v, %v) err = %v, want nil", 1234, params, err) } if key.Equal(&stubKey{}) { t.Errorf("key.Equal(&stubKey{}) = true, want false") } } func TestKeyEqualReturnsFalseIfDifferent(t *testing.T) { for _, tc := range []struct { name string first TestKey second TestKey }{ { name: "different prefix variant", first: TestKey{ variant: chacha20poly1305.VariantTink, key: rawKey, id: 0x01, }, second: TestKey{ variant: chacha20poly1305.VariantCrunchy, key: rawKey, id: 0x01, }, }, { name: "different key IDs", first: TestKey{ variant: chacha20poly1305.VariantTink, key: rawKey, id: 0x01, }, second: TestKey{ variant: chacha20poly1305.VariantTink, key: rawKey, id: 0x02, }, }, { name: "different key bytes", first: TestKey{ variant: chacha20poly1305.VariantCrunchy, key: rawKey, id: 0x01, }, second: TestKey{ variant: chacha20poly1305.VariantCrunchy, key: []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x09, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, }, id: 0x01, }, }, } { t.Run(tc.name, func(t *testing.T) { firstParams, err := chacha20poly1305.NewParameters(tc.first.variant) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", tc.first.variant, err) } firstKeyBytes := secretdata.NewBytesFromData(tc.first.key, insecuresecretdataaccess.Token{}) firstKey, err := chacha20poly1305.NewKey(firstKeyBytes, tc.first.id, firstParams) if err != nil { t.Fatalf("chacha20poly1305.NewKey(firstKeyBytes, %v, %v) err = %v, want nil", tc.first.id, firstParams, err) } secondParams, err := chacha20poly1305.NewParameters(tc.second.variant) if err != nil { t.Fatalf("chacha20poly1305.NewParameters(%v) err = %v, want nil", tc.second.variant, err) } secondKeyBytes := secretdata.NewBytesFromData(tc.second.key, insecuresecretdataaccess.Token{}) secondKey, err := chacha20poly1305.NewKey(secondKeyBytes, tc.second.id, secondParams) if err != nil { t.Fatalf("chacha20poly1305.NewKey(secondKeyBytes, %v, %v) err = %v, want nil", tc.second.id, secondParams, err) } if firstKey.Equal(secondKey) { t.Errorf("firstKey.Equal(secondKey) = true, want false") } }) } } func TestKeyCreator(t *testing.T) { params, err := chacha20poly1305.NewParameters(chacha20poly1305.VariantTink) if err != nil { t.Fatalf("chacha20poly1305.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 123) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 123) err = %v, want nil", params, err) } chaCha20Poly1305Key, ok := key.(*chacha20poly1305.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 123) returned key of type %T, want %T", params, key, (*chacha20poly1305.Key)(nil)) } idRequirement, hasIDRequirement := chaCha20Poly1305Key.IDRequirement() if !hasIDRequirement || idRequirement != 123 { t.Errorf("chaCha20Poly1305Key.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(chaCha20Poly1305Key.Parameters(), params); diff != "" { t.Errorf("chaCha20Poly1305Key.Parameters() diff (-want +got):\n%s", diff) } } ================================================ FILE: aead/chacha20poly1305/protoserialization.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package chacha20poly1305 import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" cppb "github.com/tink-crypto/tink-go/v2/proto/chacha20_poly1305_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // protoVersion is the accepted [gcmpb.AesGcmKey] proto version. // // Currently, only version 0 is supported; other versions are rejected. protoVersion = 0 typeURL = "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key" ) type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { that, ok := key.(*Key) if !ok { return nil, fmt.Errorf("key is not a Key") } actualParameters, ok := that.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("key parameters is not a Parameters") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } keyBytes := that.KeyBytes() protoKey := &cppb.ChaCha20Poly1305Key{ KeyValue: keyBytes.Data(insecuresecretdataaccess.Token{}), Version: protoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := that.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY, tinkpb.OutputPrefixType_LEGACY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("key is not a ChaCha20Poly1305 key") } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { return nil, fmt.Errorf("key is not a SYMMETRIC key") } protoKey := new(cppb.ChaCha20Poly1305Key) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != protoVersion { return nil, fmt.Errorf("key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } params, err := NewParameters(variant) if err != nil { return nil, err } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) // keySerialization.IDRequirement() returns zero if the key doesn't have a // key requirement. keyID, _ := keySerialization.IDRequirement() return NewKey(keyMaterial, keyID, params) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *chacha20poly1305.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } format := &cppb.ChaCha20Poly1305KeyFormat{} serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } format := new(cppb.ChaCha20Poly1305KeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } return NewParameters(variant) } ================================================ FILE: aead/chacha20poly1305/protoserialization_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package chacha20poly1305 import ( "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" cppb "github.com/tink-crypto/tink-go/v2/proto/chacha20_poly1305_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestParseKeyFails(t *testing.T) { key := cppb.ChaCha20Poly1305Key{ Version: 0, KeyValue: []byte("12345678901234561234567890123456"), } serializedKey, err := proto.Marshal(&key) if err != nil { t.Fatalf("proto.Marshal(key) err = %v, want nil", err) } keyWithInvalidSize := cppb.ChaCha20Poly1305Key{ Version: 0, KeyValue: []byte("0123"), } serializedKeyWithInvalidSize, err := proto.Marshal(&keyWithInvalidSize) if err != nil { t.Fatalf("proto.Marshal(keyWithInvalidSize) err = %v, want nil", err) } keyWithInvalidVersion := cppb.ChaCha20Poly1305Key{ Version: 1, KeyValue: []byte("12345678901234561234567890123456"), } serializedKeyWithInvalidVersion, err := proto.Marshal(&keyWithInvalidVersion) if err != nil { t.Fatalf("proto.Marshal(keyWithInvalidVersion) err = %v, want nil", err) } for _, tc := range []struct { name string keyData *tinkpb.KeyData outputPrefixType tinkpb.OutputPrefixType keyID uint32 }{ { name: "key data is nil", keyData: nil, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "wrong type URL", keyData: &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: serializedKeyWithInvalidSize, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key proto serialization", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key version", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: serializedKeyWithInvalidVersion, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key material type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid output prefix type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, keyID: 12345, }, } { t.Run(tc.name, func(t *testing.T) { p := &keyParser{} keySerialization, err := protoserialization.NewKeySerialization(tc.keyData, tc.outputPrefixType, tc.keyID) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", tc.keyData, tc.outputPrefixType, tc.keyID, err) } if _, err := p.ParseKey(keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", keySerialization) } }) } } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParseKey(t *testing.T) { protoKey := cppb.ChaCha20Poly1305Key{ Version: 0, KeyValue: []byte("12345678901234561234567890123456"), } serializedKey, err := proto.Marshal(&protoKey) if err != nil { t.Fatalf("proto.Marshal(protoKey) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantVariant Variant }{ { name: "TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: VariantTink, }, { name: "CRUNCHY output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), wantVariant: VariantCrunchy, }, { name: "RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { wantParams, err := NewParameters(tc.wantVariant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.wantVariant, err) } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) keyID := uint32(0) if tc.wantVariant != VariantNoPrefix { keyID = 12345 } wantKey, err := NewKey(keyMaterial, keyID, wantParams) if err != nil { t.Fatalf("NewKey(keyMaterial, %v, wantParams) err = %v, want nil", keyID, err) } p := &keyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Errorf("protoserialization.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if !gotKey.Equal(wantKey) { t.Errorf("key.Equal(wantKey) = false, want true") } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type testKey struct { keyBytes []byte id uint32 params testParams } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*testKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *testKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } func TestSerializeKeyFails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "key is nil", key: nil, }, { name: "key is not an AES GCM key", key: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { aesGCMSerializer := &keySerializer{} _, err := aesGCMSerializer.SerializeKey(tc.key) if err == nil { t.Errorf("protoserialization.SerializeKey(&testKey{}) err = nil, want non-nil") } }) } } func TestSerializeKey(t *testing.T) { keyValue := []byte("12345678901234561234567890123456") protoKey := cppb.ChaCha20Poly1305Key{ Version: 0, KeyValue: keyValue, } serializedProtoKey, err := proto.Marshal(&protoKey) if err != nil { t.Fatalf("proto.Marshal(&protoKey) err = %v, want nil", err) } for _, tc := range []struct { name string variant Variant wantKeySerialization *protoserialization.KeySerialization }{ { name: "key with TINK output prefix type", variant: VariantTink, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "key with CRUNCHY output prefix type", variant: VariantCrunchy, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), }, { // No key ID is set for keys with no prefix. name: "key with RAW output prefix type", variant: VariantNoPrefix, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { params, err := NewParameters(tc.variant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.variant, err) } secretKey := secretdata.NewBytesFromData(keyValue, insecuresecretdataaccess.Token{}) keyID := uint32(0) if tc.variant != VariantNoPrefix { keyID = 12345 } key, err := NewKey(secretKey, keyID, params) if err != nil { t.Fatalf("NewKey(secretKey, %v, params) err = %v, want nil", keyID, err) } aesGCMSerializer := &keySerializer{} got, err := aesGCMSerializer.SerializeKey(key) if err != nil { t.Errorf("protoserialization.SerializeKey(&testKey{}) err = %v, want nil", err) } if !got.Equal(tc.wantKeySerialization) { t.Errorf("got.Equal(tc.wantKeySerialization) = false, want true") } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "struct literal", parameters: &Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} if _, err := serializer.Serialize(tc.parameters); err == nil { t.Errorf("serializer.Serialize(%v) err = nil, want error", tc.parameters) } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType) *tinkpb.KeyTemplate { t.Helper() format := &cppb.ChaCha20Poly1305KeyFormat{} serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", format, err) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", OutputPrefixType: outputPrefixType, Value: serializedFormat, } } func TestSerializeParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters wantKeyTemplate *tinkpb.KeyTemplate }{ { name: "TINK output prefix type", parameters: &Parameters{ variant: VariantTink, }, wantKeyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK), }, { name: "RAW output prefix type", parameters: &Parameters{ variant: VariantNoPrefix, }, wantKeyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW), }, { name: "CRUNCHY output prefix type", parameters: &Parameters{ variant: VariantCrunchy, }, wantKeyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY), }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} gotKeyTemplate, err := serializer.Serialize(tc.parameters) if err != nil { t.Errorf("serializer.Serialize(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.wantKeyTemplate, gotKeyTemplate, protocmp.Transform()); diff != "" { t.Errorf("serializer.Serialize(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range []struct { name string parameters *Parameters keyTemplate *tinkpb.KeyTemplate }{ { name: "TINK", parameters: &Parameters{ variant: VariantTink, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK), }, { name: "RAW", parameters: &Parameters{ variant: VariantNoPrefix, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW), }, { name: "CRUNCHY", parameters: &Parameters{ variant: VariantCrunchy, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY), }, } { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "empty", keyTemplate: &tinkpb.KeyTemplate{}, }, { name: "invalid format type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: []byte("invalid format"), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "wrong type URL", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustMarshal(t, &cppb.ChaCha20Poly1305KeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", Value: mustMarshal(t, &cppb.ChaCha20Poly1305KeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: aead/internal/testutil/testutil.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package testutil provides testing utilities for AEAD primitives. package testutil import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/tink" ) // EncryptDecrypt encrypts and decrypts random data using the given AEAD // primitives. func EncryptDecrypt(encryptor, decryptor tink.AEAD) error { // Try to encrypt and decrypt random data. pt := random.GetRandomBytes(32) aad := random.GetRandomBytes(32) ct, err := encryptor.Encrypt(pt, aad) if err != nil { return fmt.Errorf("encryptor.Encrypt() err = %v, want nil", err) } decrypted, err := decryptor.Decrypt(ct, aad) if err != nil { return fmt.Errorf("decryptor.Decrypt() err = %v, want nil", err) } if !bytes.Equal(decrypted, pt) { return fmt.Errorf("decryptor.Decrypt() = %v, want %v", decrypted, pt) } return nil } ================================================ FILE: aead/internal/testutil/testutil_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package testutil_test import ( "fmt" "testing" "github.com/tink-crypto/tink-go/v2/aead/internal/testutil" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" tinktestutil "github.com/tink-crypto/tink-go/v2/testutil" ) func TestEncryptDecryptFailsWithFailingAEAD(t *testing.T) { failingAEAD := tinktestutil.NewAlwaysFailingAead(fmt.Errorf("test error")) a, err := subtle.NewAESGCM(random.GetRandomBytes(32)) if err != nil { t.Fatalf("subtle.NewAESGCM() err = %v, want nil", err) } if err := testutil.EncryptDecrypt(failingAEAD, a); err == nil { t.Errorf("EncryptDecrypt(failingAEAD, a) err = nil, want non-nil") } if err := testutil.EncryptDecrypt(a, failingAEAD); err == nil { t.Errorf("EncryptDecrypt(a, failingAEAD) err = nil, want non-nil") } if err := testutil.EncryptDecrypt(failingAEAD, failingAEAD); err == nil { t.Errorf("EncryptDecrypt(failingAEAD, failingAEAD) err = nil, want non-nil") } } func TestEncryptDecryptWorks(t *testing.T) { keyBytes := random.GetRandomBytes(32) encryptor, err := subtle.NewAESGCM(keyBytes) if err != nil { t.Fatalf("subtle.NewAESGCM() err = %v, want nil", err) } decryptor, err := subtle.NewAESGCM(keyBytes) if err != nil { t.Fatalf("subtle.NewAESGCM() err = %v, want nil", err) } if err := testutil.EncryptDecrypt(encryptor, decryptor); err != nil { t.Fatalf("subtle.NewAESGCM() err = %v, want nil", err) } } ================================================ FILE: aead/kms_envelope_aead.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead import ( "context" "encoding/binary" "errors" "fmt" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( lenDEK = 4 maxLengthEncryptedDEK = 4096 ) // KMSEnvelopeAEAD represents an instance of KMS Envelope AEAD that implements // the [tink.AEAD] interface. type KMSEnvelopeAEAD struct { dekTemplate *tinkpb.KeyTemplate kekAEAD tink.AEAD // if err != nil, then the primitive will always fail with this error. // this is needed because NewKMSEnvelopeAEAD2 doesn't return an error. err error } var tinkAEADKeyTypes map[string]bool = map[string]bool{ aesCTRHMACAEADTypeURL: true, aesGCMTypeURL: true, chaCha20Poly1305TypeURL: true, xChaCha20Poly1305TypeURL: true, aesGCMSIVTypeURL: true, } func isSupportedKMSEnvelopeDEK(dekKeyTypeURL string) bool { _, found := tinkAEADKeyTypes[dekKeyTypeURL] return found } // KMSEnvelopeAEADWithContext represents an instance of KMS Envelope AEAD that implements // the [tink.AEADWithContext] interface. type KMSEnvelopeAEADWithContext struct { dekTemplate *tinkpb.KeyTemplate kekAEAD tink.AEADWithContext } // NewKMSEnvelopeAEADWithContext creates an new instance of [KMSEnvelopeAEADWithContext]. // // dekTemplate must be a KeyTemplate for any of these Tink AEAD key types (any // other key template will be rejected): // - AesCtrHmacAeadKey // - AesGcmKey // - ChaCha20Poly1305Key // - XChaCha20Poly1305 // - AesGcmSivKey // // keyEncryptionAEAD is used to encrypt the DEK, and is usually a remote AEAD // provided by a KMS. func NewKMSEnvelopeAEADWithContext(dekTemplate *tinkpb.KeyTemplate, keyEncryptionAEAD tink.AEADWithContext) (*KMSEnvelopeAEADWithContext, error) { if !isSupportedKMSEnvelopeDEK(dekTemplate.GetTypeUrl()) { return nil, errors.New("unsupported DEK key type") } return &KMSEnvelopeAEADWithContext{ dekTemplate: dekTemplate, kekAEAD: keyEncryptionAEAD, }, nil } // NewKMSEnvelopeAEAD2 creates an new instance of [KMSEnvelopeAEAD]. // // dekTemplate specifies the key template of the data encryption key (DEK). // It must be a KeyTemplate for any of these Tink AEAD key types (any // other key template will be rejected): // - AesCtrHmacAeadKey // - AesGcmKey // - ChaCha20Poly1305Key // - XChaCha20Poly1305 // - AesGcmSivKey // // keyEncryptionAEAD is used to encrypt the DEK, and is usually a remote AEAD // provided by a KMS. It is preferable to use [NewKMSEnvelopeAEADWithContext] instead. func NewKMSEnvelopeAEAD2(dekTemplate *tinkpb.KeyTemplate, keyEncryptionAEAD tink.AEAD) *KMSEnvelopeAEAD { if !isSupportedKMSEnvelopeDEK(dekTemplate.GetTypeUrl()) { return &KMSEnvelopeAEAD{ kekAEAD: nil, dekTemplate: nil, err: fmt.Errorf("unsupported DEK key type %s", dekTemplate.GetTypeUrl()), } } return &KMSEnvelopeAEAD{ kekAEAD: keyEncryptionAEAD, dekTemplate: dekTemplate, err: nil, } } func newDEK(template *tinkpb.KeyTemplate) ([]byte, error) { dekKeyData, err := registry.NewKeyData(template) if err != nil { return nil, err } return dekKeyData.GetValue(), nil } func encryptDataAndSerializeEnvelope(dekTypeURL string, dek, encryptedDEK []byte, plaintext, associatedData []byte) ([]byte, error) { if len(encryptedDEK) == 0 { return nil, errors.New("encrypted dek is empty") } p, err := registry.Primitive(dekTypeURL, dek) if err != nil { return nil, err } dekAEAD, ok := p.(tink.AEAD) if !ok { return nil, errors.New("kms_envelope_aead: failed to convert AEAD primitive") } payload, err := dekAEAD.Encrypt(plaintext, associatedData) if err != nil { return nil, err } if len(encryptedDEK) > maxLengthEncryptedDEK { return nil, fmt.Errorf( "kms_envelope_aead: length of encrypted DEK too large; got %d, want at most %d", len(encryptedDEK), maxLengthEncryptedDEK) } res := make([]byte, 0, lenDEK+len(encryptedDEK)+len(payload)) res = binary.BigEndian.AppendUint32(res, uint32(len(encryptedDEK))) res = append(res, encryptedDEK...) res = append(res, payload...) return res, nil } // Encrypt implements the tink.AEAD interface for encryption. func (a *KMSEnvelopeAEAD) Encrypt(plaintext, associatedData []byte) ([]byte, error) { if a.err != nil { return nil, a.err } dek, err := newDEK(a.dekTemplate) if err != nil { return nil, err } encryptedDEK, err := a.kekAEAD.Encrypt(dek, []byte{}) if err != nil { return nil, err } return encryptDataAndSerializeEnvelope(a.dekTemplate.GetTypeUrl(), dek, encryptedDEK, plaintext, associatedData) } // parseEnvelope extracts encryptedDEK and payload from the ciphertext. func parseEnvelope(ciphertext []byte) ([]byte, []byte, error) { // Verify we have enough bytes for the length of the encrypted DEK. if len(ciphertext) <= lenDEK { return nil, nil, errors.New("kms_envelope_aead: invalid ciphertext") } // Extract length of encrypted DEK and advance past that length. encryptedDEKLen := int(binary.BigEndian.Uint32(ciphertext[:lenDEK])) if encryptedDEKLen <= 0 || encryptedDEKLen > maxLengthEncryptedDEK || encryptedDEKLen > len(ciphertext)-lenDEK { return nil, nil, errors.New("kms_envelope_aead: length of encrypted DEK too large") } ciphertext = ciphertext[lenDEK:] encryptedDEK := ciphertext[:encryptedDEKLen] payload := ciphertext[encryptedDEKLen:] return encryptedDEK, payload, nil } func decryptDataWithDEK(dekTypeURL string, dek []byte, payload, associatedData []byte) ([]byte, error) { // Get an AEAD primitive corresponding to the DEK. p, err := registry.Primitive(dekTypeURL, dek) if err != nil { return nil, fmt.Errorf("kms_envelope_aead: %s", err) } dekAEAD, ok := p.(tink.AEAD) if !ok { return nil, errors.New("kms_envelope_aead: failed to convert AEAD primitive") } return dekAEAD.Decrypt(payload, associatedData) } // Decrypt implements the [tink.AEAD] interface for decryption. func (a *KMSEnvelopeAEAD) Decrypt(ciphertext, associatedData []byte) ([]byte, error) { if a.err != nil { return nil, a.err } encryptedDEK, payload, err := parseEnvelope(ciphertext) if err != nil { return nil, err } dek, err := a.kekAEAD.Decrypt(encryptedDEK, []byte{}) if err != nil { return nil, err } return decryptDataWithDEK(a.dekTemplate.GetTypeUrl(), dek, payload, associatedData) } // EncryptWithContext implements the [tink.AEADWithContext] interface for encryption. func (a *KMSEnvelopeAEADWithContext) EncryptWithContext(ctx context.Context, plaintext, associatedData []byte) ([]byte, error) { dek, err := newDEK(a.dekTemplate) if err != nil { return nil, err } encryptedDEK, err := a.kekAEAD.EncryptWithContext(ctx, dek, []byte{}) if err != nil { return nil, err } return encryptDataAndSerializeEnvelope(a.dekTemplate.GetTypeUrl(), dek, encryptedDEK, plaintext, associatedData) } // DecryptWithContext implements the [tink.AEADWithContext] interface for decryption. func (a *KMSEnvelopeAEADWithContext) DecryptWithContext(ctx context.Context, ciphertext, associatedData []byte) ([]byte, error) { encryptedDEK, payload, err := parseEnvelope(ciphertext) if err != nil { return nil, err } dek, err := a.kekAEAD.DecryptWithContext(ctx, encryptedDEK, []byte{}) if err != nil { return nil, err } return decryptDataWithDEK(a.dekTemplate.GetTypeUrl(), dek, payload, associatedData) } ================================================ FILE: aead/kms_envelope_aead_example_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test // [START kms-envelope-aead-example] import ( "fmt" "log" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/testing/fakekms" ) // The fake KMS should only be used in tests. It is not secure. const keyURI = "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" func Example_kmsEnvelopeAEAD() { // Get a KEK (key encryption key) AEAD. This is usually a remote AEAD to a KMS. In this example, // we use a fake KMS to avoid making RPCs. client, err := fakekms.NewClient(keyURI) if err != nil { log.Fatal(err) } kekAEAD, err := client.GetAEAD(keyURI) if err != nil { log.Fatal(err) } // Get the KMS envelope AEAD primitive. primitive := aead.NewKMSEnvelopeAEAD2(aead.AES256GCMKeyTemplate(), kekAEAD) // Use the primitive. plaintext := []byte("message") associatedData := []byte("example KMS envelope AEAD encryption") ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { log.Fatal(err) } decrypted, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { log.Fatal(err) } fmt.Println(string(decrypted)) // Output: message } // [END kms-envelope-aead-example] ================================================ FILE: aead/kms_envelope_aead_key_manager.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead import ( "errors" "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/keyset" kmsepb "github.com/tink-crypto/tink-go/v2/proto/kms_envelope_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( kmsEnvelopeAEADKeyVersion = 0 kmsEnvelopeAEADTypeURL = "type.googleapis.com/google.crypto.tink.KmsEnvelopeAeadKey" ) // kmsEnvelopeAEADKeyManager is an implementation of KeyManager interface. // It generates new KMSEnvelopeAEADKey keys and produces new instances of KMSEnvelopeAEAD subtle. type kmsEnvelopeAEADKeyManager struct{} // Primitive creates an KMSEnvelopeAEAD subtle for the given serialized KMSEnvelopeAEADKey proto. func (km *kmsEnvelopeAEADKeyManager) Primitive(serializedKey []byte) (any, error) { if len(serializedKey) == 0 { return nil, errors.New("kms_envelope_aead_key_manager: invalid key") } key := new(kmsepb.KmsEnvelopeAeadKey) if err := proto.Unmarshal(serializedKey, key); err != nil { return nil, errors.New("kms_envelope_aead_key_manager: invalid key") } if err := km.validateKey(key); err != nil { return nil, fmt.Errorf("kms_envelope_aead_key_manager: %v", err) } uri := key.GetParams().GetKekUri() kmsClient, err := registry.GetKMSClient(uri) if err != nil { return nil, err } backend, err := kmsClient.GetAEAD(uri) if err != nil { return nil, errors.New("kms_envelope_aead_key_manager: invalid aead backend") } return NewKMSEnvelopeAEAD2(key.GetParams().GetDekTemplate(), backend), nil } // NewKey creates a new key according to specification the given serialized KMSEnvelopeAEADKeyFormat. func (km *kmsEnvelopeAEADKeyManager) NewKey(serializedKeyFormat []byte) (proto.Message, error) { if len(serializedKeyFormat) == 0 { return nil, errors.New("kms_envelope_aead_key_manager: invalid key format") } keyFormat := new(kmsepb.KmsEnvelopeAeadKeyFormat) if err := proto.Unmarshal(serializedKeyFormat, keyFormat); err != nil { return nil, errors.New("kms_envelope_aead_key_manager: invalid key format") } if err := km.validateKeyFormat(keyFormat); err != nil { return nil, fmt.Errorf("kms_envelope_aead_key_manager: %v", err) } return &kmsepb.KmsEnvelopeAeadKey{ Version: kmsEnvelopeAEADKeyVersion, Params: keyFormat, }, nil } // NewKeyData creates a new KeyData according to specification in the given serialized // KMSEnvelopeAEADKeyFormat. // It should be used solely by the key management API. func (km *kmsEnvelopeAEADKeyManager) NewKeyData(serializedKeyFormat []byte) (*tinkpb.KeyData, error) { key, err := km.NewKey(serializedKeyFormat) if err != nil { return nil, err } serializedKey, err := proto.Marshal(key) if err != nil { return nil, err } return &tinkpb.KeyData{ TypeUrl: kmsEnvelopeAEADTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_REMOTE, }, nil } // DoesSupport indicates if this key manager supports the given key type. func (km *kmsEnvelopeAEADKeyManager) DoesSupport(typeURL string) bool { return typeURL == kmsEnvelopeAEADTypeURL } // TypeURL returns the key type of keys managed by this key manager. func (km *kmsEnvelopeAEADKeyManager) TypeURL() string { return kmsEnvelopeAEADTypeURL } // validateKey validates the given KmsEnvelopeAeadKey. func (km *kmsEnvelopeAEADKeyManager) validateKey(key *kmsepb.KmsEnvelopeAeadKey) error { if err := keyset.ValidateKeyVersion(key.Version, kmsEnvelopeAEADKeyVersion); err != nil { return err } if err := km.validateKeyFormat(key.GetParams()); err != nil { return err } return nil } func (km *kmsEnvelopeAEADKeyManager) validateKeyFormat(keyFormat *kmsepb.KmsEnvelopeAeadKeyFormat) error { dekKeyType := keyFormat.GetDekTemplate().GetTypeUrl() if !isSupportedKMSEnvelopeDEK(dekKeyType) { return fmt.Errorf("unsupported DEK key type %s. Only Tink AEAD key types are supported with KMSEnvelopeAEAD", dekKeyType) } return nil } ================================================ FILE: aead/kms_envelope_aead_key_manager_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test import ( "bytes" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/testing/fakekms" "github.com/tink-crypto/tink-go/v2/testutil" ctrpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_go_proto" ctrhmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_aead_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" kmsenvpb "github.com/tink-crypto/tink-go/v2/proto/kms_envelope_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestNewKMSEnvelopeAEADKeyWithInvalidDEK(t *testing.T) { keyURI, err := fakekms.NewKeyURI() if err != nil { t.Fatalf("fakekms.NewKeyURI() err = %v", err) } // Create a KmsEnvelopeAeadKeyFormat with a DekTemplate that is not supported. format := &kmsenvpb.KmsEnvelopeAeadKeyFormat{ KekUri: keyURI, DekTemplate: mac.HMACSHA256Tag128KeyTemplate(), } serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("failed to marshal key format: %s", err) } keyTemplate := &tinkpb.KeyTemplate{ Value: serializedFormat, TypeUrl: testutil.KMSEnvelopeAEADTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_RAW, } _, err = keyset.NewHandle(keyTemplate) if err == nil { t.Errorf("keyset.NewHandle(keyTemplate) err = nil, want error") } } func TestNewKMSEnvelopeAEADKeyWithInvalidSerializedKeyFormat(t *testing.T) { keyURI, err := fakekms.NewKeyURI() if err != nil { t.Fatalf("fakekms.NewKeyURI() err = %v", err) } fakeClient, err := fakekms.NewClient(keyURI) if err != nil { t.Fatalf("fakekms.NewClient() err = %v", err) } registry.RegisterKMSClient(fakeClient) defer registry.ClearKMSClients() // Create DEK template with unset embedded key parameters. dekFormat := &ctrhmacpb.AesCtrHmacAeadKeyFormat{ AesCtrKeyFormat: &ctrpb.AesCtrKeyFormat{ Params: nil, KeySize: 32, }, HmacKeyFormat: &hmacpb.HmacKeyFormat{ Params: nil, KeySize: 32, }, } serializedDEKFormat, err := proto.Marshal(dekFormat) if err != nil { t.Fatalf("failed to marshal key format: %s", err) } dekTemplate := &tinkpb.KeyTemplate{ Value: serializedDEKFormat, TypeUrl: testutil.AESCTRHMACAEADTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_TINK, } format := &kmsenvpb.KmsEnvelopeAeadKeyFormat{ KekUri: keyURI, DekTemplate: dekTemplate, } serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("failed to marshal key format: %s", err) } keyTemplate := &tinkpb.KeyTemplate{ Value: serializedFormat, TypeUrl: testutil.KMSEnvelopeAEADTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_RAW, } // Currently, the DEK template isn't checked for validatiy during creation // of a KMSEnvelopeAEAD key. It's only exercised when a cryptographic // operation is attempted. // // TODO(ckl): Rework if DEK template is exercised during initialization. handle, err := keyset.NewHandle(keyTemplate) if err != nil { t.Fatalf("keyset.NewHandle(keyTemplate) err = %v, want nil", err) } a, err := aead.New(handle) if err != nil { t.Fatalf("handle.NewAEAD(keyURI) err = %v, want nil", err) } _, err = a.Encrypt([]byte{}, []byte{}) if err == nil { t.Errorf("a.Encrypt() err = nil, want error") } } func TestKMSEnvelopeAEADWithTinkPrefix(t *testing.T) { keyURI := "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" client, err := fakekms.NewClient(keyURI) if err != nil { t.Fatal(err) } registry.RegisterKMSClient(client) defer registry.ClearKMSClients() // Keyset that was created with // aead.CreateKMSEnvelopeAEADKeyTemplate(keyURI, aead.AES256GCMKeyTemplate()), and then serialized // with Tink's JSON keyset witer. Then, the output prefix type was changed from "RAW" to "TINK". jsonKeysetWithTinkPrefix := `{"primaryKeyId":3980895889, "key":[{"keyData":{"typeUrl":"type.googleapis.com/google.crypto.tink.KmsEnvelopeAeadKey", "value":"EsMBCoYBZmFrZS1rbXM6Ly9DTTJiM19NREVsUUtTQW93ZEhsd1pTNW5iMjluYkdWaGNHbHpMbU52YlM5bmIyOW5iR1V1WTNKNWNIUnZMblJwYm1zdVFXVnpSMk50UzJWNUVoSWFFSUs3NXQ1TC1hZGxVd1ZoV3ZSdVdVd1lBUkFCR00yYjNfTURJQUUSOAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EgIQIBgB", "keyMaterialType":"REMOTE"}, "status":"ENABLED", "keyId":3980895889, "outputPrefixType":"TINK"}]}` parsedHandle, err := insecurecleartextkeyset.Read( keyset.NewJSONReader(bytes.NewBuffer([]byte(jsonKeysetWithTinkPrefix)))) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } primitive, err := aead.New(parsedHandle) if err != nil { t.Fatal(err) } plaintext := []byte("message") associatedData := []byte("example KMS envelope AEAD encryption") ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { t.Fatal(err) } gotPlaintext, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { t.Fatal(err) } if !bytes.Equal(gotPlaintext, plaintext) { t.Fatalf("got plaintext %q, want %q", gotPlaintext, plaintext) } // Also verify that the ciphertext has a TINK prefix gotPrefix := ciphertext[:5] // The Tink prefix is 0x01 followed by the 4 bytes key ID. The key ID is 3980895889, which is // equal to 0xed47a691. wantPrefix := []byte{0x01, 0xed, 0x47, 0xa6, 0x91} if !bytes.Equal(gotPrefix, wantPrefix) { t.Fatalf("ciphertext[:5] = %q, want %q", gotPrefix, wantPrefix) } } ================================================ FILE: aead/kms_envelope_aead_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test import ( "bytes" "context" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/testing/fakekms" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKMSEnvelopeWorksWithTinkKeyTemplatesAsDekTemplate(t *testing.T) { keyURI := "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" kekAEAD, err := fakekms.NewAEAD(keyURI) if err != nil { t.Fatalf("fakekms.NewAEAD(keyURI) err = %q, want nil", err) } kekAEADWithContext, err := fakekms.NewAEADWithContext(keyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(keyURI) err = %q, want nil", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") invalidAssociatedData := []byte("invalidAssociatedData") var kmsEnvelopeAeadDekTestCases = []struct { name string dekTemplate *tinkpb.KeyTemplate }{ { name: "AES128_GCM", dekTemplate: aead.AES128GCMKeyTemplate(), }, { name: "AES256_GCM", dekTemplate: aead.AES256GCMKeyTemplate(), }, { name: "AES256_GCM_NO_PREFIX", dekTemplate: aead.AES256GCMNoPrefixKeyTemplate(), }, { name: "AES128_GCM_SIV", dekTemplate: aead.AES128GCMSIVKeyTemplate(), }, { name: "AES256_GCM_SIV", dekTemplate: aead.AES256GCMSIVKeyTemplate(), }, { name: "AES256_GCM_SIV_NO_PREFIX", dekTemplate: aead.AES256GCMSIVNoPrefixKeyTemplate(), }, { name: "AES128_CTR_HMAC_SHA256", dekTemplate: aead.AES128CTRHMACSHA256KeyTemplate(), }, { name: "AES256_CTR_HMAC_SHA256", dekTemplate: aead.AES256CTRHMACSHA256KeyTemplate(), }, { name: "CHACHA20_POLY1305", dekTemplate: aead.ChaCha20Poly1305KeyTemplate(), }, { name: "XCHACHA20_POLY1305", dekTemplate: aead.XChaCha20Poly1305KeyTemplate(), }, } for _, tc := range kmsEnvelopeAeadDekTestCases { t.Run(tc.name, func(t *testing.T) { a := aead.NewKMSEnvelopeAEAD2(tc.dekTemplate, kekAEAD) ciphertext, err := a.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("a.Encrypt(plaintext, associatedData) err = %q, want nil", err) } gotPlaintext, err := a.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("a.Decrypt(ciphertext, associatedData) err = %q, want nil", err) } if !bytes.Equal(gotPlaintext, plaintext) { t.Fatalf("got plaintext %q, want %q", gotPlaintext, plaintext) } if _, err = a.Decrypt(ciphertext, invalidAssociatedData); err == nil { t.Error("a.Decrypt(ciphertext, invalidAssociatedData) err = nil, want error") } ctx := context.Background() r, err := aead.NewKMSEnvelopeAEADWithContext(tc.dekTemplate, kekAEADWithContext) if err != nil { t.Error("a.DecryptWithContext(ctx, ciphertext, invalidAssociatedData) err = nil, want error") } ciphertext2, err := r.EncryptWithContext(ctx, plaintext, associatedData) if err != nil { t.Fatalf("a.EncryptWithContext(ctx, plaintext, associatedData) err = %q, want nil", err) } gotPlaintext2, err := r.DecryptWithContext(ctx, ciphertext2, associatedData) if err != nil { t.Fatalf("a.DecryptWithContext(ctx, ciphertext2, associatedData) err = %q, want nil", err) } if !bytes.Equal(gotPlaintext2, plaintext) { t.Fatalf("got plaintext %q, want %q", gotPlaintext, plaintext) } if _, err = r.DecryptWithContext(ctx, ciphertext2, invalidAssociatedData); err == nil { t.Error("a.DecryptWithContext(ctx, ciphertext2, invalidAssociatedData) err = nil, want error") } // check that DecryptWithContext is compatible with Decrypt gotPlaintext3, err := r.DecryptWithContext(ctx, ciphertext, associatedData) if err != nil { t.Fatalf("r.DecryptWithContext(ctx, ciphertext, associatedData) err = %q, want nil", err) } if !bytes.Equal(gotPlaintext3, plaintext) { t.Fatalf("got plaintext %q, want %q", gotPlaintext3, plaintext) } gotPlaintext4, err := a.Decrypt(ciphertext2, associatedData) if err != nil { t.Fatalf("a.Decrypt(ciphertext2, associatedData) err = %q, want nil", err) } if !bytes.Equal(gotPlaintext4, plaintext) { t.Fatalf("got plaintext %q, want %q", gotPlaintext4, plaintext) } }) } } func TestKMSEnvelopeDecryptTestVector(t *testing.T) { keyURI := "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" plaintext := []byte("plaintext") associatedData := []byte("associatedData") // Generated by running a.Decrypt([]byte("plaintext"), []byte("associatedData")) ciphertextHex := "00000043013e77cdcd3ac4f38c7312f97a9b8c6e2b7b481ce3540006d24abb658938b52d6474c5fa569212c023e06229c0335f414244a32748778baed5e24a55b12b82920d1f06f17ef8a86eee808d2c9d2026fb45371cf60696eb77790524642c5f067a529793c251b068f8" ciphertext, err := hex.DecodeString(ciphertextHex) if err != nil { t.Fatalf("hex.DecodeString(ciphertextHex) err = %q, want nil", err) } // with NewKMSEnvelopeAEAD2. kekAEAD, err := fakekms.NewAEAD(keyURI) if err != nil { t.Fatalf("fakekms.NewAEAD(keyURI) err = %q, want nil", err) } a := aead.NewKMSEnvelopeAEAD2(aead.AES256GCMKeyTemplate(), kekAEAD) gotPlaintext, err := a.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("a.Decrypt(ciphertext, associatedData) err = %q, want nil", err) } if !bytes.Equal(gotPlaintext, plaintext) { t.Fatalf("got plaintext %q, want %q", gotPlaintext, plaintext) } // with NewKMSEnvelopeAEADWithContext. ctx := context.Background() kekAEADWithContext, err := fakekms.NewAEADWithContext(keyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(keyURI) err = %q, want nil", err) } r, err := aead.NewKMSEnvelopeAEADWithContext(aead.AES256GCMKeyTemplate(), kekAEADWithContext) if err != nil { t.Fatalf("aead.NewKMSEnvelopeAEADWithContext() err = %q, want nil", err) } gotPlaintext2, err := r.DecryptWithContext(ctx, ciphertext, associatedData) if err != nil { t.Fatalf("r.DecryptWithContext(ciphertext, associatedData) err = %q, want nil", err) } if !bytes.Equal(gotPlaintext2, plaintext) { t.Fatalf("got plaintext %q, want %q", gotPlaintext, plaintext) } } func TestKMSEnvelopeWithKmsEnvelopeKeyTemplatesAsDekTemplate_fails(t *testing.T) { keyURI := "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" plaintext := []byte("plaintext") associatedData := []byte("associatedData") // Use a KmsEnvelopeAeadKeyTemplate as DEK template. envelopeDEKTemplate, err := aead.CreateKMSEnvelopeAEADKeyTemplate(keyURI, aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("aead.CreateKMSEnvelopAEADKeyTemplate() err = %q, want nil", err) } // NewKMSEnvelopeAEAD2 can't return an error. But it always fails when calling Encrypt. kekAEAD, err := fakekms.NewAEAD(keyURI) if err != nil { t.Fatalf("fakekms.NewAEAD(keyURI) err = %q, want nil", err) } a := aead.NewKMSEnvelopeAEAD2(envelopeDEKTemplate, kekAEAD) _, err = a.Encrypt(plaintext, associatedData) if err == nil { t.Error("a.Encrypt(plaintext, associatedData) err = nil, want error") } // NewKMSEnvelopeAEADWithContext returns an error. kekAEADWithContext, err := fakekms.NewAEADWithContext(keyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(keyURI) err = %q, want nil", err) } _, err = aead.NewKMSEnvelopeAEADWithContext(envelopeDEKTemplate, kekAEADWithContext) if err == nil { t.Error("NewKMSEnvelopeAEADWithContext() err = nil, want error") } } func TestKMSEnvelopeShortCiphertext(t *testing.T) { keyURI := "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" // with NewKMSEnvelopeAEAD2. kekAEAD, err := fakekms.NewAEAD(keyURI) if err != nil { t.Fatalf("fakekms.NewAEAD(keyURI) err = %q, want nil", err) } a := aead.NewKMSEnvelopeAEAD2(aead.AES256GCMKeyTemplate(), kekAEAD) if _, err = a.Decrypt([]byte{1}, nil); err == nil { t.Error("a.Decrypt([]byte{1}, nil) err = nil, want error") } // with NewKMSEnvelopeAEADWithContext. kekAEADWithContext, err := fakekms.NewAEADWithContext(keyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(keyURI) err = %q, want nil", err) } r, err := aead.NewKMSEnvelopeAEADWithContext(aead.AES256GCMKeyTemplate(), kekAEADWithContext) if err != nil { t.Fatalf("fakekms.NewKMSEnvelopeAEADWithContext() err = %q, want nil", err) } if _, err = r.DecryptWithContext(context.Background(), []byte{1}, nil); err == nil { t.Error("a.DecryptWithContext([]byte{1}, nil) err = nil, want error") } } func TestKMSEnvelopeDecryptHugeEncryptedDek(t *testing.T) { keyURI := "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" // A ciphertext with a huge encrypted DEK length ciphertext := []byte{0x88, 0x88, 0x88, 0x88, 0x88, 0x88, 0x88, 0x88, 0x88, 0x88, 0x88} // with NewKMSEnvelopeAEAD2. kekAEAD, err := fakekms.NewAEAD(keyURI) if err != nil { t.Fatalf("fakekms.NewAEAD(keyURI) err = %q, want nil", err) } a := aead.NewKMSEnvelopeAEAD2(aead.AES256GCMKeyTemplate(), kekAEAD) if _, err = a.Decrypt(ciphertext, nil); err == nil { t.Error("a.Decrypt([]byte{1}, nil) err = nil, want error") } // with NewKMSEnvelopeAEADWithContext. ctx := context.Background() kekAEADWithContext, err := fakekms.NewAEADWithContext(keyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(keyURI) err = %q, want nil", err) } r, err := aead.NewKMSEnvelopeAEADWithContext(aead.AES256GCMKeyTemplate(), kekAEADWithContext) if err != nil { t.Fatalf("fakekms.NewKMSEnvelopeAEADWithContext() err = %q, want nil", err) } if _, err = r.DecryptWithContext(ctx, ciphertext, nil); err == nil { t.Error("a.Decrypt([]byte{1}, nil) err = nil, want error") } } type invalidAEAD struct { } func (a *invalidAEAD) Encrypt(plaintext, associatedData []byte) ([]byte, error) { return []byte{}, nil } func (a *invalidAEAD) Decrypt(ciphertext, associatedData []byte) ([]byte, error) { return []byte{}, nil } func TestKMSEnvelopeEncryptWithInvalidAEADFails(t *testing.T) { invalidKEKAEAD := &invalidAEAD{} envAEADWithInvalidKEK := aead.NewKMSEnvelopeAEAD2(aead.AES256GCMKeyTemplate(), invalidKEKAEAD) if _, err := envAEADWithInvalidKEK.Encrypt([]byte("plaintext"), []byte("associatedData")); err == nil { t.Error("envAEADWithInvalidKEK.Encrypt(plaintext, associatedData) err = nil, want error") } } ================================================ FILE: aead/subtle/aes_ctr.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "github.com/tink-crypto/tink-go/v2/internal/aead" // Placeholder for internal crypto/cipher allowlist, please ignore. ) const ( // AESCTRMinIVSize is the minimum IV size that this implementation supports. AESCTRMinIVSize = 12 ) // AESCTR is an implementation of AEAD interface. type AESCTR struct { ctr *aead.AESCTR IVSize int } // NewAESCTR returns an AESCTR instance. // The key argument should be the AES key, either 16 or 32 bytes to select // AES-128 or AES-256. // ivSize specifies the size of the IV in bytes. func NewAESCTR(key []byte, ivSize int) (*AESCTR, error) { ctr, err := aead.NewAESCTR(key, ivSize) if err != nil { return nil, err } return &AESCTR{ctr: ctr, IVSize: ivSize}, nil } // Encrypt encrypts plaintext using AES in CTR mode. // The resulting ciphertext consists of two parts: // (1) the IV used for encryption and (2) the actual ciphertext. func (a *AESCTR) Encrypt(plaintext []byte) ([]byte, error) { return a.ctr.Encrypt(nil, plaintext) } // Decrypt decrypts ciphertext. func (a *AESCTR) Decrypt(ciphertext []byte) ([]byte, error) { return a.ctr.Decrypt(nil, ciphertext) } ================================================ FILE: aead/subtle/aes_ctr_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "crypto/aes" "encoding/hex" "strings" "testing" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" ) func TestNewAESCTR(t *testing.T) { key := make([]byte, 64) // Test various key sizes with a fixed IV size. for i := 0; i < 64; i++ { k := key[:i] c, err := subtle.NewAESCTR(k, subtle.AESCTRMinIVSize) switch len(k) { case 16: fallthrough case 32: // Valid key sizes. if err != nil { t.Errorf("want: valid cipher (key size=%d), got: error %v", len(k), err) } if c.IVSize != subtle.AESCTRMinIVSize { t.Errorf("want: IV size=%d, got: IV size=%d", subtle.AESCTRMinIVSize, c.IVSize) } default: // Invalid key sizes. if !strings.Contains(err.Error(), "aes_ctr: invalid AES key size; want 16 or 32") { t.Errorf("wrong error message; want a string starting with \"aes_ctr: invalid AES key size; want 16 or 32\", got %v", err) } } } // Test different IV sizes with a fixed key. for i := 0; i < 64; i++ { k := key[:16] c, err := subtle.NewAESCTR(k, i) if i >= subtle.AESCTRMinIVSize && i <= aes.BlockSize { if err != nil { t.Errorf("want: valid cipher (IV size=%d), got: error %v", i, err) } if c.IVSize != i { t.Errorf("want: IV size=%d, got: IV size=%d", i, c.IVSize) } continue } if !strings.Contains(err.Error(), "aes_ctr: invalid IV size:") { t.Errorf("want: error invalid IV size, got: %v", err) } } } func TestNistTestVector(t *testing.T) { // NIST SP 800-38A pp 55 key, err := hex.DecodeString("2b7e151628aed2a6abf7158809cf4f3c") if err != nil { t.Fatalf("failed to hex decode key, error: %v", err) } // NIST IV iv := "f0f1f2f3f4f5f6f7f8f9fafbfcfdfeff" // NIST ciphertext blocks c := "874d6191b620e3261bef6864990db6ce" + "9806f66b7970fdff8617187bb9fffdff" + "5ae4df3edbd5d35e5b4f09020db03eab" + "1e031dda2fbe03d1792170a0f3009cee" ciphertext, err := hex.DecodeString(iv + c) if err != nil { t.Fatalf("failed to hex decode ciphertext, error: %v", err) } // NIST plaintext blocks p := "6bc1bee22e409f96e93d7e117393172a" + "ae2d8a571e03ac9c9eb76fac45af8e51" + "30c81c46a35ce411e5fbc1191a0a52ef" + "f69f2445df4f9b17ad2b417be66c3710" message, err := hex.DecodeString(p) if err != nil { t.Fatalf("failed to hex decode message, error: %v", err) } stream, err := subtle.NewAESCTR(key, len(iv)/2) if err != nil { t.Fatalf("failed to create AESCTR instance, error: %v", err) } plaintext, err := stream.Decrypt(ciphertext) if err != nil { t.Errorf("failed to decrypt ciphertext, error: %v", err) } if !bytes.Equal(plaintext, message) { t.Errorf("plaintext doesn't match message") } } func TestMultipleEncrypt(t *testing.T) { key := random.GetRandomBytes(16) stream, err := subtle.NewAESCTR(key, subtle.AESCTRMinIVSize) if err != nil { t.Fatalf("failed to create AESCTR instance, error: %v", err) } plaintext := []byte("Some data to encrypt.") ct1, err := stream.Encrypt(plaintext) if err != nil { t.Errorf("encryption failed, error: %v", err) } ct2, err := stream.Encrypt(plaintext) if err != nil { t.Errorf("encryption failed, error: %v", err) } if bytes.Equal(ct1, ct2) { t.Error("the two ciphertexts cannot be equal") } // Encrypt 100 times and verify that the result is 100 different ciphertexts. ciphertexts := map[string]bool{} for i := 0; i < 100; i++ { c, err := stream.Encrypt(plaintext) if err != nil { t.Errorf("encryption failed for iteration %d, error: %v", i, err) } ciphertexts[string(c)] = true } if len(ciphertexts) != 100 { t.Errorf("got: %d ciphertexts, want: 100 ciphertexts", len(ciphertexts)) } } func TestEncryptDecrypt(t *testing.T) { key, err := hex.DecodeString("000102030405060708090a0b0c0d0e0f") if err != nil { t.Fatal("failed to hex decode key") } stream, err := subtle.NewAESCTR(key, subtle.AESCTRMinIVSize) if err != nil { t.Fatalf("failed to get AESCTR instance, error: %v", err) } message := []byte("Some data to encrypt.") ciphertext, err := stream.Encrypt(message) if err != nil { t.Errorf("encryption failed, error: %v", err) } if len(ciphertext) != len(message)+subtle.AESCTRMinIVSize { t.Errorf("ciphertext incorrect size, got: %d, want: %d", len(ciphertext), len(message)+subtle.AESCTRMinIVSize) } plaintext, err := stream.Decrypt(ciphertext) if err != nil { t.Errorf("decryption failed, error: %v", err) } if !bytes.Equal(message, plaintext) { t.Errorf("decryption result mismatch, got: %v, want: %v", plaintext, message) } } func TestEncryptRandomMessage(t *testing.T) { key := random.GetRandomBytes(16) stream, err := subtle.NewAESCTR(key, subtle.AESCTRMinIVSize) if err != nil { t.Errorf("failed to instantiate AESCTR, error: %v", err) } for i := 0; i < 256; i++ { message := random.GetRandomBytes(uint32(i)) ciphertext, err := stream.Encrypt(message) if err != nil { t.Errorf("encryption failed at iteration %d, error: %v", i, err) } if len(ciphertext) != len(message)+subtle.AESCTRMinIVSize { t.Errorf("invalid ciphertext length for i = %d", i) } plaintext, err := stream.Decrypt(ciphertext) if err != nil { t.Errorf("decryption failed at iteration %d, error: %v", i, err) } if !bytes.Equal(plaintext, message) { t.Errorf("plaintext doesn't match message, i = %d", i) } } } func TestEncryptRandomKeyAndMessage(t *testing.T) { for i := 0; i < 256; i++ { key := random.GetRandomBytes(16) stream, err := subtle.NewAESCTR(key, subtle.AESCTRMinIVSize) if err != nil { t.Errorf("failed to instantiate AESCTR, error: %v", err) } message := random.GetRandomBytes(uint32(i)) ciphertext, err := stream.Encrypt(message) if err != nil { t.Errorf("encryption failed at iteration %d, error: %v", i, err) } if len(ciphertext) != len(message)+subtle.AESCTRMinIVSize { t.Errorf("invalid ciphertext length for i = %d", i) } plaintext, err := stream.Decrypt(ciphertext) if err != nil { t.Errorf("decryption failed at iteration %d, error: %v", i, err) } if !bytes.Equal(plaintext, message) { t.Errorf("plaintext doesn't match message, i = %d", i) } } } ================================================ FILE: aead/subtle/aes_gcm.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "fmt" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/tink" ) const ( // AESGCMIVSize is the acceptable IV size defined by RFC 5116. AESGCMIVSize = 12 // AESGCMTagSize is the acceptable tag size defined by RFC 5116. AESGCMTagSize = 16 ) // AESGCM is an implementation of the [tink.AEAD] interface. // // This primitive adds no prefix to the ciphertext. type AESGCM struct { aeadImpl tink.AEAD } // NewAESGCM returns an [*AESGCM] value from the given key. // // The key must be of length 16 or 32 bytes. IV and TAG sizes are fixed to 12 // and 16 bytes respectively. func NewAESGCM(key []byte) (*AESGCM, error) { opts := aesgcm.ParametersOpts{ KeySizeInBytes: len(key), IVSizeInBytes: AESGCMIVSize, TagSizeInBytes: AESGCMTagSize, Variant: aesgcm.VariantNoPrefix, } params, err := aesgcm.NewParameters(opts) if err != nil { return nil, fmt.Errorf("subtle.NewAESGCM: %v", err) } k, err := aesgcm.NewKey(secretdata.NewBytesFromData(key, insecuresecretdataaccess.Token{}), 0, params) if err != nil { return nil, fmt.Errorf("subtle.NewAESGCM: %v", err) } aead, err := aesgcm.NewAEAD(k) if err != nil { return nil, fmt.Errorf("subtle.NewAESGCM: %v", err) } return &AESGCM{aeadImpl: aead}, nil } // Encrypt encrypts the plaintext with the associated data. func (a *AESGCM) Encrypt(plaintext, associatedData []byte) ([]byte, error) { return a.aeadImpl.Encrypt(plaintext, associatedData) } // Decrypt decrypts the ciphertext with the associated data. func (a *AESGCM) Decrypt(ciphertext, associatedData []byte) ([]byte, error) { return a.aeadImpl.Decrypt(ciphertext, associatedData) } ================================================ FILE: aead/subtle/aes_gcm_siv.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/aes" "crypto/cipher" "crypto/subtle" "encoding/binary" "fmt" "math" // Placeholder for internal crypto/cipher allowlist, please ignore. // Placeholder for internal crypto/subtle allowlist, please ignore. // to allow import of "crypto/subte" "github.com/tink-crypto/tink-go/v2/internal/random" ) const ( // AESGCMSIVNonceSize is the acceptable IV size defined by RFC 8452. AESGCMSIVNonceSize = 12 // aesgcmsivBlockSize is the block size that AES-GCM-SIV uses. This is the // size for the tag, the KDF etc. // Note: this value is the same as AES block size. aesgcmsivBlockSize = 16 // aesgcmsivTagSize is the byte-length of the authentication tag produced by // AES-GCM-SIV. aesgcmsivTagSize = aesgcmsivBlockSize // aesgcmsivPolyvalSize is the byte-length of result produced by the // POLYVAL function. aesgcmsivPolyvalSize = aesgcmsivBlockSize maxAESGCMSIVKeySize = 32 ) // AESGCMSIV is an implementation of AEAD interface. type AESGCMSIV struct { block cipher.Block keySize int } // NewAESGCMSIV returns an AESGCMSIV instance. // The key argument should be the AES key, either 16 or 32 bytes to select // AES-128 or AES-256. func NewAESGCMSIV(key []byte) (*AESGCMSIV, error) { keySize := uint32(len(key)) if err := ValidateAESKeySize(keySize); err != nil { return nil, fmt.Errorf("aes_gcm_siv: %s", err) } block, err := aes.NewCipher(key) if err != nil { return nil, fmt.Errorf("aes_gcm_siv: failed to create block cipher, error: %v", err) } return &AESGCMSIV{block: block, keySize: len(key)}, nil } // Encrypt encrypts plaintext with associatedData. // // The resulting ciphertext consists of three parts: // (1) the Nonce used for encryption // (2) the actual ciphertext // (3) the authentication tag. func (a *AESGCMSIV) Encrypt(plaintext, associatedData []byte) ([]byte, error) { if len(plaintext) > math.MaxInt32-AESGCMSIVNonceSize-aesgcmsivTagSize { return nil, fmt.Errorf("aes_gcm_siv: plaintext too long") } if len(associatedData) > math.MaxInt32 { return nil, fmt.Errorf("aes_gcm_siv: associatedData too long") } ret := make([]byte, AESGCMSIVNonceSize+aesgcmsivTagSize+len(plaintext)) nonce := ret[:AESGCMSIVNonceSize] random.MustRand(nonce) var authKeyData [aesgcmsivBlockSize]byte var encKeyData [maxAESGCMSIVKeySize]byte authKey := authKeyData[:] encKey := encKeyData[:a.keySize] if err := a.deriveKeys(nonce, authKey, encKey); err != nil { return nil, err } polyval, err := a.computePolyval(authKey, plaintext, associatedData) if err != nil { return nil, err } tag := ret[len(ret)-aesgcmsivTagSize:] if err := a.computeTag(polyval, nonce, encKey, tag); err != nil { return nil, err } ct := ret[AESGCMSIVNonceSize : len(ret)-aesgcmsivTagSize] if err := aesCTR(encKey, tag, plaintext, ct); err != nil { return nil, err } return ret, nil } // Decrypt decrypts ciphertext with associatedData. func (a *AESGCMSIV) Decrypt(ciphertext, associatedData []byte) ([]byte, error) { if len(ciphertext) < AESGCMSIVNonceSize+aesgcmsivTagSize { return nil, fmt.Errorf("aes_gcm_siv: ciphertext too short") } if len(ciphertext) > math.MaxInt32 { return nil, fmt.Errorf("aes_gcm_siv: ciphertext too long") } if len(associatedData) > math.MaxInt32 { return nil, fmt.Errorf("aes_gcm_siv: associatedData too long") } nonce := ciphertext[:AESGCMSIVNonceSize] tag := ciphertext[len(ciphertext)-aesgcmsivTagSize:] ciphertext = ciphertext[AESGCMSIVNonceSize : len(ciphertext)-aesgcmsivTagSize] var authKeyData [aesgcmsivBlockSize]byte var encKeyData [maxAESGCMSIVKeySize]byte authKey := authKeyData[:] encKey := encKeyData[:a.keySize] if err := a.deriveKeys(nonce, authKey, encKey); err != nil { return nil, err } pt := make([]byte, len(ciphertext)) if err := aesCTR(encKey, tag, ciphertext, pt); err != nil { return nil, err } polyval, err := a.computePolyval(authKey, pt, associatedData) if err != nil { return nil, err } var tagOut [aesgcmsivTagSize]byte if err := a.computeTag(polyval, nonce, encKey, tagOut[:]); err != nil { return nil, err } if subtle.ConstantTimeCompare(tagOut[:], tag) != 1 { return nil, fmt.Errorf("aes_gcm_siv: message authentication failure") } return pt, nil } // deriveKeys implements the `derive_keys` function described by RFC 8452. // // It uses the key and nonce to derive authentication key and encryption key, // which are written to authKey and encKey respectively. authKey and encKey must // be of length aesgcmsivBlockSize and maxAESGCMSIVKeySize respectively. func (a *AESGCMSIV) deriveKeys(nonce, authKey, encKey []byte) error { if len(nonce) != AESGCMSIVNonceSize { return fmt.Errorf("aes_gcm_siv: invalid nonce size") } if len(authKey) != aesgcmsivBlockSize { return fmt.Errorf("aes_gcm_siv: invalid authKey size") } if len(encKey) != a.keySize { return fmt.Errorf("aes_gcm_siv: invalid encKey size") } var nonceBlock [aesgcmsivBlockSize]byte copy(nonceBlock[aesgcmsivBlockSize-AESGCMSIVNonceSize:], nonce) const counterSize = 4 // aesgcmsivBlockSize - AESGCMSIVNonceSize var encBlock [aesgcmsivBlockSize]byte kdfAes := func(counter uint32, dst []byte) { binary.LittleEndian.PutUint32(nonceBlock[:counterSize], counter) a.block.Encrypt(encBlock[:], nonceBlock[:]) copy(dst, encBlock[0:8]) } kdfAes(0, authKey[0:8]) kdfAes(1, authKey[8:16]) kdfAes(2, encKey[0:8]) kdfAes(3, encKey[8:16]) if a.keySize == 32 { kdfAes(4, encKey[16:24]) kdfAes(5, encKey[24:32]) } return nil } func (a *AESGCMSIV) computePolyval(authKey, pt, ad []byte) ([]byte, error) { var lengthBlock [aesgcmsivBlockSize]byte binary.LittleEndian.PutUint64(lengthBlock[:8], uint64(len(ad))*8) binary.LittleEndian.PutUint64(lengthBlock[8:], uint64(len(pt))*8) p, err := NewPolyval(authKey) if err != nil { return nil, fmt.Errorf("aes_gcm_siv: failed to create polyval, error: %v", err) } p.Update(ad) p.Update(pt) p.Update(lengthBlock[:]) polyval := p.Finish() return polyval[:], nil } func (a *AESGCMSIV) computeTag(polyval, nonce, encKey, out []byte) error { if len(polyval) != aesgcmsivPolyvalSize { return fmt.Errorf("aes_gcm_siv: polyval returned invalid sized response") } if len(out) != aesgcmsivTagSize { return fmt.Errorf("aes_gcm_siv: tag buffer should have the same length as tag size") } subtle.XORBytes(polyval, polyval, nonce) polyval[aesgcmsivPolyvalSize-1] &= 0x7f block, err := aes.NewCipher(encKey) if err != nil { return fmt.Errorf("aes_gcm_siv: failed to create block cipher, error: %v", err) } block.Encrypt(out, polyval) return nil } // aesCTR implements the AES-CTR operation in AES-GCM-SIV, writing the result to // out. // // NOTE: This is from RFC 8452. The counter incrementation is different from // standard AES-CTR. Arguments in and out must have the same length. func aesCTR(key, tag, in, out []byte) error { if len(out) != len(in) { return fmt.Errorf("aes_gcm_siv: output buffer should have the same length as input buffer; got %d, want %d", len(out), len(in)) } if len(tag) != aesgcmsivTagSize { return fmt.Errorf("aes_gcm_siv: incorrect IV size for stream cipher") } block, err := aes.NewCipher(key) if err != nil { return fmt.Errorf( "aes_gcm_siv: failed to create block cipher, error: %v", err) } var counter [aesgcmsivBlockSize]byte copy(counter[:], tag) counter[aesgcmsivBlockSize-1] |= 0x80 counterInc := binary.LittleEndian.Uint32(counter[0:4]) outputIdx := 0 var keystreamBlock [aesgcmsivBlockSize]byte for len(in) > 0 { block.Encrypt(keystreamBlock[:], counter[:]) counterInc++ binary.LittleEndian.PutUint32(counter[0:4], counterInc) n := subtle.XORBytes(out[outputIdx:], in, keystreamBlock[:]) outputIdx += n in = in[n:] } return nil } ================================================ FILE: aead/subtle/aes_gcm_siv_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/internal/testing/aead" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/subtle/random" ) func TestAESGCMSIVRejectsInvalidKeyLength(t *testing.T) { invalidKeySizes := []uint32{4, 8, 12, 15, 17, 24, 30, 31, 33, 64, 128} for _, keySize := range invalidKeySizes { key := random.GetRandomBytes(keySize) if _, err := subtle.NewAESGCMSIV(key); err == nil { t.Errorf("expected error with invalid key-size %d", keySize) } } } func TestAESGCMSIVRandomNonceProducesDifferentCiphertexts(t *testing.T) { nSample := 1 << 17 key := random.GetRandomBytes(16) pt := []byte{} ad := []byte{} a, err := subtle.NewAESGCMSIV(key) if err != nil { t.Fatalf("subtle.NewAESGCMSIV() err = %v, want nil", err) } ctSet := make(map[string]bool) for i := 0; i < nSample; i++ { ct, err := a.Encrypt(pt, ad) if err != nil { t.Fatalf("a.Encrypt() err = %v, want nil", err) } ctHex := hex.EncodeToString(ct) if _, existed := ctSet[ctHex]; existed { t.Errorf("nonce is repeated after %d samples", i) } ctSet[ctHex] = true } } func TestAESGCMSIVModifyCiphertext(t *testing.T) { ad := random.GetRandomBytes(33) key := random.GetRandomBytes(16) pt := random.GetRandomBytes(32) a, err := subtle.NewAESGCMSIV(key) if err != nil { t.Fatalf("subtle.NewAESGCMSIV() err = %v, want nil", err) } ct, err := a.Encrypt(pt, ad) if err != nil { t.Fatalf("a.Encrypt() err = %v, want nil", err) } // flipping bits for i := 0; i < len(ct); i++ { tmp := ct[i] for j := 0; j < 8; j++ { ct[i] ^= 1 << uint8(j) if _, err := a.Decrypt(ct, ad); err == nil { t.Errorf("expect an error when flipping bit of ciphertext: byte %d, bit %d", i, j) } ct[i] = tmp } } // truncated ciphertext for i := 1; i < len(ct); i++ { if _, err := a.Decrypt(ct[:i], ad); err == nil { t.Errorf("expect an error ciphertext is truncated until byte %d", i) } } // modify associated data for i := 0; i < len(ad); i++ { tmp := ad[i] for j := 0; j < 8; j++ { ad[i] ^= 1 << uint8(j) if _, err := a.Decrypt(ct, ad); err == nil { t.Errorf("expect an error when flipping bit of ad: byte %d, bit %d", i, j) } ad[i] = tmp } } } func TestAESGCMSIVWycheproofCases(t *testing.T) { suite := new(aead.WycheproofSuiteV1) wycheproof.PopulateSuiteV1(t, suite, "aes_gcm_siv_test.json") for _, group := range suite.TestGroups { for _, test := range group.Tests { caseName := fmt.Sprintf("%s-%s(%d):Case-%d", suite.Algorithm, group.Type, group.KeySize, test.CaseID) t.Run("DecryptOnly/"+caseName, func(t *testing.T) { runWycheproofDecryptOnly(t, test) }) t.Run("EncryptDecrypt/"+caseName, func(t *testing.T) { runWycheproofEncryptDecrypt(t, test) }) } } } func runWycheproofDecryptOnly(t *testing.T, testCase *aead.WycheproofCase) { aead, err := subtle.NewAESGCMSIV(testCase.Key) if err != nil { t.Fatalf("cannot create aead, error: %v", err) } var combinedCt []byte combinedCt = append(combinedCt, testCase.Iv...) combinedCt = append(combinedCt, testCase.Ct...) combinedCt = append(combinedCt, testCase.Tag...) decrypted, err := aead.Decrypt(combinedCt, testCase.Aad) switch testCase.Result { case "valid": if err != nil { t.Errorf("unexpected error in test-case: %v", err) } else if !bytes.Equal(decrypted, testCase.Msg) { t.Errorf( "incorrect decryption: actual: %s; expected %s", hex.EncodeToString(decrypted), hex.EncodeToString(testCase.Msg)) } case "invalid": if err == nil && bytes.Equal(testCase.Ct, decrypted) { t.Error("successfully decrypted invalid test-case") } default: t.Errorf("unknown test-case result: %s", testCase.Result) } } func runWycheproofEncryptDecrypt(t *testing.T, testCase *aead.WycheproofCase) { aead, err := subtle.NewAESGCMSIV(testCase.Key) if err != nil { t.Fatalf("cannot create aead, error: %v", err) } ct, err := aead.Encrypt(testCase.Msg, testCase.Aad) if err != nil { if testCase.Result != "invalid" { t.Errorf("unexpected error in test-case: %v", err) } return } decrypted, err := aead.Decrypt(ct, testCase.Aad) switch testCase.Result { case "valid": if err != nil { t.Errorf("unexpected error in test-case: %v", err) } else if !bytes.Equal(decrypted, testCase.Msg) { t.Errorf( "incorrect decryption: actual: %s; expected %s", hex.EncodeToString(decrypted), hex.EncodeToString(testCase.Msg)) } case "invalid": if err == nil && bytes.Equal(ct, decrypted) { t.Error("successfully decrypted invalid test-case") } default: t.Errorf("unknown test-case result: %s", testCase.Result) } } ================================================ FILE: aead/subtle/aes_gcm_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/internal/testing/aead" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/subtle/random" ) var aesKeySizes = []uint32{ 16, /*AES-128*/ 32, /*AES-256*/ } // Since the tag size depends on the Seal() function of crypto library, // this test checks that the tag size is always 128 bit. func TestAESGCMTagLength(t *testing.T) { for _, keySize := range aesKeySizes { key := random.GetRandomBytes(keySize) a, err := subtle.NewAESGCM(key) if err != nil { t.Fatalf("subtle.NewAESGCM() err = %q, want nil", err) } ad := random.GetRandomBytes(32) pt := random.GetRandomBytes(32) ct, err := a.Encrypt(pt, ad) if err != nil { t.Fatalf("a.Encrypt() err = %q, want nil", err) } actualTagSize := len(ct) - subtle.AESGCMIVSize - len(pt) if actualTagSize != subtle.AESGCMTagSize { t.Errorf("tag size is not 16, it is %d", actualTagSize) } } } func TestAESGCMKeySize(t *testing.T) { for _, keySize := range aesKeySizes { if _, err := subtle.NewAESGCM(make([]byte, keySize)); err != nil { t.Errorf("unexpected error when key size is %d btyes", keySize) } if _, err := subtle.NewAESGCM(make([]byte, keySize+1)); err == nil { t.Errorf("expect an error when key size is not supported %d", keySize) } } } func TestAESGCMEncryptDecrypt(t *testing.T) { for _, keySize := range aesKeySizes { key := random.GetRandomBytes(keySize) a, err := subtle.NewAESGCM(key) if err != nil { t.Errorf("unexpected error when creating new cipher: %s", err) } ad := random.GetRandomBytes(5) for ptSize := 0; ptSize < 75; ptSize++ { pt := random.GetRandomBytes(uint32(ptSize)) ct, err := a.Encrypt(pt, ad) if err != nil { t.Errorf("unexpected error in encryption: keySize %v, ptSize %v", keySize, ptSize) } decrypted, err := a.Decrypt(ct, ad) if err != nil { t.Errorf("unexpected error in decryption: keySize %v, ptSize %v", keySize, ptSize) } if !bytes.Equal(pt, decrypted) { t.Errorf("decrypted text and plaintext don't match: keySize %v, ptSize %v", keySize, ptSize) } } } } func TestAESGCMLongMessages(t *testing.T) { ptSize := 16 for ptSize <= 1<<24 { pt := random.GetRandomBytes(uint32(ptSize)) ad := random.GetRandomBytes(uint32(ptSize / 3)) for _, keySize := range aesKeySizes { key := random.GetRandomBytes(keySize) a, err := subtle.NewAESGCM(key) if err != nil { t.Fatalf("subtle.NewAESGCM() err = %q, want nil", err) } ct, err := a.Encrypt(pt, ad) if err != nil { t.Fatalf("a.Encrypt() err = %q, want nil", err) } decrypted, err := a.Decrypt(ct, ad) if err != nil { t.Fatalf("a.Decrypt() err = %q, want nil", err) } if !bytes.Equal(pt, decrypted) { t.Errorf("decrypted text and plaintext don't match: keySize %v, ptSize %v", keySize, ptSize) } } ptSize += 5 * ptSize / 11 } } func TestAESGCMModifyCiphertext(t *testing.T) { ad := random.GetRandomBytes(33) key := random.GetRandomBytes(16) pt := random.GetRandomBytes(32) a, err := subtle.NewAESGCM(key) if err != nil { t.Fatalf("subtle.NewAESGCM() err = %q, want nil", err) } ct, err := a.Encrypt(pt, ad) if err != nil { t.Fatalf("a.Encrypt() err = %q, want nil", err) } // flipping bits for i := 0; i < len(ct); i++ { tmp := ct[i] for j := 0; j < 8; j++ { ct[i] ^= 1 << uint8(j) if _, err := a.Decrypt(ct, ad); err == nil { t.Errorf("expect an error when flipping bit of ciphertext: byte %d, bit %d", i, j) } ct[i] = tmp } } // truncated ciphertext for i := 1; i < len(ct); i++ { if _, err := a.Decrypt(ct[:i], ad); err == nil { t.Errorf("expect an error ciphertext is truncated until byte %d", i) } } // modify associated data for i := 0; i < len(ad); i++ { tmp := ad[i] for j := 0; j < 8; j++ { ad[i] ^= 1 << uint8(j) if _, err := a.Decrypt(ct, ad); err == nil { t.Errorf("expect an error when flipping bit of ad: byte %d, bit %d", i, j) } ad[i] = tmp } } // replace ciphertext with a random string with a small, unacceptable size for _, ctSize := range []uint32{subtle.AESGCMIVSize / 2, subtle.AESGCMIVSize - 1} { smallCT := random.GetRandomBytes(ctSize) emptyAD := []byte{} if _, err := a.Decrypt(smallCT, emptyAD); err == nil { t.Error("Decrypt: got success, want err") } } } /** * This is a very simple test for the randomness of the nonce. * The test simply checks that the multiple ciphertexts of the same * message are distinct. */ func TestAESGCMRandomNonce(t *testing.T) { nSample := 1 << 17 key := random.GetRandomBytes(16) pt := []byte{} ad := []byte{} a, err := subtle.NewAESGCM(key) if err != nil { t.Fatalf("subtle.NewAESGCM() err = %q, want nil", err) } ctSet := make(map[string]bool) for i := 0; i < nSample; i++ { ct, err := a.Encrypt(pt, ad) if err != nil { t.Fatalf("a.Encrypt() err = %q, want nil", err) } ctHex := hex.EncodeToString(ct) _, existed := ctSet[ctHex] if existed { t.Errorf("nonce is repeated after %d samples", i) } ctSet[ctHex] = true } } func TestAESGCMWycheproofCases(t *testing.T) { suite := new(aead.WycheproofSuiteV1) wycheproof.PopulateSuiteV1(t, suite, "aes_gcm_test.json") for _, group := range suite.TestGroups { if err := subtle.ValidateAESKeySize(group.KeySize / 8); err != nil { continue } if group.IvSize != subtle.AESGCMIVSize*8 { continue } for _, test := range group.Tests { caseName := fmt.Sprintf("%s-%s(%d,%d):Case-%d", suite.Algorithm, group.Type, group.KeySize, group.TagSize, test.CaseID) t.Run(caseName, func(t *testing.T) { runAESGCMWycheproofCase(t, test) }) } } } func runAESGCMWycheproofCase(t *testing.T, tc *aead.WycheproofCase) { var combinedCt []byte combinedCt = append(combinedCt, tc.Iv...) combinedCt = append(combinedCt, tc.Ct...) combinedCt = append(combinedCt, tc.Tag...) // create cipher and do encryption cipher, err := subtle.NewAESGCM(tc.Key) if err != nil { t.Fatalf("cannot create new instance of AESGCM in test case: %s", err) } decrypted, err := cipher.Decrypt(combinedCt, tc.Aad) if err != nil { if tc.Result == "valid" { t.Errorf("unexpected error in test case: %s", err) } } else { if tc.Result == "invalid" { t.Error("decrypted invalid test case") } if !bytes.Equal(decrypted, tc.Msg) { t.Error("incorrect decryption in test case") } } } ================================================ FILE: aead/subtle/chacha20poly1305.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/cipher" "fmt" "golang.org/x/crypto/chacha20poly1305" internalaead "github.com/tink-crypto/tink-go/v2/internal/aead" "github.com/tink-crypto/tink-go/v2/internal/random" "github.com/tink-crypto/tink-go/v2/tink" ) // ChaCha20Poly1305 is a ChaCha20-Poly1305 implementation of the [tink.AEAD] // interface. type ChaCha20Poly1305 struct { rawAEAD cipher.AEAD } var _ tink.AEAD = (*ChaCha20Poly1305)(nil) // NewChaCha20Poly1305 returns an [ChaCha20Poly1305] instance. // // The key argument must be a 32-bytes key. func NewChaCha20Poly1305(key []byte) (*ChaCha20Poly1305, error) { if len(key) != chacha20poly1305.KeySize { return nil, fmt.Errorf("chacha20_poly1305: bad key length: got %d, want %d", len(key), chacha20poly1305.KeySize) } rawAEAD, err := chacha20poly1305.New(key) if err != nil { return nil, fmt.Errorf("chacha20_poly1305: failed to create AEAD, error: %v", err) } return &ChaCha20Poly1305{rawAEAD: rawAEAD}, nil } // Encrypt encrypts plaintext with associatedData. // // The resulting ciphertext is of the form: | nonce | ciphertext | tag |. func (ca *ChaCha20Poly1305) Encrypt(plaintext []byte, associatedData []byte) ([]byte, error) { if err := internalaead.CheckChaCha20Poly1305PlaintextSize(len(plaintext)); err != nil { return nil, err } ciphertext := make([]byte, chacha20poly1305.NonceSize, chacha20poly1305.NonceSize+len(plaintext)+chacha20poly1305.Overhead) nonce := ciphertext[:chacha20poly1305.NonceSize] random.MustRand(nonce) return ca.rawAEAD.Seal(ciphertext, nonce, plaintext, associatedData), nil } // Decrypt decrypts ciphertext with associatedData. // // The ciphertext must be of the form: | nonce | ciphertext | tag |. func (ca *ChaCha20Poly1305) Decrypt(ciphertext []byte, associatedData []byte) ([]byte, error) { if len(ciphertext) < chacha20poly1305.NonceSize+chacha20poly1305.Overhead { return nil, fmt.Errorf("chacha20_poly1305: ciphertext too short") } nonce := ciphertext[:chacha20poly1305.NonceSize] ciphertextAndTag := ciphertext[chacha20poly1305.NonceSize:] plaintext, err := ca.rawAEAD.Open(nil, nonce, ciphertextAndTag, associatedData) if err != nil { return nil, fmt.Errorf("chacha20_poly1305: %w", err) } return plaintext, nil } ================================================ FILE: aead/subtle/chacha20poly1305_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "fmt" "math/rand" "testing" "golang.org/x/crypto/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/internal/testing/aead" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/subtle/random" ) func TestChaCha20Poly1305EncryptDecrypt(t *testing.T) { for i, test := range chaCha20Poly1305Tests { key, err := hex.DecodeString(test.key) if err != nil { t.Fatalf("hex.DecodeString(test.key) err = %q, want nil", err) } pt, err := hex.DecodeString(test.plaintext) if err != nil { t.Fatalf("hex.DecodeString(test.plaintext) err = %q, want nil", err) } ad, err := hex.DecodeString(test.associatedData) if err != nil { t.Fatalf("hex.DecodeString(test.associatedData) err = %q, want nil", err) } nonce, err := hex.DecodeString(test.nonce) if err != nil { t.Fatalf("hex.DecodeString(test.nonce) err = %q, want nil", err) } out, err := hex.DecodeString(test.out) if err != nil { t.Fatalf("hex.DecodeString(test.out) err = %q, want nil", err) } ca, err := subtle.NewChaCha20Poly1305(key) if err != nil { t.Errorf("#%d, cannot create new instance of ChaCha20Poly1305: %s", i, err) continue } _, err = ca.Encrypt(pt, ad) if err != nil { t.Errorf("#%d, unexpected encryption error: %s", i, err) continue } var combinedCT []byte combinedCT = append(combinedCT, nonce...) combinedCT = append(combinedCT, out...) if got, err := ca.Decrypt(combinedCT, ad); err != nil { t.Errorf("#%d, unexpected decryption error: %s", i, err) continue } else if !bytes.Equal(pt, got) { t.Errorf("#%d, plaintext's don't match: got %x vs %x", i, got, pt) continue } } } func TestChaCha20Poly1305EmptyAssociatedData(t *testing.T) { key := random.GetRandomBytes(chacha20poly1305.KeySize) emptyAD := []byte{} badAD := []byte{1, 2, 3} ca, err := subtle.NewChaCha20Poly1305(key) if err != nil { t.Fatal(err) } for i := 0; i < 75; i++ { pt := random.GetRandomBytes(uint32(i)) // Encrypting with associatedData as a 0-length array { ct, err := ca.Encrypt(pt, emptyAD) if err != nil { t.Errorf("Encrypt(%x, %x) failed", pt, emptyAD) continue } if got, err := ca.Decrypt(ct, emptyAD); err != nil || !bytes.Equal(pt, got) { t.Errorf("Decrypt(Encrypt(pt, %x)): plaintext's don't match: got %x vs %x", emptyAD, got, pt) } if got, err := ca.Decrypt(ct, nil); err != nil || !bytes.Equal(pt, got) { t.Errorf("Decrypt(Encrypt(pt, nil)): plaintext's don't match: got %x vs %x", got, pt) } if _, err := ca.Decrypt(ct, badAD); err == nil { t.Errorf("Decrypt(Encrypt(pt, %x)) = _, nil; want: _, err", badAD) } } // Encrypting with associatedData equal to nil { ct, err := ca.Encrypt(pt, nil) if err != nil { t.Errorf("Encrypt(%x, nil) failed", pt) } if got, err := ca.Decrypt(ct, emptyAD); err != nil || !bytes.Equal(pt, got) { t.Errorf("Decrypt(Encrypt(pt, %x)): plaintext's don't match: got %x vs %x; error: %v", emptyAD, got, pt, err) } if got, err := ca.Decrypt(ct, nil); err != nil || !bytes.Equal(pt, got) { t.Errorf("Decrypt(Encrypt(pt, nil)): plaintext's don't match: got %x vs %x; error: %v", got, pt, err) } if _, err := ca.Decrypt(ct, badAD); err == nil { t.Errorf("Decrypt(Encrypt(pt, %x)) = _, nil; want: _, err", badAD) } } } } func TestChaCha20Poly1305LongMessages(t *testing.T) { dataSize := uint32(16) // Encrypts and decrypts messages of size <= 8192. for dataSize <= 1<<24 { pt := random.GetRandomBytes(dataSize) ad := random.GetRandomBytes(dataSize / 3) key := random.GetRandomBytes(chacha20poly1305.KeySize) ca, err := subtle.NewChaCha20Poly1305(key) if err != nil { t.Fatal(err) } ct, err := ca.Encrypt(pt, ad) if err != nil { t.Errorf("Encrypt(%x, %x) failed", pt, ad) continue } if got, err := ca.Decrypt(ct, ad); err != nil || !bytes.Equal(pt, got) { t.Errorf("Decrypt(Encrypt(pt, %x)): plaintext's don't match: got %x vs %x; error: %v", ad, got, pt, err) } dataSize += 5 * dataSize / 11 } } func TestChaCha20Poly1305ModifyCiphertext(t *testing.T) { for i, test := range chaCha20Poly1305Tests { key, err := hex.DecodeString(test.key) if err != nil { t.Fatalf("hex.DecodeString(test.key) err = %q, want nil", err) } pt, err := hex.DecodeString(test.plaintext) if err != nil { t.Fatalf("hex.DecodeString(test.plaintext) err = %q, want nil", err) } ad, err := hex.DecodeString(test.associatedData) if err != nil { t.Fatalf("hex.DecodeString(test.associatedData) err = %q, want nil", err) } ca, err := subtle.NewChaCha20Poly1305(key) if err != nil { t.Fatal(err) } ct, err := ca.Encrypt(pt, ad) if err != nil { t.Errorf("#%d: Encrypt failed", i) continue } if len(ad) > 0 { alteredIndex := rand.Intn(len(ad)) ad[alteredIndex] ^= 0x80 if _, err := ca.Decrypt(ct, ad); err == nil { t.Errorf("#%d: Decrypt was successful after altering associated data", i) continue } ad[alteredIndex] ^= 0x80 } alterCtIdx := rand.Intn(len(ct)) ct[alterCtIdx] ^= 0x80 if _, err := ca.Decrypt(ct, ad); err == nil { t.Errorf("#%d: Decrypt was successful after altering ciphertext", i) continue } ct[alterCtIdx] ^= 0x80 } } // This is a very simple test for the randomness of the nonce. // The test simply checks that the multiple ciphertexts of the same message are distinct. func TestChaCha20Poly1305RandomNonce(t *testing.T) { key := random.GetRandomBytes(chacha20poly1305.KeySize) ca, err := subtle.NewChaCha20Poly1305(key) if err != nil { t.Fatal(err) } cts := make(map[string]bool) pt, ad := []byte{}, []byte{} for i := 0; i < 1<<10; i++ { ct, err := ca.Encrypt(pt, ad) ctHex := hex.EncodeToString(ct) if err != nil || cts[ctHex] { t.Errorf("TestRandomNonce failed: %v", err) } else { cts[ctHex] = true } } } func TestChaCha20Poly1305WycheproofCases(t *testing.T) { suite := new(aead.WycheproofSuiteV1) wycheproof.PopulateSuiteV1(t, suite, "chacha20_poly1305_test.json") for _, group := range suite.TestGroups { if group.KeySize/8 != chacha20poly1305.KeySize { continue } if group.IvSize/8 != chacha20poly1305.NonceSize { continue } for _, test := range group.Tests { caseName := fmt.Sprintf("%s-%s:Case-%d", suite.Algorithm, group.Type, test.CaseID) t.Run(caseName, func(t *testing.T) { runChaCha20Poly1305WycheproofCase(t, test) }) } } } func runChaCha20Poly1305WycheproofCase(t *testing.T, tc *aead.WycheproofCase) { var combinedCT []byte combinedCT = append(combinedCT, tc.Iv...) combinedCT = append(combinedCT, tc.Ct...) combinedCT = append(combinedCT, tc.Tag...) ca, err := subtle.NewChaCha20Poly1305(tc.Key) if err != nil { t.Fatalf("cannot create new instance of ChaCha20Poly1305: %s", err) } _, err = ca.Encrypt(tc.Msg, tc.Aad) if err != nil { t.Fatalf("unexpected encryption error: %s", err) } decrypted, err := ca.Decrypt(combinedCT, tc.Aad) if err != nil { if tc.Result == "valid" { t.Errorf("unexpected error: %s", err) } } else { if tc.Result == "invalid" { t.Error("decrypted invalid") } if !bytes.Equal(decrypted, tc.Msg) { t.Error("incorrect decryption") } } } ================================================ FILE: aead/subtle/chacha20poly1305_vectors_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test var chaCha20Poly1305Tests = []struct { plaintext, associatedData, key, nonce, out string }{ { "", "", "808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9f", "070000004041424344454647", "a0784d7a4716f3feb4f64e7f4b39bf04", }, { "4c616469657320616e642047656e746c656d656e206f662074686520636c617373206f66202739393a204966204920636f756c64206f6666657220796f75206f6e6c79206f6e652074697020666f7220746865206675747572652c2073756e73637265656e20776f756c642062652069742e", "50515253c0c1c2c3c4c5c6c7", "808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9f", "070000004041424344454647", "d31a8d34648e60db7b86afbc53ef7ec2a4aded51296e08fea9e2b5a736ee62d63dbea45e8ca9671282fafb69da92728b1a71de0a9e060b2905d6a5b67ecd3b3692ddbd7f2d778b8c9803aee328091b58fab324e4fad675945585808b4831d7bc3ff4def08e4b7a9de576d26586cec64b61161ae10b594f09e26a7e902ecbd0600691", }, { "1400000cebccee3bf561b292340fec60", "00000000000000001603030010", "a5117e70953568bf750862df9e6f92af81677c3a188e847917a4a915bda7792e", "129039b5572e8a7a8131f76a", "2b487a2941bc07f3cc76d1a531662588ee7c2598e59778c24d5b27559a80d163", }, { "0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000", "00000000000000000000000000", "a5117e70953568bf750862df9e6f92af81677c3a188e847917a4a915bda7792e", "129039b5572e8a7a8131f76a", "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", }, { "0967de57eefe1aaa999b9b746d88a1a248000d8734e0e938c6aa87", "e4f0a3a4f90a8250f8806aa319053e8d73c62f150e2f239563037e9cc92823ad18c65111d0d462c954cc6c6ed2aafb45702a5a7e597d13bd8091594ab97cf7d1", "f2db28620582e05f00f31c808475ca3df1c20e340bf14828352499466d79295f", "4349e2131d44dc711148dfe3", "bd06cc144fdc0d8b735fa4452eabbf78fd4ad2966ea41a84f68da40ca2da439777bc2ba6c4ec2de0d003eb", }, { "c4c920fb52a56fe66eaa8aa3fa187c543e3db8e5c8094c4313dc4ed35dfc5821c5791d171e8cfe8d37883031a0ad", "85deea3dc4", "05ff881d1e151bab4ca3db7d44880222733fe62686f71ce1e4610f2ea19599a7", "b34710f65aed442e4a40866b", "b154452fb7e85d175dd0b0db08591565c5587a725cf22386922f5d27a01015aba778975510b38754b2182e24352f019b7ad493e1ed255906715644aec6e0", }, { "c4b337df5e83823900c6c202e93541cf5bc8c677a9aad8b8d87a4d7221e294e595cbc4f34e462d4e0def50f62491c57f598cf60236cfba0f4908816aea154f80e013732e59a07c668fcc5cb35d2232b7ae29b9e4f874f3417c74ab6689fae6690d5a9766fa13cd8adf293d3d4b70f4f999adde9121d1d29d467d04cf77ea398444d0ea3fe4b7c9c3e106002c76f4260fa204a0c3d5", "72611bef65eb664f24ea94f4d5d3d88c9c9c6da29c9a1991c02833c4c9f6993b57b5", "dd0f2d4bb1c9e5ca5aa5f38d69bc8402f7dbb7229857b4a41b3044d481b7655e", "2bbca0910cc47ca0b8517391", "83aa28d6d98901e2981d21d3758ae4db8cce07fe08d82ca6f036a68daa88a7dda56eeb38040c942bdda0fd2d369eec44bd070e2c9314992f68dc16989a6ac0c3912c378cf3254f4bae74a66b075e828df6f855c0d8a827ffed3c03582c12a9112eeb7be43dfe8bd78beb2d1e56678b99a0372531727cb7f2b98d2f917ec10de93fe86267100c20356e80528c5066688c8b7acba76e591449952343f663993d5b642e59eb0f", }, { "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", "74ba3372d308910b5c9c3885f41252d57556", "9cf77bd06a4ed8fb59349791b98ba40b6019611942f5768e8be2ee88477149e3", "b928935c4c966c60fd6583c0", "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", }, { 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// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "encoding/binary" "errors" "fmt" "github.com/tink-crypto/tink-go/v2/tink" ) // EncryptThenAuthenticate performs an encrypt-then-MAC operation on plaintext // and associated data (ad). The MAC is computed over (ad || // ciphertext || size of ad). This implementation is based on // http://tools.ietf.org/html/draft-mcgrew-aead-aes-cbc-hmac-sha2-05. type EncryptThenAuthenticate struct { indCPACipher INDCPACipher mac tink.MAC tagSize int } const ( minTagSizeInBytes = 10 ) // Assert that EncryptThenAuthenticate implements the AEAD interface. var _ tink.AEAD = (*EncryptThenAuthenticate)(nil) // uint64ToByte stores a uint64 to a slice of bytes in big endian format. func uint64ToByte(n uint64) []byte { buf := make([]byte, 8) binary.BigEndian.PutUint64(buf, n) return buf } // NewEncryptThenAuthenticate returns a new instance of EncryptThenAuthenticate. func NewEncryptThenAuthenticate(indCPACipher INDCPACipher, mac tink.MAC, tagSize int) (*EncryptThenAuthenticate, error) { if tagSize < minTagSizeInBytes { return nil, fmt.Errorf("encrypt_then_authenticate: tag size too small") } return &EncryptThenAuthenticate{indCPACipher, mac, tagSize}, nil } // Encrypt encrypts plaintext with associatedData. // The resulting ciphertext allows for checking authenticity and // integrity of associatedData, but does not guarantee its secrecy. // // The plaintext is encrypted with an INDCPACipher, then MAC is computed over // (associatedData || ciphertext || n) where n is associatedData's length // in bits represented as a 64-bit bigendian unsigned integer. The final // ciphertext format is (IND-CPA ciphertext || mac). func (e *EncryptThenAuthenticate) Encrypt(plaintext, associatedData []byte) ([]byte, error) { ciphertext, err := e.indCPACipher.Encrypt(plaintext) if err != nil { return nil, fmt.Errorf("encrypt_then_authenticate: %v", err) } adSizeInBits := uint64(len(associatedData)) * 8 adSizeInBitsEncoded := uint64ToByte(adSizeInBits) toAuthData := make([]byte, 0, len(associatedData)+len(ciphertext)+len(adSizeInBitsEncoded)) toAuthData = append(toAuthData, associatedData...) toAuthData = append(toAuthData, ciphertext...) toAuthData = append(toAuthData, adSizeInBitsEncoded...) tag, err := e.mac.ComputeMAC(toAuthData) if err != nil { return nil, fmt.Errorf("encrypt_then_authenticate: %v", err) } if len(tag) != e.tagSize { return nil, errors.New("encrypt_then_authenticate: invalid tag size") } ciphertext = append(ciphertext, tag...) return ciphertext, nil } // Decrypt decrypts ciphertext with associatedData. func (e *EncryptThenAuthenticate) Decrypt(ciphertext, associatedData []byte) ([]byte, error) { if len(ciphertext) < e.tagSize { return nil, errors.New("ciphertext too short") } // payload contains everything except the tag. payload := ciphertext[:len(ciphertext)-e.tagSize] // Authenticate the following data: // associatedData || payload || adSizeInBits adSizeInBits := uint64(len(associatedData)) * 8 adSizeInBitsEncoded := uint64ToByte(adSizeInBits) toAuthData := make([]byte, 0, len(associatedData)+len(payload)+len(adSizeInBitsEncoded)) toAuthData = append(toAuthData, associatedData...) toAuthData = append(toAuthData, payload...) toAuthData = append(toAuthData, adSizeInBitsEncoded...) err := e.mac.VerifyMAC(ciphertext[len(ciphertext)-e.tagSize:], toAuthData) if err != nil { return nil, fmt.Errorf("encrypt_then_authenticate: %v", err) } plaintext, err := e.indCPACipher.Decrypt(payload) if err != nil { return nil, fmt.Errorf("encrypt_then_authenticate: %v", err) } return plaintext, nil } ================================================ FILE: aead/subtle/encrypt_then_authenticate_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/aead/subtle" subtleMac "github.com/tink-crypto/tink-go/v2/mac/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/tink" ) func createAEADWithKeys(encryptionKey []byte, ivSize int, hashAlgo string, macKey []byte, tagSize int) (tink.AEAD, error) { ctr, err := subtle.NewAESCTR(encryptionKey, ivSize) if err != nil { return nil, err } mac, err := subtleMac.NewHMAC(hashAlgo, macKey, uint32(tagSize)) if err != nil { return nil, err } cipher, err := subtle.NewEncryptThenAuthenticate(ctr, mac, tagSize) if err != nil { return nil, err } return cipher, nil } func createAEAD(keySize, ivSize int, hashAlgo string, macKeySize int, tagSize int) (tink.AEAD, error) { encryptionKey := random.GetRandomBytes(uint32(keySize)) ctr, err := subtle.NewAESCTR(encryptionKey, ivSize) if err != nil { return nil, err } macKey := random.GetRandomBytes(uint32(macKeySize)) mac, err := subtleMac.NewHMAC(hashAlgo, macKey, uint32(tagSize)) if err != nil { return nil, err } cipher, err := subtle.NewEncryptThenAuthenticate(ctr, mac, tagSize) if err != nil { return nil, err } return cipher, nil } // Copied from // https://tools.ietf.org/html/draft-mcgrew-aead-aes-cbc-hmac-sha2-05. // // We use CTR but the RFC uses CBC mode, so it's not possible to compare // plaintexts. However, the tests are still valueable to ensure that we // correcly compute HMAC over ciphertext and associatedData. var rfcTestVectors = []struct { macKey string encryptionKey string ciphertext string associatedData string hashAlgo string ivSize int tagSize int }{ { macKey: "000102030405060708090a0b0c0d0e0f", encryptionKey: "101112131415161718191a1b1c1d1e1f", ciphertext: "" + "1af38c2dc2b96ffdd86694092341bc04" + "c80edfa32ddf39d5ef00c0b468834279" + "a2e46a1b8049f792f76bfe54b903a9c9" + "a94ac9b47ad2655c5f10f9aef71427e2" + "fc6f9b3f399a221489f16362c7032336" + "09d45ac69864e3321cf82935ac4096c8" + "6e133314c54019e8ca7980dfa4b9cf1b" + "384c486f3a54c51078158ee5d79de59f" + "bd34d848b3d69550a67646344427ade5" + "4b8851ffb598f7f80074b9473c82e2db" + "652c3fa36b0a7c5b3219fab3a30bc1c4", associatedData: "" + "546865207365636f6e64207072696e63" + "69706c65206f66204175677573746520" + "4b6572636b686f666673", hashAlgo: "SHA256", ivSize: 16, tagSize: 16, }, { macKey: "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f", encryptionKey: "202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f", ciphertext: "" + "1af38c2dc2b96ffdd86694092341bc04" + "4affaaadb78c31c5da4b1b590d10ffbd" + "3dd8d5d302423526912da037ecbcc7bd" + "822c301dd67c373bccb584ad3e9279c2" + "e6d12a1374b77f077553df829410446b" + "36ebd97066296ae6427ea75c2e0846a1" + "1a09ccf5370dc80bfecbad28c73f09b3" + "a3b75e662a2594410ae496b2e2e6609e" + "31e6e02cc837f053d21f37ff4f51950b" + "be2638d09dd7a4930930806d0703b1f6" + "4dd3b4c088a7f45c216839645b2012bf" + "2e6269a8c56a816dbc1b267761955bc5", associatedData: "" + "546865207365636f6e64207072696e63" + "69706c65206f66204175677573746520" + "4b6572636b686f666673", hashAlgo: "SHA512", ivSize: 16, tagSize: 32, }, } func mustDecodeHex(t *testing.T, data string) []byte { t.Helper() decoded, err := hex.DecodeString(data) if err != nil { t.Fatal(err) } return decoded } func TestETARFCTestVectors(t *testing.T) { for _, v := range rfcTestVectors { macKey := mustDecodeHex(t, v.macKey) encryptionKey := mustDecodeHex(t, v.encryptionKey) ciphertext := mustDecodeHex(t, v.ciphertext) associatedData := mustDecodeHex(t, v.associatedData) cipher, err := createAEADWithKeys(encryptionKey, v.ivSize, v.hashAlgo, macKey, v.tagSize) if err != nil { t.Fatalf("failed to create AEAD from RFC test vector: %v", v) } if _, err := cipher.Decrypt(ciphertext, associatedData); err != nil { t.Errorf("decryption failed to RFC test vector: %v, error: %v", v, err) } } } func TestETAEncryptDecrypt(t *testing.T) { const keySize = 16 const ivSize = 12 const macKeySize = 16 const tagSize = 16 cipher, err := createAEAD(keySize, ivSize, "SHA1", macKeySize, tagSize) if err != nil { t.Fatalf("got: %v, want: success", err) } message := []byte("Some data to encrypt.") associatedData := []byte("Some data to authenticate.") ciphertext, err := cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } if len(ciphertext) != len(message)+ivSize+tagSize { t.Errorf("invalid ciphertext size, got: %d, want: %d", len(ciphertext), len(message)+ivSize+tagSize) } plaintext, err := cipher.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("decryption failed, error: %v", err) } if !bytes.Equal(plaintext, message) { t.Errorf("invalid plaintext, got: %q, want: %q", plaintext, message) } } func TestETAWithAssociatedDataSlice(t *testing.T) { const keySize = 16 const ivSize = 12 const macKeySize = 16 const tagSize = 16 cipher, err := createAEAD(keySize, ivSize, "SHA1", macKeySize, tagSize) if err != nil { t.Fatalf("got: %v, want: success", err) } message := []byte("message") largeData := []byte("xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx") associatedData := largeData[:1] _, err = cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } wantLargeData := []byte("xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx") if !bytes.Equal(largeData, wantLargeData) { t.Errorf("largeData = %q, want: %q", largeData, wantLargeData) } } func TestETAEncryptDecryptRandomMessage(t *testing.T) { const keySize = 16 const ivSize = 12 const macKeySize = 16 const tagSize = 16 cipher, err := createAEAD(keySize, ivSize, "SHA1", macKeySize, tagSize) if err != nil { t.Fatalf("got: %v, want: success", err) } for i := 0; i < 256; i++ { message := random.GetRandomBytes(uint32(i)) associatedData := random.GetRandomBytes(uint32(i)) ciphertext, err := cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } if len(ciphertext) != len(message)+ivSize+tagSize { t.Errorf("invalid ciphertext size, got: %d, want: %d", len(ciphertext), len(message)+ivSize+tagSize) } plaintext, err := cipher.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("decryption failed, error: %v", err) } if !bytes.Equal(plaintext, message) { t.Errorf("invalid plaintext, got: %q, want: %q", plaintext, message) } } } func TestETAMultipleEncrypt(t *testing.T) { const keySize = 16 const ivSize = 12 const macKeySize = 16 const tagSize = 16 cipher, err := createAEAD(keySize, ivSize, "SHA1", macKeySize, tagSize) if err != nil { t.Fatalf("got: %v, want: success", err) } message := []byte("Some data to encrypt.") associatedData := []byte("Some data to authenticate.") ciphertext1, err := cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } ciphertext2, err := cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } if bytes.Equal(ciphertext1, ciphertext2) { t.Error("ciphertexts must not be the same") } } func TestETAInvalidTagSize(t *testing.T) { const keySize = 16 const ivSize = 12 const macKeySize = 16 const tagSize = 9 // Invalid! if _, err := createAEAD(keySize, ivSize, "SHA1", macKeySize, tagSize); err == nil { t.Error("got: success, want: error invalid tag size") } } func TestETADecryptModifiedCiphertext(t *testing.T) { const keySize = 16 const ivSize = 12 const macKeySize = 16 const tagSize = 16 cipher, err := createAEAD(keySize, ivSize, "SHA1", macKeySize, tagSize) if err != nil { t.Fatalf("got: %v, want: success", err) } message := []byte("Some data to encrypt.") associatedData := []byte("Some data to authenticate.") ciphertext, err := cipher.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } // Modify the ciphertext and try to decrypt. modCiphertext := make([]byte, len(ciphertext)) copy(modCiphertext, ciphertext) for i := 0; i < len(ciphertext)*8; i++ { // Save the byte to be modified. b := modCiphertext[i/8] modCiphertext[i/8] ^= (1 << uint(i%8)) if bytes.Equal(ciphertext, modCiphertext) { t.Errorf("modCiphertext shouldn't be the same as ciphertext") } if _, err := cipher.Decrypt(modCiphertext, associatedData); err == nil { t.Errorf("successfully decrypted modified ciphertext (i = %d)", i) } // Restore the modified byte. modCiphertext[i/8] = b } // Modify the associated data. modAssociatedData := make([]byte, len(associatedData)) copy(modAssociatedData, associatedData) for i := 0; i < len(associatedData)*8; i++ { // Save the byte to be modified. b := modAssociatedData[i/8] modAssociatedData[i/8] ^= (1 << uint(i%8)) if bytes.Equal(associatedData, modAssociatedData) { t.Errorf("modAssociatedData shouldn't be the same as associatedData") } if _, err := cipher.Decrypt(ciphertext, modAssociatedData); err == nil { t.Errorf("successfully decrypted with modified associated data (i = %d)", i) } // Restore the modified byte. modAssociatedData[i/8] = b } // Truncate the ciphertext. truncatedCiphertext := make([]byte, len(ciphertext)) copy(truncatedCiphertext, ciphertext) for i := 1; i <= len(ciphertext); i++ { truncatedCiphertext = truncatedCiphertext[:len(ciphertext)-i] if _, err := cipher.Decrypt(truncatedCiphertext, associatedData); err == nil { t.Errorf("successfully decrypted truncated ciphertext (i = %d)", i) } } } func TestETAEmptyParams(t *testing.T) { const keySize = 16 const ivSize = 12 const macKeySize = 16 const tagSize = 16 cipher, err := createAEAD(keySize, ivSize, "SHA1", macKeySize, tagSize) if err != nil { t.Fatalf("got: %v, want: success", err) } message := []byte("Some data to encrypt.") if _, err := cipher.Encrypt(message, []byte{}); err != nil { t.Errorf("encryption failed with empty associatedData") } if _, err := cipher.Encrypt([]byte{}, []byte{}); err != nil { t.Errorf("encryption failed with empty ciphertext and associatedData") } } ================================================ FILE: aead/subtle/ind_cpa.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle // INDCPACipher provides an interface for symmetric key ciphers that are // indistinguishable against chosen-plaintext attacks. Said primitives do not // provide authentication, thus should not be used directly, but only to // construct safer primitives such as AEAD. type INDCPACipher interface { // Encrypt encrypts plaintext. The resulting ciphertext is indistinguishable under // chosen-plaintext attack. However, it does not have integrity protection. Encrypt(plaintext []byte) ([]byte, error) // Decrypt decrypts ciphertext and returns the resulting plaintext. Decrypt(ciphertext []byte) ([]byte, error) } ================================================ FILE: aead/subtle/polyval.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "encoding/binary" "fmt" ) const ( // PolyvalBlockSize is the block size (in bytes) that POLYVAL uses. PolyvalBlockSize = 16 u32Sel0 uint32 = 0x11111111 u32Sel1 uint32 = 0x22222222 u32Sel2 uint32 = 0x44444444 u32Sel3 uint32 = 0x88888888 u64Sel0 uint64 = 0x1111111111111111 u64Sel1 uint64 = 0x2222222222222222 u64Sel2 uint64 = 0x4444444444444444 u64Sel3 uint64 = 0x8888888888888888 ) // Polyval (RFC 8452) is a universal hash function which operates on GF(2^128) // and can be used for constructing a Message Authentication Code (MAC). // See Section 3 of go/rfc/8452 for definition. type Polyval interface { // update the accumulator in the object with the blocks from data. If data // is not a multiple of 16 bytes, it is automatically zero padded. Update(data []byte) // finish completes the polyval computation and returns the result. Finish() [PolyvalBlockSize]byte } // fieldElement represents a value in GF(2^128). // In order to reflect the Polyval standard and make binary.LittleEndian suitable // for marshaling these values, the bits are stored in little endian order. // For example: // the coefficient of x^0 can be obtained by v.lo & 1. // the coefficient of x^63 can be obtained by v.lo >> 63. // the coefficient of x^64 can be obtained by v.hi & 1. // the coefficient of x^127 can be obtained by v.hi >> 63. type fieldElement struct { lo, hi uint64 } // polyval implements the POLYVAL function as defined by go/rfc/8452. type polyval struct { key fieldElement acc fieldElement } // Assert that polyval implements Polyval interface var _ Polyval = (*polyval)(nil) // mul32 multiplies two 32 bit polynomials in GF(2^128) using Karatsuba multiplication. func mul32(a uint32, b uint32) uint64 { a0 := uint64(a & u32Sel0) a1 := uint64(a & u32Sel1) a2 := uint64(a & u32Sel2) a3 := uint64(a & u32Sel3) b0 := uint64(b & u32Sel0) b1 := uint64(b & u32Sel1) b2 := uint64(b & u32Sel2) b3 := uint64(b & u32Sel3) c0 := (a0 * b0) ^ (a1 * b3) ^ (a2 * b2) ^ (a3 * b1) c1 := (a0 * b1) ^ (a1 * b0) ^ (a2 * b3) ^ (a3 * b2) c2 := (a0 * b2) ^ (a1 * b1) ^ (a2 * b0) ^ (a3 * b3) c3 := (a0 * b3) ^ (a1 * b2) ^ (a2 * b1) ^ (a3 * b0) return (c0 & u64Sel0) | (c1 & u64Sel1) | (c2 & u64Sel2) | (c3 & u64Sel3) } // mul64 multiplies two 64 bit polynomials in GF(2^128) using Karatsuba multiplication. func mul64(a uint64, b uint64) fieldElement { a0 := uint32(a & 0xffffffff) a1 := uint32(a >> 32) b0 := uint32(b & 0xffffffff) b1 := uint32(b >> 32) lo := mul32(a0, b0) hi := mul32(a1, b1) mid := mul32(a0^a1, b0^b1) ^ lo ^ hi return fieldElement{lo: lo ^ (mid << 32), hi: hi ^ (mid >> 32)} } // polyvalDot implements the dot operation defined by go/rfc/8452. // dot(a, b) = a * b * x^-128. // The value of the field element x^-128 is equal to x^127 + x^124 + x^121 + x^114 + 1. // The result of this multiplication, dot(a, b), is another field element. // The implementation here is inspired from BoringSSL's implementation of gcm_polyval_nohw(). // Ref: https://boringssl.googlesource.com/boringssl/+/master/crypto/fipsmodule/modes/gcm_nohw.c func polyvalDot(a fieldElement, b fieldElement) fieldElement { // Karatsuba multiplication. The product of |a| and |b| is stored in |r0| and |r1| // Note there is no byte or bit reversal because we are evaluating POLYVAL. r0 := mul64(a.lo, b.lo) r1 := mul64(a.hi, b.hi) mid := mul64(a.lo^a.hi, b.lo^b.hi) mid.lo ^= r0.lo ^ r1.lo mid.hi ^= r0.hi ^ r1.hi r1.lo ^= mid.hi r0.hi ^= mid.lo // Now we multiply our 256-bit result by x^-128 and reduce. // |r1| shifts into position and we must multiply |r0| by x^-128. We have: // // 1 = x^121 + x^126 + x^127 + x^128 // x^-128 = x^-7 + x^-2 + x^-1 + 1 // // This is the GHASH reduction step, but with bits flowing in reverse. // The x^-7, x^-2, and x^-1 terms shift bits past x^0, which would require // another reduction steps. Instead, we gather the excess bits, incorporate // them into |r0| and reduce once. // Ref: slides 17-19 of https://crypto.stanford.edu/RealWorldCrypto/slides/gueron.pdf. r0.hi ^= (r0.lo << 63) ^ (r0.lo << 62) ^ (r0.lo << 57) // 1 r1.lo ^= r0.lo r1.hi ^= r0.hi // x^-1 r1.lo ^= r0.lo >> 1 r1.lo ^= r0.hi << 63 r1.hi ^= r0.hi >> 1 // x^-2 r1.lo ^= r0.lo >> 2 r1.lo ^= r0.hi << 62 r1.hi ^= r0.hi >> 2 // x^-7 r1.lo ^= r0.lo >> 7 r1.lo ^= r0.hi << 57 r1.hi ^= r0.hi >> 7 return r1 } // NewPolyval returns a Polyval instance. func NewPolyval(key []byte) (Polyval, error) { if len(key) != PolyvalBlockSize { return nil, fmt.Errorf("polyval: Invalid key size: %d", len(key)) } return &polyval{ key: fieldElement{ lo: binary.LittleEndian.Uint64(key[:8]), hi: binary.LittleEndian.Uint64(key[8:]), }, }, nil } func (p *polyval) Update(data []byte) { var block []byte for len(data) > 0 { if len(data) >= PolyvalBlockSize { block = data[:PolyvalBlockSize] data = data[PolyvalBlockSize:] } else { var partialBlock [PolyvalBlockSize]byte copy(partialBlock[:], data) block = partialBlock[:] data = data[len(data):] } p.acc.lo ^= binary.LittleEndian.Uint64(block[:8]) p.acc.hi ^= binary.LittleEndian.Uint64(block[8:]) p.acc = polyvalDot(p.acc, p.key) } } func (p *polyval) Finish() (hash [PolyvalBlockSize]byte) { binary.LittleEndian.PutUint64(hash[:8], p.acc.lo) binary.LittleEndian.PutUint64(hash[8:], p.acc.hi) return } ================================================ FILE: aead/subtle/polyval_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" ) // These test vectors have been taken from Appendix C in go/rfc/8452. var testVectors = []struct { Key, Input, Hash string }{ { // Test Case 0 Key: "25629347589242761d31f826ba4b757b", Input: "4f4f95668c83dfb6401762bb2d01a262d1a24ddd2721d006bbe45f20d3c9f362", Hash: "f7a3b47b846119fae5b7866cf5e5b77e", }, { // Test Case 1 Key: "d9b360279694941ac5dbc6987ada7377", Input: "00000000000000000000000000000000", Hash: "00000000000000000000000000000000", }, { // Test Case 2 Key: "d9b360279694941ac5dbc6987ada7377", Input: "01000000000000000000000000000000000000000000000040", Hash: "eb93b7740962c5e49d2a90a7dc5cec74", }, { // Test Case 3 Key: "d9b360279694941ac5dbc6987ada7377", Input: "01000000000000000000000000000000000000000000000060", Hash: "48eb6c6c5a2dbe4a1dde508fee06361b", }, { // Test Case 4 Key: "d9b360279694941ac5dbc6987ada7377", Input: "01000000000000000000000000000000000000000000000080", Hash: "20806c26e3c1de019e111255708031d6", }, { // Test Case 5 Key: "d9b360279694941ac5dbc6987ada7377", Input: "010000000000000000000000000000000200000000000000000000000000000000000000000000000001", Hash: "ce6edc9a50b36d9a98986bbf6a261c3b", }, { // Test Case 6 Key: "0533fd71f4119257361a3ff1469dd4e5", Input: "489c8fde2be2cf97e74e932d4ed87d00c9882e5386fd9f92ec00000000000000780000000000000048", Hash: "bf160bc9ded8c63057d2c38aae552fb4", }, { // Test Case 7 Key: "64779ab10ee8a280272f14cc8851b727", Input: "0da55210cc1c1b0abde3b2f204d1e9f8b06bc47f0000000000000000000000001db2316fd568378da107b52b00000000a00000000000000060", Hash: "cc86ee22c861e1fd474c84676b42739c", }, { // Test Case 8 Key: "27c2959ed4daea3b1f52e849478de376", Input: "f37de21c7ff901cfe8a69615a93fdf7a98cad481796245709f0000000000000021702de0de18baa9c9596291b0846600c80000000000000078", Hash: "c4fa5e5b713853703bcf8e6424505fa5", }, { // Test Case 9 Key: "670b98154076ddb59b7a9137d0dcc0f0", Input: "9c2159058b1f0fe91433a5bdc20e214eab7fecef4454a10ef0657df21ac70000b202b370ef9768ec6561c4fe6b7e7296fa850000000000000000000000000000f00000000000000090", Hash: "4e4108f09f41d797dc9256f8da8d58c7", }, { // Test Case 10 Key: "cb8c3aa3f8dbaeb4b28a3e86ff6625f8", Input: "734320ccc9d9bbbb19cb81b2af4ecbc3e72834321f7aa0f70b7282b4f33df23f16754100000000000000000000000000ced532ce4159b035277d4dfbb7db62968b13cd4eec00000000000000000000001801000000000000a8", Hash: "ffd503c7dd712eb3791b7114b17bb0cf", }, } func TestPolyval(t *testing.T) { for id, tc := range testVectors { key, err := hex.DecodeString(tc.Key) if err != nil { t.Errorf("cannot decode key in test case %d: %s", id, err) continue } input, err := hex.DecodeString(tc.Input) if err != nil { t.Errorf("cannot decode aad in test case %d: %s", id, err) continue } expectedHash, err := hex.DecodeString(tc.Hash) if err != nil { t.Errorf("cannot decode msg in test case %d: %s", id, err) continue } p, err := subtle.NewPolyval(key) if err != nil { t.Errorf("Unexpected error: %v", err) continue } p.Update(input) hash := p.Finish() actualHash := hash[:] if !bytes.Equal(actualHash, expectedHash) { t.Errorf("Hash values don't match in test case %d: actual %s, expected %s", id, hex.EncodeToString(actualHash), hex.EncodeToString(expectedHash)) } } } func TestPolyvalRejectsInvalidKeyLength(t *testing.T) { invalidKeySizes := []uint32{4, 8, 12, 15, 17, 24, 32} for id, keySize := range invalidKeySizes { key := random.GetRandomBytes(keySize) _, err := subtle.NewPolyval(key) if err == nil { t.Errorf("Expected error with invalid key-size %d case %d", keySize, id) } } } ================================================ FILE: aead/subtle/subtle.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package subtle provides subtle implementations of the AEAD primitive. package subtle import internalaead "github.com/tink-crypto/tink-go/v2/internal/aead" const ( intSize = 32 << (^uint(0) >> 63) // 32 or 64 maxInt = 1<<(intSize-1) - 1 ) // ValidateAESKeySize checks if the given key size is a valid AES key size. func ValidateAESKeySize(sizeInBytes uint32) error { return internalaead.ValidateAESKeySize(sizeInBytes) } ================================================ FILE: aead/subtle/subtle_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "testing" "github.com/tink-crypto/tink-go/v2/aead/subtle" ) func TestValidateAESKeySize(t *testing.T) { for _, keySize := range []uint32{8, 16, 24, 32, 40} { err := subtle.ValidateAESKeySize(keySize) if keySize == 16 || keySize == 32 { if err != nil { t.Errorf("ValidateAESKeySize(%d): got err %q, want success", keySize, err) } } else if err == nil { t.Errorf("ValidateAESKeySize(%d): got success, want error", keySize) } } } ================================================ FILE: aead/subtle/xchacha20poly1305.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/cipher" "errors" "fmt" "golang.org/x/crypto/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/internal/random" "github.com/tink-crypto/tink-go/v2/tink" ) // XChaCha20Poly1305 is an implementation of AEAD interface. type XChaCha20Poly1305 struct { cipher cipher.AEAD } // Assert that XChaCha20Poly1305 implements the AEAD interface. var _ tink.AEAD = (*XChaCha20Poly1305)(nil) // NewXChaCha20Poly1305 returns an XChaCha20Poly1305 instance. // The key argument should be a 32-bytes key. func NewXChaCha20Poly1305(key []byte) (*XChaCha20Poly1305, error) { if len(key) != chacha20poly1305.KeySize { return nil, errors.New("xchacha20poly1305: bad key length") } c, err := chacha20poly1305.NewX(key) if err != nil { return nil, fmt.Errorf("xchacha20poly1305: failed to create AEAD, error: %v", err) } return &XChaCha20Poly1305{cipher: c}, nil } // Encrypt encrypts plaintext with associatedData. // // The resulting ciphertext consists of two parts: // 1. the nonce used for encryption // 2. the actual ciphertext func (x *XChaCha20Poly1305) Encrypt(plaintext []byte, associatedData []byte) ([]byte, error) { if len(plaintext) > maxInt-chacha20poly1305.NonceSizeX-chacha20poly1305.Overhead { return nil, fmt.Errorf("xchacha20poly1305: plaintext too long") } // Make the capacity of dst large enough so that both the nonce and the ciphertext fit inside. dst := make([]byte, chacha20poly1305.NonceSizeX, chacha20poly1305.NonceSizeX+len(plaintext)+x.cipher.Overhead()) nonce := dst[:chacha20poly1305.NonceSizeX] random.MustRand(nonce) // Seal appends the ciphertext to dst. So the final output is: nonce || ciphertext. return x.cipher.Seal(dst, nonce, plaintext, associatedData), nil } // Decrypt decrypts ciphertext with associatedData. // // ciphertext consists of two parts: // 1. the nonce used for encryption // 2. the actual ciphertext func (x *XChaCha20Poly1305) Decrypt(ciphertext []byte, associatedData []byte) ([]byte, error) { if len(ciphertext) < chacha20poly1305.NonceSizeX+chacha20poly1305.Overhead { return nil, fmt.Errorf("xchacha20poly1305: ciphertext too short") } nonce := ciphertext[:chacha20poly1305.NonceSizeX] pt, err := x.cipher.Open(nil, nonce, ciphertext[chacha20poly1305.NonceSizeX:], associatedData) if err != nil { return nil, fmt.Errorf("XChaCha20Poly1305.Decrypt: %s", err) } return pt, nil } ================================================ FILE: aead/subtle/xchacha20poly1305_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "fmt" "math/rand" "testing" "golang.org/x/crypto/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/internal/testing/aead" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/subtle/random" ) func TestXChaCha20Poly1305EncryptDecrypt(t *testing.T) { for i, test := range xChaCha20Poly1305Tests { key, err := hex.DecodeString(test.key) if err != nil { t.Fatalf("hex.DecodeString(test.key) err = %q, want nil", err) } pt, err := hex.DecodeString(test.plaintext) if err != nil { t.Fatalf("hex.DecodeString(test.plaintext) err = %q, want nil", err) } aad, err := hex.DecodeString(test.aad) if err != nil { t.Fatalf("hex.DecodeString(test.aad) err = %q, want nil", err) } nonce, err := hex.DecodeString(test.nonce) if err != nil { t.Fatalf("hex.DecodeString(test.nonce) err = %q, want nil", err) } out, err := hex.DecodeString(test.out) if err != nil { t.Fatalf("hex.DecodeString(test.out) err = %q, want nil", err) } tag, err := hex.DecodeString(test.tag) if err != nil { t.Fatalf("hex.DecodeString(test.tag) err = %q, want nil", err) } x, err := subtle.NewXChaCha20Poly1305(key) if err != nil { t.Errorf("#%d, cannot create new instance of XChaCha20Poly1305: %s", i, err) continue } _, err = x.Encrypt(pt, aad) if err != nil { t.Errorf("#%d, unexpected encryption error: %s", i, err) continue } var combinedCt []byte combinedCt = append(combinedCt, nonce...) combinedCt = append(combinedCt, out...) combinedCt = append(combinedCt, tag...) if got, err := x.Decrypt(combinedCt, aad); err != nil { t.Errorf("#%d, unexpected decryption error: %s", i, err) continue } else if !bytes.Equal(pt, got) { t.Errorf("#%d, plaintext's don't match: got %x vs %x", i, got, pt) continue } } } func TestXChaCha20Poly1305EmptyAssociatedData(t *testing.T) { key := random.GetRandomBytes(chacha20poly1305.KeySize) aad := []byte{} badAad := []byte{1, 2, 3} x, err := subtle.NewXChaCha20Poly1305(key) if err != nil { t.Fatal(err) } for i := 0; i < 75; i++ { pt := random.GetRandomBytes(uint32(i)) // Encrpting with aad as a 0-length array { ct, err := x.Encrypt(pt, aad) if err != nil { t.Errorf("Encrypt(%x, %x) failed", pt, aad) continue } if got, err := x.Decrypt(ct, aad); err != nil || !bytes.Equal(pt, got) { t.Errorf("Decrypt(Encrypt(pt, %x)): plaintext's don't match: got %x vs %x", aad, got, pt) } if got, err := x.Decrypt(ct, nil); err != nil || !bytes.Equal(pt, got) { t.Errorf("Decrypt(Encrypt(pt, nil)): plaintext's don't match: got %x vs %x", got, pt) } if _, err := x.Decrypt(ct, badAad); err == nil { t.Errorf("Decrypt(Encrypt(pt, %x)) = _, nil; want: _, err", badAad) } } // Encrpting with aad equal to null { ct, err := x.Encrypt(pt, nil) if err != nil { t.Errorf("Encrypt(%x, nil) failed", pt) } if got, err := x.Decrypt(ct, aad); err != nil || !bytes.Equal(pt, got) { t.Errorf("Decrypt(Encrypt(pt, %x)): plaintext's don't match: got %x vs %x; error: %v", aad, got, pt, err) } if got, err := x.Decrypt(ct, nil); err != nil || !bytes.Equal(pt, got) { t.Errorf("Decrypt(Encrypt(pt, nil)): plaintext's don't match: got %x vs %x; error: %v", got, pt, err) } if _, err := x.Decrypt(ct, badAad); err == nil { t.Errorf("Decrypt(Encrypt(pt, %x)) = _, nil; want: _, err", badAad) } } } } func TestXChaCha20Poly1305LongMessages(t *testing.T) { dataSize := uint32(16) // Encrypts and decrypts messages of size <= 8192. for dataSize <= 1<<24 { pt := random.GetRandomBytes(dataSize) aad := random.GetRandomBytes(dataSize / 3) key := random.GetRandomBytes(chacha20poly1305.KeySize) x, err := subtle.NewXChaCha20Poly1305(key) if err != nil { t.Fatal(err) } ct, err := x.Encrypt(pt, aad) if err != nil { t.Errorf("Encrypt(%x, %x) failed", pt, aad) continue } if got, err := x.Decrypt(ct, aad); err != nil || !bytes.Equal(pt, got) { t.Errorf("Decrypt(Encrypt(pt, %x)): plaintext's don't match: got %x vs %x; error: %v", aad, got, pt, err) } dataSize += 5 * dataSize / 11 } } func TestXChaCha20Poly1305ModifyCiphertext(t *testing.T) { for i, test := range xChaCha20Poly1305Tests { key, err := hex.DecodeString(test.key) if err != nil { t.Fatalf("hex.DecodeString(test.key) err = %q, want nil", err) } pt, err := hex.DecodeString(test.plaintext) if err != nil { t.Fatalf("hex.DecodeString(test.plaintext) err = %q, want nil", err) } aad, err := hex.DecodeString(test.aad) if err != nil { t.Fatalf("hex.DecodeString(test.aad) err = %q, want nil", err) } x, err := subtle.NewXChaCha20Poly1305(key) if err != nil { t.Fatal(err) } ct, err := x.Encrypt(pt, aad) if err != nil { t.Errorf("#%d: Encrypt failed", i) continue } if len(aad) > 0 { alterAadIdx := rand.Intn(len(aad)) aad[alterAadIdx] ^= 0x80 if _, err := x.Decrypt(ct, aad); err == nil { t.Errorf("#%d: Decrypt was successful after altering additional data", i) continue } aad[alterAadIdx] ^= 0x80 } alterCtIdx := rand.Intn(len(ct)) ct[alterCtIdx] ^= 0x80 if _, err := x.Decrypt(ct, aad); err == nil { t.Errorf("#%d: Decrypt was successful after altering ciphertext", i) continue } ct[alterCtIdx] ^= 0x80 } } // This is a very simple test for the randomness of the nonce. // The test simply checks that the multiple ciphertexts of the same message are distinct. func TestXChaCha20Poly1305RandomNonce(t *testing.T) { key := random.GetRandomBytes(chacha20poly1305.KeySize) x, err := subtle.NewXChaCha20Poly1305(key) if err != nil { t.Fatal(err) } cts := make(map[string]bool) pt, aad := []byte{}, []byte{} for i := 0; i < 1<<10; i++ { ct, err := x.Encrypt(pt, aad) ctHex := hex.EncodeToString(ct) if err != nil || cts[ctHex] { t.Errorf("TestRandomNonce failed: %v", err) } else { cts[ctHex] = true } } } func TestXChaCha20Poly1305WycheproofCases(t *testing.T) { suite := new(aead.WycheproofSuiteV1) wycheproof.PopulateSuiteV1(t, suite, "xchacha20_poly1305_test.json") for _, group := range suite.TestGroups { if group.KeySize/8 != chacha20poly1305.KeySize { continue } if group.IvSize/8 != chacha20poly1305.NonceSizeX { continue } for _, test := range group.Tests { caseName := fmt.Sprintf("%s-%s:Case-%d", suite.Algorithm, group.Type, test.CaseID) t.Run(caseName, func(t *testing.T) { runXChaCha20Poly1305WycheproofCase(t, test) }) } } } func runXChaCha20Poly1305WycheproofCase(t *testing.T, tc *aead.WycheproofCase) { var combinedCt []byte combinedCt = append(combinedCt, tc.Iv...) combinedCt = append(combinedCt, tc.Ct...) combinedCt = append(combinedCt, tc.Tag...) ca, err := subtle.NewXChaCha20Poly1305(tc.Key) if err != nil { t.Fatalf("cannot create new instance of ChaCha20Poly1305: %s", err) } _, err = ca.Encrypt(tc.Msg, tc.Aad) if err != nil { t.Fatalf("unexpected encryption error: %s", err) } decrypted, err := ca.Decrypt(combinedCt, tc.Aad) if err != nil { if tc.Result == "valid" { t.Errorf("unexpected error: %s", err) } } else { if tc.Result == "invalid" { t.Error("decrypted invalid") } if !bytes.Equal(decrypted, tc.Msg) { t.Error("incorrect decryption") } } } func TestPreallocatedCiphertextMemoryInXChaCha20Poly1305IsExact(t *testing.T) { key := random.GetRandomBytes(chacha20poly1305.KeySize) a, err := subtle.NewXChaCha20Poly1305(key) if err != nil { t.Fatalf("aead.NewAESGCMInsecureIV() err = %v, want nil", err) } plaintext := random.GetRandomBytes(13) associatedData := random.GetRandomBytes(17) ciphertext, err := a.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("a.Encrypt() err = %v, want nil", err) } // Encrypt() uses cipher.Overhead() to pre-allocate the memory needed store the ciphertext. // For ChaCha20Poly1305, the size of the allocated memory should always be exact. If this check // fails, the pre-allocated memory was too large or too small. If it was too small, the system had // to re-allocate more memory, which is expensive and should be avoided. if len(ciphertext) != cap(ciphertext) { t.Errorf("want len(ciphertext) == cap(ciphertext), got %d != %d", len(ciphertext), cap(ciphertext)) } } ================================================ FILE: aead/subtle/xchacha20poly1305_vectors_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test // # Test vectors generated from libsodium with this code: // // #include // #include // #include // // void hexdump(const uint8_t *in, size_t in_len) { // for (size_t i = 0; i < in_len; i++) { // printf("%02x", in[i]); // } // printf("\n"); // } // // int main() { // uint8_t nonce[24]; // uint8_t key[32]; // uint8_t m[64], c[64]; // uint8_t ad[16], tag[16]; // // for (size_t ad_len = 0; ad_len < sizeof(ad); ad_len += 4) { // for (size_t m_len = 0; m_len < sizeof(m); m_len += 5) { // randombytes(nonce, sizeof(nonce)); // randombytes(key, sizeof(key)); // randombytes(m, m_len); // randombytes(ad, ad_len); // // unsigned long long tag_len = sizeof(tag); // // if (crypto_aead_xchacha20poly1305_ietf_encrypt_detached( // c, tag, &tag_len, m, m_len, ad, ad_len, NULL, nonce, key)) { // abort(); // } // // printf("KEY: "); // hexdump(key, sizeof(key)); // printf("NONCE: "); // hexdump(nonce, sizeof(nonce)); // printf("IN: "); // hexdump(m, m_len); // printf("AD: "); // hexdump(ad, ad_len); // printf("CT: "); // hexdump(c, m_len); // printf("TAG: "); // hexdump(tag, sizeof(tag)); // printf("\n"); // } // } // // return 0; // } var xChaCha20Poly1305Tests = []struct { key, nonce, plaintext, aad, out, tag string }{ { "1f4774fbe6324700d62dd6a104e7b3ca7160cfd958413f2afdb96695475f007e", "029174e5102710975a8a4a936075eb3e0f470d436884d250", "", "", "", "f55cf0949af356f977479f1f187d7291", }, { "eb27969c7abf9aff79348e1e77f1fcba7508ceb29a7471961b017aef9ceaf1c2", "990009311eab3459c1bee84b5b860bb5bdf93c7bec8767e2", "e7ec3d4b9f", "", "66bd484861", "07e31b4dd0f51f0819a0641c86380f32", }, { "4b6d89dbd7d019c0e1683d4c2a497305c778e2089ddb0f383f2c7fa2a5a52153", "97525eb02a8d347fcf38c81b1be5c3ba59406241cf251ba6", "074db54ef9fbc680b41a", "", "1221898afd6f516f770f", "75e7182e7d715f5a32ee6733fd324539", }, { "766997b1dc6c3c73b1f50e8c28c0fcb90f206258e685aff320f2d4884506c8f4", "30e7a9454892ef304776b6dc3d2c2f767ed97041b331c173", "b8250c93ac6cf28902137b4522cc67", "", "e2a13eeff8831a35d9336cb3b5c5d9", "62fdf67735cad0172f9b88603b5f3c13", }, { "6585031b5649fcabd9d4971d4ac5646fc7dca22f991dfa7dac39647001004e20", "705ee25d03fec430e24c9c6ccaa633f5b86dd43682778278", "9a4ca0633886a742e0241f132e8f90794c34dfd4", "", "0a8e6fd4cd1640be77c4c87dde4ae6222c887ed7", "edc4fbc91dfa07021e74ae0d9d1c98dc", }, { "dfc6f7c86a10a319ebcb6362997e585f55b67f3434f47dc4039c2d67973e3077", "6097f30fd75229d928454c7d59a2d2c58bfddcb14c16438e", "74c946a7f0733377e852a23087506a28dccef86e101a4359c0", "", "6e8ea0bb4c2f1323841d8e236816c61c3295866b75cefb5c25", "f16c0e9487ca7de5e7cb2a1b8bb370fc", }, { "59b8d488773767c4804d918709cfec6c69a193371145bb94f183899851aaadac", "ad5bdf8f190ca2d2cc02a75bb62aa22274cb3c98fe2d25f2", "066b9ed10f16d3dc132b409aae02d8cac209dd9b4fb789c4d34725ab2a1f", "", "2bbd4542489006df66ad1462a932524642b139ddcbf86b6b480e9e6d976c", "ca4835419ba029bc57010a8cc8bca80c", }, { "8c0cb4633cf8dc6b4b9552d1035f85517cb1ba4c36bcbc43338a8c6c7d15ce20", "8418b9655a0376fadefa3cdf8805815c4f7b56f467a74a95", "50c205a9c5d4088ba8e59a96fcd837f5170669854547678288199f1078ff2a81f0b19a", "", "8b55a12df1a85dd3fb19c34ab047a85849d15a30225bb5360bad1f0a8f5f2bd49f5898", "bce13201df6e4a7e6d896262e45d969d", }, { "b45386a75a5772e34bd193e1946f69ebfb90c37ae4581d39c9669d75e4584f50", "9fb763d0926585b5f726af9b8e3babdb331e9aa97f8d99ed", "64df0e341145d9e4a0d090153591a74893bc36cb9dae1e9570d8fee62e907cf004f9d8a360343483", "", "3146d8a5c898edd832ec9d126e93b3a433ec97dc47dce0e1985bda88c88c6aeca46fc7d9a68e30ab", "44fdb0d69abd8068442cb2ea6df8b2f2", }, { "f2efbd358dd353639a162be39a957d27c0175d5ab72aeba4a266aeda434e4a58", "65a6f7ebe48de78beb183b518589a0afacf71b40a949fa59", "f7473947996e6682a3b9c720f03cfaf26bbcdaf76c83342d2ad922435e227a5d1eacbd9bd6ea1727ec19fb0e42", "", "778a0fb701b9d671ccfaf1454e8928158ede9bb4395119356a8133036840c1bcbb8fe5e19922fbbcf8b18596e7", "9d195a89fdd29ca271405d3330f996f9", }, { "9dd674fb4a30a7bb85fc78050479ab0e2c3cc9f9f5b8689a7a67413aca304b21", "ad9e8fe15940694725f232e88f79cda7c82fe1b8aae58ba4", "7272bb6609cbd1399a0b89f6ea255165f99330aeb170ac88fccdd8e226df0952407e35718fb5edc9e987faabb271cc69f7e7", "", "846901650cb38974463a18c367676e1579ebdaf3e96b57224e842f5d5f678f3270b9a15f01241795662befb3db0768800e25", "900004db3613acbeb33d65d74dd437d7", }, { "280cbe7380a0d8bb4d8dd4476012f2eeb388a37b8b71067969abb99f6a888007", "2e1854617c67002599e6b077a812c326deb22fe29d093cbb", "d0901ec3d31ece2832685ff577f383bdff26c31341ea254acee7c5929a5df74fea2aa964524dc680b2f55fbd4fea900e956c304cc4ac3c", "", "546370726cc63068d3520d67f4f57f65d03b9ecec21c2a8c7b1133089ad28b07025a7181bddeb4a49f514fac1a44f64ee3af33d778fb98", "39084e33e42a1b05f58da65ba487d138", }, { "887564f75afa78f595cdadcea7340d20f5c5a2df169d0ad14b15fe32ce337004", "54c11df13d1f444da80b0964caeb59474b17b23a650a33f5", "f0f008eece79ecb24b715dff8a3456dfe253924b99f98f2f1b18564cced50925fca860d1c2d4785bdf4a964c76c3079efa6b37c4ba2cacc534fb590c", "", "32bb077268568d569b39e8ccdeeeb447ef424eaa2ffab565209a19b16a25952f897e5405bb0d67d8c9005d1c0b32687164d17fa4d0f412b80414c025", "0bac7c0f8dce12917fbd4ed1738ac0cc", }, { "21c6aa88eb1a320d251f71a4b312ca75347040990d869a1dd2a1982c30fda2c7", "7dead2f1a3d9d45a9124a40efe8994300976991a4417ef4d", "", "e1bf7de4", "", "341e9d0687006f981bced2f985f953e6", }, { "0c97b9a65ffcd80b8f7c20c3904d0d6dd8809a7f97d7f46d39a12c198a85da5d", "1f2c1dbc5f52fc9c8f9ca7695515d01d15904b86f703fba3", "ecaf65b66d", "bd8a6f18", "8d1b2b0e38", "27a7c7ac8bda627085414f0f31206a07", }, { "4ab5e3595f39c4379a924e5f8ebcf3279075c08d18daff01d9ddfa40e03faf12", "94e6ddc294f5f1531924ec018823343ebcc220a88ea5ee33", "c91b73abe5316c3effc6", "c576f6ea", "abe960fbc64b339c53b1", "7ebae48a2ff10117069324f04619ad6f", }, { "a1e6146c71c2ea22300e9063455f621e15bd5bf1a3762e17f845e1aba5dd5a9c", "82ddb6929abff8a9ad03dfb86c0bb3e7c092d45ebfa60a1b", "f011f32ccc2955158c117f53cf7b12", "5d14bc05", "44592321c665f51e9ffea052df1fea", "d556798b97f9b647729801419424affc", }, { "7a1af30362c27fd55b8c24b7fca324d350decee1d1f8fae56b66253a9dd127dd", "61201d6247992002e24e1a893180d4f0c19a3ae4cc74bf0c", "5c7150b6a4daa362e62f82f676fdc4c4b558df64", "00c49210", "27d9e2730b6809c08efbd4b0d24639c7b67486f3", "5889fdee25379960038778e36b2cedb2", }, { "0b3fd9073e545ac44a7967263ead139c9547f7a54f06228fd3c8609fa2620784", "6450e1097d6f9ea76eb42e8e65972d501041c3a58baf8770", "d679ae442b0351e5bff9906b099d45aab4f6aea5306a7a794f", "318d292b", "a3f9ee45316d7b0f948a26145ee4fd0552bc6dc25e577e777a", "0068a401a194b8417ec0e198baa81830", }, { "047c7d378fe80c02ee48df6f679a859253aed534fdcdd87023eb3d2f93fcafe3", "ed240b0ff6f8ac585b3ea1ab2dab8080fc2f6401b010c5d0", "7288afb4e0fa5c58602090a75c10d84b5f5f1c0e03498519afe457251aa7", "e4310302", "87906b14ca3e32ab01523b31ae0bb74590ce9e1df0811e743a2c7a93415a", "3a0abeab93792b1ffe768d316da74741", }, { "1ad4e42acc5dfd07eb0a2456e9103cd0e150a36c667eb2f2b73c0d1ac1089ce3", "48efb52387284c5d38b4940c75f0c39a3f81f60bfebb48cb", "da7edb5b3193b4484f09efa85fcf85600968ecdc537d3829a469c866ee67b0df677866", "446be8e3", "b76457ca99e95b6539b12f1d6bdac55a6d5c6469b1ff274459363ec05241f7e6e5d3ce", "06880ee508ce929da5a81f8b9de0031c", }, { "702a554c1b703d4dd69ad51234293ab787a01e15bdb3ce88bf89e18c01a67164", "ea535d9c371241b9850b8b4a596b63db79eea60bd2cd9fbb", "a97156e9b39d05c00b811552d22088d7ee090a117a7f08adac574820d592021f16207720d49fb5fd", "ba5790e3", "8d0b2b04479c33287096f0c6276a73f6c037edc1a2b28f8d3b2b8e6d4c5f9dc5113309dd3ecb15e6", "3cf303305e12924d29c223976699fb73", }, { "1bb7303fefa4d8d344bb9a215901b2314324bf1f3aeb9df5d1c1532c3a55ebf1", "a304551e5f0dc98995ddfee6215a9995023a3696debfd302", "6cf6819ce3e7ed9d4f85f4a5699701dbcaf3161adc210c0b7825ddfd83d6d7c685db62f68b3801ccc8a786066d", "901c5feb", "bc5ef09c111f76e54f897e6fce4aee1d25b6ed934f641ed5262d0c5eed45f610a6aea3b58b7771e34256d43a16", "b83f73f7995ba1b243dbf48ddfeb8e3a", }, { 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"4f599ad04f79be9add10fdc649b8be53e1062ea5e9c2bed22265dc6fb30d5ab4fd4425b38ff14d8e68013405bec1eff8c9ef3069902e492aac73dcd9", "6fa0d757", "7decbdc7043495c59ecc64e720436bb0708b586a46f8745f74391477f5a2520905dfcebc3765a330999013d309dfaa997bf70bab6a0b8f4f2a2a3cdf", "051ec4ecce208d9be0cd17f434e13be3", }, { "2d3d9ed4bc9eb9668733bafbb73e88be2cd17021c3a23be69b981d9f0df71df1", "84cae69639240c82b58895997511f145e474ebe1b008f391", "", "64db597c26a4c3da", "", "2a22c4a962d46a719014ab7b0ffaf6d3", }, { "09ec4e79a02db53b19b54dd2d3592afc92c74ef57d1e0f51f3726a6631b1b73f", "2907ced16e0777fedb1e2de30df11b3fd712af41dd714a4b", "b6e50cd4ea", "b5488e9b7f339b7b", "0163e75330", "e29401c6d756adcc516580ae656852aa", }, { "9d5ac25a417b8a57b85332979e8a7cbad23617bb27772bbccc2acb0acae7b755", "ff152421688dd6af7fef87817b508493a32d97a06fbda4f3", "92f4b9bc809be77e6a0d", "892b793f7a6e0727", "bcc594f59de8ee8c22c6", "1a8275816c0d32a1b6cfd41fa3889558", }, { "eccf80c5f744d2ecc932f95ade0d9fe9327e19795023db1846d68d04720a2401", "abc050fad8876589633b222d6a0f2e0bf709f73610aa23ee", "45a380e438405314510c166bac6840", "c32c9a1ce6852046", "9fa452dc9ca04c16ff7bde9925e246", "3d5e826162fa78de3fc043af26044a08", }, { "b1912d6bc3cff47f0c3beccff85d7cd915b70ab88d0d3a8a59e994e1b0da8ac8", "d8756090a42eea14ff25be890e66bfe4949fad498776ea20", "e2f85df2ebcfa6045bd521abfe8af37fc88a0be1", "4576bb59b78032c8", "5eb6324aa48e0a4f72f5cb0a4917faf93af4209c", "774f8077f039588495045fee07950e14", }, { "85162b111c9f3163f57c2cbc311a1e9aeed9dd6136b5784bc9c0b5052f8bffbd", "23cdb8b546bb8a5a746b24446f0ab4199f0543d915ff51f1", "dc81000077d5743beef09ac91663885d984212bbccf3dbe6f3", "3084f3e9c4d0a15f", "692d17ae0b524ec6edc0cf49b69ac90c99bed44691f7ae63b7", "efe72ff84b3bccb4d83a27ddc574bc21", }, { "b05ca358d8ca79f51283d83e2673bfb741c379ba271a773b8dd9c6a108e758d3", "9a53ad79f535c6e9da011463063c896f2ec7645e6e3548fc", "44e793742c774020e7349c996418042dc0dc30ee2bfd2654008c8929a436", "71ab5948c5e0f4c6", 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"a3fca278a63bf944", "1905c6987a702980b7f87f1ed2d3ae073abe1401b23434f3db43b5c37c979c2068ce9a92afedcdc218003848ea", "1bd712f64777381f68be5ccc73f364a3", }, { "dd0521842f498d23236692a22db0eb2f0f14fef57577e5fb194503e206b0973d", "519e0eee8f86c75c7a364e0905a5d10d82073e11b91083a5", "61ff13acb99c5a7fd1921ec787c8de23c1a712ff002b08cecc644a78c47341eab78e7680380c93c7d53d5e56ef050d6ff192", "bb5c4e5ae8f7e461", "9bfdb0fd195fa5d37da3416b3b1e8f67bd2a456eb0317c02aabf9aac9d833a19bda299e6388e7b7119be235761477a34d49e", "0f0c03b8423583cb8305a74f622fa1f9", }, { "189bd84be3fb02723539b29cf76d41507c8b85b7217777ee1fb8f84a24aa7fee", "ef1bf39f22ba2edf86853505c24fafdf62c1a067963c63ba", "d5f96e240b5dd77b9fb2bf11c154fcbff312a791c3eb0717684e4fd84bf943e788050b47e76c427f42f3e5344b2636091603ba3b1d7a91", "93368a8e0900c7b6", "c55a8b7f587bee4f97514582c5115582abffd6312914d76c2568be6836f62ba098789ed897c9a7508a5dc214bf8c218664f29941ccdfd6", "78f87352dcb1143038c95dc6e7352cfd", }, { "23a2dbfcd02d265805169fa86e6927c7d49c9a24d2707884e18955e32dafc542", "305c7851f46f23ea8d832d5ed09d266714fd14f82ba0f69c", "224de94a938d49cad46144e657e548bd86690a1b57b81558095eace59df1c552600dea389aaa609304fbc1eadf2241f2118c8bdf04522e1898efe1d4", "0075b20502bd29b2", "8e10c59369bbb0d72958100b05788498f59588795e075b8bce21d92d320206348b04010ced9b8cd3d651e825488915ce4a6e4f1af2f4d2f77b955376", "c39f0595ae8112dea6ef96df1c12458b", }, { "264e3c3f47bdf795cdde57d9a30be5a4da8b18463c0e3e05df28b7bf4e56410b", "3ee09b6e205c261bf48ac53a9ba0afa460a5d5c0f2d80be8", "", "8eeec09d8972cb8ab0069554", "", "245a034d84edab9fa6f0decb6b984766", }, { "d8ba98a272b5f91797b04b114311c3b92b7f2e3bb72edb7f78ed311b9f8ea2ad", "481de9a06eee76a501e3c2b9d7423d90596193ad9d8a6564", "9ee1a3134d", "928653701f6d6c8429b08c0d", "459a07898f", "9188ec8d8e3bd91dcfda48fcc76773f7", }, { "ac9afd627a745df682bb003517056f07876eb94d2f8c610c61b6ac0d34ec4ec0", "eaae7b8704530db1e8c3dcc968a00604a333c7c27ba51b16", "f7c3f6ee2e9c03394dc8", "796620b367d5f041821baf69", "d4a69005790cc91d8d34", "e4c83def113afcf83a1ea8cb204a0eae", }, { "ea1a07c1fd60a5421f1fb6c43b4318090e290c97aa3bfa037e6fc5ee00fd47d4", "37327805cce92b38a669affbca1de92e068727fcf6fbb09a", "7002ca765b91913ee719e7521ef5ac", "64e7c48fc3041eac0734737f", "9d8857a8c52a9ab3bf44b024b191b6", "d072c31714a7d0fe1596fd443a96e715", }, { "b3beb34fe0229fc8f49b354e941025bde6a788f25017a60e8a49591ed5d7e7da", "dd0e9fec76de1f6efb022b12164f7e9248b8e8c01d14ac02", "acf360d7529a42be1f132f74745a940da9e823f2", "1489ca8d852f0a8547dbe8bc", "2e8718372d6e8167213cf112dc41c80377244f5a", "e4f31e8f84b9356999dc60989009e698", }, { "9357cecd10bab8d2e42ed88c0386204827c3b76e9e51150d09fd4e3b4e0e1e6f", "81f2106a5379e0ed861cf76b3cf95afb17515478b5cbcae9", "ee51a0f25d091288b5e2b91ad11d491329e48b35a18a3a8685", "b80cb677f4b409cd1537363b", "f681f19fa8de1fdea3538001a46f30fa6333b76d6439337e68", "afad5e6d282d9df6d8119c32237b3e60", }, { "9f868600fbf81e40398b7dfb201fcae35d34bba10908860b0b2bf8b942b4e8fa", "2ddcc13c97185614095d437900b8c0a9170e0a4a50e46ba5", "133fa3ac176fee6df67472752e41c6834f13300c0064ff5b190f903b7ac7", "0d61321fbee8bb1f3f5cb454", "b93abb311ec0bf018dc300c7d511b42ade72780373186e231820b44f22f0", "f8bd2f649a337783ff911e37966037bd", }, { "05affcdfce0a28539924370db8d80a78b835254778ec41acbff52bfab092fa33", "3edaeb185f7273b1a7cccba54f84c5f7d6583433b49d3694", "7657581faad266cc1037962a380c8aa5306f88000427d0a05397696b503790ad2643c6", "d7c213e9e6f4a40f3e5b662c", "5eb19080aadc89f2329da4f5c41dc60568651c424c1b05d827f2bfb8dbff42c5a08224", "2da20087b5674f0b967d1baa664bbd82", }, { "645ed60ec74ddfe1f02694792db4436c262d20405d8645cd9755d64876219799", "d83665b44c1fdf567299f2b8501e9c0e7ae2dda0bb8f2c82", "ceee69d32ad4667a00909964d9611bf34fd98be41ad7f0feaaaff8169060d64cf310c13bcb9394cf", "57379f8f44191ec9cf3b1a07", "4496a0666f0f895ebce224b448a04502f2ae7b354d868b7c54295bf051162e82c530c767d1ffd2cc", "1ffc56da4fb961ffdfabe66d82ec8f29", }, { "06624c9a75bb7dbe224a3f23791281f53c40b407a14161a3f82f34924623dc02", "e647b8b4739bf542a81d72d695e1cd6ba348fa593987ac47", "2658763f8d70e8c3303582d66ba3d736ce9d407e9507f6c6627e382d0144da157d73d0aee10ef034083cdd9013", "75536443a6c2189a57d553bb", "305cab5c2f9a6edccac307d6965febe3c86f2a1e31ac8c74e88924a10c2a29106bce980c803b7886985bba8ec5", "8c12bb58c84175b9f601b704d0f8a25c", }, { "63aeb46083100bbcc430f4f09bcc34410df9cfd5883d629e4af8645ffabb89c2", "b09830874dc549195a5d6da93b9dcc12aa1ec8af201c96bd", "1b3c9050e0a062f5a5cff7bec8706864cf8648142ec5cb1f9867ace384e9b2bba33aab8dc83e83b2d2fac70cd5189f2b5ab5", "7dcc05b0940198bd5c68cdf1", "d8b22e5d381de08a50b163c00dbbca6c07d61c80199cebd52234c7bd4f7ed0a90d47ef05617cdb8e3f782875ae629c0f0ad6", "194077f0e6d415bf7307d171e8484a9c", }, { "4826c1bf8b48088fece4008922173c500ff45790f945b1027f36110da4fecc92", "3a78fc7397944d762303b0a75974ac92a60e250bf112600a", "d26e3a2b92120ff8056bb992660cc8a2364792589c16a518b8d232b8184aed05ba8d4fd0b2ad2b928cd873e11905a21ffece5f1e63c974", "904d2cd3e50f7bfb9352f142", "21f4cf679662fad36f57945fc0c0753c3791261eb58d643278dfe1f14bfb585c5a01370ba96f18dc3f6b6945a2c6997330b24f12f5219a", "95397c54428f9d069c511b5c82e0151c", }, { "ec526c03d8a08e8a63751112428a76399c399e8b83d98c9247c73164805ac8fe", "2cc1a6ae89c2a091415fa2964b44a0e5da629d40d77b77f1", "567377f5b6df5442e70bc9a31bc450bd4febfcf89d7ca611353c7e612d8b7e36e859f6365ec7e5e99e9e0e882532666dd7203d06f6e25439ed871237", "35575b56716868b66cd21e24", "6b738274fe974438f1f5fca8ef1ee7df664f1e72bc54ccd3fb58c4a3df67ef9a73261df41ffe9c52aeafc8be4f6524baf9efb1558d4a57defec7bee3", "92599d4b14a795e8c375ec2a8960b4dc", }, } ================================================ FILE: aead/xaesgcm/aead.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xaesgcm import ( "bytes" "crypto/aes" "crypto/cipher" "fmt" "slices" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/random" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/subtle" "github.com/tink-crypto/tink-go/v2/tink" ) const ( ivSize = 12 tagSize = 16 intSize = 32 << (^uint(0) >> 63) // 32 or 64 maxInt = 1<<(intSize-1) - 1 ) // aead is an implementation of [tink.AEAD] for X-AES-GCM. // // X-AES-GCM uses AES-CMAC to derive a per-message keys, as per // NIST SP 800-108 Rev. 1, and uses AES-GCM to encrypt each message. // (https://c2sp.org/XAES-256-GCM). type aead struct { prefix []byte prf *subtle.AESCMACPRF saltSizeInBytes int } var _ tink.AEAD = (*aead)(nil) // NewAEAD creates a new X-AES-GCM AEAD. func NewAEAD(key *Key, _ internalapi.Token) (tink.AEAD, error) { prf, err := subtle.NewAESCMACPRF(key.KeyBytes().Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("xaesgcm.NewAEAD: failed to create AES-CMAC: %v", err) } return &aead{ prefix: key.OutputPrefix(), prf: prf, saltSizeInBytes: key.parameters.SaltSizeInBytes(), }, nil } var ( derivationBlock1Prefix = []byte{0x00, 0x01, 'X', 0x00} derivationBlock2Prefix = []byte{0x00, 0x02, 'X', 0x00} ) func (a *aead) derivePerMessageKey(salt []byte) ([]byte, error) { var paddedSalt [12]byte copy(paddedSalt[:], salt) key1, err := a.prf.ComputePRF(slices.Concat(derivationBlock1Prefix, paddedSalt[:]), 16) if err != nil { return nil, fmt.Errorf("failed to compute PRF: %v", err) } key2, err := a.prf.ComputePRF(slices.Concat(derivationBlock2Prefix, paddedSalt[:]), 16) if err != nil { return nil, fmt.Errorf("failed to compute PRF: %v", err) } return slices.Concat(key1, key2), nil } func newAESGCMCipher(key []byte) (cipher.AEAD, error) { c, err := aes.NewCipher(key) if err != nil { return nil, fmt.Errorf("failed to initialize cipher") } aesGCM, err := cipher.NewGCM(c) if err != nil { return nil, fmt.Errorf("failed to create cipher.AEAD") } return aesGCM, nil } func (a *aead) Encrypt(plaintext, associatedData []byte) ([]byte, error) { maxPlaintextSize := maxInt - (ivSize + tagSize + a.saltSizeInBytes + len(a.prefix)) if len(plaintext) > maxPlaintextSize { return nil, fmt.Errorf("xaesgcm: plaintext with size %d is too large", len(plaintext)) } dst := make([]byte, len(a.prefix)+a.saltSizeInBytes+ivSize, len(a.prefix)+a.saltSizeInBytes+ivSize+len(plaintext)+tagSize) // Set the prefix. copy(dst, a.prefix) // Randomly generate salt and IV. saltAndIV := dst[len(a.prefix):] random.MustRand(saltAndIV) salt := saltAndIV[:a.saltSizeInBytes] iv := saltAndIV[a.saltSizeInBytes:] perMessageKeyBytes, err := a.derivePerMessageKey(salt) if err != nil { return nil, fmt.Errorf("xaesgcm: failed to derive per-message key: %v", err) } aesGCM, err := newAESGCMCipher(perMessageKeyBytes) if err != nil { return nil, fmt.Errorf("xaesgcm: failed to create cipher.AEAD") } return aesGCM.Seal(dst, iv, plaintext, associatedData), nil } func (a *aead) Decrypt(ciphertext, associatedData []byte) ([]byte, error) { if ciphertextLen := len(ciphertext); ciphertextLen < len(a.prefix)+a.saltSizeInBytes+ivSize+tagSize { return nil, fmt.Errorf("xaesgcm: ciphertext with size %d is too short", ciphertextLen) } prefix := ciphertext[:len(a.prefix)] if !bytes.Equal(prefix, a.prefix) { return nil, fmt.Errorf("xaesgcm: ciphertext prefix does not match") } ciphertextNoPrefix := ciphertext[len(a.prefix):] salt := ciphertextNoPrefix[:a.saltSizeInBytes] iv := ciphertextNoPrefix[a.saltSizeInBytes : a.saltSizeInBytes+ivSize] ciphertextNoPrefixWithTag := ciphertextNoPrefix[a.saltSizeInBytes+ivSize:] perMessageKeyBytes, err := a.derivePerMessageKey(salt) if err != nil { return nil, fmt.Errorf("xaesgcm: failed to derive per-message key: %v", err) } aesGCM, err := newAESGCMCipher(perMessageKeyBytes) if err != nil { return nil, fmt.Errorf("xaesgcm: failed to create cipher.AEAD") } dst := make([]byte, 0, len(ciphertextNoPrefixWithTag)-tagSize) return aesGCM.Open(dst, iv, ciphertextNoPrefixWithTag, associatedData) } // primitiveConstructor creates a [aead] from a [key.Key]. // // The key must be of type [*Key]. func primitiveConstructor(k key.Key) (any, error) { that, ok := k.(*Key) if !ok { return nil, fmt.Errorf("key is of type %T; needed *xaesgcm.Key", k) } return NewAEAD(that, internalapi.Token{}) } ================================================ FILE: aead/xaesgcm/aead_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xaesgcm_test import ( "bytes" "encoding/hex" "slices" "testing" "github.com/tink-crypto/tink-go/v2/aead/xaesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/subtle/random" ) const ( ivSize = 12 tagSize = 16 ) type testVector struct { name string keyBytes []byte nonce []byte associatedData []byte plaintext []byte ciphertext []byte saltSize int } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", s, err) } return b } // Test vectors from // https://github.com/C2SP/C2SP/blob/main/XAES-256-GCM.md#test-vectors. func testVectors(t *testing.T) []testVector { return []testVector{ { name: "test_vector_1", keyBytes: mustHexDecode(t, "0101010101010101010101010101010101010101010101010101010101010101"), nonce: []byte("ABCDEFGHIJKLMNOPQRSTUVWX"), associatedData: []byte(""), plaintext: []byte("XAES-256-GCM"), ciphertext: mustHexDecode(t, "ce546ef63c9cc60765923609b33a9a1974e96e52daf2fcf7075e2271"), saltSize: 12, }, { name: "test_vector_2", keyBytes: mustHexDecode(t, "0303030303030303030303030303030303030303030303030303030303030303"), nonce: []byte("ABCDEFGHIJKLMNOPQRSTUVWX"), associatedData: []byte("c2sp.org/XAES-256-GCM"), plaintext: []byte("XAES-256-GCM"), ciphertext: mustHexDecode(t, "986ec1832593df5443a179437fd083bf3fdb41abd740a21f71eb769d"), saltSize: 12, }, // Generated from Tink C++. { name: "test_vector_3", keyBytes: mustHexDecode(t, "0202020202020202020202020202020202020202020202020202020202020202"), nonce: mustHexDecode(t, "1836e1ba8e24f42f39fa06030310caa4bc08a2788b790e6c"), associatedData: []byte("c2sp.org/XAES-256-GCM"), plaintext: []byte(""), ciphertext: mustHexDecode(t, "376f92ec763e3b423b00fc05800376f8"), saltSize: 12, }, { name: "test_vector_4", keyBytes: mustHexDecode(t, "0202020202020202020202020202020202020202020202020202020202020202"), nonce: mustHexDecode(t, "2c34e2274b88436ca0b1af9d019c66b6b105bec8695b4a39"), associatedData: []byte("c2sp.org/XAES-256-GCM"), plaintext: []byte(""), ciphertext: mustHexDecode(t, "766c4912f981661689bca92b"), saltSize: 8, }, { name: "test_vector_5", keyBytes: mustHexDecode(t, "0202020202020202020202020202020202020202020202020202020202020202"), nonce: mustHexDecode(t, "91f4020fa0bb08fe642ca8049f76b661e149e9bbe5b1203b"), associatedData: []byte("c2sp.org/XAES-256-GCM"), plaintext: []byte("XAES-256-GCM"), ciphertext: mustHexDecode(t, "9c05ae5b0469db4d356e64b9a90efeda8c057cd02e5fbe2e"), saltSize: 8, }, { name: "test_vector_6", keyBytes: mustHexDecode(t, "0202020202020202020202020202020202020202020202020202020202020202"), nonce: mustHexDecode(t, "c03b16a4e8d3c50f0b422bb12d2424b5ac4e72e98a1e31ba"), associatedData: []byte(""), plaintext: []byte("XAES-256-GCM"), ciphertext: mustHexDecode(t, "61380655c9192133aabd199a9bc7b7c4bb5f835956899c9c"), saltSize: 8, }, // Nil associated data or plaintext. { name: "test_vector_7", keyBytes: mustHexDecode(t, "0202020202020202020202020202020202020202020202020202020202020202"), nonce: mustHexDecode(t, "1836e1ba8e24f42f39fa06030310caa4bc08a2788b790e6c"), associatedData: []byte("c2sp.org/XAES-256-GCM"), plaintext: nil, ciphertext: mustHexDecode(t, "376f92ec763e3b423b00fc05800376f8"), saltSize: 12, }, { name: "test_vector_8", keyBytes: mustHexDecode(t, "0202020202020202020202020202020202020202020202020202020202020202"), nonce: mustHexDecode(t, "c03b16a4e8d3c50f0b422bb12d2424b5ac4e72e98a1e31ba"), associatedData: nil, plaintext: []byte("XAES-256-GCM"), ciphertext: mustHexDecode(t, "61380655c9192133aabd199a9bc7b7c4bb5f835956899c9c"), saltSize: 8, }, } } func TestAEADTestVectors(t *testing.T) { for _, tc := range testVectors(t) { t.Run(tc.name, func(t *testing.T) { params, err := xaesgcm.NewParameters(xaesgcm.VariantNoPrefix, tc.saltSize) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, %v) err = %v, want nil", xaesgcm.VariantNoPrefix, tc.saltSize, err) } key, err := xaesgcm.NewKey(secretdata.NewBytesFromData(tc.keyBytes, insecuresecretdataaccess.Token{}), 0x00, params) if err != nil { t.Fatalf("xaesgcm.NewKey(%v, %v, %v) err = %v, want nil", tc.keyBytes, 0x00, params, err) } aead, err := xaesgcm.NewAEAD(key, internalapi.Token{}) if err != nil { t.Fatalf("xaesgcm.NewAEAD(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } ciphertext, err := aead.Encrypt(tc.plaintext, tc.associatedData) if err != nil { t.Fatalf("aead.Encrypt(%v, %v) err = %v, want nil", tc.plaintext, tc.associatedData, err) } plaintext, err := aead.Decrypt(ciphertext, tc.associatedData) if err != nil { t.Fatalf("aead.Decrypt(%v, %v) err = %v, want nil", ciphertext, tc.associatedData, err) } if !bytes.Equal(plaintext, tc.plaintext) { t.Errorf("aead.Decrypt(%v, %v) = %v, want %v", ciphertext, tc.associatedData, plaintext, tc.plaintext) } // Decrypt known test vector. testCiphertext := slices.Concat(tc.nonce, tc.ciphertext) plaintext2, err := aead.Decrypt(testCiphertext, tc.associatedData) if err != nil { t.Fatalf("aead.Decrypt(%v, %v) err = %v, want nil", testCiphertext, tc.associatedData, err) } if !bytes.Equal(plaintext2, tc.plaintext) { t.Errorf("aead.Decrypt(%v, %v) = %v, want %v", testCiphertext, tc.associatedData, plaintext2, tc.plaintext) } }) } } func TestAEADEncryptAndDecrypt(t *testing.T) { for _, tc := range []struct { name string keyBytes []byte saltSize int variant xaesgcm.Variant idRequirement uint32 wantOutputPrefix []byte }{ { name: "Tink, 8 bytes salt", keyBytes: []byte("01010101010101010101010101010101"), saltSize: 8, variant: xaesgcm.VariantTink, idRequirement: 0x11223344, wantOutputPrefix: []byte{0x01, 0x11, 0x22, 0x33, 0x44}, }, { name: "NoPrefix, 8 bytes salt", keyBytes: []byte("01010101010101010101010101010101"), saltSize: 8, variant: xaesgcm.VariantNoPrefix, idRequirement: 0x00, wantOutputPrefix: []byte{}, }, { name: "Tink, 12 bytes salt", keyBytes: []byte("01010101010101010101010101010101"), saltSize: 12, variant: xaesgcm.VariantTink, idRequirement: 0x11223344, wantOutputPrefix: []byte{0x01, 0x11, 0x22, 0x33, 0x44}, }, { name: "NoPrefix, 12 bytes salt", keyBytes: []byte("01010101010101010101010101010101"), saltSize: 12, variant: xaesgcm.VariantNoPrefix, idRequirement: 0x00, wantOutputPrefix: []byte{}, }, } { t.Run(tc.name, func(t *testing.T) { params, err := xaesgcm.NewParameters(tc.variant, tc.saltSize) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, %v) err = %v, want nil", tc.variant, tc.saltSize, err) } key, err := xaesgcm.NewKey(secretdata.NewBytesFromData(tc.keyBytes, insecuresecretdataaccess.Token{}), tc.idRequirement, params) if err != nil { t.Fatalf("xaesgcm.NewKey(%v, %v, %v) err = %v, want nil", tc.keyBytes, tc.idRequirement, params, err) } aead, err := xaesgcm.NewAEAD(key, internalapi.Token{}) if err != nil { t.Fatalf("xaesgcm.NewAEAD(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } plaintext := random.GetRandomBytes(4096) aad := []byte("aad") ciphertext, err := aead.Encrypt(plaintext, aad) if err != nil { t.Fatalf("aead.Encrypt(%v, %v) err = %v, want nil", plaintext, aad, err) } // Check the ciphertext length. if got, want := len(ciphertext), len(tc.wantOutputPrefix)+params.SaltSizeInBytes()+len(plaintext)+ivSize+tagSize; want != got { t.Errorf("ciphertext has wrong length: want %d, got %d", want, got) } // Check the prefix. if !bytes.Equal(ciphertext[:len(tc.wantOutputPrefix)], tc.wantOutputPrefix) { t.Errorf("ciphertext prefix does not match: got %v, want %v", ciphertext[:len(tc.wantOutputPrefix)], tc.wantOutputPrefix) } decrypted, err := aead.Decrypt(ciphertext, aad) if err != nil { t.Fatalf("aead.Decrypt(%v, %v) err = %v, want nil", ciphertext, aad, err) } if !bytes.Equal(decrypted, plaintext) { t.Errorf("aead.Decrypt(%v, %v) = %v, want %v", ciphertext, aad, decrypted, plaintext) } }) } } func TestAEADDecryptModifiedCiphertext(t *testing.T) { const ivSize = 12 const tagSize = 16 for _, variant := range []xaesgcm.Variant{xaesgcm.VariantNoPrefix, xaesgcm.VariantTink} { t.Run(variant.String(), func(t *testing.T) { params, err := xaesgcm.NewParameters(xaesgcm.VariantNoPrefix, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, %v) err = %v, want nil", xaesgcm.VariantNoPrefix, 12, err) } keyBytes := secretdata.NewBytesFromData([]byte("01010101010101010101010101010101"), insecuresecretdataaccess.Token{}) key, err := xaesgcm.NewKey(keyBytes, 0x00, params) if err != nil { t.Fatalf("xaesgcm.NewKey(%x, %v, %v) err = %v, want nil", keyBytes.Data(insecuresecretdataaccess.Token{}), 0x00, params, err) } a, err := xaesgcm.NewAEAD(key, internalapi.Token{}) if err != nil { t.Fatalf("xaesgcm.NewAEAD(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } message := []byte("Some data to encrypt.") associatedData := []byte("Some data to authenticate.") ciphertext, err := a.Encrypt(message, associatedData) if err != nil { t.Fatalf("encryption failed, error: %v", err) } prefix := ciphertext[:len(key.OutputPrefix())] salt := ciphertext[len(key.OutputPrefix()) : len(key.OutputPrefix())+12] iv := ciphertext[len(key.OutputPrefix())+len(salt) : len(key.OutputPrefix())+len(salt)+ivSize] ct := ciphertext[len(key.OutputPrefix())+len(salt)+ivSize : len(key.OutputPrefix())+len(salt)+ivSize+len(message)] tag := ciphertext[len(key.OutputPrefix())+len(salt)+ivSize+len(message):] // Invalid prefix. if len(prefix) > 0 { wrongPrefix := []byte{0xFF, 0xFF, 0xFF, 0xFF, 0xFF} if _, err := a.Decrypt(slices.Concat(wrongPrefix, salt, iv, ct, tag), associatedData); err == nil { t.Errorf("a.Decrypt() err = nil, want error") } } // Invalid salt. wrongSalt := bytes.Clone(salt) wrongSalt[0] ^= 1 if _, err := a.Decrypt(slices.Concat(prefix, wrongSalt, iv, ct, tag), associatedData); err == nil { t.Errorf("a.Decrypt() err = nil, want error") } // Invalid IV. wrongIV := bytes.Clone(iv) wrongIV[0] ^= 1 if _, err := a.Decrypt(slices.Concat(prefix, salt, wrongIV, ct, tag), associatedData); err == nil { t.Errorf("a.Decrypt() err = nil, want error") } // Invalid ciphertext. wrongCiphertext := bytes.Clone(ciphertext) wrongCiphertext[0] ^= 1 if _, err := a.Decrypt(slices.Concat(prefix, salt, iv, wrongCiphertext, tag), associatedData); err == nil { t.Errorf("a.Decrypt() err = nil, want error") } // Invalid tag. wrongTag := bytes.Clone(tag) wrongTag[0] ^= 1 if _, err := a.Decrypt(slices.Concat(prefix, salt, iv, ct, wrongTag), associatedData); err == nil { t.Errorf("a.Decrypt() err = nil, want error") } // Truncate the ciphertext. for i := 1; i < len(ciphertext); i++ { if _, err := a.Decrypt(ciphertext[:i], associatedData); err == nil { t.Errorf("a.Decrypt(ciphertext[:%d], associatedData) err = nil, want error", i) } } // Invalid associated data. if _, err := a.Decrypt(ciphertext, []byte("invalidAssociatedData")); err == nil { t.Errorf("a.Decrypt() err = nil, want error") } }) } } ================================================ FILE: aead/xaesgcm/key.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xaesgcm import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Variant is the prefix variant of X-AES-GCM keys. // // It describes how the prefix of the ciphertext is constructed. For AEAD there // are three options: // // * TINK: prepends '0x01' to the ciphertext. // * NO_PREFIX: adds no prefix to the ciphertext. type Variant int const ( // VariantUnknown is the default and invalid value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the ciphertext. VariantTink // VariantNoPrefix adds no prefix to the ciphertext. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // calculateOutputPrefix calculates the output prefix from keyID. func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // Parameters specifies the parameters of an X-AES-GCM key. type Parameters struct { variant Variant saltSizeInBytes int } var _ key.Parameters = (*Parameters)(nil) // Variant returns the variant of the key. func (p *Parameters) Variant() Variant { return p.variant } // NewParameters creates a new X-AES-GCM Parameters object. // // X-AES-GCM uses saltSizeInBytes bytes to derive the per-message key, from the // key material. We use AES-CMAC to derive the per-message keys, as per // NIST SP 800-108 Rev. 1. The salt size must be in [8, 12]; use a value of 12 // to meet the X-AES-GCM specifications (https://c2sp.org/XAES-256-GCM). func NewParameters(variant Variant, saltSizeInBytes int) (*Parameters, error) { if variant == VariantUnknown { return nil, fmt.Errorf("xaesgcm.Parameters: unsupported variant: %v", variant) } if saltSizeInBytes < 8 || saltSizeInBytes > 12 { return nil, fmt.Errorf("xaesgcm.Parameters: saltSizeInBytes = %v, want in [8, 12]", saltSizeInBytes) } return &Parameters{ variant: variant, saltSizeInBytes: saltSizeInBytes, }, nil } // HasIDRequirement returns whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // SaltSizeInBytes returns the salt size in bytes. func (p *Parameters) SaltSizeInBytes() int { return p.saltSizeInBytes } // Equal returns whether this Parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.variant == actualParams.variant && p.saltSizeInBytes == actualParams.saltSizeInBytes } // Key represents an X-AES-GCM key. type Key struct { keyBytes secretdata.Bytes idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*Key)(nil) // NewKey creates a new [xaesgcm.Key] key with key, idRequirement and // parameters. // // The key must be 32 bytes long. The tag size for X-AES-GCM is 16 bytes. func NewKey(keyBytes secretdata.Bytes, idRequirement uint32, parameters *Parameters) (*Key, error) { if parameters == nil { return nil, fmt.Errorf("xaesgcm.NewKey: parameters is nil") } if keyBytes.Len() != 32 { return nil, fmt.Errorf("xaesgcm.NewKey: key.Len() = %v, want 32", keyBytes.Len()) } if !parameters.HasIDRequirement() && idRequirement != 0 { return nil, fmt.Errorf("xaesgcm.NewKey: idRequirement = %v and parameters.HasIDRequirement() = false, want 0", idRequirement) } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("xaesgcm.NewKey: %v", err) } return &Key{ keyBytes: keyBytes, idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: parameters, }, nil } // KeyBytes returns the key material. // // This function provides access to partial key material. See // https://developers.google.com/tink/design/access_control#access_of_parts_of_a_key // for more information. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of this key. func (k *Key) Parameters() key.Parameters { return k.parameters } // IDRequirement returns the key ID and whether it is required or not. // // If not required, the returned key ID is not usable. func (k *Key) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix. func (k *Key) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal returns whether this key object is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.Parameters().Equal(that.Parameters()) && k.idRequirement == that.idRequirement && k.keyBytes.Equal(that.keyBytes) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { xAESGCMParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*Parameters)(nil)) } keyBytes, err := secretdata.NewBytesFromRand(uint32(32)) if err != nil { return nil, err } return NewKey(keyBytes, idRequirement, xAESGCMParams) } ================================================ FILE: aead/xaesgcm/key_manager_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xaesgcm_test import ( "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead/internal/testutil" "github.com/tink-crypto/tink-go/v2/aead/xaesgcm" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/tink" tpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" xaesgcmpb "github.com/tink-crypto/tink-go/v2/proto/x_aes_gcm_go_proto" ) const ( typeURL = "type.googleapis.com/google.crypto.tink.XAesGcmKey" ) func TestKeyManagerGetPrimitive(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", typeURL, err) } key := &xaesgcmpb.XAesGcmKey{ Version: 0, KeyValue: random.GetRandomBytes(32), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, } serializedKey := mustMarshalProto(t, key) p, err := km.Primitive(serializedKey) if err != nil { t.Errorf("km.Primitive(%v) = %v; want nil", serializedKey, err) } xAESGCM, ok := p.(tink.AEAD) if !ok { t.Fatalf("km.Primitive(serializedKey) = %T, want tink.AEAD", p) } wantXAESGCM, err := xaesgcm.NewAEAD(mustCreateKey(t, key.GetKeyValue(), xaesgcm.VariantNoPrefix, 12, 0), internalapi.Token{}) if err != nil { t.Fatalf("xaesgcm.NewAEAD() err = %v, want nil", err) } if err := testutil.EncryptDecrypt(xAESGCM, wantXAESGCM); err != nil { t.Errorf("testutil.EncryptDecrypt(xAESGCM, wantXAESGCM) err = %v, want nil", err) } if err := testutil.EncryptDecrypt(wantXAESGCM, xAESGCM); err != nil { t.Errorf("testutil.EncryptDecrypt(wantXAESGCM, xAESGCM) err = %v, want nil", err) } } func TestKeyManagerGetPrimitiveWithInvalidKeys(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", typeURL, err) } for _, tc := range []struct { name string key *xaesgcmpb.XAesGcmKey }{ { name: "bad key size (17)", key: &xaesgcmpb.XAesGcmKey{ Version: 0, KeyValue: random.GetRandomBytes(17), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, }, }, { name: "bad key size (25)", key: &xaesgcmpb.XAesGcmKey{ Version: 0, KeyValue: random.GetRandomBytes(25), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, }, }, { name: "bad key size (33)", key: &xaesgcmpb.XAesGcmKey{ Version: 0, KeyValue: random.GetRandomBytes(33), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, }, }, { name: "bad key version", key: &xaesgcmpb.XAesGcmKey{ Version: 0 + 1, KeyValue: random.GetRandomBytes(32), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, }, }, { name: "bad salt size", key: &xaesgcmpb.XAesGcmKey{ Version: 0, KeyValue: random.GetRandomBytes(32), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 7, }, }, }, } { t.Run(tc.name, func(t *testing.T) { serializedKey := mustMarshalProto(t, tc.key) if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("km.Primitive(%v) err = nil, want non-nil", serializedKey) } }) } } func TestKeyManagerNewKey(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", typeURL, err) } keyFormat := &xaesgcmpb.XAesGcmKeyFormat{ Version: 0, Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, } serializedKeyFormat := mustMarshalProto(t, keyFormat) m, err := km.NewKey(serializedKeyFormat) if err != nil { t.Fatalf("km.NewKey(serializedKeyFormat) = _, %v; want _, nil", err) } key, ok := m.(*xaesgcmpb.XAesGcmKey) if !ok { t.Errorf("m is not a *xaesgcmpb.XAesGcmKey") } if err := validateXAESGCMKey(t, key); err != nil { t.Errorf("validateXAESGCMKey(t, %v) = %v; want nil", key, err) } } func TestKeyManagerNewKeyData(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", typeURL, err) } keyFormat := &xaesgcmpb.XAesGcmKeyFormat{ Version: 0, Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, } serializedKeyFormat := mustMarshalProto(t, keyFormat) kd, err := km.NewKeyData(serializedKeyFormat) if err != nil { t.Errorf("km.NewKeyData(serializedKeyFormat) = _, %v; want _, nil", err) } if kd.TypeUrl != typeURL { t.Errorf("TypeUrl: %v != %v", kd.TypeUrl, typeURL) } if kd.KeyMaterialType != tpb.KeyData_SYMMETRIC { t.Errorf("KeyMaterialType: %v != SYMMETRIC", kd.KeyMaterialType) } key := new(xaesgcmpb.XAesGcmKey) if err := proto.Unmarshal(kd.Value, key); err != nil { t.Errorf("proto.Unmarshal(%v, key) = %v; want nil", kd.Value, err) } if err := validateXAESGCMKey(t, key); err != nil { t.Errorf("validateXAESGCMKey(t, %v) = %v; want nil", key, err) } p, err := registry.PrimitiveFromKeyData(kd) if err != nil { t.Errorf("registry.PrimitiveFromKeyData(kd) err = %v, want nil", err) } _, ok := p.(tink.AEAD) if !ok { t.Error("registry.PrimitiveFromKeyData(kd) did not return a tink.AEAD primitive") } } func TestKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", typeURL, err) } if !km.DoesSupport(typeURL) { t.Errorf("XAESGCMKeyManager must support %s", typeURL) } if km.DoesSupport("some bad type") { t.Errorf("XAESGCMKeyManager must only support %s", typeURL) } } func TestKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", typeURL, err) } if kt := km.TypeURL(); kt != typeURL { t.Errorf("km.TypeURL() = %s; want %s", kt, typeURL) } } func validateXAESGCMKey(t *testing.T, key *xaesgcmpb.XAesGcmKey) error { if key.Version != 0 { return fmt.Errorf("incorrect key version: keyVersion != %d", 0) } if uint32(len(key.KeyValue)) != 32 { return fmt.Errorf("incorrect key size: keySize != %d", 32) } // Try to create a primitive and encrypt and decrypt. p, err := xaesgcm.NewAEAD(mustCreateKey(t, key.GetKeyValue(), xaesgcm.VariantNoPrefix, 12, 0), internalapi.Token{}) if err != nil { return err } return testutil.EncryptDecrypt(p, p) } ================================================ FILE: aead/xaesgcm/key_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xaesgcm_test import ( "bytes" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/xaesgcm" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) var ( rawKey = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, } ) func TestNewParametersInvalidValues(t *testing.T) { // Unknown variant. if _, err := xaesgcm.NewParameters(xaesgcm.VariantUnknown, 10); err == nil { t.Errorf("xaesgcm.NewParameters(xaesgcm.VariantUnknown, 10) err = nil, want error") } // Salt size too small. if _, err := xaesgcm.NewParameters(xaesgcm.VariantTink, 7); err == nil { t.Errorf("xaesgcm.NewParameters(xaesgcm.VariantTink, 7) err = nil, want error") } // Salt size too large. if _, err := xaesgcm.NewParameters(xaesgcm.VariantTink, 13); err == nil { t.Errorf("xaesgcm.NewParameters(xaesgcm.VariantTink, 13) err = nil, want error") } } func TestOutputPrefix(t *testing.T) { for _, test := range []struct { name string variant xaesgcm.Variant id uint32 want []byte }{ { name: "Tink", variant: xaesgcm.VariantTink, id: 0x01020304, want: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "No prefix", variant: xaesgcm.VariantNoPrefix, id: 0, want: nil, }, } { t.Run(test.name, func(t *testing.T) { params, err := xaesgcm.NewParameters(test.variant, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, 12) err = %v, want nil", test.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytes(32fNewBytesFromRand() err = %v, want nil", err) } key, err := xaesgcm.NewKey(keyBytes, test.id, params) if err != nil { t.Fatalf("xaesgcm.NewKey(keyBytes, %v, %v) err = %v, want nil", test.id, params, err) } if got := key.OutputPrefix(); !bytes.Equal(got, test.want) { t.Errorf("params.OutputPrefix() = %v, want %v", got, test.want) } }) } } func TestNewParametersWorks(t *testing.T) { for _, test := range []struct { name string variant xaesgcm.Variant }{ { name: "Tink", variant: xaesgcm.VariantTink, }, { name: "No Prefix", variant: xaesgcm.VariantNoPrefix, }, } { t.Run(test.name, func(t *testing.T) { params, err := xaesgcm.NewParameters(test.variant, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, 12) err = %v, want nil", test.variant, err) } if params.HasIDRequirement() != (test.variant != xaesgcm.VariantNoPrefix) { t.Errorf("params.HasIDRequirement() = %v, want %v", params.HasIDRequirement(), (test.variant != xaesgcm.VariantNoPrefix)) } if params.Variant() != test.variant { t.Errorf("params.Variant() = %v, want %v", params.Variant(), test.variant) } if params.SaltSizeInBytes() != 12 { t.Errorf("params.SaltSizeInBytes() = %v, want 12", params.SaltSizeInBytes()) } // Test equality. otherParams, err := xaesgcm.NewParameters(test.variant, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, 12) err = %v, want nil", test.variant, err) } if !params.Equal(otherParams) { t.Errorf("params.Equal(otherParams) = %v, want true", params.Equal(otherParams)) } }) } } func TestParametersEqualFalseIfDifferentVariant(t *testing.T) { for _, test := range []struct { name string key1Variant xaesgcm.Variant key1SaltSize int key2Variant xaesgcm.Variant key2SaltSize int }{ { name: "Tink vs No Prefix", key1Variant: xaesgcm.VariantTink, key1SaltSize: 12, key2Variant: xaesgcm.VariantNoPrefix, key2SaltSize: 12, }, { name: "different salt size", key1Variant: xaesgcm.VariantTink, key1SaltSize: 12, key2Variant: xaesgcm.VariantTink, key2SaltSize: 10, }, } { t.Run(test.name, func(t *testing.T) { params1, err := xaesgcm.NewParameters(test.key1Variant, test.key1SaltSize) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, %v) err = %v, want nil", test.key1Variant, test.key1SaltSize, err) } params2, err := xaesgcm.NewParameters(test.key2Variant, test.key2SaltSize) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, %v) err = %v, want nil", test.key2Variant, test.key2SaltSize, err) } if params1.Equal(params2) { t.Errorf("params.Equal(params2) = %v, want false", params1.Equal(params2)) } }) } } type TestKey struct { name string id uint32 key []byte variant xaesgcm.Variant } func TestNewKeyWorks(t *testing.T) { for _, tc := range []TestKey{ { name: "Tink variant", id: 0x01, key: rawKey, variant: xaesgcm.VariantTink, }, { name: "NoPrefix variant", id: 0, key: rawKey, variant: xaesgcm.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { params, err := xaesgcm.NewParameters(tc.variant, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, 12) err = %v, want nil", tc.variant, err) } keyBytes := secretdata.NewBytesFromData(tc.key, insecuresecretdataaccess.Token{}) firstKey, err := xaesgcm.NewKey(keyBytes, tc.id, params) if err != nil { t.Fatalf("xaesgcm.NewKey(keyBytes, %v, %v) err = %v, want nil", tc.id, params, err) } if !firstKey.Parameters().Equal(params) { t.Errorf("firstKey.Parameters() = %v, want %v", firstKey.Parameters(), params) } firstKeyBytes := firstKey.KeyBytes() if !keyBytes.Equal(firstKeyBytes) { t.Errorf("keyBytes.Equal(firstKeyBytes) = false, want true") } id, required := firstKey.IDRequirement() if required != (tc.variant != xaesgcm.VariantNoPrefix) { t.Errorf("firstKey.ID() = %v, want %v", required, (tc.variant == xaesgcm.VariantNoPrefix)) } if id != tc.id { t.Errorf("id = %v, want %v", id, tc.id) } // Test Equal. secondKey, err := xaesgcm.NewKey(keyBytes, tc.id, params) if err != nil { t.Fatalf("xaesgcm.NewKey(keyBytes, %v, %v) err = %v, want nil", tc.id, params, err) } if !firstKey.Equal(secondKey) { t.Errorf("firstKey.Equal(secondKey) = %v, want true", firstKey.Equal(secondKey)) } }) } } func TestNewKeyFailsIfNoPrefixAndIDIsNotZero(t *testing.T) { params, err := xaesgcm.NewParameters(xaesgcm.VariantNoPrefix, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, 12) err = %v, want nil", xaesgcm.VariantNoPrefix, err) } keyBytes := secretdata.NewBytesFromData(rawKey, insecuresecretdataaccess.Token{}) if _, err := xaesgcm.NewKey(keyBytes, 123, params); err == nil { t.Errorf("xaesgcm.NewKey(keyBytes, 123, %v) err = nil, want error", params) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestKeyEqual_FalseIfDifferentType(t *testing.T) { params, err := xaesgcm.NewParameters(xaesgcm.VariantTink, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v) err = %v, want nil", xaesgcm.VariantTink, err) } keyBytes := secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}) key, err := xaesgcm.NewKey(keyBytes, 1234, params) if err != nil { t.Fatalf("xaesgcm.NewKey(keyBytes, %v, %v) err = %v, want nil", 1234, params, err) } if key.Equal(&stubKey{}) { t.Errorf("key.Equal(&stubKey{}) = true, want false") } } func TestKeyEqualReturnsFalseIfDifferent(t *testing.T) { for _, tc := range []struct { name string first TestKey second TestKey }{ { name: "different prefix variant and key ID", first: TestKey{ variant: xaesgcm.VariantTink, key: rawKey, id: 0x01, }, second: TestKey{ variant: xaesgcm.VariantNoPrefix, key: rawKey, id: 0x00, }, }, { name: "different key IDs", first: TestKey{ variant: xaesgcm.VariantTink, key: rawKey, id: 0x01, }, second: TestKey{ variant: xaesgcm.VariantTink, key: rawKey, id: 0x02, }, }, { name: "different key bytes", first: TestKey{ variant: xaesgcm.VariantTink, key: rawKey, id: 0x01, }, second: TestKey{ variant: xaesgcm.VariantTink, key: []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x09, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, }, id: 0x01, }, }, } { t.Run(tc.name, func(t *testing.T) { firstParams, err := xaesgcm.NewParameters(tc.first.variant, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, 12) err = %v, want nil", tc.first.variant, err) } firstKeyBytes := secretdata.NewBytesFromData(tc.first.key, insecuresecretdataaccess.Token{}) firstKey, err := xaesgcm.NewKey(firstKeyBytes, tc.first.id, firstParams) if err != nil { t.Fatalf("xaesgcm.NewKey(firstKeyBytes, %v, %v) err = %v, want nil", tc.first.id, firstParams, err) } secondParams, err := xaesgcm.NewParameters(tc.second.variant, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, 12) err = %v, want nil", tc.second.variant, err) } secondKeyBytes := secretdata.NewBytesFromData(tc.second.key, insecuresecretdataaccess.Token{}) secondKey, err := xaesgcm.NewKey(secondKeyBytes, tc.second.id, secondParams) if err != nil { t.Fatalf("xaesgcm.NewKey(secondKeyBytes, %v, %v) err = %v, want nil", tc.second.id, secondParams, err) } if firstKey.Equal(secondKey) { t.Errorf("firstKey.Equal(secondKey) = true, want false") } }) } } func TestKeyCreator(t *testing.T) { params, err := xaesgcm.NewParameters(xaesgcm.VariantTink, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 123) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 123) err = %v, want nil", params, err) } xAESGCMKey, ok := key.(*xaesgcm.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 123) returned key of type %T, want %T", params, key, (*xaesgcm.Key)(nil)) } idRequirement, hasIDRequirement := xAESGCMKey.IDRequirement() if !hasIDRequirement || idRequirement != 123 { t.Errorf("xAESGCMKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(xAESGCMKey.Parameters(), params); diff != "" { t.Errorf("xAESGCMKey.Parameters() diff (-want +got):\n%s", diff) } } ================================================ FILE: aead/xaesgcm/protoserialization.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xaesgcm import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" xaesgcmpb "github.com/tink-crypto/tink-go/v2/proto/x_aes_gcm_go_proto" ) const ( // protoVersion is the accepted [xaesgcmpb.XAesGcmKey] proto version. // // Currently, only version 0 is supported; other versions are rejected. protoVersion = 0 typeURL = "type.googleapis.com/google.crypto.tink.XAesGcmKey" ) type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { that, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want *xaesgcm.Key", key) } thatParameters := that.Parameters().(*Parameters) outputPrefixType, err := protoOutputPrefixTypeFromVariant(thatParameters.Variant()) if err != nil { return nil, err } keyBytes := that.KeyBytes() protoKey := &xaesgcmpb.XAesGcmKey{ KeyValue: keyBytes.Data(insecuresecretdataaccess.Token{}), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: uint32(thatParameters.SaltSizeInBytes()), }, Version: protoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := that.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %s, want %s", keyData.GetTypeUrl(), typeURL) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { return nil, fmt.Errorf("invalid key material type: got %v, want %v", keyData.GetKeyMaterialType(), tinkpb.KeyData_SYMMETRIC) } protoKey := new(xaesgcmpb.XAesGcmKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != protoVersion { return nil, fmt.Errorf("unsupported key version: got %d, want %d", protoKey.GetVersion(), protoVersion) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } saltSize := protoKey.GetParams().GetSaltSize() params, err := NewParameters(variant, int(saltSize)) if err != nil { return nil, err } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) // keySerialization.IDRequirement() returns zero if the key doesn't have a // key requirement. keyID, _ := keySerialization.IDRequirement() return NewKey(keyMaterial, keyID, params) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { thatParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *xaesgcm.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(thatParameters.Variant()) if err != nil { return nil, err } format := &xaesgcmpb.XAesGcmKeyFormat{ Params: &xaesgcmpb.XAesGcmParams{ SaltSize: uint32(thatParameters.SaltSizeInBytes()), }, Version: protoVersion, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } format := new(xaesgcmpb.XAesGcmKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("unsupported xaesgcmpb.AesGcmSivKeyFormat version: got %q, want %q", format.GetVersion(), 0) } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } return NewParameters(variant, int(format.GetParams().GetSaltSize())) } ================================================ FILE: aead/xaesgcm/protoserialization_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xaesgcm_test import ( "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/aead/xaesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" xaesgcmpb "github.com/tink-crypto/tink-go/v2/proto/x_aes_gcm_go_proto" ) func mustMarshalProto(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func TestParseKeyFails(t *testing.T) { validXAESGCMKey := &xaesgcmpb.XAesGcmKey{ Version: 0, KeyValue: []byte("12345678901234561234567890123456"), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, } for _, tc := range []struct { name string keyData *tinkpb.KeyData outputPrefixType tinkpb.OutputPrefixType keyID uint32 }{ { name: "invalid key size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshalProto(t, &xaesgcmpb.XAesGcmKey{ Version: 0, KeyValue: []byte("0123"), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 0x11223344, }, { name: "invalid salt length", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshalProto(t, &xaesgcmpb.XAesGcmKey{ Version: 0, KeyValue: []byte("12345678901234561234567890123456"), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 16, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 0x11223344, }, { name: "invalid key proto serialization", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 0x11223344, }, { name: "invalid key version", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshalProto(t, &xaesgcmpb.XAesGcmKey{ Version: 1, KeyValue: []byte("12345678901234561234567890123456"), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 0x11223344, }, { name: "invalid key material type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshalProto(t, validXAESGCMKey), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 0x11223344, }, { name: "invalid output prefix type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshalProto(t, validXAESGCMKey), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, keyID: 0x11223344, }, } { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.NewKeySerialization(tc.keyData, tc.outputPrefixType, tc.keyID) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", tc.keyData, tc.outputPrefixType, tc.keyID, err) } if _, err := protoserialization.ParseKey(keySerialization); err == nil { t.Errorf("protoserialization.ParseKey(%v) err = nil, want non-nil", keySerialization) } }) } } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func mustCreateKey(t *testing.T, keyValue []byte, variant xaesgcm.Variant, saltSize int, idRequirement uint32) *xaesgcm.Key { t.Helper() params, err := xaesgcm.NewParameters(variant, saltSize) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, %v) err = %v, want nil", variant, saltSize, err) } keyMaterial := secretdata.NewBytesFromData(keyValue, insecuresecretdataaccess.Token{}) key, err := xaesgcm.NewKey(keyMaterial, idRequirement, params) if err != nil { t.Fatalf("xaesgcm.NewKey(keyMaterial, %v, params) err = %v, want nil", idRequirement, err) } return key } func TestParseKey(t *testing.T) { for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantKey *xaesgcm.Key }{ { name: "TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshalProto(t, &xaesgcmpb.XAesGcmKey{ KeyValue: []byte("12345678901234561234567890123456"), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 0x11223344), wantKey: mustCreateKey(t, []byte("12345678901234561234567890123456"), xaesgcm.VariantTink, 12, 0x11223344), }, { name: "RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshalProto(t, &xaesgcmpb.XAesGcmKey{ KeyValue: []byte("12345678901234561234567890123456"), Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), wantKey: mustCreateKey(t, []byte("12345678901234561234567890123456"), xaesgcm.VariantNoPrefix, 12, 0), }, } { t.Run(tc.name, func(t *testing.T) { gotKey, err := protoserialization.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if diff := cmp.Diff(gotKey, tc.wantKey); diff != "" { t.Errorf("protoserialization.ParseKey(%v) returned unexpected diff (-want +got):\n%s", tc.keySerialization, diff) } }) } } func TestSerializeKey(t *testing.T) { keyValue := []byte("12345678901234561234567890123456") for _, tc := range []struct { name string key *xaesgcm.Key wantKeySerialization *protoserialization.KeySerialization }{ { name: "key with TINK output prefix type", key: mustCreateKey(t, keyValue, xaesgcm.VariantTink, 12, 0x11223344), wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshalProto(t, &xaesgcmpb.XAesGcmKey{ KeyValue: keyValue, Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 0x11223344), }, { name: "key with RAW output prefix type", key: mustCreateKey(t, keyValue, xaesgcm.VariantNoPrefix, 12, 0x00), wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshalProto(t, &xaesgcmpb.XAesGcmKey{ KeyValue: keyValue, Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 12, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeKey(tc.key) if err != nil { t.Fatalf("protoserialization.SerializeKey(&testKey{}) err = %v, want nil", err) } if diff := cmp.Diff(got, tc.wantKeySerialization); diff != "" { t.Errorf("protoserialization.SerializeKey(%v) returned unexpected diff (-want +got):\n%s", tc.key, diff) } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, saltSize uint32) *tinkpb.KeyTemplate { t.Helper() format := &xaesgcmpb.XAesGcmKeyFormat{ Params: &xaesgcmpb.XAesGcmParams{ SaltSize: saltSize, }, } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", OutputPrefixType: outputPrefixType, Value: mustMarshalProto(t, format), } } func mustCreateParameters(t *testing.T, variant xaesgcm.Variant, saltSize int) *xaesgcm.Parameters { t.Helper() params, err := xaesgcm.NewParameters(variant, saltSize) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, %v) err = %v, want nil", variant, saltSize, err) } return params } func TestSerializeParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters keyTemplate *tinkpb.KeyTemplate }{ { name: "TINK-SaltSize:12", parameters: mustCreateParameters(t, xaesgcm.VariantTink, 12), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, 12), }, { name: "TINK-SaltSize:8", parameters: mustCreateParameters(t, xaesgcm.VariantTink, 8), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, 8), }, { name: "RAW-SaltSize:12", parameters: mustCreateParameters(t, xaesgcm.VariantNoPrefix, 12), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, 12), }, { name: "RAW-SaltSize:8", parameters: mustCreateParameters(t, xaesgcm.VariantNoPrefix, 8), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, 8), }, } { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters keyTemplate *tinkpb.KeyTemplate }{ { name: "TINK-SaltSize:12", parameters: mustCreateParameters(t, xaesgcm.VariantTink, 12), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, 12), }, { name: "TINK-SaltSize:8", parameters: mustCreateParameters(t, xaesgcm.VariantTink, 8), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, 8), }, { name: "RAW-SaltSize:12", parameters: mustCreateParameters(t, xaesgcm.VariantNoPrefix, 12), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, 12), }, { name: "RAW-SaltSize:8", parameters: mustCreateParameters(t, xaesgcm.VariantNoPrefix, 8), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, 8), }, } { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "empty", keyTemplate: &tinkpb.KeyTemplate{}, }, { name: "empty format", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshal(t, &xaesgcmpb.XAesGcmKeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid format type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: []byte("invalid format"), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "wrong type URL", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey", Value: mustMarshal(t, &xaesgcmpb.XAesGcmKeyFormat{ Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 8, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid version", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshal(t, &xaesgcmpb.XAesGcmKeyFormat{ Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 8, }, Version: 1, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid salt size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshal(t, &xaesgcmpb.XAesGcmKeyFormat{ Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 2, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshal(t, &xaesgcmpb.XAesGcmKeyFormat{ Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 8, }, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, { name: "unsupported output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XAesGcmKey", Value: mustMarshal(t, &xaesgcmpb.XAesGcmKeyFormat{ Params: &xaesgcmpb.XAesGcmParams{ SaltSize: 8, }, }), OutputPrefixType: tinkpb.OutputPrefixType_LEGACY, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: aead/xaesgcm/xaesgcm.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package xaesgcm provides a key and parameters definition for X-AES-GCM, // which is specified in https://c2sp.org/XAES-256-GCM. package xaesgcm import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" xaesgcmpb "github.com/tink-crypto/tink-go/v2/proto/x_aes_gcm_go_proto" ) func newKeyManager() registry.KeyManager { return legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &xaesgcmpb.XAesGcmKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil }) } func init() { if err := protoserialization.RegisterKeySerializer[*Key](&keySerializer{}); err != nil { panic(fmt.Sprintf("xaesgcm.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, &keyParser{}); err != nil { panic(fmt.Sprintf("xaesgcm.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("xaesgcm.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("xaesgcm.init() failed: %v", err)) } if err := registry.RegisterKeyManager(newKeyManager()); err != nil { panic(fmt.Sprintf("xaesgcm.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("xaesgcm.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("xaesgcm.init() failed: %v", err)) } } ================================================ FILE: aead/xaesgcm/xaesgcm_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xaesgcm_test import ( "bytes" "slices" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/xaesgcm" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/tink" ) func TestCreateKeysetHandleFromKeysetKey(t *testing.T) { keysetHandle, err := keyset.NewHandle(aead.XAES256GCM192BitNonceKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.XAES256GCM192BitNonceKeyTemplate()) err = %v, want nil", err) } aeadPrimitive, err := aead.New(keysetHandle) if err != nil { t.Fatalf("aead.New(keysetHandle) err = %v, want nil", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, associatedData, err) } entry, err := keysetHandle.Entry(0) if err != nil { t.Fatalf("keysetHandle.Entry(0) err = %v, want nil", err) } key, ok := entry.Key().(*xaesgcm.Key) if !ok { t.Fatalf("entry.Key() is not *xaesgcm.Key") } // Create a new keyset handle with the same key. manager := keyset.NewManager() keyID, err := manager.AddKey(key) if err != nil { t.Fatalf("manager.AddKey(key) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } newHandle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Get an AEAD primitive from the new handle and decrypt the ciphertext. newAEAD, err := aead.New(newHandle) if err != nil { t.Fatalf("aead.New(newHandle) err = %v, want nil", err) } decrypt, err := newAEAD.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("decrypt.New(otherAEADPrimitivce, %v, %v) err = %v, want nil", ciphertext, associatedData, err) } if !bytes.Equal(decrypt, plaintext) { t.Errorf("decrypt = %v, want %v", decrypt, plaintext) } } func TestCreateKeysetHandleFromKey(t *testing.T) { params, err := xaesgcm.NewParameters(xaesgcm.VariantTink, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, %v) err = %v, want nil", xaesgcm.VariantTink, 12, err) } key, err := xaesgcm.NewKey(secretdata.NewBytesFromData([]byte("01010101010101010101010101010101"), insecuresecretdataaccess.Token{}), 0x11223344, params) if err != nil { t.Fatalf("xaesgcm.NewKey(%x, %v, %v) err = %v, want nil", key.KeyBytes().Data(insecuresecretdataaccess.Token{}), 0x11223344, params, err) } a1, err := xaesgcm.NewAEAD(key, internalapi.Token{}) if err != nil { t.Fatalf("xaesgcm.NewAEAD(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := a1.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("a1.Encrypt(plaintext, associatedData) err = %v, want nil", err) } // Create a new keyset handle with the same key and decrypt the ciphertext. manager := keyset.NewManager() keyID, err := manager.AddKey(key) if err != nil { t.Fatalf("manager.AddKey(key) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } newHandle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } a2, err := aead.New(newHandle) if err != nil { t.Fatalf("aead.New(newHandle) err = %v, want nil", err) } decrypt, err := a2.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("a2.Decrypt(ciphertext, associatedData) err = %v, want nil", err) } if !bytes.Equal(decrypt, plaintext) { t.Errorf("decrypt = %v, want %v", decrypt, plaintext) } } func TestCreateKeysetHandleFromParameters(t *testing.T) { params, err := xaesgcm.NewParameters(xaesgcm.VariantTink, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters(%v, %v) err = %v, want nil", xaesgcm.VariantTink, 12, err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } aeadPrimitive, err := aead.New(handle) if err != nil { t.Fatalf("aead.New(handle) err = %v, want nil", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, associatedData, err) } decrypted, err := aeadPrimitive.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("aeadPrimitive.Decrypt(%v, %v) err = %v, want nil", ciphertext, associatedData, err) } if !bytes.Equal(decrypted, plaintext) { t.Errorf("decrypted = %v, want %v", decrypted, plaintext) } } func TestGetKeyManager(t *testing.T) { // https://github.com/C2SP/wycheproof/blob/b063b4aedae951c69df014cd25fa6d69ae9e8cb9/testvectors/xchacha20_poly1305_test.json#L21 keyBytes := secretdata.NewBytesFromData(mustHexDecode(t, "0101010101010101010101010101010101010101010101010101010101010101"), insecuresecretdataaccess.Token{}) wantMessage := []byte("XAES-256-GCM") iv := []byte("ABCDEFGHIJKLMNOPQRSTUVWX") ct := mustHexDecode(t, "ce546ef63c9cc60765923609b33a9a1974e96e52daf2fcf7075e2271") ciphertext := slices.Concat(iv, ct) params, err := xaesgcm.NewParameters(xaesgcm.VariantTink, 12) if err != nil { t.Fatalf("xaesgcm.NewParameters() err = %v, want nil", err) } key, err := xaesgcm.NewKey(keyBytes, 0x1234, params) if err != nil { t.Fatalf("xaesgcm.NewKey() err = %v, want nil", err) } keySerialization, err := protoserialization.SerializeKey(key) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.XAesGcmKey") if err != nil { t.Fatalf("registry.GetKeyManager() err = %v, want nil", err) } km.Primitive(keySerialization.KeyData().GetValue()) // It is expected to ignore the output prefix. primitive, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("GetPrimitive() err = %v, want nil", err) } aead, ok := primitive.(tink.AEAD) if !ok { t.Errorf("GetPrimitive() = %T, want tink.AEAD", primitive) } decrypted, err := aead.Decrypt(ciphertext, nil) if err != nil { t.Fatalf("Decrypt() err = %v, want nil", err) } if !bytes.Equal(decrypted, wantMessage) { t.Errorf("Decrypt() = %v, want %v", decrypted, wantMessage) } } ================================================ FILE: aead/xchacha20poly1305/aead.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xchacha20poly1305 import ( "bytes" "crypto/cipher" "fmt" "golang.org/x/crypto/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/random" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) const ( intSize = 32 << (^uint(0) >> 63) // 32 or 64 maxInt = 1<<(intSize-1) - 1 maxPlaintextSize = maxInt - chacha20poly1305.NonceSizeX - chacha20poly1305.Overhead maxCiphertextSize = maxInt ) // aead is a [tink.AEAD] implementation for XChaCha20Poly1305. // // See https://datatracker.ietf.org/doc/html/draft-irtf-cfrg-xchacha-03. type aead struct { aead cipher.AEAD prefix []byte variant Variant } var _ tink.AEAD = (*aead)(nil) func newAEAD(key *Key) (tink.AEAD, error) { c, err := chacha20poly1305.NewX(key.keyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("xchacha20_poly1305: %s", err) } return &aead{ aead: c, prefix: key.OutputPrefix(), variant: key.parameters.Variant(), }, nil } // Encrypt encrypts plaintext with associatedData. func (a *aead) Encrypt(plaintext []byte, associatedData []byte) ([]byte, error) { if len(plaintext) > maxPlaintextSize { return nil, fmt.Errorf("xchacha20_poly1305: plaintext too long: got %d, want <= %d", len(plaintext), maxPlaintextSize) } ciphertextSize := len(a.prefix) + chacha20poly1305.NonceSizeX + len(plaintext) + chacha20poly1305.Overhead dst := make([]byte, len(a.prefix)+chacha20poly1305.NonceSizeX, ciphertextSize) copy(dst, a.prefix) nonce := dst[len(a.prefix):] random.MustRand(nonce) return a.aead.Seal(dst, nonce, plaintext, associatedData), nil } // Decrypt decrypts ciphertext with associatedData. func (a *aead) Decrypt(ciphertext []byte, associatedData []byte) ([]byte, error) { minCiphertextSize := len(a.prefix) + chacha20poly1305.NonceSizeX + chacha20poly1305.Overhead if len(ciphertext) < minCiphertextSize { return nil, fmt.Errorf("xchacha20_poly1305: ciphertext too short: got %d, want >= %d", len(ciphertext), minCiphertextSize) } if len(ciphertext) > maxCiphertextSize { return nil, fmt.Errorf("xchacha20_poly1305: ciphertext too long: got %d, want <= %d", len(ciphertext), maxCiphertextSize) } if !bytes.HasPrefix(ciphertext, a.prefix) { return nil, fmt.Errorf("xchacha20_poly1305: ciphertext has invalid prefix") } ciphertextNoPrefix := ciphertext[len(a.prefix):] nonce := ciphertextNoPrefix[:chacha20poly1305.NonceSizeX] rawCiphertextAndTag := ciphertextNoPrefix[chacha20poly1305.NonceSizeX:] decrypted, err := a.aead.Open(nil, nonce, rawCiphertextAndTag, associatedData) if err != nil { return nil, fmt.Errorf("xchacha20_poly1305: %s", err) } return decrypted, nil } func primitiveConstructor(key key.Key) (any, error) { that, ok := key.(*Key) if !ok { return nil, fmt.Errorf("key is not a *xchacha20poly1305.Key") } return newAEAD(that) } ================================================ FILE: aead/xchacha20poly1305/aead_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xchacha20poly1305_test import ( "bytes" "encoding/hex" "fmt" "slices" "testing" "golang.org/x/crypto/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/xchacha20poly1305" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" testingaead "github.com/tink-crypto/tink-go/v2/internal/testing/aead" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/tink" ) func mustCreateAEAD(t *testing.T, key *xchacha20poly1305.Key) tink.AEAD { t.Helper() km := keyset.NewManager() keyID, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddKey(%v) err = %v, want nil", key, err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", keyID, err) } h, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } a, err := aead.New(h) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } return a } func TestEncryptDecrypt(t *testing.T) { for _, tc := range []struct { name string variant xchacha20poly1305.Variant idRequirement uint32 wantPrefix []byte }{ { name: "TINK", variant: xchacha20poly1305.VariantTink, idRequirement: 0x11223344, wantPrefix: []byte{cryptofmt.TinkStartByte, 0x11, 0x22, 0x33, 0x44}, }, { name: "CRUNCHY", variant: xchacha20poly1305.VariantCrunchy, idRequirement: 0x11223344, wantPrefix: []byte{cryptofmt.LegacyStartByte, 0x11, 0x22, 0x33, 0x44}, }, } { t.Run(tc.name, func(t *testing.T) { params, err := xchacha20poly1305.NewParameters(tc.variant) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", tc.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) err = %v, want nil", err) } key, err := xchacha20poly1305.NewKey(keyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("xchacha20poly1305.NewKey() err = %v, want nil", err) } a := mustCreateAEAD(t, key) plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := a.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("a.Encrypt(%v, %v) err = %v, want nil", plaintext, associatedData, err) } if got, want := ciphertext[:len(tc.wantPrefix)], tc.wantPrefix; !bytes.Equal(got, want) { t.Errorf("ciphertext has wrong prefix: got %x, want %x", got, want) } // Encryption is not deterministic. ciphertext2, err := a.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("a.Encrypt(%v, %v) err = %v, want nil", plaintext, associatedData, err) } if bytes.Equal(ciphertext, ciphertext2) { t.Errorf("a.Encrypt(%v, %v) = %x, want different", plaintext, associatedData, ciphertext) } decrypted, err := a.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("a.Decrypt(%x, %x) err = %v, want nil", ciphertext, associatedData, err) } if got, want := decrypted, plaintext; !bytes.Equal(got, want) { t.Errorf("a.Decrypt(%x, %x) = %x, want %x", ciphertext, associatedData, got, want) } }) } } func TestDecryptFailsWithInvalidCiphertext(t *testing.T) { for _, tc := range []struct { name string variant xchacha20poly1305.Variant }{ { name: "TINK", variant: xchacha20poly1305.VariantTink, }, { name: "CRUNCHY", variant: xchacha20poly1305.VariantCrunchy, }, { name: "RAW", variant: xchacha20poly1305.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { params, err := xchacha20poly1305.NewParameters(tc.variant) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", tc.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) err = %v, want nil", err) } key, err := xchacha20poly1305.NewKey(keyBytes, 0, params) if err != nil { t.Fatalf("xchacha20poly1305.NewKey() err = %v, want nil", err) } a := mustCreateAEAD(t, key) plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := a.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("a.Encrypt(%v, %v) err = %v, want nil", plaintext, associatedData, err) } prefix := ciphertext[:len(key.OutputPrefix())] ciphertextNoPrefix := ciphertext[len(prefix):] iv := ciphertextNoPrefix[:chacha20poly1305.NonceSizeX] ct := ciphertextNoPrefix[chacha20poly1305.NonceSizeX : chacha20poly1305.NonceSizeX+len(plaintext)] tag := ciphertextNoPrefix[chacha20poly1305.NonceSizeX+len(plaintext):] // Invalid prefix. if len(prefix) > 0 { wrongPrefix := []byte{0xFF, 0xFF, 0xFF, 0xFF, 0xFF} if _, err := a.Decrypt(slices.Concat(wrongPrefix, iv, ct, tag), associatedData); err == nil { t.Errorf("a.Decrypt() err = nil, want error") } } // Invalid IV. wrongIV := bytes.Clone(iv) wrongIV[0] ^= 1 if _, err := a.Decrypt(slices.Concat(prefix, wrongIV, ct, tag), associatedData); err == nil { t.Errorf("a.Decrypt() err = nil, want error") } // Invalid ciphertext. wrongCiphertext := bytes.Clone(ciphertext) wrongCiphertext[0] ^= 1 if _, err := a.Decrypt(slices.Concat(prefix, iv, wrongCiphertext, tag), associatedData); err == nil { t.Errorf("a.Decrypt() err = nil, want error") } // Invalid tag. wrongTag := bytes.Clone(tag) wrongTag[0] ^= 1 if _, err := a.Decrypt(slices.Concat(prefix, iv, ct, wrongTag), associatedData); err == nil { t.Errorf("a.Decrypt() err = nil, want error") } // Truncate the ciphertext. for i := 1; i < len(ciphertext); i++ { if _, err := a.Decrypt(ciphertext[:i], associatedData); err == nil { t.Errorf("a.Decrypt(ciphertext[:%d], associatedData) err = nil, want error", i) } } // Invalid associated data. if _, err := a.Decrypt(ciphertext, []byte("invalidAssociatedData")); err == nil { t.Errorf("a.Decrypt() err = nil, want error") } }) } } func mustDecodeHex(t *testing.T, hexStr string) []byte { t.Helper() x, err := hex.DecodeString(hexStr) if err != nil { t.Fatalf("hex.DecodeString(%v) err = %v, want nil", hexStr, err) } return x } func TestDecryptCorrectness(t *testing.T) { // Test vectors from // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/xchacha20_poly1305_test.json#L69 key := secretdata.NewBytesFromData(mustDecodeHex(t, "697c197c9e0023c8eee42ddf08c12c46718a436561b0c66d998c81879f7cb74c"), insecuresecretdataaccess.Token{}) iv := "cd78f4533c94648feacd5aef0291b00b454ee3dcdb76dcc8" ct := "b0" aad := "6384f4714ff18c18" tag := "e5e35f5332f91bdd2d28e59d68a0b141" for _, tc := range []struct { name string variant xchacha20poly1305.Variant idRequirement uint32 key secretdata.Bytes plaintext []byte associatedData []byte ciphertext []byte }{ { name: "TINK", variant: xchacha20poly1305.VariantTink, idRequirement: 0x11223344, key: key, plaintext: mustDecodeHex(t, "e1"), associatedData: mustDecodeHex(t, aad), ciphertext: mustDecodeHex(t, "0111223344"+iv+ct+tag), }, { name: "CRUNCHY", variant: xchacha20poly1305.VariantCrunchy, idRequirement: 0x11223344, key: key, plaintext: mustDecodeHex(t, "e1"), associatedData: mustDecodeHex(t, aad), ciphertext: mustDecodeHex(t, "0011223344"+iv+ct+tag), }, { name: "NO_PREFIX", variant: xchacha20poly1305.VariantNoPrefix, idRequirement: 0, key: key, plaintext: mustDecodeHex(t, "e1"), associatedData: mustDecodeHex(t, aad), ciphertext: mustDecodeHex(t, iv+ct+tag), }, } { t.Run(tc.name, func(t *testing.T) { params, err := xchacha20poly1305.NewParameters(tc.variant) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", tc.variant, err) } key, err := xchacha20poly1305.NewKey(tc.key, tc.idRequirement, params) if err != nil { t.Fatalf("xchacha20poly1305.NewKey() err = %v, want nil", err) } a := mustCreateAEAD(t, key) decrypted, err := a.Decrypt(tc.ciphertext, tc.associatedData) if err != nil { t.Fatalf("a.Decrypt(%x, %x) err = %v, want nil", tc.ciphertext, tc.associatedData, err) } if !bytes.Equal(decrypted, tc.plaintext) { t.Errorf("a.Decrypt(%x, %x) = %v, want %v", tc.ciphertext, tc.associatedData, decrypted, tc.plaintext) } }) } } func TestWycheproofCases(t *testing.T) { suite := new(testingaead.WycheproofSuiteV1) wycheproof.PopulateSuiteV1(t, suite, "xchacha20_poly1305_test.json") for _, group := range suite.TestGroups { if group.KeySize/8 != chacha20poly1305.KeySize { continue } if group.IvSize/8 != chacha20poly1305.NonceSizeX { continue } for _, test := range group.Tests { caseName := fmt.Sprintf("%s-%s:Case-%d", suite.Algorithm, group.Type, test.CaseID) t.Run(caseName, func(t *testing.T) { runXChaCha20Poly1305WycheproofCase(t, test) }) } } } func runXChaCha20Poly1305WycheproofCase(t *testing.T, tc *testingaead.WycheproofCase) { var combinedCt []byte combinedCt = append(combinedCt, tc.Iv...) combinedCt = append(combinedCt, tc.Ct...) combinedCt = append(combinedCt, tc.Tag...) params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantNoPrefix) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", xchacha20poly1305.VariantNoPrefix, err) } key, err := xchacha20poly1305.NewKey(secretdata.NewBytesFromData(tc.Key, insecuresecretdataaccess.Token{}), 0, params) if err != nil { t.Fatalf("xchacha20poly1305.NewKey() err = %v, want nil", err) } a := mustCreateAEAD(t, key) _, err = a.Encrypt(tc.Msg, tc.Aad) if err != nil { t.Fatalf("a.Encrypt(%x, %x) err = %v, want nil", tc.Msg, tc.Aad, err) } decrypted, err := a.Decrypt(combinedCt, tc.Aad) switch tc.Result { case "valid": if err != nil { t.Fatalf("a.Decrypt(combinedCt, tc.Aad) err = %v, want nil", err) } if got, want := decrypted, tc.Msg; !bytes.Equal(got, want) { t.Errorf("got %x, want %x", got, want) } case "invalid": if err == nil { t.Error("a.Decrypt(combinedCt, tc.Aad) err = nil, want non-nil") } default: // Skip other test vectors, if any. t.Skipf("Skipping test vector with result %q", tc.Result) } } ================================================ FILE: aead/xchacha20poly1305/key.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xchacha20poly1305 import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Variant is the prefix variant of XChaCha20-Poly1305 keys. // // It describes how the prefix of the ciphertext is constructed. For AEAD there // are three options: // // * TINK: prepends '0x01' to the ciphertext. // * CRUNCHY: prepends '0x00' to the ciphertext. // * NO_PREFIX: adds no prefix to the ciphertext. type Variant int const ( // VariantUnknown is the default and invalid value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the ciphertext. VariantTink // VariantCrunchy prefixes '0x00' to the ciphertext. VariantCrunchy // VariantNoPrefix adds no prefix to the ciphertext. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // calculateOutputPrefix calculates the output prefix from keyID. func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantCrunchy: return outputprefix.Legacy(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // Parameters specifies a XChaCha20-Poly1305 key. type Parameters struct { variant Variant } var _ key.Parameters = (*Parameters)(nil) // Variant returns the variant of the key. func (p *Parameters) Variant() Variant { return p.variant } // NewParameters creates a new XChaCha20-Poly1305 Parameters object. func NewParameters(variant Variant) (*Parameters, error) { if variant == VariantUnknown { return nil, fmt.Errorf("xchacha20poly1305.Parameters: unsupported variant: %v", variant) } return &Parameters{ variant: variant, }, nil } // HasIDRequirement returns whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal returns whether this Parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.variant == actualParams.variant } // Key represents a XChaCha20-Poly1305 key. type Key struct { keyBytes secretdata.Bytes idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*Key)(nil) // NewKey creates a new [xchacha20poly1305.Key] key with key, idRequirement and // parameters. func NewKey(keyBytes secretdata.Bytes, idRequirement uint32, parameters *Parameters) (*Key, error) { if parameters == nil { return nil, fmt.Errorf("xchacha20poly1305.NewKey: parameters is nil") } if keyBytes.Len() != 32 { return nil, fmt.Errorf("xchacha20poly1305.NewKey: key.Len() = %v, want 32", keyBytes.Len()) } if !parameters.HasIDRequirement() && idRequirement != 0 { return nil, fmt.Errorf("xchacha20poly1305.NewKey: idRequirement = %v and parameters.HasIDRequirement() = false, want 0", idRequirement) } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("xchacha20poly1305.NewKey: %v", err) } return &Key{ keyBytes: keyBytes, idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: parameters, }, nil } // KeyBytes returns the key material. // // This function provides access to partial key material. See // https://developers.google.com/tink/design/access_control#access_of_parts_of_a_key // for more information. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of this key. func (k *Key) Parameters() key.Parameters { return k.parameters } // IDRequirement returns the key ID and whether it is required or not. // // If not required, the returned key ID is not usable. func (k *Key) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix. func (k *Key) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal returns whether this key object is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.Parameters().Equal(that.Parameters()) && k.idRequirement == that.idRequirement && k.keyBytes.Equal(that.keyBytes) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { xChaCha20Poly1305Params, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*Parameters)(nil)) } keyBytes, err := secretdata.NewBytesFromRand(uint32(32)) if err != nil { return nil, err } return NewKey(keyBytes, idRequirement, xChaCha20Poly1305Params) } ================================================ FILE: aead/xchacha20poly1305/key_manager_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xchacha20poly1305_test import ( "fmt" "testing" "golang.org/x/crypto/chacha20poly1305" "google.golang.org/protobuf/proto" aeadtestutil "github.com/tink-crypto/tink-go/v2/aead/internal/testutil" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" "github.com/tink-crypto/tink-go/v2/aead/subtle" tpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" xpb "github.com/tink-crypto/tink-go/v2/proto/xchacha20_poly1305_go_proto" ) func TestKeyManagerGetPrimitive(t *testing.T) { km, err := registry.GetKeyManager(testutil.XChaCha20Poly1305TypeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", testutil.XChaCha20Poly1305TypeURL, err) } m, err := km.NewKey(nil) if err != nil { t.Fatalf("km.NewKey(nil) err = %q, want nil", err) } key, ok := m.(*xpb.XChaCha20Poly1305Key) if !ok { t.Fatal("m is not a *xpb.XChaCha20Poly1305Key") } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } p, err := km.Primitive(serializedKey) if err != nil { t.Errorf("km.Primitive(%v) = %v; want nil", serializedKey, err) } aead, ok := p.(tink.AEAD) if !ok { t.Fatalf("km.Primitive(serializedKey) = %T, want tink.AEAD", p) } expectedAEAD, err := subtle.NewXChaCha20Poly1305(key.GetKeyValue()) if err != nil { t.Fatalf("subtle.NewXChaCha20Poly1305(%v) err = %v, want nil", key.GetKeyValue(), err) } if err := aeadtestutil.EncryptDecrypt(aead, expectedAEAD); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(aead, expectedAEAD) = %v; want nil", err) } if err := aeadtestutil.EncryptDecrypt(expectedAEAD, aead); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(expectedAEAD, aead) = %v; want nil", err) } } func TestKeyManagerGetPrimitiveWithInvalidKeys(t *testing.T) { km, err := registry.GetKeyManager(testutil.XChaCha20Poly1305TypeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", testutil.XChaCha20Poly1305TypeURL, err) } invalidKeys := []*xpb.XChaCha20Poly1305Key{ // Bad key size. &xpb.XChaCha20Poly1305Key{ Version: testutil.XChaCha20Poly1305KeyVersion, KeyValue: random.GetRandomBytes(17), }, &xpb.XChaCha20Poly1305Key{ Version: testutil.XChaCha20Poly1305KeyVersion, KeyValue: random.GetRandomBytes(25), }, &xpb.XChaCha20Poly1305Key{ Version: testutil.XChaCha20Poly1305KeyVersion, KeyValue: random.GetRandomBytes(33), }, // Bad version. &xpb.XChaCha20Poly1305Key{ Version: testutil.XChaCha20Poly1305KeyVersion + 1, KeyValue: random.GetRandomBytes(chacha20poly1305.KeySize), }, } for _, key := range invalidKeys { serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("km.Primitive(%v) = _, nil; want _, err", serializedKey) } } } func TestKeyManagerNewKey(t *testing.T) { km, err := registry.GetKeyManager(testutil.XChaCha20Poly1305TypeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", testutil.XChaCha20Poly1305TypeURL, err) } m, err := km.NewKey(nil) if err != nil { t.Errorf("km.NewKey(nil) = _, %v; want _, nil", err) } key, ok := m.(*xpb.XChaCha20Poly1305Key) if !ok { t.Errorf("m is not a *xpb.XChaCha20Poly1305Key") } if err := validateXChaCha20Poly1305Key(key); err != nil { t.Errorf("validateXChaCha20Poly1305Key(%v) = %v; want nil", key, err) } } func TestKeyManagerNewKeyData(t *testing.T) { km, err := registry.GetKeyManager(testutil.XChaCha20Poly1305TypeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", testutil.XChaCha20Poly1305TypeURL, err) } kd, err := km.NewKeyData(nil) if err != nil { t.Errorf("km.NewKeyData(nil) = _, %v; want _, nil", err) } if kd.TypeUrl != testutil.XChaCha20Poly1305TypeURL { t.Errorf("TypeUrl: %v != %v", kd.TypeUrl, testutil.XChaCha20Poly1305TypeURL) } if kd.KeyMaterialType != tpb.KeyData_SYMMETRIC { t.Errorf("KeyMaterialType: %v != SYMMETRIC", kd.KeyMaterialType) } key := new(xpb.XChaCha20Poly1305Key) if err := proto.Unmarshal(kd.Value, key); err != nil { t.Errorf("proto.Unmarshal(%v, key) = %v; want nil", kd.Value, err) } if err := validateXChaCha20Poly1305Key(key); err != nil { t.Errorf("validateXChaCha20Poly1305Key(%v) = %v; want nil", key, err) } p, err := registry.PrimitiveFromKeyData(kd) if err != nil { t.Errorf("registry.PrimitiveFromKeyData(kd) err = %v, want nil", err) } aead, ok := p.(tink.AEAD) if !ok { t.Fatalf("registry.PrimitiveFromKeyData(kd) = %T, want tink.AEAD", p) } expectedAEAD, err := subtle.NewXChaCha20Poly1305(key.GetKeyValue()) if err != nil { t.Fatalf("subtle.NewXChaCha20Poly1305(%v) err = %v, want nil", key.GetKeyValue(), err) } if err := aeadtestutil.EncryptDecrypt(aead, expectedAEAD); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(aead, expectedAEAD) = %v; want nil", err) } if err := aeadtestutil.EncryptDecrypt(expectedAEAD, aead); err != nil { t.Errorf("aeadtestutil.EncryptDecrypt(expectedAEAD, aead) = %v; want nil", err) } } func TestKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testutil.XChaCha20Poly1305TypeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", testutil.XChaCha20Poly1305TypeURL, err) } if !km.DoesSupport(testutil.XChaCha20Poly1305TypeURL) { t.Errorf("XChaCha20Poly1305KeyManager must support %s", testutil.XChaCha20Poly1305TypeURL) } if km.DoesSupport("some bad type") { t.Errorf("XChaCha20Poly1305KeyManager must only support %s", testutil.XChaCha20Poly1305TypeURL) } } func TestKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testutil.XChaCha20Poly1305TypeURL) if err != nil { t.Errorf("registry.GetKeyManager(%s) err = %v, want nil", testutil.XChaCha20Poly1305TypeURL, err) } if kt := km.TypeURL(); kt != testutil.XChaCha20Poly1305TypeURL { t.Errorf("km.TypeURL() = %s; want %s", kt, testutil.XChaCha20Poly1305TypeURL) } } func validateXChaCha20Poly1305Key(key *xpb.XChaCha20Poly1305Key) error { if key.GetVersion() != testutil.XChaCha20Poly1305KeyVersion { return fmt.Errorf("incorrect key version: keyVersion != %d", testutil.XChaCha20Poly1305KeyVersion) } if uint32(len(key.GetKeyValue())) != chacha20poly1305.KeySize { return fmt.Errorf("incorrect key size: keySize != %d", chacha20poly1305.KeySize) } // Try to encrypt and decrypt. p, err := subtle.NewXChaCha20Poly1305(key.GetKeyValue()) if err != nil { return fmt.Errorf("invalid key: %v", key.GetKeyValue()) } return aeadtestutil.EncryptDecrypt(p, p) } ================================================ FILE: aead/xchacha20poly1305/key_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xchacha20poly1305_test import ( "bytes" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/xchacha20poly1305" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) var ( rawKey = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, } ) func TestNewParametersInvalidVariant(t *testing.T) { if _, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantUnknown); err == nil { t.Errorf("xchacha20poly1305.NewParameters(xchacha20poly1305.VariantUnknown) err = nil, want error") } } func TestOutputPrefix(t *testing.T) { for _, test := range []struct { name string variant xchacha20poly1305.Variant id uint32 want []byte }{ { name: "Tink", variant: xchacha20poly1305.VariantTink, id: 0x01020304, want: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "Crunchy", variant: xchacha20poly1305.VariantCrunchy, id: 0x01020304, want: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "No prefix", variant: xchacha20poly1305.VariantNoPrefix, id: 0, want: nil, }, } { t.Run(test.name, func(t *testing.T) { params, err := xchacha20poly1305.NewParameters(test.variant) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", test.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytes(32fNewBytesFromRand() err = %v, want nil", err) } key, err := xchacha20poly1305.NewKey(keyBytes, test.id, params) if err != nil { t.Fatalf("xchacha20poly1305.NewKey(keyBytes, %v, %v) err = %v, want nil", test.id, params, err) } if got := key.OutputPrefix(); !bytes.Equal(got, test.want) { t.Errorf("params.OutputPrefix() = %v, want %v", got, test.want) } }) } } func TestNewParametersWorks(t *testing.T) { for _, test := range []struct { name string variant xchacha20poly1305.Variant }{ { name: "TINK", variant: xchacha20poly1305.VariantTink, }, { name: "CRUNCHY", variant: xchacha20poly1305.VariantCrunchy, }, { name: "RAW", variant: xchacha20poly1305.VariantNoPrefix, }, } { t.Run(test.name, func(t *testing.T) { params, err := xchacha20poly1305.NewParameters(test.variant) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", test.variant, err) } if params.HasIDRequirement() != (test.variant != xchacha20poly1305.VariantNoPrefix) { t.Errorf("params.HasIDRequirement() = %v, want %v", params.HasIDRequirement(), (test.variant != xchacha20poly1305.VariantNoPrefix)) } if params.Variant() != test.variant { t.Errorf("params.Variant() = %v, want %v", params.Variant(), test.variant) } // Test equality. otherParams, err := xchacha20poly1305.NewParameters(test.variant) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", test.variant, err) } if !params.Equal(otherParams) { t.Errorf("params.Equal(otherParams) = %v, want true", params.Equal(otherParams)) } }) } } func TestParametersEqualFalseIfDifferentVariant(t *testing.T) { for _, test := range []struct { name string key1Variant xchacha20poly1305.Variant key2Variant xchacha20poly1305.Variant }{ { name: "CRUNCHY vs TINK", key1Variant: xchacha20poly1305.VariantCrunchy, key2Variant: xchacha20poly1305.VariantTink, }, { name: "CRUNCHY vs RAW", key1Variant: xchacha20poly1305.VariantCrunchy, key2Variant: xchacha20poly1305.VariantNoPrefix, }, { name: "TINK vs RAW", key1Variant: xchacha20poly1305.VariantTink, key2Variant: xchacha20poly1305.VariantNoPrefix, }, } { t.Run(test.name, func(t *testing.T) { params1, err := xchacha20poly1305.NewParameters(test.key1Variant) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", test.key1Variant, err) } params2, err := xchacha20poly1305.NewParameters(test.key2Variant) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", test.key2Variant, err) } if params1.Equal(params2) { t.Errorf("params.Equal(params2) = %v, want false", params1.Equal(params2)) } }) } } type TestKey struct { name string id uint32 key []byte variant xchacha20poly1305.Variant } func TestNewKeyWorks(t *testing.T) { for _, tc := range []TestKey{ { name: "Tink variant", id: 0x01, key: rawKey, variant: xchacha20poly1305.VariantTink, }, { name: "Crunchy variant", id: 0x01, key: rawKey, variant: xchacha20poly1305.VariantCrunchy, }, { name: "NoPrefix variant", id: 0, key: rawKey, variant: xchacha20poly1305.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { params, err := xchacha20poly1305.NewParameters(tc.variant) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", tc.variant, err) } keyBytes := secretdata.NewBytesFromData(tc.key, insecuresecretdataaccess.Token{}) firstKey, err := xchacha20poly1305.NewKey(keyBytes, tc.id, params) if err != nil { t.Fatalf("xchacha20poly1305.NewKey(keyBytes, %v, %v) err = %v, want nil", tc.id, params, err) } if !firstKey.Parameters().Equal(params) { t.Errorf("firstKey.Parameters() = %v, want %v", firstKey.Parameters(), params) } firstKeyBytes := firstKey.KeyBytes() if !keyBytes.Equal(firstKeyBytes) { t.Errorf("keyBytes.Equal(firstKeyBytes) = false, want true") } id, required := firstKey.IDRequirement() if required != (tc.variant != xchacha20poly1305.VariantNoPrefix) { t.Errorf("firstKey.ID() = %v, want %v", required, (tc.variant == xchacha20poly1305.VariantNoPrefix)) } if id != tc.id { t.Errorf("id = %v, want %v", id, tc.id) } // Test Equal. secondKey, err := xchacha20poly1305.NewKey(keyBytes, tc.id, params) if err != nil { t.Fatalf("xchacha20poly1305.NewKey(keyBytes, %v, %v) err = %v, want nil", tc.id, params, err) } if !firstKey.Equal(secondKey) { t.Errorf("firstKey.Equal(secondKey) = %v, want true", firstKey.Equal(secondKey)) } }) } } func TestNewKeyFailsIfNoPrefixAndIDIsNotZero(t *testing.T) { params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantNoPrefix) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", xchacha20poly1305.VariantNoPrefix, err) } keyBytes := secretdata.NewBytesFromData(rawKey, insecuresecretdataaccess.Token{}) if _, err := xchacha20poly1305.NewKey(keyBytes, 123, params); err == nil { t.Errorf("xchacha20poly1305.NewKey(keyBytes, 123, %v) err = nil, want error", params) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestKeyEqual_FalseIfDifferentType(t *testing.T) { params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantTink) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", xchacha20poly1305.VariantTink, err) } keyBytes := secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}) key, err := xchacha20poly1305.NewKey(keyBytes, 1234, params) if err != nil { t.Fatalf("xchacha20poly1305.NewKey(keyBytes, %v, %v) err = %v, want nil", 1234, params, err) } if key.Equal(&stubKey{}) { t.Errorf("key.Equal(&stubKey{}) = true, want false") } } func TestKeyEqualReturnsFalseIfDifferent(t *testing.T) { for _, tc := range []struct { name string first TestKey second TestKey }{ { name: "different prefix variant", first: TestKey{ variant: xchacha20poly1305.VariantTink, key: rawKey, id: 0x01, }, second: TestKey{ variant: xchacha20poly1305.VariantCrunchy, key: rawKey, id: 0x01, }, }, { name: "different key IDs", first: TestKey{ variant: xchacha20poly1305.VariantTink, key: rawKey, id: 0x01, }, second: TestKey{ variant: xchacha20poly1305.VariantTink, key: rawKey, id: 0x02, }, }, { name: "different key bytes", first: TestKey{ variant: xchacha20poly1305.VariantCrunchy, key: rawKey, id: 0x01, }, second: TestKey{ variant: xchacha20poly1305.VariantCrunchy, key: []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x09, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, }, id: 0x01, }, }, } { t.Run(tc.name, func(t *testing.T) { firstParams, err := xchacha20poly1305.NewParameters(tc.first.variant) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", tc.first.variant, err) } firstKeyBytes := secretdata.NewBytesFromData(tc.first.key, insecuresecretdataaccess.Token{}) firstKey, err := xchacha20poly1305.NewKey(firstKeyBytes, tc.first.id, firstParams) if err != nil { t.Fatalf("xchacha20poly1305.NewKey(firstKeyBytes, %v, %v) err = %v, want nil", tc.first.id, firstParams, err) } secondParams, err := xchacha20poly1305.NewParameters(tc.second.variant) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", tc.second.variant, err) } secondKeyBytes := secretdata.NewBytesFromData(tc.second.key, insecuresecretdataaccess.Token{}) secondKey, err := xchacha20poly1305.NewKey(secondKeyBytes, tc.second.id, secondParams) if err != nil { t.Fatalf("xchacha20poly1305.NewKey(secondKeyBytes, %v, %v) err = %v, want nil", tc.second.id, secondParams, err) } if firstKey.Equal(secondKey) { t.Errorf("firstKey.Equal(secondKey) = true, want false") } }) } } func TestKeyCreator(t *testing.T) { params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantTink) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 123) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 123) err = %v, want nil", params, err) } xChaCha20Poly1305, ok := key.(*xchacha20poly1305.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 123) returned key of type %T, want %T", params, key, (*xchacha20poly1305.Key)(nil)) } idRequirement, hasIDRequirement := xChaCha20Poly1305.IDRequirement() if !hasIDRequirement || idRequirement != 123 { t.Errorf("xChaCha20Poly1305.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(xChaCha20Poly1305.Parameters(), params); diff != "" { t.Errorf("xChaCha20Poly1305.Parameters() diff (-want +got):\n%s", diff) } } ================================================ FILE: aead/xchacha20poly1305/protoserialization.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xchacha20poly1305 import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" xcppb "github.com/tink-crypto/tink-go/v2/proto/xchacha20_poly1305_go_proto" ) const ( // protoVersion is the accepted [gcmpb.AesGcmKey] proto version. // // Currently, only version 0 is supported; other versions are rejected. protoVersion = 0 typeURL = "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key" ) type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { that, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want *xchacha20poly1305.Key", key) } thatParameters := that.Parameters().(*Parameters) outputPrefixType, err := protoOutputPrefixTypeFromVariant(thatParameters.Variant()) if err != nil { return nil, err } keyBytes := that.KeyBytes() protoKey := &xcppb.XChaCha20Poly1305Key{ KeyValue: keyBytes.Data(insecuresecretdataaccess.Token{}), Version: protoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := that.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY, tinkpb.OutputPrefixType_LEGACY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %s, want %s", keyData.GetTypeUrl(), typeURL) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { return nil, fmt.Errorf("invalid key material type: got %v, want %v", keyData.GetKeyMaterialType(), tinkpb.KeyData_SYMMETRIC) } protoKey := new(xcppb.XChaCha20Poly1305Key) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != protoVersion { return nil, fmt.Errorf("unsupported key version: got %d, want %d", protoKey.GetVersion(), protoVersion) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } params, err := NewParameters(variant) if err != nil { return nil, err } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) // keySerialization.IDRequirement() returns zero if the key doesn't have a // key requirement. keyID, _ := keySerialization.IDRequirement() return NewKey(keyMaterial, keyID, params) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { thatParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *xchacha20poly1305.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(thatParameters.Variant()) if err != nil { return nil, err } format := &xcppb.XChaCha20Poly1305KeyFormat{} serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } format := new(xcppb.XChaCha20Poly1305KeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != protoVersion { return nil, fmt.Errorf("unsupported key version: got %d, want %d", format.GetVersion(), protoVersion) } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } return NewParameters(variant) } ================================================ FILE: aead/xchacha20poly1305/protoserialization_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xchacha20poly1305 import ( "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" xcppb "github.com/tink-crypto/tink-go/v2/proto/xchacha20_poly1305_go_proto" ) func TestParseKeyFails(t *testing.T) { key := xcppb.XChaCha20Poly1305Key{ Version: 0, KeyValue: []byte("12345678901234561234567890123456"), } serializedKey, err := proto.Marshal(&key) if err != nil { t.Fatalf("proto.Marshal(key) err = %v, want nil", err) } keyWithInvalidSize := xcppb.XChaCha20Poly1305Key{ Version: 0, KeyValue: []byte("0123"), } serializedKeyWithInvalidSize, err := proto.Marshal(&keyWithInvalidSize) if err != nil { t.Fatalf("proto.Marshal(keyWithInvalidSize) err = %v, want nil", err) } keyWithInvalidVersion := xcppb.XChaCha20Poly1305Key{ Version: 1, KeyValue: []byte("12345678901234561234567890123456"), } serializedKeyWithInvalidVersion, err := proto.Marshal(&keyWithInvalidVersion) if err != nil { t.Fatalf("proto.Marshal(keyWithInvalidVersion) err = %v, want nil", err) } for _, tc := range []struct { name string keyData *tinkpb.KeyData outputPrefixType tinkpb.OutputPrefixType keyID uint32 }{ { name: "key data is nil", keyData: nil, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "wrong type URL", keyData: &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: serializedKeyWithInvalidSize, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key proto serialization", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key version", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: serializedKeyWithInvalidVersion, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key material type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid output prefix type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, keyID: 12345, }, } { t.Run(tc.name, func(t *testing.T) { p := &keyParser{} keySerialization, err := protoserialization.NewKeySerialization(tc.keyData, tc.outputPrefixType, tc.keyID) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", tc.keyData, tc.outputPrefixType, tc.keyID, err) } if _, err := p.ParseKey(keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", keySerialization) } }) } } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParseKey(t *testing.T) { protoKey := xcppb.XChaCha20Poly1305Key{ Version: 0, KeyValue: []byte("12345678901234561234567890123456"), } serializedKey, err := proto.Marshal(&protoKey) if err != nil { t.Fatalf("proto.Marshal(protoKey) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantVariant Variant }{ { name: "TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: VariantTink, }, { name: "CRUNCHY output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), wantVariant: VariantCrunchy, }, { name: "RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { wantParams, err := NewParameters(tc.wantVariant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.wantVariant, err) } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) keyID := uint32(0) if tc.wantVariant != VariantNoPrefix { keyID = 12345 } wantKey, err := NewKey(keyMaterial, keyID, wantParams) if err != nil { t.Fatalf("NewKey(keyMaterial, %v, wantParams) err = %v, want nil", keyID, err) } p := &keyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if !gotKey.Equal(wantKey) { t.Errorf("key.Equal(wantKey) = false, want true") } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type testKey struct { keyBytes []byte id uint32 params testParams } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*testKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *testKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } func TestSerializeKeyFails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "key is nil", key: nil, }, { name: "key is not an AES GCM key", key: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { aesGCMSerializer := &keySerializer{} _, err := aesGCMSerializer.SerializeKey(tc.key) if err == nil { t.Errorf("protoserialization.SerializeKey(&testKey{}) err = nil, want non-nil") } }) } } func TestSerializeKey(t *testing.T) { keyValue := []byte("12345678901234561234567890123456") protoKey := xcppb.XChaCha20Poly1305Key{ Version: 0, KeyValue: keyValue, } serializedProtoKey, err := proto.Marshal(&protoKey) if err != nil { t.Fatalf("proto.Marshal(&protoKey) err = %v, want nil", err) } for _, tc := range []struct { name string variant Variant wantKeySerialization *protoserialization.KeySerialization }{ { name: "key with TINK output prefix type", variant: VariantTink, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "key with CRUNCHY output prefix type", variant: VariantCrunchy, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), }, { // No key ID is set for keys with no prefix. name: "key with RAW output prefix type", variant: VariantNoPrefix, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { params, err := NewParameters(tc.variant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.variant, err) } secretKey := secretdata.NewBytesFromData(keyValue, insecuresecretdataaccess.Token{}) keyID := uint32(0) if tc.variant != VariantNoPrefix { keyID = 12345 } key, err := NewKey(secretKey, keyID, params) if err != nil { t.Fatalf("NewKey(secretKey, %v, params) err = %v, want nil", keyID, err) } aesGCMSerializer := &keySerializer{} got, err := aesGCMSerializer.SerializeKey(key) if err != nil { t.Errorf("protoserialization.SerializeKey(&testKey{}) err = %v, want nil", err) } if !got.Equal(tc.wantKeySerialization) { t.Errorf("got.Equal(tc.wantKeySerialization) = false, want true") } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "struct literal", parameters: &Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} if _, err := serializer.Serialize(tc.parameters); err == nil { t.Errorf("serializer.Serialize(%v) err = nil, want error", tc.parameters) } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType) *tinkpb.KeyTemplate { t.Helper() format := &xcppb.XChaCha20Poly1305KeyFormat{} serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", format, err) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", OutputPrefixType: outputPrefixType, Value: serializedFormat, } } func TestSerializeParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters wantKeyTemplate *tinkpb.KeyTemplate }{ { name: "TINK output prefix type", parameters: &Parameters{ variant: VariantTink, }, wantKeyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK), }, { name: "RAW output prefix type", parameters: &Parameters{ variant: VariantNoPrefix, }, wantKeyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW), }, { name: "CRUNCHY output prefix type", parameters: &Parameters{ variant: VariantCrunchy, }, wantKeyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY), }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} gotKeyTemplate, err := serializer.Serialize(tc.parameters) if err != nil { t.Errorf("serializer.Serialize(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.wantKeyTemplate, gotKeyTemplate, protocmp.Transform()); diff != "" { t.Errorf("serializer.Serialize(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range []struct { name string parameters *Parameters keyTemplate *tinkpb.KeyTemplate }{ { name: "TINK", parameters: &Parameters{ variant: VariantTink, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK), }, { name: "RAW", parameters: &Parameters{ variant: VariantNoPrefix, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW), }, { name: "CRUNCHY", parameters: &Parameters{ variant: VariantCrunchy, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY), }, } { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "empty", keyTemplate: &tinkpb.KeyTemplate{}, }, { name: "invalid format type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: []byte("invalid format"), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid version", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: mustMarshal(t, &xcppb.XChaCha20Poly1305KeyFormat{ Version: 1, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", Value: mustMarshal(t, &xcppb.XChaCha20Poly1305KeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: aead/xchacha20poly1305/xchacha20poly1305.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package xchacha20poly1305 provides a Tink key manager for XChaCha20Poly1305 // keys. package xchacha20poly1305 import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" xchacha20poly1305pb "github.com/tink-crypto/tink-go/v2/proto/xchacha20_poly1305_go_proto" ) func newKeyManager() registry.KeyManager { return legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &xchacha20poly1305pb.XChaCha20Poly1305Key{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil }) } // RegisterPrimitiveConstructor accepts a config object and registers the // X-CHACHA20-POLY1305 AEAD primitive constructor to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(b *config.Builder, t internalapi.Token) error { return b.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t) } func init() { if err := registry.RegisterKeyManager(newKeyManager()); err != nil { panic(fmt.Sprintf("xchacha20poly1305.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*Key](&keySerializer{}); err != nil { panic(fmt.Sprintf("xchacha20poly1305.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, &keyParser{}); err != nil { panic(fmt.Sprintf("xchacha20poly1305.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("xchacha20poly1305.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("xchacha20poly1305.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("xchacha20poly1305.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("xchacha20poly1305.init() failed: %v", err)) } } ================================================ FILE: aead/xchacha20poly1305/xchacha20poly1305_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xchacha20poly1305_test import ( "bytes" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/xchacha20poly1305" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ) func TestGetKeyFromHandle(t *testing.T) { keysetHandle, err := keyset.NewHandle(aead.XChaCha20Poly1305KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.XChaCha20Poly1305KeyTemplate()) err = %v, want nil", err) } entry, err := keysetHandle.Entry(0) if err != nil { t.Fatalf("keysetHandle.Entry(0) err = %v, want nil", err) } key, ok := entry.Key().(*xchacha20poly1305.Key) if !ok { t.Errorf("entry.Key() is not a *xchacha20poly1305.Key") } expectedParameters, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantTink) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", xchacha20poly1305.VariantTink, err) } if !key.Parameters().Equal(expectedParameters) { t.Errorf("key.Parameters().Equal(expectedParameters) = false, want true") } if _, hasIDRequirement := key.IDRequirement(); !hasIDRequirement { t.Errorf("expected ID requirement, got none") } keyBytes := key.KeyBytes() if keyBytes.Len() != 32 { t.Errorf("keyBytes.Len() = %v, want %v", keyBytes.Len(), 32) } } func TestCreateKeysetHandleFromKey(t *testing.T) { keysetHandle, err := keyset.NewHandle(aead.XChaCha20Poly1305KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.XChaCha20Poly1305KeyTemplate()) err = %v, want nil", err) } aeadPrimitive, err := aead.New(keysetHandle) if err != nil { t.Fatalf("aead.New(keysetHandle) err = %v, want nil", err) } plaintext := []byte("plaintext") additionalData := []byte("additionalData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, additionalData, err) } entry, err := keysetHandle.Entry(0) if err != nil { t.Fatalf("keysetHandle.Entry(0) err = %v, want nil", err) } key, ok := entry.Key().(*xchacha20poly1305.Key) if !ok { t.Errorf("entry.Key() is not *xchacha20poly1305.Key") } // Create a new keyset handle with the same key. manager := keyset.NewManager() keyID, err := manager.AddKey(key) if err != nil { t.Fatalf("manager.AddKey(key) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } newHandle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Get an AEAD primitive from the new handle and decrypt the ciphertext. newAEAD, err := aead.New(newHandle) if err != nil { t.Fatalf("aead.New(newHandle) err = %v, want nil", err) } decrypt, err := newAEAD.Decrypt(ciphertext, additionalData) if err != nil { t.Fatalf("decrypt.New(otherAEADPrimitivce, %v, %v) err = %v, want nil", ciphertext, additionalData, err) } if !bytes.Equal(decrypt, plaintext) { t.Errorf("decrypt = %v, want %v", decrypt, plaintext) } } func TestCreateKeysetHandleFromParameters(t *testing.T) { params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantTink) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", xchacha20poly1305.VariantTink, err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } aeadPrimitive, err := aead.New(handle) if err != nil { t.Fatalf("aead.New(handle) err = %v, want nil", err) } plaintext := []byte("plaintext") additionalData := []byte("additionalData") ciphertext, err := aeadPrimitive.Encrypt(plaintext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Encrypt(%v, %v) err = %v, want nil", plaintext, additionalData, err) } decrypted, err := aeadPrimitive.Decrypt(ciphertext, additionalData) if err != nil { t.Fatalf("aeadPrimitive.Decrypt(%v, %v) err = %v, want nil", ciphertext, additionalData, err) } if !bytes.Equal(decrypted, plaintext) { t.Errorf("decrypted = %v, want %v", decrypted, plaintext) } } func TestRegisterPrimitiveConstructor(t *testing.T) { cb := config.NewBuilder() err := xchacha20poly1305.RegisterPrimitiveConstructor(cb, internalapi.Token{}) if err != nil { t.Fatalf("xchacha20poly1305.RegisterPrimitiveConstructor() err = %v, want nil", err) } c := cb.Build() params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantTink) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters(%v) err = %v, want nil", xchacha20poly1305.VariantTink, err) } key, err := xchacha20poly1305.NewKey(secretdata.NewBytesFromData(make([]byte, 32), insecuresecretdataaccess.Token{}), 0x1234, params) if err != nil { t.Fatalf("xchacha20poly1305.NewKey() err = %v, want nil", err) } if _, err := c.PrimitiveFromKey(key, internalapi.Token{}); err != nil { t.Errorf("c.PrimitiveFromKey(key) err = %v, want nil", err) } } func TestGetKeyManager(t *testing.T) { // https://github.com/C2SP/wycheproof/blob/b063b4aedae951c69df014cd25fa6d69ae9e8cb9/testvectors/xchacha20_poly1305_test.json#L21 keyBytes := secretdata.NewBytesFromData(mustDecodeHex(t, "808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9f"), insecuresecretdataaccess.Token{}) wantMessage := mustDecodeHex(t, "4c616469657320616e642047656e746c656d656e206f662074686520636c617373206f66202739393a204966204920636f756c64206f6666657220796f75206f6e6c79206f6e652074697020666f7220746865206675747572652c2073756e73637265656e20776f756c642062652069742e") iv := "404142434445464748494a4b4c4d4e4f5051525354555657" ct := "bd6d179d3e83d43b9576579493c0e939572a1700252bfaccbed2902c21396cbb731c7f1b0b4aa6440bf3a82f4eda7e39ae64c6708c54c216cb96b72e1213b4522f8c9ba40db5d945b11b69b982c1bb9e3f3fac2bc369488f76b2383565d3fff921f9664c97637da9768812f615c68b13b52e" tag := "c0875924c1c7987947deafd8780acf49" ciphertext := mustDecodeHex(t, iv+ct+tag) aad := mustDecodeHex(t, "50515253c0c1c2c3c4c5c6c7") params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantTink) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters() err = %v, want nil", err) } key, err := xchacha20poly1305.NewKey(keyBytes, 0x1234, params) if err != nil { t.Fatalf("xchacha20poly1305.NewKey() err = %v, want nil", err) } keySerialization, err := protoserialization.SerializeKey(key) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } km, err := registry.GetKeyManager(testutil.XChaCha20Poly1305TypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %v, want nil", err) } km.Primitive(keySerialization.KeyData().GetValue()) // It is expected to ignore the output prefix. primitive, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("GetPrimitive() err = %v, want nil", err) } aead, ok := primitive.(tink.AEAD) if !ok { t.Errorf("GetPrimitive() = %T, want tink.AEAD", primitive) } decrypted, err := aead.Decrypt(ciphertext, aad) if err != nil { t.Fatalf("Decrypt() err = %v, want nil", err) } if !bytes.Equal(decrypted, wantMessage) { t.Errorf("Decrypt() = %v, want %v", decrypted, wantMessage) } } ================================================ FILE: core/cryptofmt/cryptofmt.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package cryptofmt provides constants and convenience methods that define the // format of ciphertexts and signatures. package cryptofmt import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // NonRawPrefixSize is the prefix size of Tink and Legacy key types. NonRawPrefixSize = 5 // LegacyPrefixSize is the prefix size of legacy key types. // The prefix starts with \x00 and followed by a 4-byte key id. LegacyPrefixSize = NonRawPrefixSize // LegacyStartByte is the first byte of the prefix of legacy key types. LegacyStartByte = byte(0) // TinkPrefixSize is the prefix size of Tink key types. // The prefix starts with \x01 and followed by a 4-byte key id. TinkPrefixSize = NonRawPrefixSize // TinkStartByte is the first byte of the prefix of Tink key types. TinkStartByte = byte(1) // RawPrefixSize is the prefix size of Raw key types. // Raw prefix is empty. RawPrefixSize = 0 // RawPrefix is the empty prefix of Raw key types. RawPrefix = "" ) // OutputPrefix generates the prefix of ciphertexts produced by the crypto // primitive obtained from key. The prefix can be either empty (for RAW-type // prefix), or consists of a 1-byte indicator of the type of the prefix, // followed by 4 bytes of the key ID in big endian encoding. func OutputPrefix(key *tinkpb.Keyset_Key) (string, error) { switch key.OutputPrefixType { case tinkpb.OutputPrefixType_LEGACY, tinkpb.OutputPrefixType_CRUNCHY: return string(outputprefix.Legacy(key.KeyId)), nil case tinkpb.OutputPrefixType_TINK: return string(outputprefix.Tink(key.KeyId)), nil case tinkpb.OutputPrefixType_RAW: return RawPrefix, nil default: return "", fmt.Errorf("crypto_format: unknown output prefix type") } } ================================================ FILE: core/cryptofmt/cryptofmt_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package cryptofmt_test import ( "testing" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) var tests = []struct { keyID uint32 result string // expected prefix }{ { keyID: 1000000, result: string([]byte{0, 15, 66, 64}), }, { keyID: 4294967295, result: string([]byte{255, 255, 255, 255}), }, { keyID: 0, result: string([]byte{0, 0, 0, 0}), }, } func TestOutputPrefix(t *testing.T) { key := new(tinkpb.Keyset_Key) for i, test := range tests { key.KeyId = test.keyID // legacy type key.OutputPrefixType = tinkpb.OutputPrefixType_LEGACY prefix, err := cryptofmt.OutputPrefix(key) if err != nil || !validatePrefix(prefix, cryptofmt.LegacyStartByte, test.result) { t.Errorf("incorrect legacy prefix in test %d", i) } // crunchy type key.OutputPrefixType = tinkpb.OutputPrefixType_CRUNCHY prefix, err = cryptofmt.OutputPrefix(key) if err != nil || !validatePrefix(prefix, cryptofmt.LegacyStartByte, test.result) { t.Errorf("incorrect legacy prefix in test %d", i) } // tink type key.OutputPrefixType = tinkpb.OutputPrefixType_TINK prefix, err = cryptofmt.OutputPrefix(key) if err != nil || !validatePrefix(prefix, cryptofmt.TinkStartByte, test.result) { t.Errorf("incorrect tink prefix in test %d", i) } // raw type key.OutputPrefixType = tinkpb.OutputPrefixType_RAW prefix, err = cryptofmt.OutputPrefix(key) if err != nil || prefix != cryptofmt.RawPrefix { t.Errorf("incorrect raw prefix in test %d", i) } } // unknown prefix type key.OutputPrefixType = tinkpb.OutputPrefixType_UNKNOWN_PREFIX if _, err := cryptofmt.OutputPrefix(key); err == nil { t.Errorf("expect an error when prefix type is unknown") } } func validatePrefix(prefix string, startByte byte, key string) bool { if prefix[0] != startByte { return false } return prefix[1:] == key } ================================================ FILE: core/registry/custom_key_manager_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package registry_test import ( "bytes" "errors" "fmt" "testing" wrapperspb "google.golang.org/protobuf/types/known/wrapperspb" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/internal/tinkerror" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( customTypeURL = "type.googleapis.com/google.crypto.tink.CustomAesGcmKey" ) // customKeyManager is a custom implementation of registry.KeyManager for AES GCM 128. type customKeyManager struct{} // Assert that customKeyManager implements the KeyManager interface. var _ registry.KeyManager = (*customKeyManager)(nil) func (km *customKeyManager) Primitive(serializedKey []byte) (any, error) { key := new(wrapperspb.BytesValue) if err := proto.Unmarshal(serializedKey, key); err != nil { return nil, fmt.Errorf("invalid key") } if len(key.GetValue()) != 16 { return nil, fmt.Errorf("invalid key") } return subtle.NewAESGCM(key.GetValue()) } // NewKey is only used by registry.NewKey, and that function is only used by KMSEnvelopeAEAD. // So there is no need to implement it. func (km *customKeyManager) NewKey(serializedKeyFormat []byte) (proto.Message, error) { return nil, errors.New("not implemented") } func (km *customKeyManager) NewKeyData(serializedKeyFormat []byte) (*tinkpb.KeyData, error) { keyFormat := new(wrapperspb.StringValue) if err := proto.Unmarshal(serializedKeyFormat, keyFormat); err != nil { return nil, fmt.Errorf("invalid key format") } if keyFormat.GetValue() != "AEAD_AES_GCM_128" { return nil, fmt.Errorf("invalid key format") } keyValue := random.GetRandomBytes(16) key := &wrapperspb.BytesValue{ Value: keyValue, } serializedKey, err := proto.Marshal(key) if err != nil { return nil, err } return &tinkpb.KeyData{ TypeUrl: customTypeURL, Value: serializedKey, KeyMaterialType: km.KeyMaterialType(), }, nil } func (km *customKeyManager) DoesSupport(typeURL string) bool { return typeURL == customTypeURL } func (km *customKeyManager) TypeURL() string { return customTypeURL } func (km *customKeyManager) KeyMaterialType() tinkpb.KeyData_KeyMaterialType { return tinkpb.KeyData_SYMMETRIC } // aesGCM128KeyTemplate creates a AES GCM 128 KeyTemplate for customKeyManager. func aesGCM128KeyTemplate() *tinkpb.KeyTemplate { format := &wrapperspb.StringValue{ Value: "AEAD_AES_GCM_128", } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: customTypeURL, Value: serializedFormat, OutputPrefixType: tinkpb.OutputPrefixType_RAW, } } // aesGCM128KeyToKeysetHandle creates a keyset.Handle with one custom AES GCM 128 key. func aesGCM128KeyToKeysetHandle(rawAESKey []byte, keyID uint32, prefixType tinkpb.OutputPrefixType) (*keyset.Handle, error) { if len(rawAESKey) != 16 { return nil, fmt.Errorf("invalid key length") } key := &wrapperspb.BytesValue{Value: rawAESKey} serializedKey, err := proto.Marshal(key) if err != nil { return nil, err } keyData := &tinkpb.KeyData{ TypeUrl: customTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } ks := &tinkpb.Keyset{ PrimaryKeyId: keyID, Key: []*tinkpb.Keyset_Key{ &tinkpb.Keyset_Key{ KeyData: keyData, Status: tinkpb.KeyStatusType_ENABLED, KeyId: keyID, OutputPrefixType: prefixType, }, }, } serializedKeyset, err := proto.Marshal(ks) if err != nil { return nil, err } return insecurecleartextkeyset.Read(keyset.NewBinaryReader(bytes.NewBuffer(serializedKeyset))) } func TestCreateEncryptDecrypt(t *testing.T) { handle, err := keyset.NewHandle(aesGCM128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aesGCM128KeyTemplate()) err = %v, want nil", err) } primitive, err := aead.New(handle) if err != nil { t.Fatalf("aead.New(handle) err = %v, want nil", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("primitive.Encrypt(plaintext, associatedData) err = %v, want nil", err) } decrypted, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("primitive.Decrypt(ciphertext, associatedData) err = %v, want nil", err) } if !bytes.Equal(plaintext, decrypted) { t.Errorf("primitive.Decrypt(ciphertext, associatedData) = %q, want: %q", decrypted, plaintext) } } func TestImportExistingKeyDecryptsExistingCiphertext(t *testing.T) { rawAesKey := random.GetRandomBytes(16) plaintext := []byte("plaintext") associatedData := []byte("associatedData") // Create a AES GCM 128 ciphertext using rawAesKey. aesGCMForRawAesKey, err := subtle.NewAESGCM(rawAesKey) if err != nil { t.Fatalf("subtle.NewAESGCM(rawAesKey) err = %v, want nil", err) } ciphertext, err := aesGCMForRawAesKey.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("aesGCMForRawAesKey.Encrypt(plaintext, associatedData) err = %v, want nil", err) } // Import rawAesKey into a Tink keyset.Handle, and decrypt the ciphertext. handle, err := aesGCM128KeyToKeysetHandle(rawAesKey, 123, tinkpb.OutputPrefixType_RAW) if err != nil { t.Fatalf("aesGCM128KeyToKeysetHandle() err = %v, want nil", err) } primitive, err := aead.New(handle) if err != nil { t.Fatalf("aead.New(handle) err = %v, want nil", err) } gotPlaintext, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("primitive.Decrypt(ciphertext, associatedData) err = %v, want nil", err) } if !bytes.Equal(plaintext, gotPlaintext) { t.Fatalf("primitive.Decrypt(ciphertext, associatedData) = %q, want: %q", gotPlaintext, plaintext) } } func TestEncryptAndDecryptWithTinkPrefix(t *testing.T) { // Create an AEAD for rawAesKey with output prefix type TINK. rawAesKey := random.GetRandomBytes(16) handle, err := aesGCM128KeyToKeysetHandle(rawAesKey, 0x11223344, tinkpb.OutputPrefixType_TINK) if err != nil { t.Fatalf("aesGCM128KeyToKeysetHandle() err = %v, want nil", err) } primitive, err := aead.New(handle) if err != nil { t.Fatalf("aead.New(handle) err = %v, want nil", err) } // Encrypt and decrypt. plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("primitive.Encrypt(plaintext, associatedData) err = %v, want nil", err) } gotPlaintext, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("primitive.Decrypt(ciphertext, associatedData) err = %v, want nil", err) } if !bytes.Equal(plaintext, gotPlaintext) { t.Fatalf("primitive.Decrypt(ciphertext, associatedData) = %q, want: %q", gotPlaintext, plaintext) } // Check that ciphertext has the correct prefix. gotPrefix := ciphertext[:5] wantPrefix := []byte{0x01, 0x11, 0x22, 0x33, 0x44} if !bytes.Equal(gotPrefix, wantPrefix) { t.Fatalf("ciphertext[:5] = %q, want: %q", gotPrefix, wantPrefix) } // Check that subtle.NewAESGCM with rawAesKey can decrypt the ciphertext if the prefix is removed. aesGCMForRawAesKey, err := subtle.NewAESGCM(rawAesKey) if err != nil { t.Fatalf("subtle.NewAESGCM(rawAesKey) err = %v, want nil", err) } gotPlaintext, err = aesGCMForRawAesKey.Decrypt(ciphertext[5:], associatedData) if err != nil { t.Fatalf("aesGCMForRawAesKey.Decrypt() err = %v, want nil", err) } if !bytes.Equal(plaintext, gotPlaintext) { t.Fatalf("aesGCMForRawAesKey.Decrypt() = %q, want: %q", gotPlaintext, plaintext) } } func TestMixedKeysetWorks(t *testing.T) { rawAesKey := random.GetRandomBytes(16) // Create a AES GCM 128 ciphertext using rawAesKey. subtlePrimitive, err := subtle.NewAESGCM(rawAesKey) if err != nil { t.Fatalf("subtle.NewAESGCM(rawAesKey) err = %v, want nil", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := subtlePrimitive.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("subtlePrimitive.Encrypt(plaintext, associatedData) err = %v, want nil", err) } // Create handle2, which is a keyset.Handle that contains a customKeyManager key of rawAesKey and // a new, non-customKeyManager key. handle1, err := aesGCM128KeyToKeysetHandle(rawAesKey, 123, tinkpb.OutputPrefixType_RAW) if err != nil { t.Fatalf("aesGCM128KeyToKeysetHandle() err = %v, want nil", err) } manager := keyset.NewManagerFromHandle(handle1) keyID, err := manager.Add(aead.AES128CTRHMACSHA256KeyTemplate()) if err != nil { t.Fatalf("manager.Add(aead.AES128CTRHMACSHA256KeyTemplate()) err = %v, want nil", err) } err = manager.SetPrimary(keyID) if err != nil { t.Fatalf("manager.SetPrimary(keyID) = %v", err) } handle2, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v", err) } primitive, err := aead.New(handle2) if err != nil { t.Fatalf("aead.New(handle2) err = %v", err) } gotPlaintext, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("primitive.Decrypt(ciphertext, associatedData) err = %v, want nil", err) } if !bytes.Equal(plaintext, gotPlaintext) { t.Errorf("primitive.Decrypt(ciphertext, associatedData) = %q, want: %q", gotPlaintext, plaintext) } } func TestSerializeAndParseKeysetWorks(t *testing.T) { handle, err := keyset.NewHandle(aesGCM128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aesGCM128KeyTemplate()) err = %v, want nil", err) } primitive, err := aead.New(handle) if err != nil { t.Fatalf("aead.New(handle) err = %v, want nil", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("primitive.Encrypt(plaintext, associatedData) err = %v, want nil", err) } // Serialize the keyset. buff := &bytes.Buffer{} err = insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)) if err != nil { t.Fatalf("insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)) = %v, want nil", err) } serializedKeyset := buff.Bytes() // Parse the keyset. parsedHandle, err := insecurecleartextkeyset.Read( keyset.NewBinaryReader(bytes.NewBuffer(serializedKeyset))) if err != nil { t.Fatalf("insecurecleartextkeyset.Read(keyset.NewBinaryReader(bytes.NewBuffer(serializedKeyset))) = %v, want nil", err) } primitive2, err := aead.New(parsedHandle) if err != nil { t.Fatalf("aead.New(parsedHandle) err = %v, want nil", err) } gotPlaintext, err := primitive2.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("primitive2.Decrypt(ciphertext, associatedData) err = %v, want nil", err) } if !bytes.Equal(plaintext, gotPlaintext) { t.Errorf("primitive2.Decrypt(ciphertext, associatedData) = %q, want: %q", gotPlaintext, plaintext) } } func init() { registry.RegisterKeyManager(&customKeyManager{}) } ================================================ FILE: core/registry/key_manager.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package registry import ( "google.golang.org/protobuf/proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // KeyManager "understands" keys of a specific key types: it can generate keys of a supported type // and create primitives for supported keys. A key type is identified by the global name of the // protocol buffer that holds the corresponding key material, and is given by type_url-field of // KeyData-protocol buffer. type KeyManager interface { // Primitive constructs a primitive instance for the key given in serializedKey, which must be a // serialized key protocol buffer handled by this manager. Primitive(serializedKey []byte) (any, error) // NewKey generates a new key according to specification in serializedKeyFormat, which must be // supported by this manager. // // Deprecated: Tink always used [NewKeyData] to create new keys. This function is // unused (except in the unused and deprecated function [registry.NewKey]). It doesn't need to be // implemented. NewKey(serializedKeyFormat []byte) (proto.Message, error) // DoesSupport returns true iff this KeyManager supports key type identified by typeURL. DoesSupport(typeURL string) bool // TypeURL returns the type URL that identifies the key type of keys managed by this key manager. TypeURL() string // APIs for Key Management // NewKeyData generates a new KeyData according to specification in serializedkeyFormat. // This should be used solely by the key management API. NewKeyData(serializedKeyFormat []byte) (*tinkpb.KeyData, error) } ================================================ FILE: core/registry/kms_client.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package registry import "github.com/tink-crypto/tink-go/v2/tink" // KMSClient knows how to produce primitives backed by keys stored in remote KMS services. type KMSClient interface { // Supported true if this client does support keyURI Supported(keyURI string) bool // GetAEAD gets an AEAD backend by keyURI. GetAEAD(keyURI string) (tink.AEAD, error) } ================================================ FILE: core/registry/private_key_manager.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package registry import ( tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // PrivateKeyManager is a special type of KeyManager that understands private key types. type PrivateKeyManager interface { KeyManager // PublicKeyData extracts the public key data from the private key. PublicKeyData(serializedKey []byte) (*tinkpb.KeyData, error) } ================================================ FILE: core/registry/registry.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package registry provides a container that for each supported key type holds // a corresponding KeyManager object, which can generate new keys or // instantiate the primitive corresponding to given key. // // Registry is initialized at startup, and is later used to instantiate // primitives for given keys or keysets. Keeping KeyManagers for all primitives // in a single Registry (rather than having a separate KeyManager per // primitive) enables modular construction of compound primitives from "simple" // ones, e.g., AES-CTR-HMAC AEAD encryption uses IND-CPA encryption and a MAC. // // Note that regular users will usually not work directly with Registry, but // rather via primitive factories, which in the background query the Registry // for specific KeyManagers. Registry is public though, to enable // configurations with custom primitives and KeyManagers. package registry import ( "fmt" "sync" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/internalapi" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) var ( keyManagersMu sync.RWMutex keyManagers = make(map[string]KeyManager) // typeURL -> KeyManager kmsClientsMu sync.RWMutex kmsClients = []KMSClient{} ) // RegisterKeyManager registers the given key manager. // Does not allow to overwrite existing key managers. func RegisterKeyManager(keyManager KeyManager) error { keyManagersMu.Lock() defer keyManagersMu.Unlock() typeURL := keyManager.TypeURL() if _, existed := keyManagers[typeURL]; existed { return fmt.Errorf("registry.RegisterKeyManager: type %s already registered", typeURL) } keyManagers[typeURL] = keyManager return nil } // GetKeyManager returns the key manager for the given typeURL if existed. func GetKeyManager(typeURL string) (KeyManager, error) { keyManagersMu.RLock() defer keyManagersMu.RUnlock() keyManager, existed := keyManagers[typeURL] if !existed { return nil, fmt.Errorf("registry.GetKeyManager: unsupported key type: %s", typeURL) } return keyManager, nil } // NewKeyData generates a new KeyData for the given key template. func NewKeyData(template *tinkpb.KeyTemplate) (*tinkpb.KeyData, error) { if template == nil { return nil, fmt.Errorf("registry.NewKeyData: invalid key template") } keyManager, err := GetKeyManager(template.TypeUrl) if err != nil { return nil, err } return keyManager.NewKeyData(template.Value) } // NewKey generates a new key for the given key template. // // Deprecated: use [NewKeyData] instead. func NewKey(template *tinkpb.KeyTemplate) (proto.Message, error) { if template == nil { return nil, fmt.Errorf("registry.NewKey: invalid key template") } keyManager, err := GetKeyManager(template.TypeUrl) if err != nil { return nil, err } return keyManager.NewKey(template.Value) } // PrimitiveFromKeyData creates a new primitive for the key given in the given KeyData. // Note that the returned primitive does not add/remove the output prefix. // It is the caller's responsibility to handle this correctly, based on the key's output_prefix_type. func PrimitiveFromKeyData(keyData *tinkpb.KeyData) (any, error) { if keyData == nil { return nil, fmt.Errorf("registry.PrimitiveFromKeyData: invalid key data") } return Primitive(keyData.TypeUrl, keyData.Value) } // Primitive creates a new primitive for the given serialized key using the KeyManager // identified by the given typeURL. // Note that the returned primitive does not add/remove the output prefix. // It is the caller's responsibility to handle this correctly, based on the key's output_prefix_type. func Primitive(typeURL string, serializedKey []byte) (any, error) { if len(serializedKey) == 0 { return nil, fmt.Errorf("registry.Primitive: invalid serialized key") } keyManager, err := GetKeyManager(typeURL) if err != nil { return nil, err } return keyManager.Primitive(serializedKey) } // RegisterKMSClient is used to register a new KMS client. // // This function adds an object to a global list. It should only be called on // startup. // // In many cases, registering a KMS client is not needed. Instead, call // kmsClient.GetAEAD to get a remote AEAD, and then use it to encrypt // a keyset with keyset.Write, or to create an envelope AEAD using // aead.NewKMSEnvelopeAEAD2. func RegisterKMSClient(kmsClient KMSClient) { kmsClientsMu.Lock() defer kmsClientsMu.Unlock() kmsClients = append(kmsClients, kmsClient) } // GetKMSClient fetches a KMSClient by a given URI. func GetKMSClient(keyURI string) (KMSClient, error) { kmsClientsMu.RLock() defer kmsClientsMu.RUnlock() for _, kmsClient := range kmsClients { if kmsClient.Supported(keyURI) { return kmsClient, nil } } return nil, fmt.Errorf("KMS client supporting %s not found", keyURI) } // ClearKMSClients removes all registered KMS clients. // // Should only be used in tests. func ClearKMSClients() { kmsClientsMu.Lock() defer kmsClientsMu.Unlock() kmsClients = []KMSClient{} } // UnregisterKeyManager unregisters the key manager for the given typeURL. // Does nothing if the key manager is not registered. // // This function is intended to be used in tests only and is an internal API. func UnregisterKeyManager(typeURL string, _ internalapi.Token) { keyManagersMu.Lock() defer keyManagersMu.Unlock() delete(keyManagers, typeURL) } ================================================ FILE: core/registry/registry_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package registry_test import ( "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/testing/fakekms" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" gcmpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestRegisterKeyManager(t *testing.T) { // get HMACKeyManager _, err := registry.GetKeyManager(testutil.HMACTypeURL) if err != nil { t.Errorf("unexpected error: %s", err) } // get AESGCMKeyManager _, err = registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("unexpected error: %s", err) } // some random typeurl if _, err = registry.GetKeyManager("some url"); err == nil { t.Errorf("expect an error when a type url doesn't exist in the registry") } } func TestRegisterKeyManagerWithCollision(t *testing.T) { // dummyKeyManager's typeURL is equal to that of AESGCM var dummyKeyManager = new(testutil.DummyAEADKeyManager) // This should fail because overwriting is disallowed. err := registry.RegisterKeyManager(dummyKeyManager) if err == nil { t.Errorf("%s shouldn't be registered again", testutil.AESGCMTypeURL) } km, err := registry.GetKeyManager(testutil.AESGCMTypeURL) if err != nil { t.Errorf("unexpected error: %s", err) } // This should fail because overwriting is disallowed, even with the same key manager. err = registry.RegisterKeyManager(km) if err == nil { t.Errorf("%s shouldn't be registered again", testutil.AESGCMTypeURL) } } func TestNewKeyData(t *testing.T) { // new Keydata from a Hmac KeyTemplate keyData, err := registry.NewKeyData(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Errorf("unexpected error: %s", err) } if keyData.TypeUrl != testutil.HMACTypeURL { t.Errorf("invalid key data") } key := new(hmacpb.HmacKey) if err := proto.Unmarshal(keyData.Value, key); err != nil { t.Errorf("unexpected error when unmarshal HmacKey: %s", err) } // nil if _, err := registry.NewKeyData(nil); err == nil { t.Errorf("expect an error when key template is nil") } // unregistered type url template := &tinkpb.KeyTemplate{TypeUrl: "some url", Value: []byte{0}} if _, err := registry.NewKeyData(template); err == nil { t.Errorf("expect an error when key template contains unregistered typeURL") } } func TestNewKey(t *testing.T) { // aead template aesGcmTemplate := aead.AES128GCMKeyTemplate() key, err := registry.NewKey(aesGcmTemplate) if err != nil { t.Errorf("unexpected error: %s", err) } var aesGcmKey = key.(*gcmpb.AesGcmKey) aesGcmFormat := new(gcmpb.AesGcmKeyFormat) if err := proto.Unmarshal(aesGcmTemplate.Value, aesGcmFormat); err != nil { t.Errorf("unexpected error: %s", err) } if aesGcmFormat.KeySize != uint32(len(aesGcmKey.KeyValue)) { t.Errorf("key doesn't match template") } //nil if _, err := registry.NewKey(nil); err == nil { t.Errorf("expect an error when key template is nil") } // unregistered type url template := &tinkpb.KeyTemplate{TypeUrl: "some url", Value: []byte{0}} if _, err := registry.NewKey(template); err == nil { t.Errorf("expect an error when key template is not registered") } } func TestPrimitiveFromKeyData(t *testing.T) { // hmac keydata keyData := testutil.NewHMACKeyData(commonpb.HashType_SHA256, 16) p, err := registry.PrimitiveFromKeyData(keyData) if err != nil { t.Errorf("unexpected error: %s", err) } if _, ok := p.(tink.MAC); !ok { t.Errorf("registry.PrimitiveFromKeyData() e, _ = %T, want tink.MAC", p) } // unregistered url keyData.TypeUrl = "some url" if _, err := registry.PrimitiveFromKeyData(keyData); err == nil { t.Errorf("expect an error when typeURL has not been registered") } // unmatched url keyData.TypeUrl = testutil.AESGCMTypeURL if _, err := registry.PrimitiveFromKeyData(keyData); err == nil { t.Errorf("expect an error when typeURL doesn't match key") } // nil if _, err := registry.PrimitiveFromKeyData(nil); err == nil { t.Errorf("expect an error when key data is nil") } } func TestPrimitive(t *testing.T) { // hmac key key := testutil.NewHMACKey(commonpb.HashType_SHA256, 16) serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %s, want nil", err) } p, err := registry.Primitive(testutil.HMACTypeURL, serializedKey) if err != nil { t.Fatalf("registry.Primitive() err = %s, want nil", err) } if _, ok := p.(tink.MAC); !ok { t.Errorf("registry.Primitive() e, _ = %T, want tink.MAC", p) } // unregistered url if _, err := registry.Primitive("some url", serializedKey); err == nil { t.Errorf("expect an error when typeURL has not been registered") } // unmatched url if _, err := registry.Primitive(testutil.AESGCMTypeURL, serializedKey); err == nil { t.Errorf("expect an error when typeURL doesn't match key") } // void key if _, err := registry.Primitive(testutil.AESGCMTypeURL, nil); err == nil { t.Errorf("expect an error when key is nil") } if _, err := registry.Primitive(testutil.AESGCMTypeURL, []byte{}); err == nil { t.Errorf("expect an error when key is nil") } if _, err := registry.Primitive(testutil.AESGCMTypeURL, []byte{0}); err == nil { t.Errorf("expect an error when key is nil") } } func TestRegisterKmsClient(t *testing.T) { client1, err := fakekms.NewClient("fake-kms://prefix1") if err != nil { t.Fatalf("fakekms.NewClient('fake-kms://prefix1') failed: %v", err) } client2, err := fakekms.NewClient("fake-kms://prefix2") if err != nil { t.Fatalf("fakekms.NewClient('fake-kms://prefix2') failed: %v", err) } registry.RegisterKMSClient(client1) registry.RegisterKMSClient(client2) output1, err := registry.GetKMSClient("fake-kms://prefix1-postfix") if err != nil { t.Errorf("registry.GetKMSClient('fake-kms://prefix1-postfix') failed: %v", err) } if output1 != client1 { t.Errorf("registry.GetKMSClient('fake-kms://prefix1-postfix') did not return client1") } output2, err := registry.GetKMSClient("fake-kms://prefix2-postfix") if err != nil { t.Errorf("registry.GetKMSClient('fake-kms://prefix2-postfix') failed: %v", err) } if output2 != client2 { t.Errorf("registry.GetKMSClient('fake-kms://prefix2-postfix') did not return client2") } _, err = registry.GetKMSClient("fake-kms://unknown-prefix") if err == nil { t.Errorf("registry.GetKMSClient('fake-kms://unknown-prefix') succeeded, want fail") } _, err = registry.GetKMSClient("bad-kms://unknown-prefix") if err == nil { t.Errorf("registry.GetKMSClient('bad-kms://unknown-prefix') succeeded, want fail") } } func TestRegisterTwoKmsClientsForSameUri_firstGetsReturned(t *testing.T) { abcClient, err := fakekms.NewClient("fake-kms://abc") if err != nil { t.Fatalf("fakekms.NewClient(\"fake-kms://abc\") err = %q, want nil", err) } registry.RegisterKMSClient(abcClient) abc123Client, err := fakekms.NewClient("fake-kms://abc123") if err != nil { t.Fatalf("fakekms.NewClient(\"fake-kms://abc123\") err = %q, want nil", err) } registry.RegisterKMSClient(abc123Client) // Both clients support "fake-kms://abc123". But abcClient was registered first. got, err := registry.GetKMSClient("fake-kms://abc123") if err != nil { t.Fatalf("registry.GetKMSClient(\"fake-kms://abc123\") err = %q, want nil", err) } if got != abcClient { t.Errorf("registry.GetKMSClient(\"fake-kms://abc123\") = %q, want abcClient", got) } } func TestClearKMSClients(t *testing.T) { client, err := fakekms.NewClient("fake-kms://xyz") if err != nil { t.Fatalf("fakekms.NewClient('fake-kms://xyz') failed: %v", err) } registry.RegisterKMSClient(client) _, err = registry.GetKMSClient("fake-kms://xyz-123") if err != nil { t.Errorf("registry.GetKMSClient('fake-kms://xyz-123') failed: %v", err) } registry.ClearKMSClients() _, err = registry.GetKMSClient("fake-kms://xyz-123") if err == nil { t.Errorf("registry.GetKMSClient('fake-kms://xyz-123') succeeded, want fail") } } ================================================ FILE: daead/aessiv/aessiv.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aessiv defines AES-SIV parameters and keys (RFC 5297). package aessiv import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" aessivpb "github.com/tink-crypto/tink-go/v2/proto/aes_siv_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // RegisterPrimitiveConstructor accepts a config object and registers the // AES-SIV primitive constructors to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(b *config.Builder, t internalapi.Token) error { if err := b.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t); err != nil { return err } return nil } func init() { if err := protoserialization.RegisterKeySerializer[*Key](&keySerializer{}); err != nil { panic(fmt.Sprintf("aessiv.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, &keyParser{}); err != nil { panic(fmt.Sprintf("aessiv.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("aessiv.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("aessiv.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("aessiv.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("aessiv.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &aessivpb.AesSivKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("aessiv.init() failed: %v", err)) } } ================================================ FILE: daead/aessiv/aessiv_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aessiv_test import ( "bytes" "reflect" "testing" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/tink" ) func TestRegisterPrimitiveConstructor(t *testing.T) { aesSIVParams, err := aessiv.NewParameters(64, aessiv.VariantNoPrefix) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } aesSIVKey, err := aessiv.NewKey(secretdata.NewBytesFromData(mustHexDecode(t, aesSIVKeyHex), insecuresecretdataaccess.Token{}), 0, aesSIVParams) if err != nil { t.Fatalf(" aessiv.NewKey() err = %v, want nil", err) } b := config.NewBuilder() configWithoutAESSIV := b.Build() // Should fail because aessiv.RegisterPrimitiveConstructor() was not called. if _, err := configWithoutAESSIV.PrimitiveFromKey(aesSIVKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutAESSIV.PrimitiveFromKey() err = nil, want error") } // Register aessiv.RegisterPrimitiveConstructor() and check that it now works. if err := aessiv.RegisterPrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("aessiv.RegisterPrimitiveConstructor() err = %v, want nil", err) } configWithAESSIV := b.Build() p, err := configWithAESSIV.PrimitiveFromKey(aesSIVKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithAESSIV.PrimitiveFromKey() err = %v, want nil", err) } d, ok := p.(tink.DeterministicAEAD) if !ok { t.Fatalf("p was of type %v, want tink.DeterministicAEAD", reflect.TypeOf(p)) } got, err := d.DecryptDeterministically(mustHexDecode(t, aesSIVCiphertextHex), mustHexDecode(t, aesSIVAad)) if err != nil { t.Fatalf("d.DecryptDeterministically() err = %v, want nil", err) } if !bytes.Equal(got, mustHexDecode(t, aesSIVMsgHex)) { t.Errorf("d.DecryptDeterministically() = %v, want %v", got, mustHexDecode(t, aesSIVMsgHex)) } } ================================================ FILE: daead/aessiv/daead.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aessiv import ( "fmt" "slices" "github.com/tink-crypto/tink-go/v2/daead/subtle" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) type fullDAEAD struct { rawAESSIV *subtle.AESSIV outputPrefix []byte } var _ tink.DeterministicAEAD = (*fullDAEAD)(nil) // NewDeterministicAEAD creates a new [tink.DeterministicAEAD] from a [*Key]. // // This is a "full" primitive, i.e., it applies the output prefix to the // ciphertext. func NewDeterministicAEAD(key *Key, _ internalapi.Token) (tink.DeterministicAEAD, error) { rawAESSIV, err := subtle.NewAESSIV(key.KeyBytes().Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, err } return &fullDAEAD{ rawAESSIV: rawAESSIV, outputPrefix: key.OutputPrefix(), }, nil } func (a *fullDAEAD) EncryptDeterministically(plaintext, associatedData []byte) ([]byte, error) { ct, err := a.rawAESSIV.EncryptDeterministically(plaintext, associatedData) if err != nil { return nil, err } return slices.Concat(a.outputPrefix, ct), nil } func (a *fullDAEAD) DecryptDeterministically(ciphertext, associatedData []byte) ([]byte, error) { if len(ciphertext) < len(a.outputPrefix) { return nil, fmt.Errorf("ciphertext is too short") } if !slices.Equal(a.outputPrefix, ciphertext[:len(a.outputPrefix)]) { return nil, fmt.Errorf("output prefix mismatch") } return a.rawAESSIV.DecryptDeterministically(ciphertext[len(a.outputPrefix):], associatedData) } // primitiveConstructor creates a [fullDAEAD] from a [key.Key]. // // The key must be of type [aessiv.Key]. func primitiveConstructor(k key.Key) (any, error) { that, ok := k.(*Key) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", k, (*Key)(nil)) } return NewDeterministicAEAD(that, internalapi.Token{}) } ================================================ FILE: daead/aessiv/daead_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aessiv_test import ( "bytes" "encoding/hex" "slices" "testing" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/testing/insecuresecretdataaccesstest" ) func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q) failed: %v", s, err) } return b } func mustCreateParameters(t *testing.T, keySize int, variant aessiv.Variant) *aessiv.Parameters { t.Helper() p, err := aessiv.NewParameters(keySize, variant) if err != nil { t.Fatalf("aessiv.NewParameters(%v, %v) failed: %v", keySize, variant, err) } return p } func mustCreateKey(t *testing.T, keyBytes []byte, idRequirement uint32, parameters *aessiv.Parameters) *aessiv.Key { t.Helper() p, err := aessiv.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccesstest.Token()), idRequirement, parameters) if err != nil { t.Fatalf("aessiv.NewKey(%x, %v) failed: %v", keyBytes, parameters, err) } return p } const ( // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_siv_cmac_test.json#L2865. aesSIVKeyHex = "c25cafc6018b98dfbb79a40ec89c575a4f88c4116489bba27707479800c0130235334a45dbe8d8dae3da8dcb45bbe5dce031b0f68ded544fda7eca30d6749442" aesSIVMsgHex = "beec61030fa3d670337196beade6aeaa" aesSIVAad = "deeb0ccf3aef47a296ed1ca8f4ae5907" aesSIVCiphertextHex = "5865208eab9163db85cab9f96d846234a2626aae22f5c17c9aad4b501f4416e4" ) func TestDeterministicAEAD(t *testing.T) { keyBytes := mustHexDecode(t, aesSIVKeyHex) ad := mustHexDecode(t, aesSIVAad) plaintext := mustHexDecode(t, aesSIVMsgHex) ciphertext := mustHexDecode(t, aesSIVCiphertextHex) for _, tc := range []struct { name string key *aessiv.Key wantCiphertext []byte }{ { name: "No prefix", key: mustCreateKey(t, keyBytes, 0, mustCreateParameters(t, len(keyBytes), aessiv.VariantNoPrefix)), wantCiphertext: ciphertext, }, { name: "Tink prefix", key: mustCreateKey(t, keyBytes, 0x01020304, mustCreateParameters(t, len(keyBytes), aessiv.VariantTink)), wantCiphertext: slices.Concat(outputprefix.Tink(0x01020304), ciphertext), }, { name: "Crunchy prefix", key: mustCreateKey(t, keyBytes, 0x01020304, mustCreateParameters(t, len(keyBytes), aessiv.VariantCrunchy)), wantCiphertext: slices.Concat(outputprefix.Legacy(0x01020304), ciphertext), }, } { t.Run(tc.name, func(t *testing.T) { daead, err := aessiv.NewDeterministicAEAD(tc.key, internalapi.Token{}) if err != nil { t.Fatalf("aessiv.NewDeterministicAEAD(%v) failed: %v", tc.key, err) } ciphertext, err := daead.EncryptDeterministically(plaintext, ad) if err != nil { t.Fatalf("daead.EncryptDeterministically(%v, %v) failed: %v", plaintext, ad, err) } if got, want := ciphertext, tc.wantCiphertext; !bytes.Equal(got, want) { t.Errorf("daead.EncryptDeterministically(%v, %v) = %x, want %x", plaintext, ad, got, want) } decrypted, err := daead.DecryptDeterministically(ciphertext, ad) if err != nil { t.Fatalf("daead.DecryptDeterministically(%v, %v) failed: %v", ciphertext, ad, err) } if got, want := decrypted, plaintext; !bytes.Equal(got, want) { t.Errorf("daead.DecryptDeterministically(%v, %v) = %v, want %v", ciphertext, ad, got, want) } }) } } func TestDeterministicAEADDecryptFailsWithInvalidCiphertext(t *testing.T) { // Test case from // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_siv_cmac_test.json#L2865. keyBytes := mustHexDecode(t, "c25cafc6018b98dfbb79a40ec89c575a4f88c4116489bba27707479800c0130235334a45dbe8d8dae3da8dcb45bbe5dce031b0f68ded544fda7eca30d6749442") ad := mustHexDecode(t, "deeb0ccf3aef47a296ed1ca8f4ae5907") ciphertext := mustHexDecode(t, "5865208eab9163db85cab9f96d846234a2626aae22f5c17c9aad4b501f4416e4") for _, tc := range []struct { name string key *aessiv.Key ciphertext []byte }{ { name: "No prefix", key: mustCreateKey(t, keyBytes, 0, mustCreateParameters(t, len(keyBytes), aessiv.VariantNoPrefix)), ciphertext: ciphertext, }, { name: "Tink prefix", key: mustCreateKey(t, keyBytes, 0x01020304, mustCreateParameters(t, len(keyBytes), aessiv.VariantTink)), ciphertext: slices.Concat(outputprefix.Tink(0x01020304), ciphertext), }, { name: "Crunchy prefix", key: mustCreateKey(t, keyBytes, 0x01020304, mustCreateParameters(t, len(keyBytes), aessiv.VariantCrunchy)), ciphertext: slices.Concat(outputprefix.Legacy(0x01020304), ciphertext), }, } { t.Run(tc.name, func(t *testing.T) { d, err := aessiv.NewDeterministicAEAD(tc.key, internalapi.Token{}) if err != nil { t.Fatalf("aessiv.NewDeterministicAEAD(%v) failed: %v", tc.key, err) } for i := 0; i < len(tc.ciphertext); i++ { corruptedCiphertext := slices.Clone(tc.ciphertext) corruptedCiphertext[i] ^= 0xff if _, err := d.DecryptDeterministically(corruptedCiphertext, ad); err == nil { t.Errorf("d.DecryptDeterministically(%v, %v) err = nil, want error", corruptedCiphertext, ad) } } }) } } ================================================ FILE: daead/aessiv/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aessiv import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/daead/subtle" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Key represents an AES-SIV key and function that implements RFC 5297. type Key struct { keyBytes secretdata.Bytes idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*Key)(nil) // calculateOutputPrefix calculates the output prefix from keyID. func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantCrunchy: return outputprefix.Legacy(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // NewKey creates a new AES-SIV key with key, idRequirement and parameters. // // The idRequirement is the ID requirement to be included in the output of the // AES-SIV function. If parameters.HasIDRequirement() == false, idRequirement // must be zero. func NewKey(keyBytes secretdata.Bytes, idRequirement uint32, parameters *Parameters) (*Key, error) { if parameters == nil { return nil, fmt.Errorf("aessiv.NewKey: parameters is nil") } if err := validateParams(parameters); err != nil { return nil, fmt.Errorf("aessiv.NewKey: %v", err) } if !parameters.HasIDRequirement() && idRequirement != 0 { return nil, fmt.Errorf("aessiv.NewKey: idRequirement = %v and parameters.HasIDRequirement() = false, want 0", idRequirement) } if keyBytes.Len() != int(parameters.KeySizeInBytes()) { return nil, fmt.Errorf("aessiv.NewKey: key.Len() = %v, want %v", keyBytes.Len(), parameters.KeySizeInBytes()) } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("aessiv.NewKey: %v", err) } return &Key{ keyBytes: keyBytes, idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: parameters, }, nil } // KeyBytes returns the key material. // // This function provides access to partial key material. See // https://developers.google.com/tink/design/access_control#access_of_parts_of_a_key // for more information. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of this key. func (k *Key) Parameters() key.Parameters { return k.parameters } // IDRequirement returns a tuple containing a boolean that indicates whether or // not the key requires an identifier and the key identifier. The key identifier // will equal 0 if an identifier is not required. func (k *Key) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix. func (k *Key) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal returns whether this key object is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.Parameters().Equal(that.Parameters()) && k.idRequirement == that.idRequirement && k.keyBytes.Equal(that.keyBytes) && bytes.Equal(k.outputPrefix, that.outputPrefix) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { if p == nil { return nil, fmt.Errorf("parameters is nil") } aesSIVParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*Parameters)(nil)) } if aesSIVParams.KeySizeInBytes() != subtle.AESSIVKeySize { return nil, fmt.Errorf("key size %d is not supported", aesSIVParams.KeySizeInBytes()) } keyBytes, err := secretdata.NewBytesFromRand(uint32(aesSIVParams.KeySizeInBytes())) if err != nil { return nil, err } return NewKey(keyBytes, idRequirement, aesSIVParams) } ================================================ FILE: daead/aessiv/key_manager_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aessiv_test import ( "bytes" "encoding/hex" "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" "github.com/tink-crypto/tink-go/v2/daead/subtle" aspb "github.com/tink-crypto/tink-go/v2/proto/aes_siv_go_proto" tpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyManagerPrimitive(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESSIVTypeURL) if err != nil { t.Fatalf("cannot obtain AESSIV key manager: %s", err) } protoKey := mustMarshal(t, &aspb.AesSivKeyFormat{ Version: testutil.AESSIVKeyVersion, KeySize: subtle.AESSIVKeySize, }) m, err := km.NewKey(protoKey) if err != nil { t.Fatalf("km.NewKey(protoKey) = _, %v; want _, nil", err) } key, ok := m.(*aspb.AesSivKey) if !ok { t.Fatalf("m is not *aspb.AesSivKey") } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() = %q; want nil", err) } p, err := km.Primitive(serializedKey) if err != nil { t.Fatalf("km.Primitive(%v) = %v; want nil", serializedKey, err) } keyManagerPrimitive, ok := p.(tink.DeterministicAEAD) if !ok { t.Fatalf("Primitive() = %T, want tink.AEAD", p) } expectedPrimitive, err := subtle.NewAESSIV(key.GetKeyValue()) if err != nil { t.Fatalf("subtle.NewAESSIV() err = %q, want nil", err) } if err := encryptDecrypt(keyManagerPrimitive, expectedPrimitive); err != nil { t.Errorf("encryptDecrypt(keyManagerPrimitive, expectedPrimitive) err = %v, want nil", err) } if err := encryptDecrypt(expectedPrimitive, keyManagerPrimitive); err != nil { t.Errorf("encryptDecrypt(expectedPrimitive, keyManagerPrimitive) err = %v, want nil", err) } } func TestKeyManagerPrimitiveWithInvalidKeys(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESSIVTypeURL) if err != nil { t.Errorf("cannot obtain AESSIV key manager: %s", err) } invalidKeys := []*aspb.AesSivKey{ // Bad key size. &aspb.AesSivKey{ Version: testutil.AESSIVKeyVersion, KeyValue: random.GetRandomBytes(16), }, &aspb.AesSivKey{ Version: testutil.AESSIVKeyVersion, KeyValue: random.GetRandomBytes(32), }, &aspb.AesSivKey{ Version: testutil.AESSIVKeyVersion, KeyValue: random.GetRandomBytes(63), }, &aspb.AesSivKey{ Version: testutil.AESSIVKeyVersion, KeyValue: random.GetRandomBytes(65), }, // Bad version. &aspb.AesSivKey{ Version: testutil.AESSIVKeyVersion + 1, KeyValue: random.GetRandomBytes(subtle.AESSIVKeySize), }, } for _, key := range invalidKeys { serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() = %q; want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("km.Primitive(%v) = _, nil; want _, err", serializedKey) } } } func TestKeyManagerNewKey(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESSIVTypeURL) if err != nil { t.Fatalf("cannot obtain AESSIV key manager: %s", err) } protoKey := mustMarshal(t, &aspb.AesSivKeyFormat{ Version: testutil.AESSIVKeyVersion, KeySize: subtle.AESSIVKeySize, }) m, err := km.NewKey(protoKey) if err != nil { t.Fatalf("km.NewKey(protoKey) = _, %v; want _, nil", err) } key, ok := m.(*aspb.AesSivKey) if !ok { t.Fatalf("m is not *aspb.AesSivKey") } if err := validateAESSIVKey(key); err != nil { t.Errorf("validateAESSIVKey(%v) = %v; want nil", key, err) } } func TestKeyManagerNewKeyData(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESSIVTypeURL) if err != nil { t.Fatalf("cannot obtain AESSIV key manager: %s", err) } protoKey := mustMarshal(t, &aspb.AesSivKeyFormat{ Version: testutil.AESSIVKeyVersion, KeySize: subtle.AESSIVKeySize, }) kd, err := km.NewKeyData(protoKey) if err != nil { t.Fatalf("km.NewKeyData(protoKey) = _, %v; want _, nil", err) } if kd.TypeUrl != testutil.AESSIVTypeURL { t.Fatalf("TypeUrl: %v != %v", kd.TypeUrl, testutil.AESSIVTypeURL) } if kd.KeyMaterialType != tpb.KeyData_SYMMETRIC { t.Fatalf("KeyMaterialType: %v != SYMMETRIC", kd.KeyMaterialType) } key := new(aspb.AesSivKey) if err := proto.Unmarshal(kd.Value, key); err != nil { t.Fatalf("proto.Unmarshal(%v, key) = %v; want nil", kd.Value, err) } if err := validateAESSIVKey(key); err != nil { t.Errorf("validateAESSIVKey(%v) = %v; want nil", key, err) } } func TestKeyManagerNewKeyInvalid(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESSIVTypeURL) if err != nil { t.Errorf("registry.GetKeyManager(%q) err = %v, want nil", testutil.AESSIVTypeURL, err) } invalidKeySize, err := proto.Marshal(&aspb.AesSivKeyFormat{ KeySize: subtle.AESSIVKeySize - 1, Version: testutil.AESSIVKeyVersion, }) if err != nil { t.Errorf("proto.Marshal() err = %v, want nil", err) } // Proto messages start with a VarInt, which always ends with a byte with the // MSB unset, so 0x80 is invalid. invalidSerialization, err := hex.DecodeString("80") if err != nil { t.Fatalf("hex.DecodeString() err = %v, want nil", err) } for _, test := range []struct { name string keyFormat []byte }{ { name: "invalid key size", keyFormat: invalidKeySize, }, { name: "invalid serialization", keyFormat: invalidSerialization, }, } { t.Run(test.name, func(t *testing.T) { if _, err = km.NewKey(test.keyFormat); err == nil { t.Error("km.NewKey() err = nil, want non-nil") } }) } } func TestKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESSIVTypeURL) if err != nil { t.Errorf("cannot obtain AESSIV key manager: %s", err) } if !km.DoesSupport(testutil.AESSIVTypeURL) { t.Errorf("AESSIVKeyManager must support %s", testutil.AESSIVTypeURL) } if km.DoesSupport("some bad type") { t.Errorf("AESSIVKeyManager must only support %s", testutil.AESSIVTypeURL) } } func TestKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESSIVTypeURL) if err != nil { t.Errorf("cannot obtain AESSIV key manager: %s", err) } if kt := km.TypeURL(); kt != testutil.AESSIVTypeURL { t.Errorf("km.TypeURL() = %s; want %s", kt, testutil.AESSIVTypeURL) } } func validateAESSIVKey(key *aspb.AesSivKey) error { if key.Version != testutil.AESSIVKeyVersion { return fmt.Errorf("incorrect key version: keyVersion != %d", testutil.AESSIVKeyVersion) } if uint32(len(key.KeyValue)) != subtle.AESSIVKeySize { return fmt.Errorf("incorrect key size: keySize != %d", subtle.AESSIVKeySize) } // Try to encrypt and decrypt. p, err := subtle.NewAESSIV(key.KeyValue) if err != nil { return fmt.Errorf("invalid key: %v", key.KeyValue) } return encryptDecrypt(p, p) } func encryptDecrypt(encryptor, decryptor tink.DeterministicAEAD) error { // Try to encrypt and decrypt random data. plaintext := random.GetRandomBytes(32) associatedData := random.GetRandomBytes(32) ciphertext, err := encryptor.EncryptDeterministically(plaintext, associatedData) if err != nil { return fmt.Errorf("encryptor.EncryptDeterministically() err = %v, want nil", err) } decrypted, err := decryptor.DecryptDeterministically(ciphertext, associatedData) if err != nil { return fmt.Errorf("decryptor.DecryptDeterministically() err = %v, want nil", err) } if !bytes.Equal(decrypted, plaintext) { return fmt.Errorf("decryptor.DecryptDeterministically() = %v, want %v", decrypted, plaintext) } return nil } ================================================ FILE: daead/aessiv/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aessiv_test import ( "bytes" "slices" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/tink" ) var ( key256Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, } key384Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, } key512Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, } ) func TestNewKeyFailsIfParametersIsNil(t *testing.T) { keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) err = %v, want nil", err) } if _, err := aessiv.NewKey(keyBytes, 123, nil); err == nil { t.Errorf("aessiv.NewKey(keyBytes, 123, nil) err = nil, want error") } } func TestNewKeyFailsIfKeySizeIsDifferentThanParameters(t *testing.T) { for _, tc := range []struct { name string keyBytes secretdata.Bytes keySize int variant aessiv.Variant }{ { name: "key size is 48 but parameters is 32", keyBytes: secretdata.NewBytesFromData(key384Bits, insecuresecretdataaccess.Token{}), keySize: 32, variant: aessiv.VariantTink, }, { name: "key size is 32 but parameters is 48", keyBytes: secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}), keySize: 48, variant: aessiv.VariantTink, }, } { t.Run(tc.name, func(t *testing.T) { params, err := aessiv.NewParameters(tc.keySize, tc.variant) if err != nil { t.Fatalf("aessiv.NewParameters(%v, %v) err = %v, want nil", tc.keySize, tc.variant, err) } if _, err := aessiv.NewKey(tc.keyBytes, 123, params); err == nil { t.Errorf("aessiv.NewKey(%v, 123, %v) err = nil, want error", tc.keyBytes, params) } }) } } // TestNewKeyFailsIfInvalidParams tests that NewKey fails if the parameters are invalid. // // The only way to create invalid parameters is to create a struct literal with default // values. func TestNewKeyFailsIfInvalidParams(t *testing.T) { keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) err = %v, want nil", err) } params := &aessiv.Parameters{} if _, err := aessiv.NewKey(keyBytes, 123, params); err == nil { t.Errorf("aessiv.NewKey(keyBytes, 123, nil) err = nil, want error") } } func TestNewKeyFailsIfNoPrefixAndIDIsNotZero(t *testing.T) { params, err := aessiv.NewParameters(32, aessiv.VariantNoPrefix) if err != nil { t.Fatalf("aessiv.NewParameters(%v, %v) err = %v, want nil", 32, aessiv.VariantNoPrefix, err) } keyBytes := secretdata.NewBytesFromData(key384Bits, insecuresecretdataaccess.Token{}) if _, err := aessiv.NewKey(keyBytes, 123, params); err == nil { t.Errorf("aessiv.NewKey(keyBytes, 123, %v) err = nil, want error", params) } } func TestOutputPrefix(t *testing.T) { for _, test := range []struct { name string variant aessiv.Variant id uint32 want []byte }{ { name: "Tink", variant: aessiv.VariantTink, id: uint32(0x01020304), want: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "Crunchy", variant: aessiv.VariantCrunchy, id: uint32(0x01020304), want: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "No prefix", variant: aessiv.VariantNoPrefix, id: 0, want: nil, }, } { t.Run(test.name, func(t *testing.T) { params, err := aessiv.NewParameters(32, test.variant) if err != nil { t.Fatalf("aessiv.NewParameters(32, %v) err = %v, want nil", test.variant, err) } keyBytes, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytes(32fNewBytesFromRand() err = %v, want nil", err) } key, err := aessiv.NewKey(keyBytes, test.id, params) if err != nil { t.Fatalf("aessiv.NewKey(keyBytes, %v, %v) err = %v, want nil", test.id, params, err) } if got := key.OutputPrefix(); !bytes.Equal(got, test.want) { t.Errorf("params.OutputPrefix() = %v, want %v", got, test.want) } }) } } type testKey struct { name string keySize int id uint32 key []byte variant aessiv.Variant } func TestNewKeyWorks(t *testing.T) { for _, test := range []testKey{ { name: "256-bit key with Tink prefix", keySize: 32, id: 1, key: key256Bits, variant: aessiv.VariantTink, }, { name: "256-bit key with Crunchy prefix", keySize: 32, id: 1, key: key256Bits, variant: aessiv.VariantCrunchy, }, { name: "256-bit key with NoPrefix prefix", keySize: 32, id: 0, key: key256Bits, variant: aessiv.VariantNoPrefix, }, { name: "384-bit key with Tink prefix", keySize: 48, id: 1, key: key384Bits, variant: aessiv.VariantTink, }, { name: "384-bit key with Crunchy prefix", keySize: 48, id: 1, key: key384Bits, variant: aessiv.VariantCrunchy, }, { name: "384-bit key with NoPrefix prefix", keySize: 48, id: 0, key: key384Bits, variant: aessiv.VariantNoPrefix, }, { name: "512-bit key with Tink prefix", keySize: 64, id: 1, key: key512Bits, variant: aessiv.VariantTink, }, { name: "512-bit key with Crunchy prefix", keySize: 64, id: 1, key: key512Bits, variant: aessiv.VariantCrunchy, }, { name: "512-bit key with NoPrefix prefix", keySize: 64, id: 0, key: key512Bits, variant: aessiv.VariantNoPrefix, }, } { t.Run(test.name, func(t *testing.T) { params, err := aessiv.NewParameters(test.keySize, test.variant) if err != nil { t.Fatalf("aessiv.NewParameters(%v, %v) err = %v, want nil", test.keySize, test.variant, err) } keyBytes := secretdata.NewBytesFromData(test.key, insecuresecretdataaccess.Token{}) // Create two keys with the same parameters and key bytes. key1, err := aessiv.NewKey(keyBytes, test.id, params) if err != nil { t.Fatalf("aessiv.NewKey(keyBytes, %v, %v) err = %v, want nil", test.id, params, err) } if !key1.Parameters().Equal(params) { t.Errorf("key1.Parameters() = %v, want %v", key1.Parameters(), params) } key1Bytes := key1.KeyBytes() if !keyBytes.Equal(key1Bytes) { t.Errorf("keyBytes.Equal(key1Bytes) = false, want true") } keyID1, required := key1.IDRequirement() if wantRequired := test.variant != aessiv.VariantNoPrefix; required != wantRequired { t.Errorf("required = %v, want %v", required, wantRequired) } wantID := test.id if !required { wantID = 0 } if keyID1 != wantID { t.Errorf("keyID1 = %v, want %v", keyID1, wantID) } key2, err := aessiv.NewKey(keyBytes, keyID1, params) if err != nil { t.Fatalf("aessiv.NewKey(keyBytes, %v, %v) err = %v, want nil", keyID1, params, err) } // Test Equal. if !key1.Equal(key2) { t.Errorf("key1.Equal(key2) = %v, want true", key1.Equal(key2)) } }) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestKey_Equal_FalseIfDifferentType(t *testing.T) { params, err := aessiv.NewParameters(32, aessiv.VariantTink) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData([]byte("12345678901234567890123456789012"), insecuresecretdataaccess.Token{}) key, err := aessiv.NewKey(keyBytes, 1234, params) if err != nil { t.Fatalf("aessiv.NewKey(keyBytes, %v, %v) err = %v, want nil", 1234, params, err) } if key.Equal(&stubKey{}) { t.Errorf("key.Equal(&stubKey{}) = true, want false") } } func TestKeyEqualReturnsFalseIfDifferent(t *testing.T) { for _, test := range []struct { name string first testKey second testKey }{ { name: "different key size", first: testKey{ keySize: 48, variant: aessiv.VariantTink, key: key384Bits, id: 0x01, }, second: testKey{ keySize: 32, variant: aessiv.VariantTink, key: key256Bits, id: 0x01, }, }, { name: "different prefix variant", first: testKey{ keySize: 48, variant: aessiv.VariantTink, key: key384Bits, id: 0x01, }, second: testKey{ keySize: 48, variant: aessiv.VariantCrunchy, key: key384Bits, id: 0x01, }, }, { name: "different key IDs", first: testKey{ keySize: 48, variant: aessiv.VariantTink, key: key384Bits, id: 0x01, }, second: testKey{ keySize: 48, variant: aessiv.VariantTink, key: key384Bits, id: 0x02, }, }, { name: "different key bytes", first: testKey{ keySize: 48, variant: aessiv.VariantCrunchy, key: key384Bits, id: 0x01, }, second: testKey{ keySize: 48, variant: aessiv.VariantCrunchy, key: func() []byte { k := slices.Clone(key384Bits) k[0] ^= 1 return k }(), id: 0x01, }, }, } { t.Run(test.name, func(t *testing.T) { firstParams, err := aessiv.NewParameters(test.first.keySize, test.first.variant) if err != nil { t.Fatalf("aessiv.NewParameters(%v, %v) err = %v, want nil", test.first.keySize, test.first.variant, err) } firstKeyBytes := secretdata.NewBytesFromData(test.first.key, insecuresecretdataaccess.Token{}) firstKey, err := aessiv.NewKey(firstKeyBytes, test.first.id, firstParams) if err != nil { t.Fatalf("aessiv.NewKey(firstKeyBytes, %v, %v) err = %v, want nil", test.first.id, firstParams, err) } secondParams, err := aessiv.NewParameters(test.second.keySize, test.second.variant) if err != nil { t.Fatalf("aessiv.NewParameters(%v, %v) err = %v, want nil", test.second.keySize, test.second.variant, err) } secondKeyBytes := secretdata.NewBytesFromData(test.second.key, insecuresecretdataaccess.Token{}) secondKey, err := aessiv.NewKey(secondKeyBytes, test.second.id, secondParams) if err != nil { t.Fatalf("aessiv.NewKey(secondKeyBytes, %v, %v) err = %v, want nil", test.second.id, secondParams, err) } if firstKey.Equal(secondKey) { t.Errorf("firstKey.Equal(secondKey) = true, want false") } }) } } func TestKeyCreator(t *testing.T) { params, err := aessiv.NewParameters(64, aessiv.VariantTink) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 123) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 123) err = %v, want nil", params, err) } aesSIVKey, ok := key.(*aessiv.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 123) returned key of type %T, want %T", params, key, (*aessiv.Key)(nil)) } idRequirement, hasIDRequirement := aesSIVKey.IDRequirement() if !hasIDRequirement || idRequirement != 123 { t.Errorf("aesSIVKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if got := aesSIVKey.KeyBytes().Len(); got != params.KeySizeInBytes() { t.Errorf("aesSIVKey.KeyBytes().Len() = %d, want 32", aesSIVKey.KeyBytes().Len()) } if diff := cmp.Diff(aesSIVKey.Parameters(), params); diff != "" { t.Errorf("aesSIVKey.Parameters() diff (-want +got):\n%s", diff) } // Try to encrypt/decrypt with the key. config := ®istryconfig.RegistryConfig{} p, err := config.PrimitiveFromKey(key, internalapi.Token{}) if err != nil { t.Fatalf("config.PrimitiveFromKey(key, internalapi.Token{}) err = %v, want nil", err) } daead, ok := p.(tink.DeterministicAEAD) if !ok { t.Fatalf("config.PrimitiveFromKey(key, internalapi.Token{}) returned primitive of type %T, want %T", p, (tink.DeterministicAEAD)(nil)) } ciphertext, err := daead.EncryptDeterministically([]byte("plaintext"), []byte("associated data")) if err != nil { t.Fatalf("daead.EncryptDeterministically() err = %v, want nil", err) } plaintext, err := daead.DecryptDeterministically(ciphertext, []byte("associated data")) if err != nil { t.Fatalf("daead.DecryptDeterministically() err = %v, want nil", err) } if diff := cmp.Diff(plaintext, []byte("plaintext")); diff != "" { t.Errorf("plaintext diff (-want +got):\n%s", diff) } } func TestKeyCreator_FailsIfInvalidKeySize(t *testing.T) { // Only 64 bytes keys are supported. params, err := aessiv.NewParameters(48, aessiv.VariantTink) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } if _, err := keygenregistry.CreateKey(params, 123); err == nil { t.Fatalf("keygenregistry.CreateKey(%v, 123) err = nil, want error", params) } } ================================================ FILE: daead/aessiv/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aessiv import ( "fmt" "github.com/tink-crypto/tink-go/v2/key" ) // Variant is the prefix variant of AES-SIV keys. // // It describes how the prefix of the ciphertext is constructed. For AEAD there // are three options: // // * TINK: prepends '0x01' to the ciphertext. // * CRUNCHY: prepends '0x00' to the ciphertext. // * NO_PREFIX: adds no prefix to the ciphertext. type Variant int const ( // VariantUnknown is the default and invalid value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the ciphertext. VariantTink // VariantCrunchy prefixes '0x00' to the ciphertext. VariantCrunchy // VariantNoPrefix adds no prefix to the ciphertext. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // Parameters specifies an AES-SIV key. type Parameters struct { keySizeInBytes int variant Variant } var _ key.Parameters = (*Parameters)(nil) // KeySizeInBytes returns the size of the key in bytes. func (p *Parameters) KeySizeInBytes() int { return p.keySizeInBytes } // Variant returns the variant of the key. func (p *Parameters) Variant() Variant { return p.variant } func validateParams(params *Parameters) error { // AES-SIV key sizes specified in // https://www.rfc-editor.org/rfc/rfc5297#section-2.2. if params.KeySizeInBytes() != 32 && params.KeySizeInBytes() != 48 && params.KeySizeInBytes() != 64 { return fmt.Errorf("unsupported key size; want 32, 48, or 64, got: %v", params.KeySizeInBytes()) } if params.Variant() == VariantUnknown { return fmt.Errorf("unsupported variant: %v", params.Variant()) } return nil } // NewParameters creates a new AES-SIV Parameters object. func NewParameters(keySizeInBytes int, variant Variant) (*Parameters, error) { p := &Parameters{ keySizeInBytes: keySizeInBytes, variant: variant, } if err := validateParams(p); err != nil { return nil, fmt.Errorf("aessiv.NewParameters: %v", err) } return p, nil } // HasIDRequirement returns whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal returns whether this Parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.keySizeInBytes == actualParams.keySizeInBytes && p.variant == actualParams.variant } ================================================ FILE: daead/aessiv/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aessiv_test import ( "testing" "github.com/tink-crypto/tink-go/v2/daead/aessiv" ) func TestNewParametersInvalidKeySize(t *testing.T) { for _, keySize := range []int{1, 15, 17, 31, 33, 47, 49, 63, 65} { if _, err := aessiv.NewParameters(keySize, aessiv.VariantTink); err == nil { t.Errorf("aessiv.NewParameters(%v, %v) err = nil, want error", keySize, aessiv.VariantTink) } } } func TestNewParametersInvalidVariant(t *testing.T) { if _, err := aessiv.NewParameters(32, aessiv.VariantUnknown); err == nil { t.Errorf("aessiv.NewParameters(%v, %v) err = nil, want error", 32, aessiv.VariantUnknown) } } func TestNewParametersWorks(t *testing.T) { for _, test := range []struct { name string keySize int variant aessiv.Variant }{ { name: "256-bit key with Tink prefix", keySize: 32, variant: aessiv.VariantTink, }, { name: "256-bit key with Crunchy prefix", keySize: 32, variant: aessiv.VariantCrunchy, }, { name: "256-bit key with NoPrefix prefix", keySize: 32, variant: aessiv.VariantNoPrefix, }, { name: "384-bit key with Tink prefix", keySize: 48, variant: aessiv.VariantTink, }, { name: "384-bit key with Crunchy prefix", keySize: 48, variant: aessiv.VariantCrunchy, }, { name: "384-bit key with NoPrefix prefix", keySize: 48, variant: aessiv.VariantNoPrefix, }, { name: "512-bit key with Tink prefix", keySize: 64, variant: aessiv.VariantTink, }, { name: "512-bit key with Crunchy prefix", keySize: 64, variant: aessiv.VariantCrunchy, }, { name: "512-bit key with NoPrefix prefix", keySize: 64, variant: aessiv.VariantNoPrefix, }, } { t.Run(test.name, func(t *testing.T) { params, err := aessiv.NewParameters(test.keySize, test.variant) if err != nil { t.Fatalf("aessiv.NewParameters(%v, %v) err = %v, want nil", test.keySize, test.variant, err) } if params.HasIDRequirement() != (test.variant != aessiv.VariantNoPrefix) { t.Errorf("params.HasIDRequirement() = %v, want %v", params.HasIDRequirement(), (test.variant != aessiv.VariantNoPrefix)) } if params.KeySizeInBytes() != test.keySize { t.Errorf("params.KeySizeInBytes()() = %v, want %v", params.KeySizeInBytes(), test.keySize) } if params.Variant() != test.variant { t.Errorf("params.Variant() = %v, want %v", params.Variant(), test.variant) } otherParams, err := aessiv.NewParameters(test.keySize, test.variant) if err != nil { t.Fatalf("aessiv.NewParameters(%v, %v) err = %v, want nil", test.keySize, test.variant, err) } if !params.Equal(otherParams) { t.Errorf("params.Equal(otherParams) = %v, want true", params.Equal(otherParams)) } }) } } func TestParametersEqualFalseIfDifferent(t *testing.T) { for _, test := range []struct { name string key1Size int key1Variant aessiv.Variant key2Size int key2Variant aessiv.Variant }{ { name: "different key size", key1Size: 32, key1Variant: aessiv.VariantTink, key2Size: 64, key2Variant: aessiv.VariantTink, }, { name: "different prefix variant", key1Size: 32, key1Variant: aessiv.VariantCrunchy, key2Size: 32, key2Variant: aessiv.VariantTink, }, } { t.Run(test.name, func(t *testing.T) { params1, err := aessiv.NewParameters(test.key1Size, test.key1Variant) if err != nil { t.Fatalf("aessiv.NewParameters(%v, %v) err = %v, want nil", test.key1Size, test.key1Variant, err) } params2, err := aessiv.NewParameters(test.key2Size, test.key2Variant) if err != nil { t.Errorf("aessiv.NewParameters(%v, %v) err = %v, want nil", test.key2Size, test.key2Variant, err) } if params1.Equal(params2) { t.Errorf("params.Equal(params2) = %v, want false", params1.Equal(params2)) } }) } } ================================================ FILE: daead/aessiv/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aessiv import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" aessivpb "github.com/tink-crypto/tink-go/v2/proto/aes_siv_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // protoVersion is the accepted [aessivpb.AesSivKey] proto version. // // Currently, only version 0 is supported; other versions are rejected. protoVersion = 0 typeURL = "type.googleapis.com/google.crypto.tink.AesSivKey" ) type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want %T", key, (*Key)(nil)) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualKey.parameters.Variant()) if err != nil { return nil, err } protoKey := &aessivpb.AesSivKey{ KeyValue: actualKey.KeyBytes().Data(insecuresecretdataaccess.Token{}), Version: protoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := actualKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY, tinkpb.OutputPrefixType_LEGACY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %v, want %v", keyData.GetTypeUrl(), typeURL) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { return nil, fmt.Errorf("invalid key material type: got %v, want %v", keyData.GetKeyMaterialType(), tinkpb.KeyData_SYMMETRIC) } protoKey := new(aessivpb.AesSivKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != protoVersion { return nil, fmt.Errorf("unsupported version: got %v, want %v", protoKey.GetVersion(), protoVersion) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } keySizeInBytes := len(protoKey.GetKeyValue()) params, err := NewParameters(keySizeInBytes, variant) if err != nil { return nil, err } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) // keySerialization.IDRequirement() returns zero if the key doesn't have a // key requirement. keyID, _ := keySerialization.IDRequirement() return NewKey(keyMaterial, keyID, params) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want %T", parameters, (*Parameters)(nil)) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } format := &aessivpb.AesSivKeyFormat{ KeySize: uint32(actualParameters.KeySizeInBytes()), } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } if keyTemplate.GetValue() == nil { return nil, fmt.Errorf("key template value is nil") } format := new(aessivpb.AesSivKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("unsupported aessivpb.AesSivKeyFormat version: got %q, want %q", format.GetVersion(), 0) } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } return NewParameters(int(format.GetKeySize()), variant) } ================================================ FILE: daead/aessiv/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aessiv_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" aessivpb "github.com/tink-crypto/tink-go/v2/proto/aes_siv_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestParseKeyFails(t *testing.T) { key := aessivpb.AesSivKey{ Version: 0, KeyValue: []byte("1234567890123456"), } serializedKey, err := proto.Marshal(&key) if err != nil { t.Fatalf("proto.Marshal(key) err = %v, want nil", err) } keyWithInvalidSize := aessivpb.AesSivKey{ Version: 0, KeyValue: []byte("0123"), } serializedKeyWithInvalidSize, err := proto.Marshal(&keyWithInvalidSize) if err != nil { t.Fatalf("proto.Marshal(keyWithInvalidSize) err = %v, want nil", err) } keyWithInvalidVersion := aessivpb.AesSivKey{ Version: 1, KeyValue: []byte("1234567890123456"), } serializedKeyWithInvalidVersion, err := proto.Marshal(&keyWithInvalidVersion) if err != nil { t.Fatalf("proto.Marshal(keyWithInvalidVersion) err = %v, want nil", err) } for _, tc := range []struct { name string keyData *tinkpb.KeyData outputPrefixType tinkpb.OutputPrefixType keyID uint32 }{ { name: "invalid key size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: serializedKeyWithInvalidSize, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key proto serialization", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key version", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: serializedKeyWithInvalidVersion, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid key material type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, outputPrefixType: tinkpb.OutputPrefixType_TINK, keyID: 12345, }, { name: "invalid output prefix type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, keyID: 12345, }, } { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.NewKeySerialization(tc.keyData, tc.outputPrefixType, tc.keyID) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", tc.keyData, tc.outputPrefixType, tc.keyID, err) } if _, err := protoserialization.ParseKey(keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", keySerialization) } }) } } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParseKey(t *testing.T) { protoKey := aessivpb.AesSivKey{ Version: 0, KeyValue: []byte("12345678901234561234567890123456"), } serializedKey, err := proto.Marshal(&protoKey) if err != nil { t.Fatalf("proto.Marshal(protoKey) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantVariant aessiv.Variant }{ { name: "TINK", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: aessiv.VariantTink, }, { name: "CRUNCHY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), wantVariant: aessiv.VariantCrunchy, }, { name: "RAW", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: aessiv.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { keySizeInBytes := len(protoKey.GetKeyValue()) wantParams, err := aessiv.NewParameters(keySizeInBytes, tc.wantVariant) if err != nil { t.Fatalf("aessiv.NewParameters(%v, %v) err = %v, want nil", keySizeInBytes, tc.wantVariant, err) } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) keyID := uint32(0) if tc.wantVariant != aessiv.VariantNoPrefix { keyID = 12345 } wantKey, err := aessiv.NewKey(keyMaterial, keyID, wantParams) if err != nil { t.Fatalf("aessiv.NewKey(keyMaterial, %v, wantParams) err = %v, want nil", keyID, err) } gotKey, err := protoserialization.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if !gotKey.Equal(wantKey) { t.Errorf("key.Equal(wantKey) = false, want true") } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type protoSerializationTestKey struct { keyBytes []byte id uint32 params testParams } func (k *protoSerializationTestKey) Parameters() key.Parameters { return &k.params } func (k *protoSerializationTestKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*protoSerializationTestKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *protoSerializationTestKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } func TestSerializeKeyFails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "key is nil", key: nil, }, { name: "key is not an AES-SIV key", key: &protoSerializationTestKey{}, }, } { t.Run(tc.name, func(t *testing.T) { _, err := protoserialization.SerializeKey(tc.key) if err == nil { t.Errorf("protoserialization.SerializeKey(&protoSerializationTestKey{}) err = nil, want non-nil") } }) } } func TestSerializeKey(t *testing.T) { protoKey := aessivpb.AesSivKey{ Version: 0, KeyValue: []byte("12345678901234561234567890123456"), } serializedProtoKey, err := proto.Marshal(&protoKey) if err != nil { t.Fatalf("proto.Marshal(&protoKey) err = %v, want nil", err) } for _, tc := range []struct { name string variant aessiv.Variant wantKeySerialization *protoserialization.KeySerialization }{ { name: "key with TINK output prefix type", variant: aessiv.VariantTink, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "key with CRUNCHY output prefix type", variant: aessiv.VariantCrunchy, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), }, { // No key ID is set for keys with no prefix. name: "key with RAW output prefix type", variant: aessiv.VariantNoPrefix, wantKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { params, err := aessiv.NewParameters(32, tc.variant) if err != nil { t.Fatalf("aessiv.NewParameters(32, %v) err = %v, want nil", tc.variant, err) } secretKey := secretdata.NewBytesFromData([]byte("12345678901234561234567890123456"), insecuresecretdataaccess.Token{}) keyID := uint32(0) if tc.variant != aessiv.VariantNoPrefix { keyID = 12345 } key, err := aessiv.NewKey(secretKey, keyID, params) if err != nil { t.Fatalf("aessiv.NewKey(secretKey, %v, params) err = %v, want nil", keyID, err) } got, err := protoserialization.SerializeKey(key) if err != nil { t.Fatalf("protoserialization.SerializeKey(&protoSerializationTestKey{}) err = %v, want nil", err) } if !got.Equal(tc.wantKeySerialization) { t.Errorf("got.Equal(tc.wantKeySerialization) = false, want true") } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "struct literal", parameters: &aessiv.Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeParameters(tc.parameters); err == nil { t.Errorf("protoserialization.SerializeParameters(%v) err = nil, want error", tc.parameters) } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, keySizeInBytes uint32) *tinkpb.KeyTemplate { t.Helper() format := &aessivpb.AesSivKeyFormat{ KeySize: keySizeInBytes, } serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", format, err) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", OutputPrefixType: outputPrefixType, Value: serializedFormat, } } type parametersSerializationTestCase struct { name string parameters *aessiv.Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateParametersTestParameters(t *testing.T) []parametersSerializationTestCase { tcs := []parametersSerializationTestCase{} for _, keySize := range []int{32, 48, 64} { for _, variantAndPrefix := range []struct { variant aessiv.Variant outputPrefixType tinkpb.OutputPrefixType }{ {variant: aessiv.VariantTink, outputPrefixType: tinkpb.OutputPrefixType_TINK}, {variant: aessiv.VariantCrunchy, outputPrefixType: tinkpb.OutputPrefixType_CRUNCHY}, {variant: aessiv.VariantNoPrefix, outputPrefixType: tinkpb.OutputPrefixType_RAW}, } { params, err := aessiv.NewParameters(keySize, variantAndPrefix.variant) if err != nil { t.Fatalf("aessiv.NewParameters(%v, %v) err = %v, want nil", keySize, variantAndPrefix.variant, err) } tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("AES%d-SIV-%s", keySize*8, variantAndPrefix.variant), parameters: params, keyTemplate: mustCreateKeyTemplate(t, variantAndPrefix.outputPrefixType, uint32(keySize)), }) } } return tcs } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "empty", keyTemplate: &tinkpb.KeyTemplate{}, }, { name: "nil value", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: nil, OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "empty format", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: mustMarshal(t, &aessivpb.AesSivKeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid format type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: []byte("invalid format"), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid version", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: mustMarshal(t, &aessivpb.AesSivKeyFormat{ KeySize: 16, Version: 1, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid key size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: mustMarshal(t, &aessivpb.AesSivKeyFormat{ KeySize: 10, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", Value: mustMarshal(t, &aessivpb.AesSivKeyFormat{ KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: daead/daead.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package daead provides implementations of the DeterministicAEAD primitive. // // Unlike AEAD, implementations of this interface are not semantically secure, because // encrypting the same plaintext always yields the same ciphertext. package daead import ( _ "github.com/tink-crypto/tink-go/v2/daead/aessiv" // Register AES-SIV key manager, key and parameters serialization. ) ================================================ FILE: daead/daead_benchmark_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package daead_test import ( "testing" "github.com/tink-crypto/tink-go/v2/daead" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // Benchmarks for Deterministic AEAD algorithms. func BenchmarkAESSIV(b *testing.B) { const ( plaintextSize = 16 * 1024 associatedDataSize = 256 ) testCases := []struct { name string template *tinkpb.KeyTemplate }{ { name: "AES256_SIV", template: daead.AESSIVKeyTemplate(), }, } for _, tc := range testCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } primitive, err := daead.New(handle) if err != nil { b.Fatal(err) } plaintext := random.GetRandomBytes(plaintextSize) associatedData := random.GetRandomBytes(associatedDataSize) b.ResetTimer() for i := 0; i < b.N; i++ { ciphertext, err := primitive.EncryptDeterministically(plaintext, associatedData) if err != nil { b.Fatal(err) } _, err = primitive.DecryptDeterministically(ciphertext, associatedData) if err != nil { b.Error(err) } } }) } } ================================================ FILE: daead/daead_factory.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package daead import ( "fmt" "slices" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/prefixmap" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/tink" ) // New returns a DeterministicAEAD primitive from the given keyset handle. func New(handle *keyset.Handle) (tink.DeterministicAEAD, error) { return NewWithConfig(handle, ®istryconfig.RegistryConfig{}) } // NewWithConfig creates a DeterministicAEAD primitive from the given [keyset.Handle] using // the provided [keyset.Config]. func NewWithConfig(handle *keyset.Handle, config keyset.Config) (tink.DeterministicAEAD, error) { ps, err := keyset.Primitives[tink.DeterministicAEAD](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("daead_factory: cannot obtain primitive set: %s", err) } return newWrappedDeterministicAEAD(ps) } type daeadAndKeyID struct { primitive tink.DeterministicAEAD keyID uint32 } func (a *daeadAndKeyID) EncryptDeterministically(plaintext, associatedData []byte) ([]byte, error) { return a.primitive.EncryptDeterministically(plaintext, associatedData) } func (a *daeadAndKeyID) DecryptDeterministically(ciphertext, associatedData []byte) ([]byte, error) { return a.primitive.DecryptDeterministically(ciphertext, associatedData) } // fullDAEADPrimitiveAdapter is an adapter that turns a non-full [tink.DAEAD] // primitive into a full [tink.DAEAD] primitive. type fullDAEADPrimitiveAdapter struct { primitive tink.DeterministicAEAD prefix []byte } var _ tink.DeterministicAEAD = (*fullDAEADPrimitiveAdapter)(nil) func (a *fullDAEADPrimitiveAdapter) EncryptDeterministically(plaintext, associatedData []byte) ([]byte, error) { ct, err := a.primitive.EncryptDeterministically(plaintext, associatedData) if err != nil { return nil, err } return slices.Concat(a.prefix, ct), nil } func (a *fullDAEADPrimitiveAdapter) DecryptDeterministically(ciphertext, associatedData []byte) ([]byte, error) { return a.primitive.DecryptDeterministically(ciphertext[len(a.prefix):], associatedData) } func extractFullDAEAD(entry *primitiveset.Entry[tink.DeterministicAEAD]) (*daeadAndKeyID, error) { if entry.FullPrimitive != nil { return &daeadAndKeyID{ primitive: entry.FullPrimitive, keyID: entry.KeyID, }, nil } return &daeadAndKeyID{ primitive: &fullDAEADPrimitiveAdapter{ primitive: entry.Primitive, prefix: entry.OutputPrefix(), }, keyID: entry.KeyID, }, nil } // wrappedDAEAD is a DeterministicAEAD implementation that uses an underlying // primitive set for deterministic encryption and decryption. type wrappedDAEAD struct { primary daeadAndKeyID primitives *prefixmap.PrefixMap[daeadAndKeyID] encLogger monitoring.Logger decLogger monitoring.Logger } var _ tink.DeterministicAEAD = (*wrappedDAEAD)(nil) func newWrappedDeterministicAEAD(ps *primitiveset.PrimitiveSet[tink.DeterministicAEAD]) (*wrappedDAEAD, error) { primary, err := extractFullDAEAD(ps.Primary) if err != nil { return nil, err } primitives := prefixmap.New[daeadAndKeyID]() for _, entries := range ps.Entries { for _, entry := range entries { p, err := extractFullDAEAD(entry) if err != nil { return nil, err } primitives.Insert(string(entry.OutputPrefix()), *p) } } encLogger, decLogger, err := createLoggers(ps) if err != nil { return nil, err } return &wrappedDAEAD{ primary: *primary, primitives: primitives, encLogger: encLogger, decLogger: decLogger, }, nil } func createLoggers(ps *primitiveset.PrimitiveSet[tink.DeterministicAEAD]) (monitoring.Logger, monitoring.Logger, error) { if len(ps.Annotations) == 0 { return &monitoringutil.DoNothingLogger{}, &monitoringutil.DoNothingLogger{}, nil } client := internalregistry.GetMonitoringClient() keysetInfo, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { return nil, nil, err } encLogger, err := client.NewLogger(&monitoring.Context{ Primitive: "daead", APIFunction: "encrypt", KeysetInfo: keysetInfo, }) if err != nil { return nil, nil, err } decLogger, err := client.NewLogger(&monitoring.Context{ Primitive: "daead", APIFunction: "decrypt", KeysetInfo: keysetInfo, }) if err != nil { return nil, nil, err } return encLogger, decLogger, nil } // EncryptDeterministically deterministically encrypts plaintext with additionalData as additional authenticated data. // It returns the concatenation of the primary's identifier and the ciphertext. func (d *wrappedDAEAD) EncryptDeterministically(pt, aad []byte) ([]byte, error) { ct, err := d.primary.EncryptDeterministically(pt, aad) if err != nil { d.encLogger.LogFailure() return nil, err } d.encLogger.Log(d.primary.keyID, len(pt)) return ct, nil } // DecryptDeterministically deterministically decrypts ciphertext with additionalData as // additional authenticated data. It returns the corresponding plaintext if the // ciphertext is authenticated. func (d *wrappedDAEAD) DecryptDeterministically(ct, aad []byte) ([]byte, error) { it := d.primitives.PrimitivesMatchingPrefix(ct) for decrypter, ok := it.Next(); ok; decrypter, ok = it.Next() { pt, err := decrypter.DecryptDeterministically(ct, aad) if err != nil { continue } d.decLogger.Log(decrypter.keyID, len(ct)) return pt, nil } // Nothing worked. d.decLogger.LogFailure() return nil, fmt.Errorf("daead_factory: decryption failed") } ================================================ FILE: daead/daead_factory_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package daead_test import ( "bytes" "fmt" "reflect" "slices" "strings" "testing" "github.com/google/go-cmp/cmp" "github.com/google/go-cmp/cmp/cmpopts" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/daead" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/testing/stubkeymanager" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestFactoryMultipleKeys(t *testing.T) { // encrypt with non-raw key. keyset := testutil.NewTestAESSIVKeyset(tinkpb.OutputPrefixType_TINK) primaryKey := keyset.Key[0] if primaryKey.OutputPrefixType == tinkpb.OutputPrefixType_RAW { t.Errorf("expect a non-raw key") } keysetHandle, err := testkeyset.NewHandle(keyset) if err != nil { t.Fatalf("testkeyset.NewHandle() err = %s, want nil", err) } d, err := daead.New(keysetHandle) if err != nil { t.Errorf("daead.New failed: %s", err) } expectedPrefix, err := cryptofmt.OutputPrefix(primaryKey) if err != nil { t.Fatalf("cryptofmt.OutputPrefix() err = %s, want nil", err) } if err := validateDAEADFactoryCipher(d, d, expectedPrefix); err != nil { t.Errorf("invalid cipher: %s", err) } // encrypt with a non-primary RAW key in keyset and decrypt with the keyset. { rawKey := keyset.Key[1] if rawKey.OutputPrefixType != tinkpb.OutputPrefixType_RAW { t.Errorf("expect a raw key") } keyset2 := testutil.NewKeyset(rawKey.KeyId, []*tinkpb.Keyset_Key{rawKey}) keysetHandle2, err := testkeyset.NewHandle(keyset2) if err != nil { t.Fatalf("testkeyset.NewHandle() err = %s, want nil", err) } d2, err := daead.New(keysetHandle2) if err != nil { t.Errorf("daead.New failed: %s", err) } if err := validateDAEADFactoryCipher(d2, d, cryptofmt.RawPrefix); err != nil { t.Errorf("invalid cipher: %s", err) } } // encrypt with a random key from a new keyset, decrypt with the original keyset should fail. { keyset2 := testutil.NewTestAESSIVKeyset(tinkpb.OutputPrefixType_TINK) newPK := keyset2.Key[0] if newPK.OutputPrefixType == tinkpb.OutputPrefixType_RAW { t.Errorf("expect a non-raw key") } keysetHandle2, err := testkeyset.NewHandle(keyset2) if err != nil { t.Fatalf("testkeyset.NewHandle() err = %s, want nil", err) } d2, err := daead.New(keysetHandle2) if err != nil { t.Errorf("daead.New failed: %s", err) } expectedPrefix, err = cryptofmt.OutputPrefix(newPK) if err != nil { t.Fatalf("cryptofmt.OutputPrefix() err = %s, want nil", err) } err = validateDAEADFactoryCipher(d2, d, expectedPrefix) if err == nil || !strings.Contains(err.Error(), "decryption failed") { t.Errorf("expect decryption to fail with random key: %s", err) } } } func TestFactoryRawKeyAsPrimary(t *testing.T) { keyset := testutil.NewTestAESSIVKeyset(tinkpb.OutputPrefixType_RAW) if keyset.Key[0].OutputPrefixType != tinkpb.OutputPrefixType_RAW { t.Errorf("primary key is not a raw key") } keysetHandle, err := testkeyset.NewHandle(keyset) if err != nil { t.Errorf("testkeyset.NewHandle() err = %s, want nil", err) } d, err := daead.New(keysetHandle) if err != nil { t.Errorf("cannot get primitive from keyset handle: %s", err) } if err := validateDAEADFactoryCipher(d, d, cryptofmt.RawPrefix); err != nil { t.Errorf("invalid cipher: %s", err) } } func validateDAEADFactoryCipher(encryptCipher, decryptCipher tink.DeterministicAEAD, expectedPrefix string) error { prefixSize := len(expectedPrefix) // regular plaintext. pt := random.GetRandomBytes(20) aad := random.GetRandomBytes(20) ct, err := encryptCipher.EncryptDeterministically(pt, aad) if err != nil { return fmt.Errorf("encryption failed with regular plaintext: %s", err) } decrypted, err := decryptCipher.DecryptDeterministically(ct, aad) if err != nil || !bytes.Equal(decrypted, pt) { return fmt.Errorf("decryption failed with regular plaintext: err: %s, pt: %s, decrypted: %s", err, pt, decrypted) } if string(ct[:prefixSize]) != expectedPrefix { return fmt.Errorf("incorrect prefix with regular plaintext") } // short plaintext. pt = random.GetRandomBytes(1) ct, err = encryptCipher.EncryptDeterministically(pt, aad) if err != nil { return fmt.Errorf("encryption failed with short plaintext: %s", err) } decrypted, err = decryptCipher.DecryptDeterministically(ct, aad) if err != nil || !bytes.Equal(decrypted, pt) { return fmt.Errorf("decryption failed with short plaintext: err: %s, pt: %s, decrypted: %s", err, pt, decrypted) } if string(ct[:prefixSize]) != expectedPrefix { return fmt.Errorf("incorrect prefix with short plaintext") } return nil } func TestFactoryWithInvalidPrimitiveSetType(t *testing.T) { wrongKH, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("failed to build *keyset.Handle: %s", err) } _, err = daead.New(wrongKH) if err == nil { t.Fatal("calling New() with wrong *keyset.Handle should fail") } } func TestFactoryWithValidPrimitiveSetType(t *testing.T) { goodKH, err := keyset.NewHandle(daead.AESSIVKeyTemplate()) if err != nil { t.Fatalf("failed to build *keyset.Handle: %s", err) } _, err = daead.New(goodKH) if err != nil { t.Fatalf("calling New() with good *keyset.Handle failed: %s", err) } } func TestPrimitiveFactoryWithMonitoringAnnotationsLogsEncryptionDecryptionWithPrefix(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(daead.AESSIVKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Annotations are only supported throught the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := daead.New(mh) if err != nil { t.Fatalf("daead.New() err = %v, want nil", err) } pt := []byte("HELLO_WORLD") ct, err := p.EncryptDeterministically(pt, nil) if err != nil { t.Fatalf("p.EncryptDeterministically() err = %v, want nil", err) } if _, err := p.DecryptDeterministically(ct, nil); err != nil { t.Fatalf("p.DecryptDeterministically() err = %v, want nil", err) } got := client.Events() wantKeysetInfo := monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { Status: monitoring.Enabled, KeyID: kh.KeysetInfo().GetPrimaryKeyId(), KeyType: "tink.AesSivKey", KeyPrefix: "TINK", }, }, ) want := []*fakemonitoring.LogEvent{ { KeyID: mh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(pt), Context: monitoring.NewContext("daead", "encrypt", wantKeysetInfo), }, { KeyID: mh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(ct), Context: monitoring.NewContext("daead", "decrypt", wantKeysetInfo), }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestPrimitiveFactoryWithMonitoringAnnotationsLogsEncryptionDecryptionWithoutPrefix(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } template := daead.AESSIVKeyTemplate() // There's currently not a raw template in the public API, but // we add a test by customizing the output prefix of an existing one. template.OutputPrefixType = tinkpb.OutputPrefixType_RAW kh, err := keyset.NewHandle(template) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Annotations are only supported throught the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := daead.New(mh) if err != nil { t.Fatalf("daead.New() err = %v, want nil", err) } data := []byte("hello_world") aad := []byte("_!") ct, err := p.EncryptDeterministically(data, aad) if err != nil { t.Fatalf("p.EncryptDeterministically() err = %v, want nil", err) } if _, err := p.DecryptDeterministically(ct, aad); err != nil { t.Fatalf("p.DecryptDeterministically() err = %v, want nil", err) } got := client.Events() wantKeysetInfo := monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { Status: monitoring.Enabled, KeyID: kh.KeysetInfo().GetPrimaryKeyId(), KeyType: "tink.AesSivKey", KeyPrefix: "RAW", }, }, ) want := []*fakemonitoring.LogEvent{ { Context: monitoring.NewContext("daead", "encrypt", wantKeysetInfo), KeyID: wantKeysetInfo.PrimaryKeyID, NumBytes: len(data), }, { Context: monitoring.NewContext("daead", "decrypt", wantKeysetInfo), KeyID: wantKeysetInfo.PrimaryKeyID, NumBytes: len(ct), }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestFactoryWithMonitoringPrimitiveWithMultipleKeysLogsEncryptionDecryption(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } manager := keyset.NewManager() numKeys := 4 keyIDs := make([]uint32, numKeys, numKeys) var err error for i := 0; i < numKeys; i++ { keyIDs[i], err = manager.Add(daead.AESSIVKeyTemplate()) if err != nil { t.Fatalf("manager.Add() err = %v, want nil", err) } } if err := manager.SetPrimary(keyIDs[1]); err != nil { t.Fatalf("manager.SetPrimary(%d) err = %v, want nil", keyIDs[1], err) } if err := manager.Disable(keyIDs[0]); err != nil { t.Fatalf("manager.Disable(%d) err = %v, want nil", keyIDs[0], err) } kh, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Annotations are only supported throught the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := daead.New(mh) if err != nil { t.Fatalf("daead.New() err = %v, want nil", err) } data := []byte("YELLOW_ORANGE") ct, err := p.EncryptDeterministically(data, nil) if err != nil { t.Fatalf("p.EncryptDeterministically() err = %v, want nil", err) } if _, err := p.DecryptDeterministically(ct, nil); err != nil { t.Fatalf("p.DecryptDeterministically() err = %v, want nil", err) } failures := len(client.Failures()) if failures != 0 { t.Errorf("len(client.Failures()) = %d, want 0", failures) } got := client.Events() wantKeysetInfo := monitoring.NewKeysetInfo(annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.AesSivKey", KeyPrefix: "TINK", }, { KeyID: keyIDs[2], Status: monitoring.Enabled, KeyType: "tink.AesSivKey", KeyPrefix: "TINK", }, { KeyID: keyIDs[3], Status: monitoring.Enabled, KeyType: "tink.AesSivKey", KeyPrefix: "TINK", }, }) want := []*fakemonitoring.LogEvent{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), Context: monitoring.NewContext( "daead", "encrypt", wantKeysetInfo, ), }, { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(ct), Context: monitoring.NewContext( "daead", "decrypt", wantKeysetInfo, ), }, } // sort by keyID to avoid non deterministic order. entryLessFunc := func(a, b *monitoring.Entry) bool { return a.KeyID < b.KeyID } if !cmp.Equal(got, want, cmpopts.SortSlices(entryLessFunc)) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestPrimitiveFactoryWithMonitoringAnnotationsEncryptionFailureIsLogged(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := &fakemonitoring.Client{Name: ""} if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } typeURL := "TestFactoryWithMonitoringPrimitiveEncryptionFailureIsLogged" km := &stubkeymanager.StubKeyManager{ URL: typeURL, Prim: &testutil.AlwaysFailingDeterministicAead{Error: fmt.Errorf("failed")}, KeyData: &tinkpb.KeyData{ TypeUrl: typeURL, Value: []byte("serialized_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, } if err := registry.RegisterKeyManager(km); err != nil { t.Fatalf("registry.RegisterKeyManager() err = %v, want nil", err) } template := &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: tinkpb.OutputPrefixType_LEGACY, } kh, err := keyset.NewHandle(template) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Annotations are only supported throught the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := daead.New(mh) if err != nil { t.Fatalf("daead.New() err = %v, want nil", err) } if _, err := p.EncryptDeterministically(nil, nil); err == nil { t.Fatalf("EncryptDeterministically() err = nil, want error") } got := client.Failures() want := []*fakemonitoring.LogFailure{ { Context: monitoring.NewContext( "daead", "encrypt", monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: typeURL, KeyPrefix: "LEGACY", }, }, ), ), }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestPrimitiveFactoryWithMonitoringAnnotationsDecryptionFailureIsLogged(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := &fakemonitoring.Client{Name: ""} if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(daead.AESSIVKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Annotations are only supported throught the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := daead.New(mh) if err != nil { t.Fatalf("daead.New() err = %v, want nil", err) } if _, err := p.DecryptDeterministically([]byte("invalid_data"), nil); err == nil { t.Fatalf("DecryptDeterministically() err = nil, want error") } got := client.Failures() want := []*fakemonitoring.LogFailure{ { Context: monitoring.NewContext( "daead", "decrypt", monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.AesSivKey", KeyPrefix: "TINK", }, }, ), ), }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestFactoryWithMonitoringMultiplePrimitivesLogOperations(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := &fakemonitoring.Client{Name: ""} if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh1, err := keyset.NewHandle(daead.AESSIVKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Annotations are only supported throught the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh1, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh1, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p1, err := daead.New(mh1) if err != nil { t.Fatalf("daead.New() err = %v, want nil", err) } kh2, err := keyset.NewHandle(daead.AESSIVKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } buff.Reset() if err := insecurecleartextkeyset.Write(kh2, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } mh2, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p2, err := daead.New(mh2) if err != nil { t.Fatalf("daead.New() err = %v, want nil", err) } d1 := []byte("YELLOW_ORANGE") if _, err := p1.EncryptDeterministically(d1, nil); err != nil { t.Fatalf("p1.EncryptDeterministically() err = %v, want nil", err) } d2 := []byte("ORANGE_BLUE") if _, err := p2.EncryptDeterministically(d2, nil); err != nil { t.Fatalf("p2.EncryptDeterministically() err = %v, want nil", err) } got := client.Events() want := []*fakemonitoring.LogEvent{ { KeyID: kh1.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(d1), Context: monitoring.NewContext( "daead", "encrypt", monitoring.NewKeysetInfo( annotations, kh1.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh1.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.AesSivKey", KeyPrefix: "TINK", }, }, ), ), }, { KeyID: kh2.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(d2), Context: monitoring.NewContext( "daead", "encrypt", monitoring.NewKeysetInfo( annotations, kh2.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh2.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.AesSivKey", KeyPrefix: "TINK", }, }, ), ), }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestPrimitiveFactoryEncryptDecryptWithoutAnnotationsDoesNotMonitor(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(daead.AESSIVKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } p, err := daead.New(kh) if err != nil { t.Fatalf("daead.New() err = %v, want nil", err) } data := []byte("hello_world") ct, err := p.EncryptDeterministically(data, nil) if err != nil { t.Fatalf("p.EncryptDeterministically() err = %v, want nil", err) } if _, err := p.DecryptDeterministically(ct, nil); err != nil { t.Fatalf("p.DecryptDeterministically() err = %v, want nil", err) } got := client.Events() if len(got) != 0 { t.Errorf("len(client.Events()) = %d, want 0", len(got)) } } const ( stubKeyURL = "type.googleapis.com/google.crypto.tink.SomeKey" fullDAEADPrefix = "full_dead_prefix" legacyDAEADPrefix = "legacy_dead_prefix" ) type stubFullDEAD struct{} var _ tink.DeterministicAEAD = (*stubFullDEAD)(nil) func (s *stubFullDEAD) EncryptDeterministically(pt, ad []byte) ([]byte, error) { return slices.Concat([]byte(fullDAEADPrefix), pt), nil } func (s *stubFullDEAD) DecryptDeterministically(ct, ad []byte) ([]byte, error) { return ct[len(fullDAEADPrefix):], nil } type stubParams struct{} var _ key.Parameters = (*stubParams)(nil) func (p *stubParams) Equal(_ key.Parameters) bool { return true } func (p *stubParams) HasIDRequirement() bool { return true } type stubKey struct { prefixType tinkpb.OutputPrefixType idRequirement uint32 } var _ key.Key = (*stubKey)(nil) func (p *stubKey) Equal(_ key.Key) bool { return true } func (p *stubKey) Parameters() key.Parameters { return &stubParams{} } func (p *stubKey) IDRequirement() (uint32, bool) { return p.idRequirement, p.HasIDRequirement() } func (p *stubKey) HasIDRequirement() bool { return p.prefixType != tinkpb.OutputPrefixType_RAW } func (p *stubKey) OutputPrefix() []byte { prefix, err := cryptofmt.OutputPrefix(&tinkpb.Keyset_Key{OutputPrefixType: p.prefixType, KeyId: p.idRequirement}) if err != nil { panic(err) } return []byte(prefix) } type stubKeySerialization struct{} var _ protoserialization.KeySerializer = (*stubKeySerialization)(nil) func (s *stubKeySerialization) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: stubKeyURL, Value: []byte("serialized_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, key.(*stubKey).prefixType, key.(*stubKey).idRequirement, ) } type stubKeyParser struct{} var _ protoserialization.KeyParser = (*stubKeyParser)(nil) func (s *stubKeyParser) ParseKey(serialization *protoserialization.KeySerialization) (key.Key, error) { idRequirement, _ := serialization.IDRequirement() return &stubKey{serialization.OutputPrefixType(), idRequirement}, nil } func mustCreateKeyset(t *testing.T, key key.Key) *keyset.Handle { t.Helper() km := keyset.NewManager() keyID, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } return handle } func TestPrimitiveFactoryUsesFullPrimitiveIfRegistered(t *testing.T) { defer primitiveregistry.UnregisterPrimitiveConstructor[*stubKey]() defer protoserialization.UnregisterKeyParser(stubKeyURL) defer protoserialization.UnregisterKeySerializer[*stubKey]() if err := protoserialization.RegisterKeyParser(stubKeyURL, &stubKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKey](&stubKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } // Register a primitive constructor to make sure that the factory uses the // full primitive. primitiveConstructor := func(key key.Key) (any, error) { return &stubFullDEAD{}, nil } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubKey](primitiveConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } handle := mustCreateKeyset(t, &stubKey{ tinkpb.OutputPrefixType_TINK, 0x1234, }) encrypter, err := daead.New(handle) if err != nil { t.Fatalf("daead.New() err = %v, want nil", err) } data := []byte("data") ad := []byte("ad") ciphertext, err := encrypter.EncryptDeterministically(data, ad) if err != nil { t.Fatalf("encrypter.Sign() err = %v, want nil", err) } if !bytes.Equal(ciphertext, slices.Concat([]byte(fullDAEADPrefix), data)) { t.Errorf("ciphertext = %q, want: %q", ciphertext, data) } } type stubLegacyDEAD struct{} var _ tink.DeterministicAEAD = (*stubLegacyDEAD)(nil) func (s *stubLegacyDEAD) EncryptDeterministically(pt, ad []byte) ([]byte, error) { return slices.Concat([]byte(legacyDAEADPrefix), pt), nil } func (s *stubLegacyDEAD) DecryptDeterministically(ct, ad []byte) ([]byte, error) { return ct[len(legacyDAEADPrefix):], nil } type stubKeyManager struct{} var _ registry.KeyManager = (*stubKeyManager)(nil) func (km *stubKeyManager) NewKey(_ []byte) (proto.Message, error) { return nil, fmt.Errorf("not implemented") } func (km *stubKeyManager) NewKeyData(_ []byte) (*tinkpb.KeyData, error) { return nil, fmt.Errorf("not implemented") } func (km *stubKeyManager) DoesSupport(keyURL string) bool { return keyURL == stubKeyURL } func (km *stubKeyManager) TypeURL() string { return stubKeyURL } func (km *stubKeyManager) Primitive(_ []byte) (any, error) { return &stubLegacyDEAD{}, nil } func TestPrimitiveFactoryUsesLegacyPrimitive(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeyURL) defer protoserialization.UnregisterKeySerializer[*stubKey]() if err := protoserialization.RegisterKeyParser(stubKeyURL, &stubKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKey](&stubKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := registry.RegisterKeyManager(&stubKeyManager{}); err != nil { t.Fatalf("registry.RegisterKeyManager() err = %v, want nil", err) } data := []byte("data") legacyPrefix := []byte(legacyDAEADPrefix) for _, tc := range []struct { name string handle *keyset.Handle wantCiphertext []byte }{ { name: "TINK", handle: mustCreateKeyset(t, &stubKey{tinkpb.OutputPrefixType_TINK, 0x1234}), wantCiphertext: slices.Concat([]byte{cryptofmt.TinkStartByte, 0x00, 0x00, 0x12, 0x34}, legacyPrefix, data), }, { name: "CRUNCHY", handle: mustCreateKeyset(t, &stubKey{tinkpb.OutputPrefixType_CRUNCHY, 0x1234}), wantCiphertext: slices.Concat([]byte{cryptofmt.LegacyStartByte, 0x00, 0x00, 0x12, 0x34}, legacyPrefix, data), }, { name: "RAW", handle: mustCreateKeyset(t, &stubKey{tinkpb.OutputPrefixType_RAW, 0}), wantCiphertext: slices.Concat(legacyPrefix, data), }, } { t.Run(tc.name, func(t *testing.T) { // Create a keyset with a single key. encrypter, err := daead.New(tc.handle) if err != nil { t.Fatalf("daead.New() err = %v, want nil", err) } ad := []byte("ad") ciphertext, err := encrypter.EncryptDeterministically(data, ad) if err != nil { t.Fatalf("encrypter.Sign() err = %v, want nil", err) } if got, want := ciphertext, tc.wantCiphertext; !bytes.Equal(got, want) { t.Errorf("ciphertext = %q, want: %q", got, want) } }) } } func TestNewWithConfig(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeyURL) defer protoserialization.UnregisterKeySerializer[*stubKey]() if err := protoserialization.RegisterKeyParser(stubKeyURL, &stubKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKey](&stubKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } configBuilder := config.NewBuilder() if err := configBuilder.RegisterPrimitiveConstructor(reflect.TypeFor[*stubKey](), func(key key.Key) (any, error) { return &stubFullDEAD{}, nil }, internalapi.Token{}); err != nil { t.Fatalf("configBuilder.RegisterPrimitiveConstructor() err = %v, want nil", err) } config := configBuilder.Build() km := keyset.NewManager() keyID, err := km.AddKey(&stubKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } encrypter, err := daead.NewWithConfig(handle, &config) if err != nil { t.Fatalf("daead.NewWithConfig() err = %v, want nil", err) } m, err := encrypter.EncryptDeterministically([]byte("message"), nil) if err != nil { t.Fatalf("encrypter.EncryptDeterministically() err = %v, want nil", err) } wantPrefix := slices.Concat([]byte(fullDAEADPrefix)) if !bytes.HasPrefix(m, wantPrefix) { t.Errorf("m = %q, want prefix: %q", m, wantPrefix) } } ================================================ FILE: daead/daead_init_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package daead_test import ( "testing" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestDeterministicAEADInit(t *testing.T) { // Check that the AES-SIV key manager is in the global registry. _, err := registry.GetKeyManager(testutil.AESSIVTypeURL) if err != nil { t.Errorf("unexpected error: %s", err) } } ================================================ FILE: daead/daead_key_templates.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package daead import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/tinkerror" aspb "github.com/tink-crypto/tink-go/v2/proto/aes_siv_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // AESSIVKeyTemplate is a KeyTemplate that generates a AES-SIV key. func AESSIVKeyTemplate() *tinkpb.KeyTemplate { format := &aspb.AesSivKeyFormat{ KeySize: 64, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesSivKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: serializedFormat, } } ================================================ FILE: daead/daead_key_templates_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package daead_test import ( "bytes" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/daead" "github.com/tink-crypto/tink-go/v2/keyset" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyTemplates(t *testing.T) { var testCases = []struct { name string template *tinkpb.KeyTemplate }{ {name: "AES256_SIV", template: daead.AESSIVKeyTemplate()}, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if err := testEncryptDecrypt(tc.template); err != nil { t.Errorf("%v", err) } }) } } func testEncryptDecrypt(template *tinkpb.KeyTemplate) error { handle, err := keyset.NewHandle(template) if err != nil { return fmt.Errorf("keyset.NewHandle(template) failed: %v", err) } primitive, err := daead.New(handle) if err != nil { return fmt.Errorf("daead.New(handle) failed: %v", err) } var testInputs = []struct { plaintext []byte aad1 []byte aad2 []byte }{ { plaintext: []byte("some data to encrypt"), aad1: []byte("extra data to authenticate"), aad2: []byte("extra data to authenticate"), }, { plaintext: []byte("some data to encrypt"), aad1: []byte(""), aad2: []byte(""), }, { plaintext: []byte("some data to encrypt"), aad1: nil, aad2: nil, }, { plaintext: []byte(""), aad1: nil, aad2: nil, }, { plaintext: nil, aad1: []byte("extra data to authenticate"), aad2: []byte("extra data to authenticate"), }, { plaintext: nil, aad1: []byte(""), aad2: []byte(""), }, { plaintext: nil, aad1: nil, aad2: nil, }, { plaintext: []byte("some data to encrypt"), aad1: []byte(""), aad2: nil, }, { plaintext: []byte("some data to encrypt"), aad1: nil, aad2: []byte(""), }, } for _, ti := range testInputs { ciphertext, err := primitive.EncryptDeterministically(ti.plaintext, ti.aad1) if err != nil { return fmt.Errorf("encryption failed, error: %v", err) } decrypted, err := primitive.DecryptDeterministically(ciphertext, ti.aad2) if err != nil { return fmt.Errorf("decryption failed, error: %v", err) } if !bytes.Equal(ti.plaintext, decrypted) { return fmt.Errorf("decrypted data doesn't match plaintext, got: %q, want: %q", decrypted, ti.plaintext) } } return nil } ================================================ FILE: daead/daead_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package daead_test // [START deterministic-aead-example] import ( "bytes" "fmt" "log" "github.com/tink-crypto/tink-go/v2/daead" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/keyset" ) func Example() { // A keyset created with "tinkey create-keyset --key-template=AES256_SIV". Note // that this keyset has the secret key information in cleartext. jsonKeyset := `{ "key": [{ "keyData": { "keyMaterialType": "SYMMETRIC", "typeUrl": "type.googleapis.com/google.crypto.tink.AesSivKey", "value": "EkAl9HCMmKTN1p3V186uhZpJQ+tivyc4IKyE+opg6SsEbWQ/WesWHzwCRrlgRuxdaggvgMzwWhjPnkk9gptBnGLK" }, "keyId": 1919301694, "outputPrefixType": "TINK", "status": "ENABLED" }], "primaryKeyId": 1919301694 }` // Create a keyset handle from the cleartext keyset in the previous // step. The keyset handle provides abstract access to the underlying keyset to // limit the exposure of accessing the raw key material. // // WARNING: In practice, it is unlikely you will want to use a insecurecleartextkeyset, // as it implies that your key material is passed in cleartext, which is a security risk. // Consider encrypting it with a remote key in Cloud KMS, AWS KMS or HashiCorp Vault. // See https://developers.google.com/tink/key-management-overview. keysetHandle, err := insecurecleartextkeyset.Read( keyset.NewJSONReader(bytes.NewBufferString(jsonKeyset))) if err != nil { log.Fatal(err) } // Retrieve the DAEAD primitive we want to use from the keyset handle. primitive, err := daead.New(keysetHandle) if err != nil { log.Fatal(err) } // Use the primitive to encrypt a message. In this case the primary key of the // keyset will be used (which is also the only key in this example). plaintext := []byte("message") associatedData := []byte("associated data") ciphertext, err := primitive.EncryptDeterministically(plaintext, associatedData) if err != nil { log.Fatal(err) } // Use the primitive to decrypt the message. Decrypt finds the correct key in // the keyset and decrypts the ciphertext. If no key is found or decryption // fails, it returns an error. decrypted, err := primitive.DecryptDeterministically(ciphertext, associatedData) if err != nil { log.Fatal(err) } fmt.Println(ciphertext) fmt.Println(string(decrypted)) // Output: // [1 114 102 56 62 150 98 146 84 99 211 36 127 214 229 231 157 56 143 192 250 132 32 153 124 244 238 112] // message } // [END deterministic-aead-example] ================================================ FILE: daead/subtle/aes_siv.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package subtle provides subtle implementations of the DeterministicAEAD // primitive. package subtle import ( "crypto/aes" "crypto/cipher" "crypto/subtle" "errors" "fmt" "slices" "github.com/tink-crypto/tink-go/v2/internal/mac/aescmac" // Placeholder for internal crypto/cipher allowlist, please ignore. // Placeholder for internal crypto/subtle allowlist, please ignore. ) // AESSIV is an implementation of AES-SIV-CMAC as defined in // https://tools.ietf.org/html/rfc5297. // // AESSIV implements a deterministic encryption with associated data (i.e. the // DeterministicAEAD interface). Hence the implementation below is restricted // to one AD component. // // Security Note: // // Chatterjee, Menezes and Sarkar analyze AES-SIV in Section 5.1 of // https://www.math.uwaterloo.ca/~ajmeneze/publications/tightness.pdf // // Their analysis shows that AES-SIV is susceptible to an attack in // a multi-user setting. Concretely, if an attacker knows the encryption // of a message m encrypted and authenticated with k different keys, // then it is possible to find one of the MAC keys in time 2^b / k // where b is the size of the MAC key. A consequence of this attack // is that 128-bit MAC keys give unsufficient security. // Since 192-bit AES keys are not supported by tink for voodoo reasons // and RFC 5297 only supports same size encryption and MAC keys this // implies that keys must be 64 bytes (2*256 bits) long. type AESSIV struct { k1, k2 []byte cmac *aescmac.CMAC } const ( // AESSIVKeySize is the key size in bytes. AESSIVKeySize = 64 intSize = 32 << (^uint(0) >> 63) // 32 or 64 maxInt = 1<<(intSize-1) - 1 ) // NewAESSIV returns an AESSIV instance. func NewAESSIV(key []byte) (*AESSIV, error) { if len(key) != AESSIVKeySize { return nil, fmt.Errorf("aes_siv: invalid key size %d", len(key)) } k1 := key[:32] k2 := key[32:] cmac, err := aescmac.New(k1) if err != nil { return nil, fmt.Errorf("aes_siv: %v", err) } return &AESSIV{k1: k1, k2: k2, cmac: cmac}, nil } // multiplyByX multiplies an element in GF(2^128) by its generator. // // This function is incorrectly named "doubling" in section 2.3 of RFC 5297. func multiplyByX(block []byte) { carry := int(block[0] >> 7) for i := 0; i < aes.BlockSize-1; i++ { block[i] = (block[i] << 1) | (block[i+1] >> 7) } block[aes.BlockSize-1] = (block[aes.BlockSize-1] << 1) ^ byte(subtle.ConstantTimeSelect(carry, 0x87, 0x00)) } // EncryptDeterministically deterministically encrypts plaintext with associatedData. func (asc *AESSIV) EncryptDeterministically(plaintext, associatedData []byte) ([]byte, error) { if len(plaintext) > maxInt-aes.BlockSize { return nil, fmt.Errorf("aes_siv: plaintext too long") } siv := asc.s2v(plaintext, associatedData) ct := make([]byte, len(plaintext)+aes.BlockSize) copy(ct[:aes.BlockSize], siv) if err := asc.ctrCrypt(siv, plaintext, ct[aes.BlockSize:]); err != nil { return nil, err } return ct, nil } // DecryptDeterministically deterministically decrypts ciphertext with associatedData. func (asc *AESSIV) DecryptDeterministically(ciphertext, associatedData []byte) ([]byte, error) { if len(ciphertext) < aes.BlockSize { return nil, errors.New("aes_siv: ciphertext is too short") } pt := make([]byte, len(ciphertext)-aes.BlockSize) siv := ciphertext[:aes.BlockSize] asc.ctrCrypt(siv, ciphertext[aes.BlockSize:], pt) s2v := asc.s2v(pt, associatedData) diff := byte(0) for i := 0; i < aes.BlockSize; i++ { diff |= siv[i] ^ s2v[i] } if diff != 0 { return nil, errors.New("aes_siv: invalid ciphertext") } return pt, nil } // ctrCrypt encrypts (or decrypts) the bytes in in using an SIV and writes the // result to out. func (asc *AESSIV) ctrCrypt(siv, in, out []byte) error { // siv might be used outside of ctrCrypt(), so making a copy of it. iv := slices.Clone(siv) iv[8] &= 0x7f iv[12] &= 0x7f c, err := aes.NewCipher(asc.k2) if err != nil { return fmt.Errorf("aes_siv: aes.NewCipher() failed: %v", err) } steam := cipher.NewCTR(c, iv) steam.XORKeyStream(out, in) return nil } var zeroBlock [aes.BlockSize]byte // s2v is a Pseudo-Random Function (PRF) construction as defined in // Section 2.4 of RFC 5297. func (asc *AESSIV) s2v(msg, ad []byte) []byte { block := asc.cmac.Compute(zeroBlock[:]) multiplyByX(block) // block := CMAC(AD) XOR block adMac := asc.cmac.Compute(ad) subtle.XORBytes(block, block, adMac) if len(msg) >= aes.BlockSize { // v := CMAC(msg XOREND block) res, err := asc.cmac.XOREndAndCompute(msg, block) // This should never happen, so we prefer to panic. if err != nil { panic(err) } return res } // block := MultiplyByX(block) XOR pad(msg) multiplyByX(block) subtle.XORBytes(block, block, msg) block[len(msg)] ^= 0x80 // v := CMAC(block) return asc.cmac.Compute(block) } ================================================ FILE: daead/subtle/aes_siv_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/daead/subtle" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestAESSIV_EncryptDecrypt(t *testing.T) { keyStr := "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f" + "00112233445566778899aabbccddeefff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff" key, err := hex.DecodeString(keyStr) if err != nil { t.Fatalf("hex.DecodeString() err = %q, want nil", err) } msg := []byte("Some data to encrypt.") aad := []byte("Additional data") a, err := subtle.NewAESSIV(key) if err != nil { t.Errorf("NewAESSIV(key) = _, %v, want _, nil", err) } ct, err := a.EncryptDeterministically(msg, aad) if err != nil { t.Errorf("Unexpected encryption error: %v", err) } if pt, err := a.DecryptDeterministically(ct, aad); err != nil { t.Errorf("Unexpected decryption error: %v", err) } else if !bytes.Equal(pt, msg) { t.Errorf("Mismatched plaintexts: got %v, want %v", pt, msg) } } func TestAESSIV_EmptyPlaintext(t *testing.T) { keyStr := "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f" + "00112233445566778899aabbccddeefff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff" key, err := hex.DecodeString(keyStr) if err != nil { t.Fatalf("hex.DecodeString() err = %q, want nil", err) } aad := []byte("Additional data") a, err := subtle.NewAESSIV(key) if err != nil { t.Errorf("NewAESSIV(key) = _, %v, want _, nil", err) } ct, err := a.EncryptDeterministically(nil, aad) if err != nil { t.Errorf("Unexpected encryption error: %v", err) } if pt, err := a.DecryptDeterministically(ct, aad); err != nil { t.Errorf("Unexpected decryption error: %v", err) } else if !bytes.Equal(pt, []byte{}) { t.Errorf("Mismatched plaintexts: got %v, want []", pt) } ct, err = a.EncryptDeterministically([]byte{}, aad) if err != nil { t.Errorf("Unexpected encryption error: %v", err) } if pt, err := a.DecryptDeterministically(ct, aad); err != nil { t.Errorf("Unexpected decryption error: %v", err) } else if !bytes.Equal(pt, []byte{}) { t.Errorf("Mismatched plaintexts: got %v, want []", pt) } } func TestAESSIV_EmptyAdditionalData(t *testing.T) { keyStr := "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f" + "00112233445566778899aabbccddeefff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff" key, err := hex.DecodeString(keyStr) if err != nil { t.Fatalf("hex.DecodeString() err = %q, want nil", err) } a, err := subtle.NewAESSIV(key) if err != nil { t.Errorf("NewAESSIV(key) = _, %v, want _, nil", err) } ct, err := a.EncryptDeterministically(nil, nil) if err != nil { t.Errorf("Unexpected encryption error: %v", err) } if pt, err := a.DecryptDeterministically(ct, nil); err != nil { t.Errorf("Unexpected decryption error: %v", err) } else if !bytes.Equal(pt, []byte{}) { t.Errorf("Mismatched plaintexts: got %v, want []", pt) } if pt, err := a.DecryptDeterministically(ct, []byte{}); err != nil { t.Errorf("Unexpected decryption error: %v", err) } else if !bytes.Equal(pt, []byte{}) { t.Errorf("Mismatched plaintexts: got %v, want []", pt) } } func TestAESSIV_KeySizes(t *testing.T) { keyStr := "198371900187498172316311acf81d238ff7619873a61983d619c87b63a1987f" + "987131819803719b847126381cd763871638aa71638176328761287361231321" + "812731321de508761437195ff231765aa4913219873ac6918639816312130011" + "abc900bba11400187984719827431246bbab1231eb4145215ff7141436616beb" + "9817298148712fed3aab61000ff123313e" key, err := hex.DecodeString(keyStr) if err != nil { t.Fatalf("hex.DecodeString() err = %q, want nil", err) } for i := 0; i < len(key); i++ { _, err := subtle.NewAESSIV(key[:i]) if i == subtle.AESSIVKeySize && err != nil { t.Errorf("Rejected valid key size: %v, %v", i, err) } if i != subtle.AESSIVKeySize && err == nil { t.Errorf("Allowed invalid key size: %v", i) } } } func TestAESSIV_MessageSizes(t *testing.T) { keyStr := "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f" + "00112233445566778899aabbccddeefff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff" key, err := hex.DecodeString(keyStr) if err != nil { t.Fatalf("hex.DecodeString() err = %q, want nil", err) } aad := []byte("Additional data") a, err := subtle.NewAESSIV(key) if err != nil { t.Errorf("NewAESSIV(key) = _, %v, want _, nil", err) } for i := uint32(0); i < 1024; i++ { msg := random.GetRandomBytes(i) ct, err := a.EncryptDeterministically(msg, aad) if err != nil { t.Errorf("Unexpected encryption error: %v", err) } if pt, err := a.DecryptDeterministically(ct, aad); err != nil { t.Errorf("Unexpected decryption error: %v", err) } else if !bytes.Equal(pt, msg) { t.Errorf("Mismatched plaintexts: got %v, want %v", pt, msg) } } for i := uint32(1024); i < 100000; i += 5000 { msg := random.GetRandomBytes(i) ct, err := a.EncryptDeterministically(msg, aad) if err != nil { t.Errorf("Unexpected encryption error: %v", err) } if pt, err := a.DecryptDeterministically(ct, aad); err != nil { t.Errorf("Unexpected decryption error: %v", err) } else if !bytes.Equal(pt, msg) { t.Errorf("Mismatched plaintexts: got %v, want %v", pt, msg) } } } func TestAESSIV_AdditionalDataSizes(t *testing.T) { keyStr := "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f" + "00112233445566778899aabbccddeefff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff" key, err := hex.DecodeString(keyStr) if err != nil { t.Fatalf("hex.DecodeString() err = %q, want nil", err) } msg := []byte("Some data to encrypt.") a, err := subtle.NewAESSIV(key) if err != nil { t.Errorf("NewAESSIV(key) = _, %v, want _, nil", err) } for i := uint32(0); i < 1024; i++ { aad := random.GetRandomBytes(i) ct, err := a.EncryptDeterministically(msg, aad) if err != nil { t.Errorf("Unexpected encryption error: %v", err) } if pt, err := a.DecryptDeterministically(ct, aad); err != nil { t.Errorf("Unexpected decryption error: %v", err) } else if !bytes.Equal(pt, msg) { t.Errorf("Mismatched plaintexts: got %v, want %v", pt, msg) } } } func TestAESSIV_CiphertextModifications(t *testing.T) { keyStr := "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f" + "00112233445566778899aabbccddeefff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff" key, err := hex.DecodeString(keyStr) if err != nil { t.Fatalf("hex.DecodeString() err = %q, want nil", err) } aad := []byte("Additional data") a, err := subtle.NewAESSIV(key) if err != nil { t.Errorf("NewAESSIV(key) = _, %v, want _, nil", err) } for i := uint32(0); i < 50; i++ { msg := random.GetRandomBytes(i) ct, err := a.EncryptDeterministically(msg, aad) if err != nil { t.Errorf("Unexpected encryption error: %v", err) } for j := 0; j < len(ct); j++ { for b := uint32(0); b < 8; b++ { ct[j] ^= 1 << b if _, err := a.DecryptDeterministically(ct, aad); err == nil { t.Errorf("Modified ciphertext decrypted: byte %d, bit %d", j, b) } ct[j] ^= 1 << b } } } } type AESSIVSuite struct { wycheproof.Suite TestGroups []*testGroup `json:"testGroups"` } type testGroup struct { wycheproof.Group KeySize uint32 `json:"keySize"` Tests []*testCase `json:"tests"` } type testCase struct { wycheproof.Case Key testutil.HexBytes `json:"key"` Aad testutil.HexBytes `json:"aad"` Msg testutil.HexBytes `json:"msg"` Ct testutil.HexBytes `json:"ct"` } func TestAESSIV_WycheproofVectors(t *testing.T) { suite := new(AESSIVSuite) wycheproof.PopulateSuiteV1(t, suite, "aes_siv_cmac_test.json") for _, g := range suite.TestGroups { if g.KeySize/8 != subtle.AESSIVKeySize { continue } for _, tc := range g.Tests { a, err := subtle.NewAESSIV(tc.Key) if err != nil { t.Errorf("NewAESSIV(key) = _, %v, want _, nil", err) continue } // EncryptDeterministically should always succeed since msg and aad are valid inputs. gotCt, err := a.EncryptDeterministically(tc.Msg, tc.Aad) if err != nil { t.Errorf("#%d, unexpected encryption error: %v", tc.CaseID, err) } else { if tc.Result == "valid" && !bytes.Equal(gotCt, tc.Ct) { t.Errorf("#%d, incorrect encryption: got %v, want %v", tc.CaseID, gotCt, tc.Ct) } if tc.Result == "invalid" && bytes.Equal(gotCt, tc.Ct) { t.Errorf("#%d, invalid encryption: got %v, want %v", tc.CaseID, gotCt, tc.Ct) } } pt, err := a.DecryptDeterministically(tc.Ct, tc.Aad) if tc.Result == "valid" { if err != nil { t.Errorf("#%d, unexpected decryption error: %v", tc.CaseID, err) } else if !bytes.Equal(pt, tc.Msg) { t.Errorf("#%d, incorrect decryption: got %v, want %v", tc.CaseID, pt, tc.Msg) } } else { if err == nil { t.Errorf("#%d, decryption error expected: got nil", tc.CaseID) } } } } } ================================================ FILE: docs/CONTRIBUTING.md ================================================ # How to contribute Please see the [developer documentation](https://developers.google.com/tink/contributing) on how to contribute to Tink. ================================================ FILE: docs/SECURITY.md ================================================ To report a security issue, please use http://g.co/vulnz. We use http://g.co/vulnz for our intake and coordination, and disclose vulnerabilities using GitHub Security Advisory. The Google Security Team will respond within 5 working days of your report on g.co/vulnz. ================================================ FILE: go.mod ================================================ module github.com/tink-crypto/tink-go/v2 go 1.24.0 toolchain go1.24.4 require ( github.com/c2sp/wycheproof v0.0.0-20260105152342-fca0d3ba9f12 github.com/google/go-cmp v0.7.0 golang.org/x/crypto v0.45.0 google.golang.org/protobuf v1.36.8 ) require golang.org/x/sys v0.38.0 // indirect ================================================ FILE: go.sum ================================================ github.com/c2sp/wycheproof v0.0.0-20260105152342-fca0d3ba9f12 h1:C34LW7dhWgjAaAOdNB8z2UCyJsXDjC6UTILljHuqOlI= github.com/c2sp/wycheproof v0.0.0-20260105152342-fca0d3ba9f12/go.mod h1:U1QjrC6KepOmtVmJn3QsKOTd9HliGr/da5afPEhLRnk= github.com/google/go-cmp v0.7.0 h1:wk8382ETsv4JYUZwIsn6YpYiWiBsYLSJiTsyBybVuN8= github.com/google/go-cmp v0.7.0/go.mod h1:pXiqmnSA92OHEEa9HXL2W4E7lf9JzCmGVUdgjX3N/iU= golang.org/x/crypto v0.45.0 h1:jMBrvKuj23MTlT0bQEOBcAE0mjg8mK9RXFhRH6nyF3Q= golang.org/x/crypto v0.45.0/go.mod h1:XTGrrkGJve7CYK7J8PEww4aY7gM3qMCElcJQ8n8JdX4= golang.org/x/sys v0.38.0 h1:3yZWxaJjBmCWXqhN1qh02AkOnCQ1poK6oF+a7xWL6Gc= golang.org/x/sys v0.38.0/go.mod h1:OgkHotnGiDImocRcuBABYBEXf8A9a87e/uXjp9XT3ks= google.golang.org/protobuf v1.36.8 h1:xHScyCOEuuwZEc6UtSOvPbAT4zRh0xcNRYekJwfqyMc= google.golang.org/protobuf v1.36.8/go.mod h1:fuxRtAxBytpl4zzqUh6/eyUujkJdNiuEkXntxiD/uRU= ================================================ FILE: hybrid/ecies/ecies.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package ecies contains parameters and keys for ECIES keys with HKDF and AEAD // encryption. // // This follows loosely ECIES ISO 18033-2 (Elliptic Curve Integrated Encryption // Scheme, see http://www.shoup.net/iso/std6.pdf), with some notable // differences: // // - use of HKDF key derivation function (instead of KDF1 and KDF2) enabling // the use of optional parameters to the key derivation function, which // strengthen the overall security and allow for binding the key material // to application-specific information (cf. RFC 5869, // https://tools.ietf.org/html/rfc5869) // - use of modern AEAD schemes rather than "manual composition" of symmetric // encryption with message authentication codes (as in DEM1, DEM2, and DEM3 // schemes of ISO 18033-2) package ecies import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" eciespb "github.com/tink-crypto/tink-go/v2/proto/ecies_aead_hkdf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func init() { if err := protoserialization.RegisterKeySerializer[*PublicKey](&publicKeySerializer{}); err != nil { panic(fmt.Sprintf("ecies.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(publicKeyTypeURL, &publicKeyParser{}); err != nil { panic(fmt.Sprintf("ecies.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](&privateKeySerializer{}); err != nil { panic(fmt.Sprintf("ecies.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(privateKeyTypeURL, &privateKeyParser{}); err != nil { panic(fmt.Sprintf("ecies.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("ecies.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(privateKeyTypeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("ecies.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PublicKey](hybridEncryptConstructor); err != nil { panic(fmt.Sprintf("ecies.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PrivateKey](hybridDecryptConstructor); err != nil { panic(fmt.Sprintf("ecies.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("ecies.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.NewPrivateKeyManager(privateKeyTypeURL, hybridDecryptConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func(b []byte) (proto.Message, error) { protoKey := &eciespb.EciesAeadHkdfPrivateKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("ecies.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(publicKeyTypeURL, hybridEncryptConstructor, tinkpb.KeyData_ASYMMETRIC_PUBLIC, func(b []byte) (proto.Message, error) { protoKey := &eciespb.EciesAeadHkdfPublicKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("ecies.init() failed: %v", err)) } } // RegisterPrimitiveConstructor accepts a config object and registers the // ECIES primitive constructors to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { if err := c.RegisterPrimitiveConstructor(reflect.TypeFor[*PrivateKey](), hybridDecryptConstructor, t); err != nil { return err } return c.RegisterPrimitiveConstructor(reflect.TypeFor[*PublicKey](), hybridEncryptConstructor, t) } ================================================ FILE: hybrid/ecies/ecies_aead_hkdf_hybrid_decrypt_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies_test import ( "bytes" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/daead" "github.com/tink-crypto/tink-go/v2/hybrid/internal/ecies" "github.com/tink-crypto/tink-go/v2/hybrid/subtle" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func modifyDecrypt(t *testing.T, c string, keyTemplate *tinkpb.KeyTemplate) { t.Helper() curve, err := subtle.GetCurve(c) if err != nil { t.Fatalf("subtle.GetCurve(%s) err = %v, want nil", c, err) } pvt, err := subtle.GenerateECDHKeyPair(curve) if err != nil { t.Fatalf("subtle.GenerateECDHKeyPair() err = %v, want nil", err) } salt := random.GetRandomBytes(8) pt := random.GetRandomBytes(4) context := random.GetRandomBytes(4) parameters, err := protoserialization.ParseParameters(keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters() err = %v, want nil", err) } rDem, err := ecies.NewDEMHelper(parameters) if err != nil { t.Fatalf("ecies.NewDEMHelper() err = %v, want nil", err) } e, err := subtle.NewECIESAEADHKDFHybridEncrypt(&pvt.PublicKey, salt, "SHA256", "UNCOMPRESSED", rDem) if err != nil { t.Fatalf("subtle.NewECIESAEADHKDFHybridEncrypt() err = %v, want nil", err) } d, err := subtle.NewECIESAEADHKDFHybridDecrypt(pvt, salt, "SHA256", "UNCOMPRESSED", rDem) if err != nil { t.Fatalf("subtle.NewECIESAEADHKDFHybridDecrypt() err = %v, want nil", err) } ct, err := e.Encrypt(pt, context) if err != nil { t.Fatalf("e.Encrypt() err = %v, want nil", err) } dt, err := d.Decrypt(ct, context) if err != nil { t.Fatalf("d.Decrypt() err = %v, want nil", err) } if !bytes.Equal(dt, pt) { t.Fatalf("decryption not inverse of encryption") } for _, g := range testutil.GenerateMutations(ct) { if _, err := d.Decrypt(g, context); err == nil { t.Fatalf("invalid cipher text should throw exception") } } for _, g := range testutil.GenerateMutations(context) { if _, err := d.Decrypt(ct, g); err == nil { t.Fatalf("invalid context should throw exception") } } mSalt := make([]byte, len(salt)) for i := 0; i < len(salt); i++ { for j := 0; j < 8; j++ { copy(mSalt, salt) mSalt[i] ^= (1 << uint8(j)) d, err = subtle.NewECIESAEADHKDFHybridDecrypt(pvt, mSalt, "SHA256", "UNCOMPRESSED", rDem) if err != nil { t.Fatalf("subtle.NewECIESAEADHKDFHybridDecrypt() err = %v, want nil", err) } if _, err := d.Decrypt(ct, context); err == nil { t.Fatalf("invalid salt should throw exception") } } } } func TestECAESCTRHMACSHA256Decrypt(t *testing.T) { modifyDecrypt(t, "NIST_P256", aead.AES256CTRHMACSHA256KeyTemplate()) modifyDecrypt(t, "NIST_P384", aead.AES256CTRHMACSHA256KeyTemplate()) modifyDecrypt(t, "NIST_P521", aead.AES256CTRHMACSHA256KeyTemplate()) modifyDecrypt(t, "NIST_P224", aead.AES256CTRHMACSHA256KeyTemplate()) modifyDecrypt(t, "NIST_P256", aead.AES128CTRHMACSHA256KeyTemplate()) modifyDecrypt(t, "NIST_P384", aead.AES128CTRHMACSHA256KeyTemplate()) modifyDecrypt(t, "NIST_P521", aead.AES128CTRHMACSHA256KeyTemplate()) modifyDecrypt(t, "NIST_P224", aead.AES128CTRHMACSHA256KeyTemplate()) } func TestECAES256GCMDecrypt(t *testing.T) { modifyDecrypt(t, "NIST_P256", aead.AES256GCMKeyTemplate()) modifyDecrypt(t, "NIST_P384", aead.AES256GCMKeyTemplate()) modifyDecrypt(t, "NIST_P521", aead.AES256GCMKeyTemplate()) modifyDecrypt(t, "NIST_P224", aead.AES256GCMKeyTemplate()) modifyDecrypt(t, "NIST_P256", aead.AES128GCMKeyTemplate()) modifyDecrypt(t, "NIST_P384", aead.AES128GCMKeyTemplate()) modifyDecrypt(t, "NIST_P521", aead.AES128GCMKeyTemplate()) modifyDecrypt(t, "NIST_P224", aead.AES128GCMKeyTemplate()) } func TestECAESSIVDecrypt(t *testing.T) { modifyDecrypt(t, "NIST_P256", daead.AESSIVKeyTemplate()) modifyDecrypt(t, "NIST_P384", daead.AESSIVKeyTemplate()) modifyDecrypt(t, "NIST_P521", daead.AESSIVKeyTemplate()) modifyDecrypt(t, "NIST_P224", daead.AESSIVKeyTemplate()) } func aesSIVKeyTemplateNoPrefix() *tinkpb.KeyTemplate { kt := daead.AESSIVKeyTemplate() kt.OutputPrefixType = tinkpb.OutputPrefixType_RAW return kt } func TestECAESSIVTestVectors(t *testing.T) { // These are the same test vectors used to test the c++ implementation in // //third_party/tink/cc/hybrid/ecies_aead_hkdf_hybrid_decrypt_test.cc. testvectors := []struct { name, key, ciphertext, context, plaintext string }{ { name: "Empty plaintext", key: "32588172ed65830571bb83748f7fddd383323208a7825c80a71bef846333eb02", ciphertext: "0401b11f8c9bafe30ae13f8bd15528714e752631a4328bf146009068e99489c8e9fae1ec39e3fe9994723711417fcab2af4b3c9b60117d47d33d35175c87b483b8935a73312940d1fbf8da3944a89b5e8b", context: "some context info", plaintext: "", }, { name: "Small plaintext", key: "32588172ed65830571bb83748f7fddd383323208a7825c80a71bef846333eb02", ciphertext: "040230023d1547b55af5a735a7f460722612126d7539d7cd0f677d308b29c6f52a964e66e7b0cb44cff1673df9e2c793f1477ca755807bfbeadcae1ab20b45ecb1501ca5e3f5b0626d3ca40aa5d010443d506e4df90b", context: "some context info", plaintext: "hello", }, { name: "Large plaintext", key: "32588172ed65830571bb83748f7fddd383323208a7825c80a71bef846333eb02", ciphertext: "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", context: "some context info", plaintext: "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", }, } for _, tv := range testvectors { t.Run(tv.name, func(t *testing.T) { key, err := hex.DecodeString(tv.key) if err != nil { t.Fatalf("hex.DecodeString(tv.key) err = %v, want nil", err) } ct, err := hex.DecodeString(tv.ciphertext) if err != nil { t.Fatalf("hex.DecodeString(tv.ciphertext) err = %v, want nil", err) } ctx := []byte(tv.context) pt := []byte(tv.plaintext) curve, err := subtle.GetCurve("NIST_P256") if err != nil { t.Fatalf("subtle.GetCurve() err = %q, want nil", err) } pvt := subtle.GetECPrivateKey(curve, key) var salt []byte parameters, err := protoserialization.ParseParameters(aesSIVKeyTemplateNoPrefix()) if err != nil { t.Fatalf("protoserialization.ParseParameters() err = %v, want nil", err) } helper, err := ecies.NewDEMHelper(parameters) if err != nil { t.Fatalf("ecies.NewDEMHelper() err = %v, want nil", err) } d, err := subtle.NewECIESAEADHKDFHybridDecrypt(pvt, salt, "SHA256", "UNCOMPRESSED", helper) if err != nil { t.Fatalf("subtle.NewECIESAEADHKDFHybridDecrypt() err = %v, want nil", err) } dt, err := d.Decrypt(ct, ctx) if err != nil { t.Fatalf("d.Decrypt() err = %v, want nil", err) } if !bytes.Equal(dt, pt) { t.Errorf("Decryption did not match test vector's plaintext") } }) } } ================================================ FILE: hybrid/ecies/ecies_aead_hkdf_hybrid_encrypt_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies_test import ( "bytes" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/daead" "github.com/tink-crypto/tink-go/v2/hybrid/internal/ecies" "github.com/tink-crypto/tink-go/v2/hybrid/subtle" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func basicMultipleEncrypts(t *testing.T, c string, keyTemplate *tinkpb.KeyTemplate) { t.Helper() curve, err := subtle.GetCurve(c) if err != nil { t.Fatalf("subtle.GetCurve(%s) err = %v, want nil", c, err) } pvt, err := subtle.GenerateECDHKeyPair(curve) if err != nil { t.Fatalf("subtle.GenerateECDHKeyPair() err = %v, want nil", err) } salt := []byte("some salt") pt := random.GetRandomBytes(20) context := []byte("context info") parameters, err := protoserialization.ParseParameters(keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters() err = %v, want nil", err) } rDem, err := ecies.NewDEMHelper(parameters) if err != nil { t.Fatalf("ecies.NewDEMHelper() err = %v, want nil", err) } e, err := subtle.NewECIESAEADHKDFHybridEncrypt(&pvt.PublicKey, salt, "SHA256", "UNCOMPRESSED", rDem) if err != nil { t.Fatalf("subtle.NewECIESAEADHKDFHybridEncrypt() err = %v, want nil", err) } d, err := subtle.NewECIESAEADHKDFHybridDecrypt(pvt, salt, "SHA256", "UNCOMPRESSED", rDem) if err != nil { t.Fatalf("subtle.NewECIESAEADHKDFHybridDecrypt() err = %v, want nil", err) } cl := [][]byte{} for i := 0; i < 8; i++ { ct, err := e.Encrypt(pt, context) if err != nil { t.Fatalf("e.Encrypt() err = %v, want nil", err) } for _, c := range cl { if bytes.Equal(ct, c) { t.Fatalf("encryption is not randomized") } } cl = append(cl, ct) dt, err := d.Decrypt(ct, context) if err != nil { t.Fatalf("d.Decrypt() err = %v, want nil", err) } if !bytes.Equal(dt, pt) { t.Fatalf("d.Decrypt() = %v, want %v", dt, pt) } } if len(cl) != 8 { t.Errorf("len(cl) = %v, want 8", len(cl)) } } func TestECAESCTRHMACSHA256Encrypt(t *testing.T) { basicMultipleEncrypts(t, "NIST_P256", aead.AES256CTRHMACSHA256KeyTemplate()) basicMultipleEncrypts(t, "NIST_P384", aead.AES256CTRHMACSHA256KeyTemplate()) basicMultipleEncrypts(t, "NIST_P521", aead.AES256CTRHMACSHA256KeyTemplate()) basicMultipleEncrypts(t, "NIST_P224", aead.AES256CTRHMACSHA256KeyTemplate()) basicMultipleEncrypts(t, "NIST_P256", aead.AES128CTRHMACSHA256KeyTemplate()) basicMultipleEncrypts(t, "NIST_P384", aead.AES128CTRHMACSHA256KeyTemplate()) basicMultipleEncrypts(t, "NIST_P521", aead.AES128CTRHMACSHA256KeyTemplate()) basicMultipleEncrypts(t, "NIST_P224", aead.AES128CTRHMACSHA256KeyTemplate()) } func TestECAES256GCMEncrypt(t *testing.T) { basicMultipleEncrypts(t, "NIST_P256", aead.AES256GCMKeyTemplate()) basicMultipleEncrypts(t, "NIST_P384", aead.AES256GCMKeyTemplate()) basicMultipleEncrypts(t, "NIST_P521", aead.AES256GCMKeyTemplate()) basicMultipleEncrypts(t, "NIST_P224", aead.AES256GCMKeyTemplate()) basicMultipleEncrypts(t, "NIST_P256", aead.AES128GCMKeyTemplate()) basicMultipleEncrypts(t, "NIST_P384", aead.AES128GCMKeyTemplate()) basicMultipleEncrypts(t, "NIST_P521", aead.AES128GCMKeyTemplate()) basicMultipleEncrypts(t, "NIST_P224", aead.AES128GCMKeyTemplate()) } func TestECAESSIVEncrypt(t *testing.T) { basicMultipleEncrypts(t, "NIST_P256", daead.AESSIVKeyTemplate()) basicMultipleEncrypts(t, "NIST_P384", daead.AESSIVKeyTemplate()) basicMultipleEncrypts(t, "NIST_P521", daead.AESSIVKeyTemplate()) basicMultipleEncrypts(t, "NIST_P224", daead.AESSIVKeyTemplate()) } ================================================ FILE: hybrid/ecies/ecies_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies_test import ( "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/hybrid/ecies" "github.com/tink-crypto/tink-go/v2/hybrid" "github.com/tink-crypto/tink-go/v2/keyset" ) func mustCreateKeysetHandle(t *testing.T, privateKey *ecies.PrivateKey) *keyset.Handle { t.Helper() km := keyset.NewManager() keyID, err := km.AddKey(privateKey) if err != nil { t.Fatalf("km.Add() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } return handle } func TestEncryptDecryptFromPublicAPI(t *testing.T) { for _, tc := range hybridTestVectors(t) { t.Run(tc.name, func(t *testing.T) { privateKeyHandle := mustCreateKeysetHandle(t, tc.privateKey) publicKeyHandle, err := privateKeyHandle.Public() if err != nil { t.Fatalf("privateKeyHandle.Public() err = %v, want nil", err) } encrypter, err := hybrid.NewHybridEncrypt(publicKeyHandle) if err != nil { t.Fatalf("hybrid.NewHybridEncrypt() err = %v, want nil", err) } decrypter, err := hybrid.NewHybridDecrypt(privateKeyHandle) if err != nil { t.Fatalf("hybrid.NewHybridDecrypt() err = %v, want nil", err) } // Decrypt the ciphertext generated by the encrypter. { gotCiphertext, err := encrypter.Encrypt(tc.plaintext, tc.contextInfo) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } gotDecrypted, err := decrypter.Decrypt(gotCiphertext, tc.contextInfo) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if diff := cmp.Diff(gotDecrypted, tc.plaintext); diff != "" { t.Errorf("decrypter.Decrypt() returned unexpected diff (-want +got):\n%s", diff) } } // Decrypt the test case ciphertext. { gotDecrypted, err := decrypter.Decrypt(tc.ciphertext, tc.contextInfo) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if diff := cmp.Diff(gotDecrypted, tc.plaintext); diff != "" { t.Errorf("decrypter.Decrypt() returned unexpected diff (-want +got):\n%s", diff) } } }) } } func TestEncryptDecryptFromWithKeysetFromParameters(t *testing.T) { demParameters, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } params, err := ecies.NewParameters(ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, Variant: ecies.VariantTink, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParameters, Salt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }) if err != nil { t.Fatalf("ecies.NewParameters() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } privateKeyHandle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicKeyHandle, err := privateKeyHandle.Public() if err != nil { t.Fatalf("privateKeyHandle.Public() err = %v, want nil", err) } encrypter, err := hybrid.NewHybridEncrypt(publicKeyHandle) if err != nil { t.Fatalf("hybrid.NewHybridEncrypt() err = %v, want nil", err) } decrypter, err := hybrid.NewHybridDecrypt(privateKeyHandle) if err != nil { t.Fatalf("hybrid.NewHybridDecrypt() err = %v, want nil", err) } plaintext := []byte("plaintext") contextInfo := []byte("contextInfo") ciphertext, err := encrypter.Encrypt(plaintext, contextInfo) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } gotDecrypted, err := decrypter.Decrypt(ciphertext, contextInfo) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if diff := cmp.Diff(gotDecrypted, plaintext); diff != "" { t.Errorf("decrypter.Decrypt() returned unexpected diff (-want +got):\n%s", diff) } } ================================================ FILE: hybrid/ecies/hybrid_decrypt.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/hybrid/internal/ecies" "github.com/tink-crypto/tink-go/v2/hybrid/subtle" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) type hybridDecrypt struct { rawHybridDecrypt tink.HybridDecrypt prefix []byte variant Variant } func pointFormatToSubtleString(pointFormat PointFormat) string { switch pointFormat { case CompressedPointFormat: return "COMPRESSED" case UncompressedPointFormat: return "UNCOMPRESSED" case LegacyUncompressedPointFormat: return "DO_NOT_USE_CRUNCHY_UNCOMPRESSED" default: return "UNKNOWN" } } // NewHybridDecrypt creates a new instance of [tink.HybridDecrypt] from a // [PrivateKey]. // // This is an internal API. func NewHybridDecrypt(privateKey *PrivateKey, _ internalapi.Token) (tink.HybridDecrypt, error) { if privateKey == nil { return nil, fmt.Errorf("privateKey is nil") } params := privateKey.Parameters().(*Parameters) curve, err := subtle.GetCurve(privateKey.Parameters().(*Parameters).CurveType().String()) if err != nil { return nil, err } pvt := subtle.GetECPrivateKey(curve, privateKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{})) rDem, err := ecies.NewDEMHelper(params.DEMParameters()) if err != nil { return nil, err } salt := params.Salt() hash := params.HashType().String() pointFormat := pointFormatToSubtleString(params.NISTCurvePointFormat()) rawHybridDecrypt, err := subtle.NewECIESAEADHKDFHybridDecrypt(pvt, salt, hash, pointFormat, rDem) if err != nil { return nil, err } return &hybridDecrypt{ rawHybridDecrypt: rawHybridDecrypt, prefix: privateKey.OutputPrefix(), variant: privateKey.Parameters().(*Parameters).Variant(), }, nil } func (e *hybridDecrypt) Decrypt(ciphertext, contextInfo []byte) ([]byte, error) { if len(ciphertext) < len(e.prefix) { return nil, fmt.Errorf("ciphertext too short") } if !bytes.Equal(e.prefix, ciphertext[:len(e.prefix)]) { return nil, fmt.Errorf("ciphertext does not start with the expected prefix") } return e.rawHybridDecrypt.Decrypt(ciphertext[len(e.prefix):], contextInfo) } func hybridDecryptConstructor(k key.Key) (any, error) { that, ok := k.(*PrivateKey) if !ok { return nil, fmt.Errorf("invalid key type, got %T, want %T", k, (*PrivateKey)(nil)) } return NewHybridDecrypt(that, internalapi.Token{}) } ================================================ FILE: hybrid/ecies/hybrid_encrypt.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or rawHybridEncryptied. // See the License for the specific language governing permissions and // limitations under the License. package ecies import ( "fmt" "math/big" "slices" "github.com/tink-crypto/tink-go/v2/hybrid/internal/ecies" "github.com/tink-crypto/tink-go/v2/hybrid/subtle" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) type hybridEncrypt struct { rawHybridEncrypt tink.HybridEncrypt prefix []byte variant Variant } // NewHybridEncrypt creates a new instance of [tink.HybridEncrypt] from a // [PublicKey]. // // This is an internal API. func NewHybridEncrypt(publicKey *PublicKey, _ internalapi.Token) (tink.HybridEncrypt, error) { if publicKey == nil { return nil, fmt.Errorf("publicKey is nil") } params := publicKey.Parameters().(*Parameters) curve, err := subtle.GetCurve(params.CurveType().String()) if err != nil { return nil, err } salt := params.Salt() hash := params.HashType().String() pointFormat := pointFormatToSubtleString(params.NISTCurvePointFormat()) xy := publicKey.PublicKeyBytes()[1:] coordinateSize, err := coordinateSizeForCurve(params.CurveType()) if err != nil { return nil, err } rDem, err := ecies.NewDEMHelper(params.DEMParameters()) if err != nil { return nil, err } rawHybridEncrypt, err := subtle.NewECIESAEADHKDFHybridEncrypt(&subtle.ECPublicKey{ Curve: curve, Point: subtle.ECPoint{ X: new(big.Int).SetBytes(xy[:coordinateSize]), Y: new(big.Int).SetBytes(xy[coordinateSize:]), }, }, salt, hash, pointFormat, rDem) if err != nil { return nil, err } return &hybridEncrypt{ rawHybridEncrypt: rawHybridEncrypt, prefix: publicKey.OutputPrefix(), variant: publicKey.Parameters().(*Parameters).Variant(), }, nil } func (e *hybridEncrypt) Encrypt(plaintext, contextInfo []byte) ([]byte, error) { rawCiphertext, err := e.rawHybridEncrypt.Encrypt(plaintext, contextInfo) if err != nil { return nil, err } return slices.Concat(e.prefix, rawCiphertext), nil } func hybridEncryptConstructor(k key.Key) (any, error) { that, ok := k.(*PublicKey) if !ok { return nil, fmt.Errorf("invalid key type, got %T, want %T", k, (*PublicKey)(nil)) } return NewHybridEncrypt(that, internalapi.Token{}) } ================================================ FILE: hybrid/ecies/hybrid_encrypt_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies_test import ( "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/hybrid/ecies" "github.com/tink-crypto/tink-go/v2/internal/internalapi" ) type hybridEncryptTestVector struct { name string privateKey *ecies.PrivateKey plaintext []byte contextInfo []byte ciphertext []byte } // hybridTestVectors creates test vectors for ECIES. // // This are the same as // https://github.com/tink-crypto/tink-cc/blob/0af209005edb9cd63edd2bd4c70e78b78613acc5/tink/hybrid/internal/testing/ecies_aead_hkdf_test_vectors.cc. func hybridTestVectors(t *testing.T) []hybridEncryptTestVector { t.Helper() aes128GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } aes256GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } aes128CtrHMACSHA256Params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 32, IVSizeInBytes: 16, HashType: aesctrhmac.SHA256, TagSizeInBytes: 16, Variant: aesctrhmac.VariantNoPrefix, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } aes256CtrHMACSHA256Params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 16, HashType: aesctrhmac.SHA256, TagSizeInBytes: 32, Variant: aesctrhmac.VariantNoPrefix, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } aes256SIVParams, err := aessiv.NewParameters(64, aessiv.VariantNoPrefix) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } return []hybridEncryptTestVector{ hybridEncryptTestVector{ name: "RAW_NIST_P256_SHA256_AES128GCM_NO_SALT_UNCOMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantNoPrefix, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "04207f1c9bd3bce6864bdbb611bdb9852dea7e12dbe5894c642bd5cc8cde79de9e8a"+ "e3199875eba161d413ce3a29cfa0b27c6717d7d4cfbace5706ae4bbf8f7d1eb76965"+ "7992f5e7f5450091cc61c7b3a7b811fe5578e82e5123cb38855c"), }, hybridEncryptTestVector{ name: "RAW_NIST_P256_SHA256_AES128GCM_NO_SALT_COMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantNoPrefix, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "02f1885dcb9240136f3305a18ac3857dd5de948cb0c4c78dbb087d37815800936340"+ "e2c351380bb615b26fd7d78c9c864f4a0e31863e864140f1f7e1205b"), }, hybridEncryptTestVector{ name: "RAW_NIST_P256_SHA256_AES256GCM_NO_SALT_COMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aes256GCMParams, Variant: ecies.VariantNoPrefix, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "029f1ad546b1b60a0cff3cc356977ab608f5c4c17b693d2778d1e3354ec43500ea65"+ "bb5cce0fdc55e1fd0b9b07ee1ac642f7dcb5abd94b6b42691cd8e206"), }, hybridEncryptTestVector{ name: "RAW_NIST_P256_SHA256_AES128CTRHMACSHA256_NO_SALT_COMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aes128CtrHMACSHA256Params, Variant: ecies.VariantNoPrefix, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "029f86d6f944e163d1b787a261caa65e47f7c59368170b5e8da0e7a14a4ce1bfab8e"+ "6c2e283562a2bc52fb5145ec0a4737ecfe52f725e1c70df17a02dfdda7e6188b"), }, hybridEncryptTestVector{ name: "RAW_NIST_P256_SHA256_AES256CTRHMACSHA256_NO_SALT_UNCOMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes256CtrHMACSHA256Params, Variant: ecies.VariantNoPrefix, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "043e59fd951974bfe1b2c7a33d4bf89aa3b461e3aedcf44928eda6744f9880fb893b"+ "66899217736dd6db73"+ "763ba540469ff0d240a95bbd05b7716932082983883db5cba086eebbcc6fe0757644"+ "fb0c612fff2c"+ "a86dc9077e7089ddf107492251413d99a679b86d4d07c0a70d1a6329f6da6f"), }, hybridEncryptTestVector{ name: "RAW_NIST_P256_SHA256_AES256SIV_NO_SALT_UNCOMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes256SIVParams, Variant: ecies.VariantNoPrefix, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "0425975e19677c2110915beb293e3833cd40c9beeff376b83b8cf01aa"+ "8282a1416b3b8deffd34b7c33044848a3ba8a722d60946757ae29ee31"+ "7ceefae84890325ca1a246d24696a3f5acd351690763212961"), }, hybridEncryptTestVector{ name: "TINK_NIST_P256_SHA256_AES128GCM_NO_SALT_UNCOMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0x88668866, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantTink, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "0188668866"+ "04207f1c9bd3bce6864bdbb611bdb9852dea7e12dbe5894c642bd5cc8cde79de9e8a"+ "e3199875eba161d413ce3a29cfa0b27c6717d7d4cfbace5706ae4bbf8f7d1eb76965"+ "7992f5e7f5450091cc61c7b3a7b811fe5578e82e5123cb38855c"), }, hybridEncryptTestVector{ name: "CRUNCHY_NIST_P256_SHA256_AES128GCM_NO_SALT_UNCOMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0x88668866, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantCrunchy, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "0088668866"+ "04207f1c9bd3bce6864bdbb611bdb9852dea7e12dbe5894c642bd5cc8cde79de9e8a"+ "e3199875eba161d413ce3a29cfa0b27c6717d7d4cfbace5706ae4bbf8f7d1eb76965"+ "7992f5e7f5450091cc61c7b3a7b811fe5578e82e5123cb38855c"), }, hybridEncryptTestVector{ name: "RAW_NIST_P256_SHA384_AES128GCM_NO_SALT_UNCOMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA384, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantNoPrefix, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "0484b996da02ef1e0169f220cfec0c1f0bb259d245b0131e2826619ffc19886d9208"+ "76e7444976ca8ec6fa3bd0301680e7d91ecc09196b2b2079db8f00f1775ca2d2f633"+ "41cd6eadffd4332af8f4c2c91acb8872a7f22342a8e6dff119d0"), }, hybridEncryptTestVector{ name: "RAW_NIST_P256_SHA512_AES128GCM_NO_SALT_UNCOMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA512, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantNoPrefix, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "044668af1e50e4a24bb30fb763788f2c7151c33aa30542843b8699519ff3b9cf78a8"+ "421466249330ee955220591444f0eb2f910cf530f9cea17e277c393c0796de08184b"+ "6d90cc229efc70f6748c4ff26abc572b08ddffabab04a307e194"), }, hybridEncryptTestVector{ name: "RAW_NIST_P256_SHA256_AES128GCM_NO_SALT_UNCOMPRESSED_EMPTY_MESSAGE", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantNoPrefix, })), plaintext: []byte{}, contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "0471855fecd89b62ae67a4d62be5fe31f5368e271b3b1775362161eab5701ab6fb21"+ "048c406a31ffa2dde42bd68b88a20daf9cf3873a2fde4e745d404dd1dcab21ee0e05"+ "a32e919c1bcbecd7fb18c6b8fe7f91ea9c7e0abba5855dd0a2"), }, hybridEncryptTestVector{ name: "RAW_NIST_P256_SHA256_AES128GCM_NO_SALT_UNCOMPRESSED_EMPTY_CONTEXT_INFO", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantNoPrefix, })), plaintext: mustHexDecode(t, "01"), contextInfo: []byte{}, ciphertext: mustHexDecode(t, "045c1ef99f7c3a2c9ea0022bcd8c87e9b90d3dec4687a3e94a006c01136d7b50c0db"+ "443b67ed69d432bc949b7ba76859343577fe702437ebb105e18abdaf6d3f88fb1b12"+ "ed80d0182e1f6ac5da5cb08cec330c861c897e34603a6b83de71"), }, hybridEncryptTestVector{ name: "RAW_NIST_P384_SHA256_AES128GCM_NO_SALT_UNCOMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "670dc60402d8a4fe52f4e552d2b71f0f81bcf195d8a71a6c7d84efb4f"+ "0e4b4a5d0f60a27c94caac46bdeeb79897a3ed9"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP384, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantNoPrefix, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "04ff21e8d24773b1deaeb120aba62c2f19d0eb6112c3296d25be9302e0f31788db20"+ "2e87ef1341f9fa05a2ac9b21ced6b0ef19407618ae6e2d86764f6a5ea582aec7cd69"+ "07bebb9261b55eb4ba588dede42ec613992bd143c703b6af20cd927a501536191ec5"+ "2e13326252968c3fcb2af021f25fcfd7d5993c180dfd916d"), }, hybridEncryptTestVector{ name: "RAW_NIST_P521_SHA256_AES128GCM_NO_SALT_UNCOMPRESSED", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "00FAD06DAA62BA3B25D2FB40133DA757205DE67F5BB0018FEE8C86E1B68C7E75C"+ "AA896EB32F1F47C70855836A6D16FCC1466F6D8FBEC67DB89EC0C08B0E996B83"+ "538"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP521, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantNoPrefix, })), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "0401a1051bd9ceedf066f31edea3465cf5170c72102c325b85e30ae2f80155ca7af0"+ "abb8c8367b63dea022ebdf4d87f923bd02f9dc0d39b6e2facbef079b4737c392ad00"+ "32b7beb0ccb56e160682b722c54b4bd7f288d66b3f25f856304c35cbf2368610d8fb"+ "e3f83890c007c6ca5d2f5f32d1ef4445372751b1bc0e7104879b8c2e1e60f1c8862c"+ "566d2b0718aed41bb763cb29e3e2ca1df63e46f859fa98478ea9"), }, } } func TestNewHybridEncryptAndDecryptFailsIfX25519(t *testing.T) { aes128GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } privateKey := mustCreatePrivateKey(t, mustHexDecode(t, "97d2e385c9968fbe2dc0b85a182199ed7e0b5b4bb6060f76583c0893241f698d"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, DEMParameters: aes128GCMParams, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, Variant: ecies.VariantNoPrefix, })) publicKey, err := privateKey.PublicKey() if err != nil { t.Fatalf("privateKey.PublicKey() err = %v, want nil", err) } if _, err := ecies.NewHybridEncrypt(publicKey.(*ecies.PublicKey), internalapi.Token{}); err == nil { t.Errorf("ecies.NewHybridEncrypt() err = nil, want error") } if _, err := ecies.NewHybridDecrypt(privateKey, internalapi.Token{}); err == nil { t.Errorf("ecies.NewHybridDecrypt() err = nil, want error") } } func TestEncryptDecrypt(t *testing.T) { for _, tc := range hybridTestVectors(t) { t.Run(tc.name, func(t *testing.T) { publicKey, err := tc.privateKey.PublicKey() if err != nil { t.Fatalf("tc.privateKey.PublicKey() err = %v, want nil", err) } encrypter, err := ecies.NewHybridEncrypt(publicKey.(*ecies.PublicKey), internalapi.Token{}) if err != nil { t.Fatalf("ecies.NewHybridEncrypt() err = %v, want nil", err) } decrypter, err := ecies.NewHybridDecrypt(tc.privateKey, internalapi.Token{}) if err != nil { t.Fatalf("ecies.NewHybridDecrypt() err = %v, want nil", err) } // Decrypt the ciphertext generated by the encrypter. { gotCiphertext, err := encrypter.Encrypt(tc.plaintext, tc.contextInfo) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } gotDecrypted, err := decrypter.Decrypt(gotCiphertext, tc.contextInfo) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if diff := cmp.Diff(gotDecrypted, tc.plaintext); diff != "" { t.Errorf("decrypter.Decrypt() returned unexpected diff (-want +got):\n%s", diff) } } // Decrypt the test case ciphertext. { gotDecrypted, err := decrypter.Decrypt(tc.ciphertext, tc.contextInfo) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if diff := cmp.Diff(gotDecrypted, tc.plaintext); diff != "" { t.Errorf("decrypter.Decrypt() returned unexpected diff (-want +got):\n%s", diff) } } }) } } func mustEncrypt(t *testing.T, publicKey *ecies.PublicKey, plaintext, contextInfo []byte) []byte { t.Helper() encrypter, err := ecies.NewHybridEncrypt(publicKey, internalapi.Token{}) if err != nil { t.Fatalf("ecies.NewHybridEncrypt() err = %v, want nil", err) } ciphertext, err := encrypter.Encrypt(plaintext, contextInfo) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } return ciphertext } func TestDecryptFails(t *testing.T) { aes128GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } data := []byte("plaintext") contextInfo := []byte("context") for _, tc := range []struct { name string publicKey *ecies.PublicKey privateKey *ecies.PrivateKey ciphertext []byte }{ { name: "different prefix type", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 123, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantTink, })), ciphertext: mustEncrypt(t, mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 123, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantCrunchy, })), data, contextInfo), }, { name: "missing prefix", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 123, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantTink, })), ciphertext: mustEncrypt(t, mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 0, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantNoPrefix, })), data, contextInfo), }, { name: "different key ID", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 123, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantTink, })), ciphertext: mustEncrypt(t, mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 456, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantTink, })), data, contextInfo), }, { name: "different ciphertext encoding", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 123, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantTink, })), ciphertext: mustEncrypt(t, mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 123, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantTink, })), data, contextInfo), }, { name: "invalid ciphertext", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 123, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantTink, })), ciphertext: func() []byte { ciphertext := mustEncrypt(t, mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 123, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantTink, })), data, contextInfo) ciphertext[5] ^= 1 return ciphertext }(), }, { name: "invalid prefix", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), 123, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantTink, })), ciphertext: func() []byte { ciphertext := mustEncrypt(t, mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 123, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aes128GCMParams, Variant: ecies.VariantTink, })), data, contextInfo) ciphertext[0] ^= 1 return ciphertext }(), }, } { t.Run(tc.name, func(t *testing.T) { decrypter, err := ecies.NewHybridDecrypt(tc.privateKey, internalapi.Token{}) if err != nil { t.Fatalf("ecies.NewHybridDecrypt(%v) err = %v, want nil", tc.publicKey, err) } if _, err := decrypter.Decrypt(tc.ciphertext, contextInfo); err == nil { t.Errorf("decrypter.Decrypt(%v, %v) err = nil, want error", tc.ciphertext, contextInfo) } }) } } ================================================ FILE: hybrid/ecies/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies import ( "bytes" "crypto/ecdh" "crypto/rand" "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // PublicKey represents an ECIES public key. type PublicKey struct { // A public point representing the public key. This can be either: // - Uncompressed encoded EC point as per [SEC 1 v2.0, Section 2.3.3] if Nist*. // - An X25519 public key bytes. publicKeyBytes []byte idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*PublicKey)(nil) func calculateOutputPrefix(variant Variant, idRequirement uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(idRequirement), nil case VariantCrunchy: return outputprefix.Legacy(idRequirement), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // ecdhCurveFromCurveType returns the corresponding ecdh.Curve value from ct. func ecdhCurveFromCurveType(ct CurveType) (ecdh.Curve, error) { switch ct { case NISTP256: return ecdh.P256(), nil case NISTP384: return ecdh.P384(), nil case NISTP521: return ecdh.P521(), nil case X25519: return ecdh.X25519(), nil default: return nil, fmt.Errorf("invalid curve type: %v", ct) } } // NewPublicKey creates a new ECIES PublicKey. // // publicKeyBytes belongs to either a NIST Curve or Curve25519. func NewPublicKey(publicKeyBytes []byte, idRequirement uint32, parameters *Parameters) (*PublicKey, error) { if parameters.Variant() == VariantNoPrefix && idRequirement != 0 { return nil, fmt.Errorf("ecies.NewPublicKey: key ID must be zero for VariantNoPrefix") } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("ecies.NewPublicKey: %v", err) } curve, err := ecdhCurveFromCurveType(parameters.CurveType()) if err != nil { return nil, fmt.Errorf("ecies.NewPublicKey: %v", err) } // Validate the point. if _, err := curve.NewPublicKey(publicKeyBytes); err != nil { return nil, fmt.Errorf("ecies.NewPublicKey: point validation failed: %v", err) } return &PublicKey{ publicKeyBytes: bytes.Clone(publicKeyBytes), idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: parameters, }, nil } // PublicKeyBytes returns the public key bytes. func (k *PublicKey) PublicKeyBytes() []byte { return k.publicKeyBytes } // Parameters returns the parameters of this key. func (k *PublicKey) Parameters() key.Parameters { return k.parameters } // IDRequirement returns the key ID and whether it is required. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PublicKey) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal tells whether this key value is equal to other. func (k *PublicKey) Equal(other key.Key) bool { otherKey, ok := other.(*PublicKey) return ok && k.Parameters().Equal(otherKey.Parameters()) && k.idRequirement == otherKey.idRequirement && bytes.Equal(k.publicKeyBytes, otherKey.publicKeyBytes) } // PrivateKey represents an ECIES private key. type PrivateKey struct { publicKey *PublicKey privateKeyBytes secretdata.Bytes } var _ key.Key = (*PrivateKey)(nil) // NewPrivateKey creates a new ECIES private key from privateKeyBytes, // idRequirement and a [Parameters]. // // If X25519 curve is used, the private key value must be 32 bytes. // If NIST curve is used, the private key value must be octet encoded as per // [SEC 1 v2.0, Section 2.3.5]. // // [SEC 1 v2.0, Section 2.3.5]: https://www.secg.org/sec1-v2.pdf#page=17.08 func NewPrivateKey(privateKeyBytes secretdata.Bytes, idRequirement uint32, params *Parameters) (*PrivateKey, error) { curveType := params.CurveType() curve, err := ecdhCurveFromCurveType(curveType) if err != nil { return nil, err } ecdhPrivateKey, err := curve.NewPrivateKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("ecies.NewPrivateKey: private key validation failed: %v", err) } publicKey, err := NewPublicKey(ecdhPrivateKey.PublicKey().Bytes(), idRequirement, params) if err != nil { return nil, fmt.Errorf("ecies.NewPrivateKey: %v", err) } return &PrivateKey{ publicKey: publicKey, privateKeyBytes: privateKeyBytes, }, nil } // NewPrivateKeyFromPublicKey creates a new ECIES private key from // privateKeyBytes and a [PublicKey]. // // If X25519 curve is used, the private key value must be 32 bytes. // If NIST curve is used, the private key value must be octet encoded as per // [SEC 1 v2.0, Section 2.3.5]. // // [SEC 1 v2.0, Section 2.3.5]: https://www.secg.org/sec1-v2.pdf#page=17.08 func NewPrivateKeyFromPublicKey(privateKeyBytes secretdata.Bytes, pubKey *PublicKey) (*PrivateKey, error) { curveType := pubKey.Parameters().(*Parameters).CurveType() curve, err := ecdhCurveFromCurveType(curveType) if err != nil { return nil, fmt.Errorf("ecies.NewPrivateKey: %v", err) } ecdhPrivateKey, err := curve.NewPrivateKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("ecies.NewPrivateKey: private key validation failed: %v", err) } ecdhPublicKeyFromPublicKey, err := curve.NewPublicKey(pubKey.publicKeyBytes) if err != nil { // Should never happen. return nil, fmt.Errorf("ecies.NewPrivateKey: invalid public key point: %v", err) } if !ecdhPrivateKey.PublicKey().Equal(ecdhPublicKeyFromPublicKey) { return nil, fmt.Errorf("ecies.NewPrivateKey: invalid private key value") } return &PrivateKey{ publicKey: pubKey, privateKeyBytes: privateKeyBytes, }, nil } // PrivateKeyBytes returns the private key bytes. func (k *PrivateKey) PrivateKeyBytes() secretdata.Bytes { return k.privateKeyBytes } // PublicKey returns the public key of the key. // // This implements the privateKey interface defined in handle.go. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // Parameters returns the parameters of the key. func (k *PrivateKey) Parameters() key.Parameters { return k.publicKey.Parameters() } // IDRequirement returns the ID requirement of the key, and whether it is // required. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PrivateKey) OutputPrefix() []byte { return bytes.Clone(k.publicKey.outputPrefix) } // Equal returns true if this key is equal to other. func (k *PrivateKey) Equal(other key.Key) bool { otherKey, ok := other.(*PrivateKey) return ok && k.publicKey.Equal(otherKey.publicKey) && k.privateKeyBytes.Equal(otherKey.privateKeyBytes) } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { eciesParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T, want %T", p, (*Parameters)(nil)) } curve, err := ecdhCurveFromCurveType(eciesParams.CurveType()) if err != nil { return nil, err } privKeyBytes, err := curve.GenerateKey(rand.Reader) if err != nil { return nil, err } return NewPrivateKey(secretdata.NewBytesFromData(privKeyBytes.Bytes(), insecuresecretdataaccess.Token{}), idRequirement, eciesParams) } ================================================ FILE: hybrid/ecies/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies_test import ( "bytes" "encoding/hex" "slices" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/hybrid/ecies" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) type keyTestCase struct { name string params *ecies.Parameters publicKeyBytes []byte privateKeyBytes secretdata.Bytes idRequirement uint32 wantOutputPrefix []byte } func mustCreateParameters(t *testing.T, opts ecies.ParametersOpts) *ecies.Parameters { t.Helper() params, err := ecies.NewParameters(opts) if err != nil { t.Fatalf("ecies.NewParameters() err = %v, want nil", err) } return params } func mustHexDecode(t *testing.T, hexString string) []byte { t.Helper() b, err := hex.DecodeString(hexString) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", hexString, err) } return b } var ( // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.1 x25519PublicKeyBytesHex = "37fda3567bdbd628e88668c3c8d7e97d1d1253b6d4ea6d44c150f741f1bf4431" x25519PrivateKeyBytesHex = "52c4a758a802cd8b936eceea314432798d5baf2d7e9235dc084ab1b9cfa2f736" // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.3 p256SHA256PublicKeyBytesHex = "04a92719c6195d5085104f469a8b9814d5838ff72b60501e2c4466e5e67b32" + "5ac98536d7b61a1af4b78e5b7f951c0900be863c403ce65c9bfcb9382657222d18c4" p256SHA256PrivateKeyBytesHex = "4995788ef4b9d6132b249ce59a77281493eb39af373d236a1fe415cb0c2d7beb" // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.4 p256SHA512PublicKeyBytesHex = "0493ed86735bdfb978cc055c98b45695ad7ce61ce748f4dd63c525a3b8d53a" + "15565c6897888070070c1579db1f86aaa56deb8297e64db7e8924e72866f9a472580" p256SHA512PrivateKeyBytesHex = "2292bf14bb6e15b8c81a0f45b7a6e93e32d830e48cca702e0affcfb4d07e1b5c" // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.6 p521SHA512PublicKeyBytesHex = "040138b385ca16bb0d5fa0c0665fbbd7e69e3ee29f63991d3e9b5fa740aab8" + "900aaeed46ed73a49055758425a0ce36507c54b29cc5b85a5cee6bae0cf1c21f2731" + "ece2013dc3fb7c8d21654bb161b463962ca19e8c654ff24c94dd2898de12051f1ed0" + "692237fb02b2f8d1dc1c73e9b366b529eb436e98a996ee522aef863dd5739d2f29b0" p521SHA512PrivateKeyBytesHex = "014784c692da35df6ecde98ee43ac425dbdd0969c0c72b42f2e708ab9d5354" + "15a8569bdacfcc0a114c85b8e3f26acf4d68115f8c91a66178cdbd03b7bcc5291e374b" ) func mustCreateKeyTestCases(t *testing.T) []keyTestCase { t.Helper() demParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) x25519PrivateKeyBytes := mustHexDecode(t, x25519PrivateKeyBytesHex) p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) p256SHA256PrivateKeyBytes := mustHexDecode(t, p256SHA256PrivateKeyBytesHex) p256SHA512PublicKeyBytes := mustHexDecode(t, p256SHA512PublicKeyBytesHex) p256SHA512PrivateKeyBytes := mustHexDecode(t, p256SHA512PrivateKeyBytesHex) p521SHA512PublicKeyBytes := mustHexDecode(t, p521SHA512PublicKeyBytesHex) p521SHA512PrivateKeyBytes := mustHexDecode(t, p521SHA512PrivateKeyBytesHex) testCases := []keyTestCase{ keyTestCase{ name: "X25519-SHA256-Tink", params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, keyTestCase{ name: "X25519-SHA256-NoPrefix", params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams, Variant: ecies.VariantNoPrefix, }), publicKeyBytes: x25519PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: 0, }, keyTestCase{ name: "NISTP256-SHA256-Tink", params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, }), publicKeyBytes: p256SHA256PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p256SHA256PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, keyTestCase{ name: "NISTP256-SHA256-NoPrefix", params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantNoPrefix, }), publicKeyBytes: p256SHA256PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p256SHA256PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: 0, }, keyTestCase{ name: "NISTP256-SHA512-Tink", params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA512, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, }), publicKeyBytes: p256SHA512PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p256SHA512PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, keyTestCase{ name: "NISTP256-SHA512-NoPrefix", params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA512, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantNoPrefix, }), publicKeyBytes: p256SHA512PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p256SHA512PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: 0, }, keyTestCase{ name: "NISTP521-SHA512-Tink", params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP521, HashType: ecies.SHA512, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, }), publicKeyBytes: p521SHA512PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p521SHA512PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, keyTestCase{ name: "NISTP521-SHA512-Crunchy", params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP521, HashType: ecies.SHA512, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantCrunchy, }), publicKeyBytes: p521SHA512PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p521SHA512PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, keyTestCase{ name: "NISTP521-SHA512-NoPrefix", params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP521, HashType: ecies.SHA512, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantNoPrefix, }), publicKeyBytes: p521SHA512PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p521SHA512PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: 0, }, } return testCases } func TestNewPublicKeyFailsWithInvalidValues(t *testing.T) { demParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) for _, tc := range []struct { name string params *ecies.Parameters publicKeyBytes []byte idRequirement uint32 }{ { name: "invalid public key bytes", publicKeyBytes: []byte("invalid"), idRequirement: 0x123456, params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, }), }, { name: "invalid prefix variant", publicKeyBytes: x25519PublicKeyBytes, idRequirement: 0x123456, params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams, Variant: ecies.VariantNoPrefix, }), }, { name: "invalid public key bytes - too short", publicKeyBytes: []byte("invalid"), idRequirement: 0x123456, params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, }), }, { name: "invalid public key bytes", publicKeyBytes: func() []byte { // Corrupt the last byte. key := slices.Clone(p256SHA256PublicKeyBytes) key[len(key)-1] ^= 1 return key }(), idRequirement: 0x123456, params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, }), }, { name: "incompatible public key bytes for X25519", publicKeyBytes: p256SHA256PublicKeyBytes, idRequirement: 0x123456, params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, }), }, { name: "incompatible public key bytes for NIST P-256", publicKeyBytes: x25519PublicKeyBytes, idRequirement: 0x123456, params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, }), }, } { t.Run(tc.name, func(t *testing.T) { _, err := ecies.NewPublicKey(tc.publicKeyBytes, tc.idRequirement, tc.params) if err == nil { t.Errorf("ecies.NewPublicKey(%v, %v, %v) err = nil, want non-nil", tc.publicKeyBytes, tc.idRequirement, tc.params) } }) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestPublicKey_Equal_FalseIfDifferentType(t *testing.T) { aesGCMDEMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) params := mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }) publicKey, err := ecies.NewPublicKey(x25519PublicKeyBytes, 0x01020304, params) if err != nil { t.Fatalf("ecies.NewPublicKey(%x, %v, %v) err = %v, want nil", x25519PublicKeyBytes, 0x01020304, params, err) } if publicKey.Equal(&stubKey{}) { t.Errorf("publicKey.Equal(&stubKey{}) = true, want false") } } func TestNewPublicKey(t *testing.T) { testCases := mustCreateKeyTestCases(t) for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { key, err := ecies.NewPublicKey(tc.publicKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("ecies.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.publicKeyBytes, tc.idRequirement, tc.params, err) } if got, want := key.PublicKeyBytes(), tc.publicKeyBytes; !bytes.Equal(got, want) { t.Errorf("key.PublicKeyBytes() = %v, want %v", got, want) } if got, want := key.Parameters(), tc.params; !got.Equal(want) { t.Errorf("key.Parameters() = %v, want %v", got, want) } if got, want := key.OutputPrefix(), tc.wantOutputPrefix; !bytes.Equal(got, want) { t.Errorf("key.OutputPrefix() = %v, want %v", got, want) } gotIDRequirement, gotRequired := key.IDRequirement() if got, want := gotRequired, tc.params.HasIDRequirement(); got != want { t.Errorf("key.IDRequirement() = _, %v, want %v", got, want) } if got, want := gotIDRequirement, tc.idRequirement; got != want { t.Errorf("key.IDRequirement() = %v, _, want %v", got, want) } otherPubKey, err := ecies.NewPublicKey(tc.publicKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("ecies.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.publicKeyBytes, tc.idRequirement, tc.params, err) } if !otherPubKey.Equal(key) { t.Errorf("otherPubKey.Equal(key) = false, want true") } }) } } func TestPublicKeyNotEqual(t *testing.T) { aesGCMDEMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } aesSIVDEMParams, err := aessiv.NewParameters(64, aessiv.VariantNoPrefix) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.2 x25519PublicKeyBytes2 := mustHexDecode(t, "1afa08d3dec047a643885163f1180476fa7ddb54c6a8029ea33f95796bf2ac4a") p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) type keyTestCase struct { params *ecies.Parameters publicKeyBytes []byte idRequirement uint32 } for _, tc := range []struct { name string key1 keyTestCase key2 keyTestCase }{ { name: "Different ECIES parameters - DEM parameters", key1: keyTestCase{ params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes, idRequirement: uint32(0x01020304), }, key2: keyTestCase{ params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesSIVDEMParams, Variant: ecies.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes, idRequirement: uint32(0x01020304), }, }, { name: "Different ECIES parameters - variant", key1: keyTestCase{ params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes, idRequirement: uint32(0x01020304), }, key2: keyTestCase{ params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantCrunchy, }), publicKeyBytes: x25519PublicKeyBytes, idRequirement: uint32(0x01020304), }, }, { name: "Different ID requirement", key1: keyTestCase{ params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }), publicKeyBytes: p256SHA256PublicKeyBytes, idRequirement: uint32(0x01020304), }, key2: keyTestCase{ params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }), publicKeyBytes: p256SHA256PublicKeyBytes, idRequirement: uint32(0x05060708), }, }, { name: "Different public key bytes", key1: keyTestCase{ params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes, idRequirement: uint32(0x01020304), }, key2: keyTestCase{ params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes2, idRequirement: uint32(0x01020304), }, }, } { t.Run(tc.name, func(t *testing.T) { publicKey1, err := ecies.NewPublicKey(tc.key1.publicKeyBytes, tc.key1.idRequirement, tc.key1.params) if err != nil { t.Fatalf("ecies.NewPublicKey(%x, %v, %v) err = %v, want nil", tc.key1.publicKeyBytes, tc.key1.idRequirement, tc.key1.params, err) } publicKey2, err := ecies.NewPublicKey(tc.key2.publicKeyBytes, tc.key2.idRequirement, tc.key2.params) if err != nil { t.Fatalf("ecies.NewPublicKey(%x, %v, %v) err = %v, want nil", tc.key2.publicKeyBytes, tc.key2.idRequirement, tc.key2.params, err) } if publicKey1.Equal(publicKey2) { t.Errorf("publicKey1.Equal(publicKey2) = true, want false") } }) } } func mustCreatePublicKey(t *testing.T, publicKeyBytes []byte, idRequirement uint32, params *ecies.Parameters) *ecies.PublicKey { t.Helper() pk, err := ecies.NewPublicKey(publicKeyBytes, idRequirement, params) if err != nil { t.Fatalf("ecies.NewPublicKey() err = %v, want nil", err) } return pk } func TestNewPrivateKeyFromPublicKeyFailsWithInvalidValues(t *testing.T) { demParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.2 x25519PrivateKeyBytes2 := mustHexDecode(t, "f4ec9b33b792c372c1d2c2063507b684ef925b8c75a42dbcbf57d63ccd381600") p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) p256SHA512PrivateKeyBytes := mustHexDecode(t, p256SHA512PrivateKeyBytesHex) for _, tc := range []struct { name string publicKey *ecies.PublicKey privateKeybytes secretdata.Bytes }{ { name: "invalid X25519 private key bytes", publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes, 0x123456, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, })), privateKeybytes: secretdata.NewBytesFromData([]byte("invalid"), insecuresecretdataaccess.Token{}), }, { name: "incompatible X25519 private key bytes", publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes, 0x123456, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, })), privateKeybytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes2, insecuresecretdataaccess.Token{}), }, { name: "invalid NIST private key bytes", publicKey: mustCreatePublicKey(t, p256SHA256PublicKeyBytes, 0x123456, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, })), privateKeybytes: secretdata.NewBytesFromData([]byte("invalid"), insecuresecretdataaccess.Token{}), }, { name: "incompatible NIST private key bytes", publicKey: mustCreatePublicKey(t, p256SHA256PublicKeyBytes, 0x123456, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, })), privateKeybytes: secretdata.NewBytesFromData(p256SHA512PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, } { t.Run(tc.name, func(t *testing.T) { _, err := ecies.NewPrivateKeyFromPublicKey(tc.privateKeybytes, tc.publicKey) if err == nil { t.Errorf("ecies.NewPrivateKeyFromPublicKey(%v, %v) err = nil, want non-nil", tc.privateKeybytes, tc.publicKey) } }) } } func doTestPrivateKeyAccessors(t *testing.T, privateKey *ecies.PrivateKey, tc *keyTestCase, wantPublicKey *ecies.PublicKey) { if got, want := privateKey.Parameters(), tc.params; !got.Equal(want) { t.Errorf("privateKey.Parameters() = %v, want %v", got, want) } if got, want := privateKey.OutputPrefix(), tc.wantOutputPrefix; !bytes.Equal(got, want) { t.Errorf("privateKey.OutputPrefix() = %v, want %v", got, want) } gotIDRequirement, gotRequired := privateKey.IDRequirement() if got, want := gotRequired, tc.params.HasIDRequirement(); got != want { t.Errorf("privateKey.IDRequirement() = %v, want %v", got, want) } if got, want := gotIDRequirement, tc.idRequirement; got != want { t.Errorf("privateKey.IDRequirement() = %v, want %v", got, want) } if got, want := privateKey.PrivateKeyBytes(), tc.privateKeyBytes; !got.Equal(want) { t.Errorf("privateKey.PrivateKeyBytes() = %v, want %v", got, want) } gotPublicKey, err := privateKey.PublicKey() if err != nil { t.Fatalf("privateKey.PublicKey() err = %v, want nil", err) } if got, want := gotPublicKey, wantPublicKey; !got.Equal(want) { t.Errorf("privateKey.PublicKey() = %v, _, want %v", got, want) } } func TestNewPrivateKeyFromPublicKey(t *testing.T) { testCases := mustCreateKeyTestCases(t) for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { pubKey, err := ecies.NewPublicKey(tc.publicKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("ecies.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.publicKeyBytes, tc.idRequirement, tc.params, err) } privKey, err := ecies.NewPrivateKeyFromPublicKey(tc.privateKeyBytes, pubKey) if err != nil { t.Fatalf("ecies.NewPrivateKeyFromPublicKey(%v, %v) err = %v, want nil", tc.privateKeyBytes, pubKey, err) } doTestPrivateKeyAccessors(t, privKey, &tc, pubKey) otherPrivKeyFromPublicKey, err := ecies.NewPrivateKeyFromPublicKey(tc.privateKeyBytes, pubKey) if err != nil { t.Fatalf("ecies.NewPrivateKeyFromPublicKey(%v, %v) err = %v, want nil", tc.privateKeyBytes, pubKey, err) } if !otherPrivKeyFromPublicKey.Equal(privKey) { t.Errorf("otherPrivKeyFromPublicKey.Equal(privKey) = false, want true") } // Check equivalence with NewPrivateKey. otherPrivKey, err := ecies.NewPrivateKey(tc.privateKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("ecies.NewPrivateKey(%v, %v, %v) err = %v, want nil", tc.privateKeyBytes, tc.idRequirement, tc.params, err) } if !otherPrivKey.Equal(privKey) { t.Errorf("otherPrivKey.Equal(privKey) = false, want true") } }) } } func TestPrivateKey_Equal_FalseIfDifferentType(t *testing.T) { aesGCMDEMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) x25519PrivateKeyBytes := mustHexDecode(t, x25519PrivateKeyBytesHex) params := mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }) publicKey, err := ecies.NewPublicKey(x25519PublicKeyBytes, 0x01020304, params) if err != nil { t.Fatalf("ecies.NewPublicKey(%x, %v, %v) err = %v, want nil", x25519PublicKeyBytes, 0x01020304, params, err) } privateKey, err := ecies.NewPrivateKeyFromPublicKey(secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), publicKey) if err != nil { t.Fatalf("ecies.NewPrivateKeyFromPublicKey(%x, %v) err = %v, want nil", x25519PrivateKeyBytes, publicKey, err) } if privateKey.Equal(&stubKey{}) { t.Errorf("privateKey.Equal(&stubKey{}) = true, want false") } } func TestNewPrivateKey(t *testing.T) { testCases := mustCreateKeyTestCases(t) for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { pubKey, err := ecies.NewPublicKey(tc.publicKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("ecies.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.publicKeyBytes, tc.idRequirement, tc.params, err) } privKey, err := ecies.NewPrivateKey(tc.privateKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("ecies.NewPrivateKey(%v, %v, %v) err = %v, want nil", tc.privateKeyBytes, tc.idRequirement, tc.params, err) } doTestPrivateKeyAccessors(t, privKey, &tc, pubKey) otherPrivKey, err := ecies.NewPrivateKey(tc.privateKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("ecies.NewPrivateKey(%v, %v, %v) err = %v, want nil", tc.privateKeyBytes, tc.idRequirement, tc.params, err) } if !otherPrivKey.Equal(privKey) { t.Errorf("otherPrivKey.Equal(privKey) = false, want true") } // Check equivalence with NewPrivateKeyFromPublicKey. otherPrivKeyFromPublicKey, err := ecies.NewPrivateKeyFromPublicKey(tc.privateKeyBytes, pubKey) if err != nil { t.Fatalf("ecies.NewPrivateKeyFromPublicKey(%v, %v) err = %v, want nil", tc.privateKeyBytes, pubKey, err) } if !otherPrivKeyFromPublicKey.Equal(privKey) { t.Errorf("otherPrivKeyFromPublicKey.Equal(privKey) = false, want true") } }) } } func TestPrivateKeyNotEqual(t *testing.T) { aesGCMDEMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } aesSIVDEMParams, err := aessiv.NewParameters(64, aessiv.VariantNoPrefix) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) x25519PrivateKeyBytes := mustHexDecode(t, x25519PrivateKeyBytesHex) // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.2 x25519PublicKeyBytes2 := mustHexDecode(t, "1afa08d3dec047a643885163f1180476fa7ddb54c6a8029ea33f95796bf2ac4a") x25519PrivateKeyBytes2 := mustHexDecode(t, "f4ec9b33b792c372c1d2c2063507b684ef925b8c75a42dbcbf57d63ccd381600") p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) p256SHA256PrivateKeyBytes := mustHexDecode(t, p256SHA256PrivateKeyBytesHex) type keyTestCase struct { publicKey *ecies.PublicKey privateKeyBytes secretdata.Bytes } for _, tc := range []struct { name string key1 keyTestCase key2 keyTestCase }{ { name: "Different ECIES parameters", key1: keyTestCase{ publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes, 0x01020304, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, key2: keyTestCase{ publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes, 0x01020304, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesSIVDEMParams, Variant: ecies.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, }, { name: "Different public key ID requirement", key1: keyTestCase{ publicKey: mustCreatePublicKey(t, p256SHA256PublicKeyBytes, 0x01020304, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(p256SHA256PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, key2: keyTestCase{ publicKey: mustCreatePublicKey(t, p256SHA256PublicKeyBytes, 0x05060708, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(p256SHA256PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, }, { name: "Different public and private key bytes", key1: keyTestCase{ publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes, 0x01020304, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, key2: keyTestCase{ publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes2, 0x01020304, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes2, insecuresecretdataaccess.Token{}), }, }, } { t.Run(tc.name, func(t *testing.T) { privateKey1, err := ecies.NewPrivateKeyFromPublicKey(tc.key1.privateKeyBytes, tc.key1.publicKey) if err != nil { t.Fatalf("ecies.NewPrivateKeyFromPublicKey(%v, %v) err = %v, want nil", tc.key1.privateKeyBytes, tc.key1.publicKey, err) } privateKey2, err := ecies.NewPrivateKeyFromPublicKey(tc.key2.privateKeyBytes, tc.key2.publicKey) if err != nil { t.Fatalf("ecies.NewPrivateKeyFromPublicKey(%v, %v) err = %v, want nil", tc.key2.privateKeyBytes, tc.key2.publicKey, err) } if privateKey1.Equal(privateKey2) { t.Errorf("privateKey1.Equal(privateKey2) = true, want false") } }) } } func TestPrivateKeyCreator(t *testing.T) { aesGCMDEMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } params, err := ecies.NewParameters(ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }) if err != nil { t.Fatalf("ecies.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", params, err) } eciesPrivateKey, ok := key.(*ecies.PrivateKey) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*ecies.PrivateKey)(nil)) } idRequirement, hasIDRequirement := eciesPrivateKey.IDRequirement() if !hasIDRequirement || idRequirement != 0x1234 { t.Errorf("eciesPrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(eciesPrivateKey.Parameters(), params); diff != "" { t.Errorf("eciesPrivateKey.Parameters() diff (-want +got):\n%s", diff) } publicKey, err := eciesPrivateKey.PublicKey() if err != nil { t.Fatalf("eciesPrivateKey.PublicKey() err = %v, want nil", err) } eciesPublicKey, ok := publicKey.(*ecies.PublicKey) if !ok { t.Fatalf("eciesPrivateKey.PublicKey() returned key of type %T, want %T", publicKey, (*ecies.PublicKey)(nil)) } // Make sure we can encrypt/decrypt with the key. encrypter, err := ecies.NewHybridEncrypt(eciesPublicKey, internalapi.Token{}) if err != nil { t.Fatalf("ecies.NewHybridEncrypt() err = %v, want nil", err) } ciphertext, err := encrypter.Encrypt([]byte("hello world"), []byte("hello world")) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } decrypter, err := ecies.NewHybridDecrypt(eciesPrivateKey, internalapi.Token{}) if err != nil { t.Fatalf("ecies.NewHybridDecrypt() err = %v, want nil", err) } got, err := decrypter.Decrypt(ciphertext, []byte("hello world")) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if diff := cmp.Diff(got, []byte("hello world")); diff != "" { t.Errorf("decrypter.Decrypt() diff (-want +got):\n%s", diff) } } func TestPrivateKeyCreator_FailsWithInvalidParameters(t *testing.T) { aesGCMDEMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } for _, tc := range []struct { name string params *ecies.Parameters idRequirement uint32 }{ { name: "invalid id requirement", params: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantNoPrefix, }), idRequirement: 0x1234, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.params, tc.idRequirement); err == nil { t.Errorf("keygenregistry.CreateKey(%v, %v) err = nil, want error", tc.params, tc.idRequirement) } }) } } ================================================ FILE: hybrid/ecies/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/aead/xchacha20poly1305" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/key" ) // Variant is the prefix variant of an ECIES key. // // It describes the format of the ciphertext. For ECIES, there are four options: // // - TINK: prepends '0x01' to the ciphertext. // - CRUNCHY: prepends '0x00' to the ciphertext. // - NO_PREFIX: adds no prefix to the ciphertext. type Variant int const ( // VariantUnknown is the default value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the ciphertext. VariantTink // VariantCrunchy prefixes '0x00' to the ciphertext. VariantCrunchy // VariantNoPrefix does not prefix the ciphertext with the key id. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // CurveType is the curve type for the KEM. type CurveType int const ( // UnknownCurveType is the default value of CurveType. UnknownCurveType CurveType = iota // NISTP256 is the NIST P-256 curve. NISTP256 // NISTP384 is the NIST P-384 curve. NISTP384 // NISTP521 is the NIST P-521 curve. NISTP521 // X25519 is the X25519 curve. X25519 ) func (ct CurveType) String() string { switch ct { case NISTP256: return "NIST_P256" case NISTP384: return "NIST_P384" case NISTP521: return "NIST_P521" case X25519: return "X25519" default: return "UNKNOWN" } } // HashType is the hash type of the KEM. type HashType int const ( // UnknownHashType is the default value of HashType. UnknownHashType HashType = iota // SHA1 is the SHA1 hash type. SHA1 // SHA224 is the SHA224 hash type. SHA224 // SHA256 is the SHA256 hash type. SHA256 // SHA384 is the SHA384 hash type. SHA384 // SHA512 is the SHA512 hash type. SHA512 ) func (ht HashType) String() string { switch ht { case SHA1: return "SHA1" case SHA224: return "SHA224" case SHA256: return "SHA256" case SHA384: return "SHA384" case SHA512: return "SHA512" default: return "UNKNOWN" } } // PointFormat is the elliptic curve point format for encoding the public key // in the KEM prefix added to the ciphertext. type PointFormat int const ( // UnspecifiedPointFormat is the default value of PointFormat. UnspecifiedPointFormat PointFormat = iota // CompressedPointFormat is the compressed point format. CompressedPointFormat // UncompressedPointFormat is the uncompressed point format. UncompressedPointFormat // LegacyUncompressedPointFormat is the same as UncompressedPointFormat, but // without the leading '\x04' prefix byte. Only used by Crunchy. // // DO NOT USE unless you are a Crunchy user migrating to Tink. LegacyUncompressedPointFormat ) func (pf PointFormat) String() string { switch pf { case CompressedPointFormat: return "CompressedPointFormat" case UncompressedPointFormat: return "UncompressedPointFormat" case LegacyUncompressedPointFormat: return "LegacyUncompressedPointFormat" default: return "UnspecifiedPointFormat" } } // Parameters represents the parameters of an ECIES key. // // These are parameters for keys that implement ECIES ISO 18033-2 standard // (Elliptic Curve Integrated Encryption Scheme, see http://www.shoup.net/iso/std6.pdf). type Parameters struct { curveType CurveType hashType HashType nistCurvePointFormat PointFormat demParameters key.Parameters salt []byte variant Variant } var ( allowedDEMParameters []key.Parameters = mustCreateAllowedDEMParameters() ) func mustCreateAllowedDEMParameters() []key.Parameters { aes128GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { panic(fmt.Sprintf("failed to create AES128-GCM parameters: %v", err)) } aes256GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { panic(fmt.Sprintf("failed to create AES256-GCM parameters: %v", err)) } aes256SIVParams, err := aessiv.NewParameters(64, aessiv.VariantNoPrefix) if err != nil { panic(fmt.Sprintf("failed to create AES-SIV parameters: %v", err)) } xchacha20poly1305Params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantNoPrefix) if err != nil { panic(fmt.Sprintf("failed to create XChaCha20Poly1305 parameters: %v", err)) } aes128CTRHMACSHA256Params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 32, IVSizeInBytes: 16, HashType: aesctrhmac.SHA256, TagSizeInBytes: 16, Variant: aesctrhmac.VariantNoPrefix, }) if err != nil { panic(fmt.Sprintf("failed to create AES-CTR-HMAC parameters: %v", err)) } aes256CTRHMACSHA256Params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 16, HashType: aesctrhmac.SHA256, TagSizeInBytes: 32, Variant: aesctrhmac.VariantNoPrefix, }) if err != nil { panic(fmt.Sprintf("failed to create AES-CTR-HMAC parameters: %v", err)) } return []key.Parameters{ aes128GCMParams, aes256GCMParams, aes256SIVParams, xchacha20poly1305Params, aes128CTRHMACSHA256Params, aes256CTRHMACSHA256Params, } } func isAllowedDEMParameters(demParameters key.Parameters) error { for _, allowedDEMParameters := range allowedDEMParameters { if demParameters.Equal(allowedDEMParameters) { return nil } } // TODO: b/388807656 - Include supported DEM parameters in error message. return fmt.Errorf("unsupported DEM parameters %s", demParameters) } func isNISTCurve(curveType CurveType) bool { switch curveType { case NISTP256, NISTP384, NISTP521: return true default: return false } } // ParametersOpts is the options for creating a new ECIES Parameters value. type ParametersOpts struct { CurveType CurveType HashType HashType NISTCurvePointFormat PointFormat // Must be UnspecifiedPointFormat for X25519. DEMParameters key.Parameters Salt []byte Variant Variant } // NewParameters creates a new ECDSA Parameters value. func NewParameters(opts ParametersOpts) (*Parameters, error) { if opts.CurveType == UnknownCurveType { return nil, fmt.Errorf("ecies.NewParameters: curve type must not be %v", UnknownCurveType) } if opts.HashType == UnknownHashType { return nil, fmt.Errorf("ecies.NewParameters: hash type must not be %v", UnknownHashType) } if opts.Variant == VariantUnknown { return nil, fmt.Errorf("ecies.NewParameters: variant must not be %v", VariantUnknown) } if isNISTCurve(opts.CurveType) && opts.NISTCurvePointFormat == UnspecifiedPointFormat { return nil, fmt.Errorf("ecies.NewParameters: point format must not be %v when curve type is a NIST curve", UnspecifiedPointFormat) } if !isNISTCurve(opts.CurveType) && opts.NISTCurvePointFormat != UnspecifiedPointFormat { return nil, fmt.Errorf("ecies.NewParameters: point format must be %v when curve type is not a NIST curve", UnspecifiedPointFormat) } if err := isAllowedDEMParameters(opts.DEMParameters); err != nil { return nil, fmt.Errorf("ecies.NewParameters: %v", err) } p := &Parameters{ curveType: opts.CurveType, hashType: opts.HashType, nistCurvePointFormat: opts.NISTCurvePointFormat, demParameters: opts.DEMParameters, salt: bytes.Clone(opts.Salt), variant: opts.Variant, } return p, nil } var _ key.Parameters = (*Parameters)(nil) // CurveType the curve type. func (p *Parameters) CurveType() CurveType { return p.curveType } // HashType returns the hash type. func (p *Parameters) HashType() HashType { return p.hashType } // NISTCurvePointFormat returns the point format. func (p *Parameters) NISTCurvePointFormat() PointFormat { return p.nistCurvePointFormat } // DEMParameters returns the Data Encapsulation Mechanism (DEM) key parameters. func (p *Parameters) DEMParameters() key.Parameters { return p.demParameters } // Salt returns the salt. func (p *Parameters) Salt() []byte { return bytes.Clone(p.salt) } // Variant returns the output prefix variant of the key. func (p *Parameters) Variant() Variant { return p.variant } // HasIDRequirement tells whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal tells whether this parameters value is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.curveType == actualParams.curveType && p.hashType == actualParams.hashType && p.demParameters.Equal(actualParams.demParameters) && p.nistCurvePointFormat == actualParams.nistCurvePointFormat && bytes.Equal(p.salt, actualParams.salt) && p.variant == actualParams.variant } ================================================ FILE: hybrid/ecies/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies_test import ( "bytes" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/aead/xchacha20poly1305" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/hybrid/ecies" "github.com/tink-crypto/tink-go/v2/key" ) func mustCreateSupportedDEMPArams(t *testing.T) map[string]key.Parameters { aes128GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("failed to create AES128-GCM parameters: %v", err) } aes256GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("failed to create AES256-GCM parameters: %v", err) } aes256SIVParams, err := aessiv.NewParameters(64, aessiv.VariantNoPrefix) if err != nil { t.Fatalf("failed to create AES-SIV parameters: %v", err) } xchacha20poly1305Params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantNoPrefix) if err != nil { t.Fatalf("failed to create XChaCha20Poly1305 parameters: %v", err) } aes128CTRHMACSHA256Params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 16, HMACKeySizeInBytes: 32, IVSizeInBytes: 16, HashType: aesctrhmac.SHA256, TagSizeInBytes: 16, Variant: aesctrhmac.VariantNoPrefix, }) if err != nil { t.Fatalf("failed to create AES-CTR-HMAC parameters: %v", err) } aes256CTRHMACSHA256Params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, IVSizeInBytes: 16, HashType: aesctrhmac.SHA256, TagSizeInBytes: 32, Variant: aesctrhmac.VariantNoPrefix, }) if err != nil { t.Fatalf("failed to create AES256-CTR-HMAC parameters: %v", err) } return map[string]key.Parameters{ "AES128-GCM-NoPrefix": aes128GCMParams, "AES256-GCM-NoPrefix": aes256GCMParams, "AES256-SIV-NoPrefix": aes256SIVParams, "XChaCha20Poly1305-NoPrefix": xchacha20poly1305Params, "AES128-CTR-HMAC-SHA256-NoPrefix": aes128CTRHMACSHA256Params, "AES256-CTR-HMAC-SHA256-NoPrefix": aes256CTRHMACSHA256Params, } } func TestNewParametersInvalidValues(t *testing.T) { demParams := mustCreateSupportedDEMPArams(t) // Unsupported DEM parameters. unsupportedDEMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 24, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("failed to create unsupported DEM parameters: %v", err) } testCases := []struct { name string opts ecies.ParametersOpts }{ { name: "unknown curve type", opts: ecies.ParametersOpts{ CurveType: ecies.UnknownCurveType, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams["AES128-GCM-NoPrefix"], Variant: ecies.VariantTink, }, }, { name: "unusupported DEM", opts: ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: unsupportedDEMParams, Variant: ecies.VariantTink, }, }, { name: "unspecified point format with NIST curve", opts: ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams["AES128-GCM-NoPrefix"], Variant: ecies.VariantTink, }, }, { name: "specified point format with X25519 curve", opts: ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams["AES128-GCM-NoPrefix"], Variant: ecies.VariantTink, }, }, { name: "unknown variant", opts: ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams["AES128-GCM-NoPrefix"], Variant: ecies.VariantUnknown, }, }, { name: "unknown hash type", opts: ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.UnknownHashType, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams["AES128-GCM-NoPrefix"], Variant: ecies.VariantTink, }, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := ecies.NewParameters(tc.opts); err == nil { t.Errorf("ecies.NewParameters(%v) = nil, want error", tc.opts) } }) } } type testCase struct { name string opts ecies.ParametersOpts } func testCases(t *testing.T) []testCase { demParams := mustCreateSupportedDEMPArams(t) var testCases []testCase for _, hashType := range []ecies.HashType{ecies.SHA256, ecies.SHA384, ecies.SHA512} { for _, demID := range []string{"AES128-GCM-NoPrefix", "AES256-GCM-NoPrefix", "AES256-SIV-NoPrefix", "XChaCha20Poly1305-NoPrefix", "AES128-CTR-HMAC-SHA256-NoPrefix", "AES256-CTR-HMAC-SHA256-NoPrefix"} { for _, variant := range []ecies.Variant{ecies.VariantTink, ecies.VariantNoPrefix, ecies.VariantCrunchy} { for _, salt := range [][]byte{nil, []byte("salt")} { for _, curveType := range []ecies.CurveType{ecies.NISTP256, ecies.NISTP384, ecies.NISTP521} { for _, pointFormat := range []ecies.PointFormat{ecies.CompressedPointFormat, ecies.UncompressedPointFormat} { testCases = append(testCases, testCase{ name: fmt.Sprintf("%v-%v-%v-%v-%v-%v", curveType, hashType, pointFormat, demID, variant, salt), opts: ecies.ParametersOpts{ CurveType: curveType, HashType: hashType, NISTCurvePointFormat: pointFormat, DEMParameters: demParams[demID], Salt: salt, Variant: variant, }, }) } } testCases = append(testCases, testCase{ name: fmt.Sprintf("%v-%v-%v-%v-%v-%v", ecies.X25519, hashType, ecies.UnspecifiedPointFormat, demID, variant, salt), opts: ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: hashType, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams[demID], Salt: salt, Variant: variant, }, }) } } } } return testCases } func TestNewParameters(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { params, err := ecies.NewParameters(tc.opts) if err != nil { t.Fatalf("ecies.NewParameters(%v) = %v, want nil", tc.opts, err) } if got, want := params.CurveType(), tc.opts.CurveType; got != want { t.Errorf("params.CurveType() = %v, want %v", got, want) } if got, want := params.HashType(), tc.opts.HashType; got != want { t.Errorf("params.HashType() = %v, want %v", got, want) } if got, want := params.NISTCurvePointFormat(), tc.opts.NISTCurvePointFormat; got != want { t.Errorf("params.NISTCurvePointFormat() = %v, want %v", got, want) } if got, want := params.Variant(), tc.opts.Variant; got != want { t.Errorf("params.Variant() = %v, want %v", got, want) } if got, want := params.DEMParameters(), tc.opts.DEMParameters; !got.Equal(want) { t.Errorf("params.DEMParameters() = %v, want %v", got, want) } if got, want := params.Salt(), tc.opts.Salt; !bytes.Equal(got, want) { t.Errorf("params.Salt() = %v, want %v", got, want) } if got, want := params.HasIDRequirement(), tc.opts.Variant != ecies.VariantNoPrefix; got != want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, want) } other, err := ecies.NewParameters(tc.opts) if err != nil { t.Fatalf("ecies.NewParameters() = %v, want nil", err) } if !params.Equal(other) { t.Errorf("params.Equal(other) = false, want true") } }) } } func TestParametersNotEqual(t *testing.T) { aesGCMDEMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } aesGCMSIVDEMParams, err := aessiv.NewParameters(64, aessiv.VariantNoPrefix) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } type paramsTestCase struct { params *ecies.Parameters } for _, tc := range []struct { name string paramsOpts1 ecies.ParametersOpts paramsOpts2 ecies.ParametersOpts }{ { name: "Different DEM parameters", paramsOpts1: ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }, paramsOpts2: ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMSIVDEMParams, Variant: ecies.VariantTink, }, }, { name: "Different variant", paramsOpts1: ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }, paramsOpts2: ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantCrunchy, }, }, { name: "Different point format", paramsOpts1: ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }, paramsOpts2: ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }, }, { name: "Different NIST curve", paramsOpts1: ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }, paramsOpts2: ecies.ParametersOpts{ CurveType: ecies.NISTP384, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }, }, { name: "Different hash", paramsOpts1: ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }, paramsOpts2: ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA512, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: aesGCMDEMParams, Variant: ecies.VariantTink, }, }, } { t.Run(tc.name, func(t *testing.T) { params1, err := ecies.NewParameters(tc.paramsOpts1) if err != nil { t.Fatalf("ecies.NewParameters(%v) err = %v, want nil", tc.paramsOpts1, err) } params2, err := ecies.NewParameters(tc.paramsOpts2) if err != nil { t.Fatalf("ecies.NewParameters(%v) err = %v, want nil", tc.paramsOpts2, err) } if params1.Equal(params2) { t.Errorf("params1.Equal(params2) = true, want false") } }) } } ================================================ FILE: hybrid/ecies/private_key_manager_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies_test import ( "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/hybrid/subtle" "github.com/tink-crypto/tink-go/v2/tink" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" eahpb "github.com/tink-crypto/tink-go/v2/proto/ecies_aead_hkdf_go_proto" ) const ( privateKeyTypeURL = "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey" privateKeyVersion = 0 ) func TestPrivateKeyManagerPrimitive(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } serializedPrivateKey := mustMarshal(t, makeValidECIESAEADHKDFPrivateKey(t)) primitive, err := km.Primitive(serializedPrivateKey) if err != nil { t.Fatalf("km.Primitive(serilizedPrivateKey) err = %v, want nil", err) } if _, ok := primitive.(tink.HybridDecrypt); !ok { t.Errorf("primitive is of type %T, want %T", primitive, (tink.HybridDecrypt)(nil)) } } func TestPrivateKeyManagerPrimitiveErrors(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } testCases := []struct { name string key []byte }{ { name: "nil_key", key: nil, }, { name: "invalid_version", key: func() []byte { k := makeValidECIESAEADHKDFPrivateKey(t) k.Version = privateKeyVersion + 1 return mustMarshal(t, k) }(), }, { name: "invalid_private_key_version", key: func() []byte { k := makeValidECIESAEADHKDFPrivateKey(t) k.GetPublicKey().Version = privateKeyVersion + 1 return mustMarshal(t, k) }(), }, { name: "nil_public_key", key: func() []byte { k := makeValidECIESAEADHKDFPrivateKey(t) k.PublicKey = nil return mustMarshal(t, k) }(), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := km.Primitive(tc.key); err == nil { t.Fatalf("km.Primitive(serilizedPrivateKey) err = nil, want non-nil") } }) } } func TestPrivateKeyManagerGetPublicKeyErrors(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } testCases := []struct { name string key []byte }{ { name: "nil_key", key: nil, }, { name: "invalid_version", key: func() []byte { k := makeValidECIESAEADHKDFPrivateKey(t) k.Version = privateKeyVersion + 1 return mustMarshal(t, k) }(), }, { name: "invalid_private_key_version", key: func() []byte { k := makeValidECIESAEADHKDFPrivateKey(t) k.GetPublicKey().Version = privateKeyVersion + 1 return mustMarshal(t, k) }(), }, { name: "nil_public_key", key: func() []byte { k := makeValidECIESAEADHKDFPrivateKey(t) k.PublicKey = nil return mustMarshal(t, k) }(), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := km.(registry.PrivateKeyManager).PublicKeyData(tc.key); err == nil { t.Fatalf("km.PublicKeyData(serilizedPrivateKey) err = nil, want non-nil") } }) } } func TestPrivateKeyManagerNewKey(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } serializedKeyFormat := mustMarshal(t, makeValidECIESAEADHKDFKeyFormat(t)) if _, err := km.NewKey(serializedKeyFormat); err != nil { t.Errorf("km.NewKey(serializedKeyFormat) err = %v, want nil", err) } if _, err := km.NewKeyData(serializedKeyFormat); err != nil { t.Errorf("km.NewKeyData(serializedKeyFormat) err = %v, want nil", err) } } func TestPrivateKeyManagerNewKeyErrors(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } testCases := []struct { name string keyFormat []byte }{ { name: "nil_keyFormat", keyFormat: nil, }, { name: "nil_params", keyFormat: func() []byte { kf := makeValidECIESAEADHKDFKeyFormat(t) kf.Params = nil return mustMarshal(t, kf) }(), }, { name: "nil_kem_params", keyFormat: func() []byte { kf := makeValidECIESAEADHKDFKeyFormat(t) kf.GetParams().KemParams = nil return mustMarshal(t, kf) }(), }, { name: "nil_dem_params", keyFormat: func() []byte { kf := makeValidECIESAEADHKDFKeyFormat(t) kf.GetParams().DemParams = nil return mustMarshal(t, kf) }(), }, { name: "unknown_kem_curve_type", keyFormat: func() []byte { kf := makeValidECIESAEADHKDFKeyFormat(t) kf.GetParams().GetKemParams().CurveType = commonpb.EllipticCurveType_UNKNOWN_CURVE return mustMarshal(t, kf) }(), }, { name: "unknown_kem_hash_type", keyFormat: func() []byte { kf := makeValidECIESAEADHKDFKeyFormat(t) kf.GetParams().GetKemParams().HkdfHashType = commonpb.HashType_UNKNOWN_HASH return mustMarshal(t, kf) }(), }, { name: "nil_dem_aead", keyFormat: func() []byte { kf := makeValidECIESAEADHKDFKeyFormat(t) kf.GetParams().GetDemParams().AeadDem = nil return mustMarshal(t, kf) }(), }, { name: "unknown_point_format", keyFormat: func() []byte { kf := makeValidECIESAEADHKDFKeyFormat(t) kf.GetParams().EcPointFormat = commonpb.EcPointFormat_UNKNOWN_FORMAT return mustMarshal(t, kf) }(), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := km.NewKey(tc.keyFormat); err == nil { t.Errorf("km.NewKey(tc.keyFormat) err == nil, want non-nil") } if _, err := km.NewKeyData(tc.keyFormat); err == nil { t.Errorf("km.NewKeyData(tc.keyFormat) err == nil, want non-nil") } }) } } func makeValidECIESAEADHKDFKeyFormat(t *testing.T) *eahpb.EciesAeadHkdfKeyFormat { t.Helper() return &eahpb.EciesAeadHkdfKeyFormat{ Params: &eahpb.EciesAeadHkdfParams{ KemParams: &eahpb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{}, }, DemParams: &eahpb.EciesAeadDemParams{ AeadDem: aead.AES128GCMKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_UNCOMPRESSED, }, } } func makeValidECIESAEADHKDFPrivateKey(t *testing.T) *eahpb.EciesAeadHkdfPrivateKey { t.Helper() keyFormat := makeValidECIESAEADHKDFKeyFormat(t) curve, err := subtle.GetCurve(keyFormat.GetParams().GetKemParams().GetCurveType().String()) if err != nil { t.Fatal(err) } privateKey, err := subtle.GenerateECDHKeyPair(curve) if err != nil { t.Fatal(err) } return &eahpb.EciesAeadHkdfPrivateKey{ Version: privateKeyVersion, KeyValue: privateKey.D.Bytes(), PublicKey: &eahpb.EciesAeadHkdfPublicKey{ Version: 0, Params: keyFormat.GetParams(), X: privateKey.PublicKey.Point.X.Bytes(), Y: privateKey.PublicKey.Point.Y.Bytes(), }, } } func mustMarshal(t *testing.T, msg proto.Message) []byte { t.Helper() serialized, err := proto.Marshal(msg) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", msg, err) } return serialized } ================================================ FILE: hybrid/ecies/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies import ( "fmt" "slices" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/ec" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" eciespb "github.com/tink-crypto/tink-go/v2/proto/ecies_aead_hkdf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( publicKeyTypeURL = "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey" privateKeyTypeURL = "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey" ) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } type publicKeySerializer struct{} var _ protoserialization.KeySerializer = (*publicKeySerializer)(nil) func protoCurveFromCurveType(curveType CurveType) (commonpb.EllipticCurveType, error) { switch curveType { case NISTP256: return commonpb.EllipticCurveType_NIST_P256, nil case NISTP384: return commonpb.EllipticCurveType_NIST_P384, nil case NISTP521: return commonpb.EllipticCurveType_NIST_P521, nil case X25519: return commonpb.EllipticCurveType_CURVE25519, nil default: return commonpb.EllipticCurveType_UNKNOWN_CURVE, fmt.Errorf("unknown curve type: %v", curveType) } } func protoHashTypeFromHashType(hashType HashType) (commonpb.HashType, error) { switch hashType { case SHA1: return commonpb.HashType_SHA1, nil case SHA224: return commonpb.HashType_SHA224, nil case SHA256: return commonpb.HashType_SHA256, nil case SHA384: return commonpb.HashType_SHA384, nil case SHA512: return commonpb.HashType_SHA512, nil default: return commonpb.HashType_UNKNOWN_HASH, fmt.Errorf("unknown hash type: %v", hashType) } } func protoEcPointFormatFromPointFormat(pointFormat PointFormat) (commonpb.EcPointFormat, error) { switch pointFormat { case CompressedPointFormat: return commonpb.EcPointFormat_COMPRESSED, nil case UncompressedPointFormat: return commonpb.EcPointFormat_UNCOMPRESSED, nil case LegacyUncompressedPointFormat: return commonpb.EcPointFormat_DO_NOT_USE_CRUNCHY_UNCOMPRESSED, nil case UnspecifiedPointFormat: // This is unspecified only for X25519, so we set it to COMPRESSED. return commonpb.EcPointFormat_COMPRESSED, nil default: return commonpb.EcPointFormat_UNKNOWN_FORMAT, fmt.Errorf("unknown point format: %v ", pointFormat) } } func createProtoECIESParams(p *Parameters) (*eciespb.EciesAeadHkdfParams, error) { curveType, err := protoCurveFromCurveType(p.CurveType()) if err != nil { return nil, err } protoHashType, err := protoHashTypeFromHashType(p.HashType()) if err != nil { return nil, err } protoDEMParams, err := protoserialization.SerializeParameters(p.DEMParameters()) if err != nil { return nil, err } // NOTE: Always set the output prefix type to TINK for backward compatibility. protoDEMParams.OutputPrefixType = tinkpb.OutputPrefixType_TINK pointFormat, err := protoEcPointFormatFromPointFormat(p.NISTCurvePointFormat()) if err != nil { return nil, err } return &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: curveType, HkdfHashType: protoHashType, HkdfSalt: p.Salt(), }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: protoDEMParams, }, EcPointFormat: pointFormat, }, nil } func coordinateSizeForCurve(curveType CurveType) (int, error) { switch curveType { case NISTP256: return 32, nil case NISTP384: return 48, nil case NISTP521: return 66, nil default: return 0, fmt.Errorf("unsupported curve: %v", curveType) } } func publicKeyToProtoPublicKey(publicKey *PublicKey) (*eciespb.EciesAeadHkdfPublicKey, error) { if publicKey == nil { return nil, fmt.Errorf("public key is nil") } eciesParams := publicKey.Parameters().(*Parameters) // This is nil if PublicKey was created as a struct literal. if eciesParams == nil { return nil, fmt.Errorf("key has nil parameters") } protoECIESParams, err := createProtoECIESParams(eciesParams) if err != nil { return nil, err } protoPublicKey := &eciespb.EciesAeadHkdfPublicKey{ Version: 0, Params: protoECIESParams, } switch eciesParams.CurveType() { case NISTP256, NISTP384, NISTP521: // Encoding must be as per [SEC 1 v2.0, Section 2.3.3]. This function adds // an extra leading 0x00 byte to the coordinates for compatibility with // other Tink implementations (see b/264525021). coordinateSize, err := coordinateSizeForCurve(eciesParams.CurveType()) if err != nil { return nil, err } if len(publicKey.PublicKeyBytes()) != 2*coordinateSize+1 { return nil, fmt.Errorf("public key point has invalid coordinate size: got %v, want %v", len(publicKey.PublicKeyBytes()), 2*coordinateSize+1) } if publicKey.PublicKeyBytes()[0] != 0x04 { return nil, fmt.Errorf("public key has invalid 1st byte: got %x, want %x", publicKey.PublicKeyBytes()[0], 0x04) } xy := publicKey.PublicKeyBytes()[1:] protoPublicKey.X, err = ec.BigIntBytesToFixedSizeBuffer(xy[:coordinateSize], coordinateSize+1) if err != nil { return nil, err } protoPublicKey.Y, err = ec.BigIntBytesToFixedSizeBuffer(xy[coordinateSize:], coordinateSize+1) if err != nil { return nil, err } case X25519: protoPublicKey.X = publicKey.PublicKeyBytes() default: return nil, fmt.Errorf("unsupported curve type: %v", eciesParams.CurveType()) } return protoPublicKey, nil } func (s *publicKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { eciesPublicKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is of type %T, want %T", key, (*PublicKey)(nil)) } protoPublicKey, err := publicKeyToProtoPublicKey(eciesPublicKey) if err != nil { return nil, err } serializedECIESPubKey, err := proto.Marshal(protoPublicKey) if err != nil { return nil, err } outputPrefixType, err := protoOutputPrefixTypeFromVariant(eciesPublicKey.Parameters().(*Parameters).Variant()) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := eciesPublicKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: publicKeyTypeURL, Value: serializedECIESPubKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type publicKeyParser struct{} var _ protoserialization.KeyParser = (*publicKeyParser)(nil) func curveTypeFromProto(curveType commonpb.EllipticCurveType) (CurveType, error) { switch curveType { case commonpb.EllipticCurveType_NIST_P256: return NISTP256, nil case commonpb.EllipticCurveType_NIST_P384: return NISTP384, nil case commonpb.EllipticCurveType_NIST_P521: return NISTP521, nil case commonpb.EllipticCurveType_CURVE25519: return X25519, nil default: return UnknownCurveType, fmt.Errorf("unknown curve type: %v", curveType) } } func hashTypeFromProto(hashType commonpb.HashType) (HashType, error) { switch hashType { case commonpb.HashType_SHA1: return SHA1, nil case commonpb.HashType_SHA224: return SHA224, nil case commonpb.HashType_SHA256: return SHA256, nil case commonpb.HashType_SHA384: return SHA384, nil case commonpb.HashType_SHA512: return SHA512, nil default: return UnknownHashType, fmt.Errorf("unknown hash type: %v", hashType) } } func variantFromProto(outputPrefixType tinkpb.OutputPrefixType) (Variant, error) { switch outputPrefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY, tinkpb.OutputPrefixType_LEGACY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unknown output prefix: %v", outputPrefixType) } } func pointFormatFromProtoPointFormat(pointFormat commonpb.EcPointFormat) (PointFormat, error) { switch pointFormat { case commonpb.EcPointFormat_COMPRESSED: return CompressedPointFormat, nil case commonpb.EcPointFormat_UNCOMPRESSED: return UncompressedPointFormat, nil case commonpb.EcPointFormat_DO_NOT_USE_CRUNCHY_UNCOMPRESSED: return LegacyUncompressedPointFormat, nil default: return UnspecifiedPointFormat, fmt.Errorf("unknown point format: %v ", pointFormat) } } func parseParameters(protoParams *eciespb.EciesAeadHkdfParams, outputPrefixType tinkpb.OutputPrefixType) (*Parameters, error) { curveType, err := curveTypeFromProto(protoParams.GetKemParams().GetCurveType()) if err != nil { return nil, err } hashType, err := hashTypeFromProto(protoParams.GetKemParams().GetHkdfHashType()) if err != nil { return nil, err } variant, err := variantFromProto(outputPrefixType) if err != nil { return nil, err } pointFormat, err := pointFormatFromProtoPointFormat(protoParams.GetEcPointFormat()) if err != nil { return nil, err } if protoParams.GetDemParams() == nil { return nil, fmt.Errorf("nil DEM params") } if protoParams.GetDemParams().GetAeadDem() == nil { return nil, fmt.Errorf("nil AEAD DEM") } // NOTE: Ignore the the output prefix type and use RAW for backward compatibility. demTemplate := proto.Clone(protoParams.GetDemParams().GetAeadDem()).(*tinkpb.KeyTemplate) demTemplate.OutputPrefixType = tinkpb.OutputPrefixType_RAW demParams, err := protoserialization.ParseParameters(demTemplate) if err != nil { return nil, err } if curveType == X25519 { if pointFormat != CompressedPointFormat { return nil, fmt.Errorf("for X25519, point format must be COMPRESSED, got %v", pointFormat) } // Leave unspecified for X25519. pointFormat = UnspecifiedPointFormat } return NewParameters(ParametersOpts{ CurveType: curveType, HashType: hashType, Variant: variant, NISTCurvePointFormat: pointFormat, DEMParameters: demParams, Salt: protoParams.GetKemParams().GetHkdfSalt(), }) } func parsePublicKey(publicKey *eciespb.EciesAeadHkdfPublicKey, outputPrefixType tinkpb.OutputPrefixType, keyID uint32) (*PublicKey, error) { if publicKey.GetVersion() != 0 { return nil, fmt.Errorf("invalid key version: %v, want 0", publicKey.GetVersion()) } params, err := parseParameters(publicKey.GetParams(), outputPrefixType) if err != nil { return nil, err } var publicKeyBytes []byte if params.CurveType() == X25519 { publicKeyBytes = publicKey.GetX() } else { coordinateSize, err := coordinateSizeForCurve(params.CurveType()) if err != nil { return nil, err } // Tolerate arbitrary leading zeros in the coordinates. // This is to support the case where the curve size in bytes + 1 is the // length of the coordinate. This happens when Tink adds an extra leading // 0x00 byte (see b/264525021). x, err := ec.BigIntBytesToFixedSizeBuffer(publicKey.GetX(), coordinateSize) if err != nil { return nil, err } y, err := ec.BigIntBytesToFixedSizeBuffer(publicKey.GetY(), coordinateSize) if err != nil { return nil, err } publicKeyBytes = slices.Concat([]byte{0x04}, x, y) } return NewPublicKey(publicKeyBytes, keyID, params) } func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != publicKeyTypeURL { return nil, fmt.Errorf("invalid key type URL %v, want %v", keyData.GetTypeUrl(), publicKeyTypeURL) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoECIESKey := new(eciespb.EciesAeadHkdfPublicKey) if err := proto.Unmarshal(keyData.GetValue(), protoECIESKey); err != nil { return nil, err } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() return parsePublicKey(protoECIESKey, keySerialization.OutputPrefixType(), keyID) } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { if key == nil { return nil, fmt.Errorf("key is nil") } eciesPrivateKey, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is of type %T, want %T", key, (*PrivateKey)(nil)) } publicKey, err := eciesPrivateKey.PublicKey() if err != nil { return nil, err } protoPublicKey, err := publicKeyToProtoPublicKey(publicKey.(*PublicKey)) if err != nil { return nil, err } privateKeyValue := eciesPrivateKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{}) if eciesPrivateKey.Parameters().(*Parameters).CurveType() != X25519 { // This must be padded with at least one leading zero (see b/264525021). coordinateSize, err := coordinateSizeForCurve(eciesPrivateKey.Parameters().(*Parameters).CurveType()) if err != nil { return nil, err } privateKeyValue, err = ec.BigIntBytesToFixedSizeBuffer(eciesPrivateKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{}), coordinateSize+1) if err != nil { return nil, err } } protoPrivateKey := &eciespb.EciesAeadHkdfPrivateKey{ Version: 0, PublicKey: protoPublicKey, KeyValue: privateKeyValue, } serializedECIESPrivKey, err := proto.Marshal(protoPrivateKey) if err != nil { return nil, err } outputPrefixType, err := protoOutputPrefixTypeFromVariant(eciesPrivateKey.Parameters().(*Parameters).Variant()) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key ID requirement. idRequirement, _ := eciesPrivateKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: privateKeyTypeURL, Value: serializedECIESPrivKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != privateKeyTypeURL { return nil, fmt.Errorf("invalid key type URL %v, want %v", keyData.GetTypeUrl(), privateKeyTypeURL) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoECIESKey := new(eciespb.EciesAeadHkdfPrivateKey) if err := proto.Unmarshal(keyData.GetValue(), protoECIESKey); err != nil { return nil, err } if protoECIESKey.GetVersion() != 0 { return nil, fmt.Errorf("invalid key version: %v, want 0", protoECIESKey.GetVersion()) } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() publicKey, err := parsePublicKey(protoECIESKey.GetPublicKey(), keySerialization.OutputPrefixType(), keyID) if err != nil { return nil, err } privateKeyBytes := protoECIESKey.GetKeyValue() if protoECIESKey.GetPublicKey().GetParams().GetKemParams().GetCurveType() != commonpb.EllipticCurveType_CURVE25519 { // Tolerate arbitrary leading zeros in the private key. coordinateSize, err := coordinateSizeForCurve(publicKey.Parameters().(*Parameters).CurveType()) if err != nil { return nil, err } privateKeyBytes, err = ec.BigIntBytesToFixedSizeBuffer(privateKeyBytes, coordinateSize) if err != nil { return nil, err } } return NewPrivateKeyFromPublicKey(secretdata.NewBytesFromData(privateKeyBytes, insecuresecretdataaccess.Token{}), publicKey) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *aesctrhmac.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } params, err := createProtoECIESParams(actualParameters) if err != nil { return nil, err } format := &eciespb.EciesAeadHkdfKeyFormat{ Params: params, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: privateKeyTypeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != privateKeyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), privateKeyTypeURL) } format := new(eciespb.EciesAeadHkdfKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } return parseParameters(format.GetParams(), keyTemplate.GetOutputPrefixType()) } ================================================ FILE: hybrid/ecies/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies_test import ( "bytes" "crypto/ecdh" "crypto/rand" "fmt" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/hybrid/ecies" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" eciespb "github.com/tink-crypto/tink-go/v2/proto/ecies_aead_hkdf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) type testParams struct{} func (p *testParams) HasIDRequirement() bool { return true } func (p *testParams) Equal(params key.Parameters) bool { return true } type testKey struct{} func (k *testKey) Parameters() key.Parameters { return &testParams{} } func (k *testKey) Equal(other key.Key) bool { return true } func (k *testKey) IDRequirement() (uint32, bool) { return 123, true } func TestSerializePublicKeyFails(t *testing.T) { for _, tc := range []struct { name string publicKey key.Key }{ { name: "nil key", publicKey: nil, }, { name: "invalid public key", publicKey: &ecies.PublicKey{}, }, { name: "incorrect key type", publicKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.publicKey); err == nil { t.Errorf("protoserialization.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } }) } } func mustCreateKeySerialization(t *testing.T, url string, keyMaterialType tinkpb.KeyData_KeyMaterialType, keyMessage proto.Message, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() serializedKey, err := proto.Marshal(keyMessage) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", keyMessage, err) } keyData := &tinkpb.KeyData{ TypeUrl: url, Value: serializedKey, KeyMaterialType: keyMaterialType, } ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } type protoSerializationTestCase struct { name string publicKey *ecies.PublicKey publicKeySerialization *protoserialization.KeySerialization privateKey *ecies.PrivateKey privateKeySerialization *protoserialization.KeySerialization } func mustCreatePrivateKey(t *testing.T, privateKeyBytes []byte, idRequirement uint32, params *ecies.Parameters) *ecies.PrivateKey { t.Helper() pk, err := ecies.NewPrivateKey(secretdata.NewBytesFromData(privateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement, params) if err != nil { t.Fatalf("ecies.NewPrivateKey() err = %v, want nil", err) } return pk } func mustCreateTestCases(t *testing.T) []protoSerializationTestCase { t.Helper() demParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } // Add a leading 0x00 byte to the coordinates for compatibility with other // Tink implementations (see b/264525021). x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) x25519PrivateKeyBytes := mustHexDecode(t, x25519PrivateKeyBytesHex) p256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) p256PublicKeyX := make([]byte, 33) p256PublicKeyY := make([]byte, 33) p256PrivateKeyBytes := make([]byte, 33) copy(p256PublicKeyX[1:], p256PublicKeyBytes[1:33]) copy(p256PublicKeyY[1:], p256PublicKeyBytes[33:]) copy(p256PrivateKeyBytes[1:], mustHexDecode(t, p256SHA256PrivateKeyBytesHex)) p384PrivKey, err := ecdh.P384().GenerateKey(rand.Reader) if err != nil { t.Fatalf("ecdh.P384().GenerateKey() err = %v, want nil", err) } p384PublicKeyBytes := p384PrivKey.PublicKey().Bytes() p384PublicKeyX := make([]byte, 49) p384PublicKeyY := make([]byte, 49) p384PrivateKeyBytes := make([]byte, 49) copy(p384PublicKeyX[1:], p384PublicKeyBytes[1:49]) copy(p384PublicKeyY[1:], p384PublicKeyBytes[49:]) copy(p384PrivateKeyBytes[1:], p384PrivKey.Bytes()) p521PublicKeyBytes := mustHexDecode(t, p521SHA512PublicKeyBytesHex) p521PublicKeyX := make([]byte, 67) p521PublicKeyY := make([]byte, 67) p521PrivateKeyBytes := make([]byte, 67) copy(p521PublicKeyX[1:], p521PublicKeyBytes[1:67]) copy(p521PublicKeyY[1:], p521PublicKeyBytes[67:]) copy(p521PrivateKeyBytes[1:], mustHexDecode(t, p521SHA512PrivateKeyBytesHex)) testCases := []protoSerializationTestCase{} for _, hashType := range []struct { enumHashType ecies.HashType protoHashType commonpb.HashType }{ {ecies.SHA1, commonpb.HashType_SHA1}, {ecies.SHA224, commonpb.HashType_SHA224}, {ecies.SHA256, commonpb.HashType_SHA256}, {ecies.SHA384, commonpb.HashType_SHA384}, {ecies.SHA512, commonpb.HashType_SHA512}, } { for _, variantAndPrefix := range []struct { variant ecies.Variant prefix tinkpb.OutputPrefixType }{ {ecies.VariantTink, tinkpb.OutputPrefixType_TINK}, {ecies.VariantCrunchy, tinkpb.OutputPrefixType_CRUNCHY}, {ecies.VariantNoPrefix, tinkpb.OutputPrefixType_RAW}, } { idRequirement := uint32(0x01020304) if variantAndPrefix.variant == ecies.VariantNoPrefix { idRequirement = 0 } for _, nistCurve := range []struct { enumCurveType ecies.CurveType protoCurveType commonpb.EllipticCurveType x, y []byte encodedPoint []byte privateKeyBytes []byte }{ {ecies.NISTP256, commonpb.EllipticCurveType_NIST_P256, p256PublicKeyX, p256PublicKeyY, p256PublicKeyBytes, p256PrivateKeyBytes}, {ecies.NISTP384, commonpb.EllipticCurveType_NIST_P384, p384PublicKeyX, p384PublicKeyY, p384PublicKeyBytes, p384PrivateKeyBytes}, {ecies.NISTP521, commonpb.EllipticCurveType_NIST_P521, p521PublicKeyX, p521PublicKeyY, p521PublicKeyBytes, p521PrivateKeyBytes}, } { for _, pointFormat := range []struct { enumPointFormat ecies.PointFormat protoPointFormat commonpb.EcPointFormat }{ {ecies.CompressedPointFormat, commonpb.EcPointFormat_COMPRESSED}, {ecies.UncompressedPointFormat, commonpb.EcPointFormat_UNCOMPRESSED}, {ecies.LegacyUncompressedPointFormat, commonpb.EcPointFormat_DO_NOT_USE_CRUNCHY_UNCOMPRESSED}, } { testCases = append(testCases, protoSerializationTestCase{ name: fmt.Sprintf("%s-%s-%s-%s", nistCurve.enumCurveType, hashType.enumHashType, variantAndPrefix.variant, pointFormat.enumPointFormat), publicKey: mustCreatePublicKey(t, nistCurve.encodedPoint, idRequirement, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: nistCurve.enumCurveType, HashType: hashType.enumHashType, NISTCurvePointFormat: pointFormat.enumPointFormat, DEMParameters: demParams, Variant: variantAndPrefix.variant, Salt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, })), publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: nistCurve.protoCurveType, HkdfHashType: hashType.protoHashType, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMKeyTemplate(), }, EcPointFormat: pointFormat.protoPointFormat, }, X: nistCurve.x, Y: nistCurve.y, }, variantAndPrefix.prefix, idRequirement), privateKey: mustCreatePrivateKey(t, nistCurve.privateKeyBytes[1:], idRequirement, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: nistCurve.enumCurveType, HashType: hashType.enumHashType, NISTCurvePointFormat: pointFormat.enumPointFormat, DEMParameters: demParams, Variant: variantAndPrefix.variant, Salt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, })), privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &eciespb.EciesAeadHkdfPrivateKey{ Version: 0, PublicKey: &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: nistCurve.protoCurveType, HkdfHashType: hashType.protoHashType, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMKeyTemplate(), }, EcPointFormat: pointFormat.protoPointFormat, }, X: nistCurve.x, Y: nistCurve.y, }, KeyValue: nistCurve.privateKeyBytes, }, variantAndPrefix.prefix, idRequirement), }) } } testCases = append(testCases, protoSerializationTestCase{ name: fmt.Sprintf("%s-%s-%s-%s", ecies.X25519, hashType.enumHashType, variantAndPrefix.variant, ecies.UnspecifiedPointFormat), publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes, idRequirement, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: hashType.enumHashType, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams, Variant: variantAndPrefix.variant, Salt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, })), publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_CURVE25519, HkdfHashType: hashType.protoHashType, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, // This is unspecified only for X25519, but always serialized as COMPRESSED. }, X: x25519PublicKeyBytes, }, variantAndPrefix.prefix, idRequirement), privateKey: mustCreatePrivateKey(t, x25519PrivateKeyBytes, idRequirement, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: hashType.enumHashType, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams, Variant: variantAndPrefix.variant, Salt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, })), privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &eciespb.EciesAeadHkdfPrivateKey{ Version: 0, PublicKey: &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_CURVE25519, HkdfHashType: hashType.protoHashType, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, // This is unspecified only for X25519, but always serialized as COMPRESSED. }, X: x25519PublicKeyBytes, }, KeyValue: x25519PrivateKeyBytes, }, variantAndPrefix.prefix, idRequirement), }) } } return testCases } func TestSerializePublicKey(t *testing.T) { for _, tc := range mustCreateTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeKey(tc.publicKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", tc.publicKey, err) } if diff := cmp.Diff(got, tc.publicKeySerialization); diff != "" { t.Errorf("protoserialization.SerializeKey(%v) returned unexpected diff (-want +got):\n%s", tc.publicKey, diff) } }) } } // Make sure that we can parse a public key with a DEM that has any OutputPrefixType, // and that this is parsed with `VariantNoPrefix`. func TestParsePublicKeyParsesDEMWithAnyOutputPrefixType(t *testing.T) { demParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) for _, demKeyTemplate := range []*tinkpb.KeyTemplate{ aead.AES256GCMNoPrefixKeyTemplate(), aead.AES256GCMKeyTemplate(), } { publicKeySerialization := mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_CURVE25519, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: demKeyTemplate, }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: x25519PublicKeyBytes, }, tinkpb.OutputPrefixType_TINK, 1234) want := mustCreatePublicKey(t, x25519PublicKeyBytes, 1234, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, Salt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, })) got, err := protoserialization.ParseKey(publicKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", publicKeySerialization, err) } if diff := cmp.Diff(got, want); diff != "" { t.Errorf("protoserialization.ParseKey(%v) returned unexpected diff (-want +got):\n%s", publicKeySerialization, diff) } } } func TestParsePublicKeyToleratesNoPadding(t *testing.T) { demParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } // P521 point with a Y coordinate of 65 bytes. // Taken from // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/ecdsa_secp521r1_sha3_512_test.json#L3093. pubKeyXP521Hex65Bytes := "01f974fbc98b55c4d39797fe6ff8891eab2aa541e8767a1b9e9eaef1f94895cdf6373c90ccb3643d1b2ef3154b126de937e4343f2409b191c262e3ac1e2577606e58" pubKeyYP521Hex65Bytes := "6ed880d925e876beba3102432752ce237b8682c65ceb59902fd6dc7b6f8c728e5078e8676912ae822fda39cb62023fa4fd85bab6d32f3857914aae2d0b7e04e958" pubKeyP521Hex65BytesCompressed := "0401f974fbc98b55c4d39797fe6ff8891eab2aa541e8767a1b9e9eaef1f94895cdf6373c90ccb3643d1b2ef3154b126de937e4343f2409b191c262e3ac1e2577606e58006ed880d925e876beba3102432752ce237b8682c65ceb59902fd6dc7b6f8c728e5078e8676912ae822fda39cb62023fa4fd85bab6d32f3857914aae2d0b7e04e958" x, y := mustHexDecode(t, pubKeyXP521Hex65Bytes), mustHexDecode(t, pubKeyYP521Hex65Bytes) uncompressedPoint := mustHexDecode(t, pubKeyP521Hex65BytesCompressed) publicKeySerialization := mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P521, HkdfHashType: commonpb.HashType_SHA512, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES128GCMKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: x, Y: y, }, tinkpb.OutputPrefixType_TINK, 1234) want := mustCreatePublicKey(t, uncompressedPoint, 1234, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP521, HashType: ecies.SHA512, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, Salt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, })) got, err := protoserialization.ParseKey(publicKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", publicKeySerialization, err) } if diff := cmp.Diff(got, want); diff != "" { t.Errorf("protoserialization.ParseKey(%v) returned unexpected diff (-want +got):\n%s", publicKeySerialization, diff) } } func TestParsePublicKeyToleratesArbitraryPadding(t *testing.T) { demParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } uncompressedPoint := mustHexDecode(t, p256SHA256PublicKeyBytesHex) x := slices.Concat([]byte{0x00, 0x00, 0x00, 0x00, 0x00}, uncompressedPoint[1:33]) y := slices.Concat([]byte{0x00, 0x00, 0x00, 0x00, 0x00}, uncompressedPoint[33:]) publicKeySerialization := mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES128GCMKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: x, Y: y, }, tinkpb.OutputPrefixType_TINK, 1234) want := mustCreatePublicKey(t, uncompressedPoint, 1234, mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Variant: ecies.VariantTink, Salt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, })) got, err := protoserialization.ParseKey(publicKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", publicKeySerialization, err) } if diff := cmp.Diff(got, want); diff != "" { t.Errorf("protoserialization.ParseKey(%v) returned unexpected diff (-want +got):\n%s", publicKeySerialization, diff) } } func TestParsePublicKey(t *testing.T) { for _, tc := range mustCreateTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseKey(tc.publicKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.publicKeySerialization, err) } if diff := cmp.Diff(got, tc.publicKey); diff != "" { t.Errorf("protoserialization.ParseKey(%v) returned unexpected diff (-want +got):\n%s", tc.publicKey, diff) } }) } x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) // Additional test case to make sure OutputPrefixType_LEGACY is parsed as VariantCrunchy. publicKeySerialization := mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_CURVE25519, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: x25519PublicKeyBytes, }, tinkpb.OutputPrefixType_LEGACY, 1234) got, err := protoserialization.ParseKey(publicKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", publicKeySerialization, err) } if got.Parameters().(*ecies.Parameters).Variant() != ecies.VariantCrunchy { t.Errorf("got.Parameters().(*ecies.Parameters).Variant() = %v, want %v", got.Parameters().(*ecies.Parameters).Variant(), ecies.VariantCrunchy) } } func TestParsePublicKeyFails(t *testing.T) { x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) p256SHA256PublicKeyX := make([]byte, 33) p256SHA256PublicKeyY := make([]byte, 33) copy(p256SHA256PublicKeyX[1:], p256SHA256PublicKeyBytes[1:33]) copy(p256SHA256PublicKeyY[1:], p256SHA256PublicKeyBytes[33:]) for _, tc := range []struct { name string publicKeySerialization *protoserialization.KeySerialization }{ { name: "invalid key material type", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_UNCOMPRESSED, }, X: p256SHA256PublicKeyX, Y: p256SHA256PublicKeyY, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid key version", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Version: 1, Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_UNCOMPRESSED, }, X: p256SHA256PublicKeyX, Y: p256SHA256PublicKeyY, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid point for curve type - NIST", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P384, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_UNCOMPRESSED, }, X: p256SHA256PublicKeyX, Y: p256SHA256PublicKeyY, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid point format for curve type - CURVE25519", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_CURVE25519, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_UNCOMPRESSED, }, X: x25519PublicKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid hash type", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_UNKNOWN_HASH, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_UNCOMPRESSED, }, X: p256SHA256PublicKeyX, Y: p256SHA256PublicKeyY, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid DEM params", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: signature.ECDSAP256KeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_UNCOMPRESSED, }, X: p256SHA256PublicKeyX, Y: p256SHA256PublicKeyY, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid compression format", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_CURVE25519, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_UNCOMPRESSED, }, X: x25519PublicKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid X25519 public key", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_CURVE25519, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: []byte("invalid"), }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid NIST x coordinate", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: func() []byte { x := bytes.Clone(p256SHA256PublicKeyX) x[0] ^= 1 return x }(), Y: p256SHA256PublicKeyY, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid NIST y coordinate", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: p256SHA256PublicKeyX, Y: func() []byte { y := bytes.Clone(p256SHA256PublicKeyY) y[0] ^= 1 return y }(), }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid prefix type", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: p256SHA256PublicKeyX, Y: p256SHA256PublicKeyY, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 1234), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.publicKeySerialization); err == nil { t.Errorf("protoserialization.ParseKey(%v) err = nil, want error", tc.publicKeySerialization) } }) } } func TestSerializePrivateKey(t *testing.T) { for _, tc := range mustCreateTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeKey(tc.privateKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", tc.privateKey, err) } if diff := cmp.Diff(got, tc.privateKeySerialization, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeKey(%v) returned unexpected diff (-want +got):\n%s", tc.privateKey, diff) } }) } } func TestSerializePrivateKeyFails(t *testing.T) { for _, tc := range []struct { name string privateKey key.Key }{ { name: "nil key", privateKey: nil, }, { name: "invalid private key", privateKey: &ecies.PrivateKey{}, }, { name: "incorrect key type", privateKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.privateKey); err == nil { t.Errorf("protoserialization.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } }) } } func TestParsePrivateKey(t *testing.T) { for _, tc := range mustCreateTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseKey(tc.privateKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.privateKeySerialization, err) } if diff := cmp.Diff(got, tc.privateKey); diff != "" { t.Errorf("protoserialization.ParseKey(%v) returned unexpected diff (-want +got):\n%s", tc.publicKey, diff) } }) } x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) x25519PrivateKeyBytes := mustHexDecode(t, x25519PrivateKeyBytesHex) // Additional test case to make sure OutputPrefixType_LEGACY is parsed as VariantCrunchy. privateKeySerialization := mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &eciespb.EciesAeadHkdfPrivateKey{ Version: 0, PublicKey: &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_CURVE25519, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, // This is unspecified only for X25519, but always serialized as COMPRESSED. }, X: x25519PublicKeyBytes, }, KeyValue: x25519PrivateKeyBytes, }, tinkpb.OutputPrefixType_LEGACY, 1234) got, err := protoserialization.ParseKey(privateKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", privateKeySerialization, err) } if got.Parameters().(*ecies.Parameters).Variant() != ecies.VariantCrunchy { t.Errorf("got.Parameters().(*ecies.Parameters).Variant() = %v, want %v", got.Parameters().(*ecies.Parameters).Variant(), ecies.VariantCrunchy) } } func TestParsePrivateKeyFails(t *testing.T) { x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) x25519PrivateKeyBytes := mustHexDecode(t, x25519PrivateKeyBytesHex) p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) p256SHA256PublicKeyX := make([]byte, 33) p256SHA256PublicKeyY := make([]byte, 33) copy(p256SHA256PublicKeyX[1:], p256SHA256PublicKeyBytes[1:33]) copy(p256SHA256PublicKeyY[1:], p256SHA256PublicKeyBytes[33:]) p256SHA256PrivateKeyBytes := mustHexDecode(t, p256SHA256PrivateKeyBytesHex) for _, tc := range []struct { name string privateKeySerialization *protoserialization.KeySerialization }{ { name: "invalid proto key", privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: x25519PublicKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid public key", privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &eciespb.EciesAeadHkdfPrivateKey{ Version: 0, PublicKey: &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: x25519PublicKeyBytes, }, KeyValue: x25519PrivateKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid private key version", privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &eciespb.EciesAeadHkdfPrivateKey{ Version: 1, PublicKey: &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_CURVE25519, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: x25519PublicKeyBytes, }, KeyValue: x25519PrivateKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid X25519 private key bytes", privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &eciespb.EciesAeadHkdfPrivateKey{ Version: 0, PublicKey: &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_CURVE25519, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: x25519PublicKeyBytes, }, KeyValue: x25519PrivateKeyBytes[:len(x25519PrivateKeyBytes)-1], // Only checks the scalar length. }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid NIST private key bytes", privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &eciespb.EciesAeadHkdfPrivateKey{ Version: 0, PublicKey: &eciespb.EciesAeadHkdfPublicKey{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: commonpb.EllipticCurveType_NIST_P256, HkdfHashType: commonpb.HashType_SHA256, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMNoPrefixKeyTemplate(), }, EcPointFormat: commonpb.EcPointFormat_COMPRESSED, }, X: p256SHA256PublicKeyX, Y: p256SHA256PublicKeyY, }, KeyValue: func() []byte { key := slices.Clone(p256SHA256PrivateKeyBytes) key[0] ^= 1 return key }(), }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.privateKeySerialization); err == nil { t.Errorf("protoserialization.ParseKey(%v) err = nil, want error", tc.privateKeySerialization) } }) } } type parametersSerializationTestCase struct { name string parameters *ecies.Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, curveType commonpb.EllipticCurveType, hashType commonpb.HashType, pointFormat commonpb.EcPointFormat) *tinkpb.KeyTemplate { t.Helper() format := &eciespb.EciesAeadHkdfKeyFormat{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: curveType, HkdfHashType: hashType, HkdfSalt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: aead.AES256GCMKeyTemplate(), // NOTE: serialization sets the output prefix type to TINK. }, EcPointFormat: pointFormat, }, } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", OutputPrefixType: outputPrefixType, Value: mustMarshal(t, format), } } func mustCreateParametersTestParameters(t *testing.T) []parametersSerializationTestCase { t.Helper() demParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } tcs := []parametersSerializationTestCase{} for _, hashType := range []struct { enumHashType ecies.HashType protoHashType commonpb.HashType }{ {ecies.SHA1, commonpb.HashType_SHA1}, {ecies.SHA224, commonpb.HashType_SHA224}, {ecies.SHA256, commonpb.HashType_SHA256}, {ecies.SHA384, commonpb.HashType_SHA384}, {ecies.SHA512, commonpb.HashType_SHA512}, } { for _, variantAndPrefix := range []struct { variant ecies.Variant prefix tinkpb.OutputPrefixType }{ {ecies.VariantTink, tinkpb.OutputPrefixType_TINK}, {ecies.VariantCrunchy, tinkpb.OutputPrefixType_CRUNCHY}, {ecies.VariantNoPrefix, tinkpb.OutputPrefixType_RAW}, } { tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("curveType=%v, hashType=%v, variant=%v, outputPrefixType=%v, pointFormat=%v", ecies.X25519, hashType.enumHashType, variantAndPrefix.variant, variantAndPrefix.prefix, ecies.CompressedPointFormat), parameters: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: ecies.X25519, HashType: hashType.enumHashType, Variant: variantAndPrefix.variant, NISTCurvePointFormat: ecies.UnspecifiedPointFormat, DEMParameters: demParams, Salt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }), keyTemplate: mustCreateKeyTemplate(t, variantAndPrefix.prefix, commonpb.EllipticCurveType_CURVE25519, hashType.protoHashType, commonpb.EcPointFormat_COMPRESSED), }) for _, nistCurve := range []struct { enumCurveType ecies.CurveType protoCurveType commonpb.EllipticCurveType }{ {ecies.NISTP256, commonpb.EllipticCurveType_NIST_P256}, {ecies.NISTP384, commonpb.EllipticCurveType_NIST_P384}, {ecies.NISTP521, commonpb.EllipticCurveType_NIST_P521}, } { for _, pointFormat := range []struct { enumPointFormat ecies.PointFormat protoPointFormat commonpb.EcPointFormat }{ {ecies.CompressedPointFormat, commonpb.EcPointFormat_COMPRESSED}, {ecies.UncompressedPointFormat, commonpb.EcPointFormat_UNCOMPRESSED}, {ecies.LegacyUncompressedPointFormat, commonpb.EcPointFormat_DO_NOT_USE_CRUNCHY_UNCOMPRESSED}, } { tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("curveType=%v, hashType=%v, variant=%v, outputPrefixType=%v, pointFormat=%v", nistCurve.enumCurveType, hashType.enumHashType, variantAndPrefix.variant, variantAndPrefix.prefix, pointFormat.enumPointFormat), parameters: mustCreateParameters(t, ecies.ParametersOpts{ CurveType: nistCurve.enumCurveType, HashType: hashType.enumHashType, Variant: variantAndPrefix.variant, NISTCurvePointFormat: pointFormat.enumPointFormat, DEMParameters: demParams, Salt: []byte{0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, }), keyTemplate: mustCreateKeyTemplate(t, variantAndPrefix.prefix, nistCurve.protoCurveType, hashType.protoHashType, pointFormat.protoPointFormat), }) } } } } return tcs } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(got, tc.parameters); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParametersFails(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "unknown output prefix type", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, commonpb.EllipticCurveType_NIST_P256, commonpb.HashType_SHA256, commonpb.EcPointFormat_COMPRESSED), }, { name: "unknown curve type", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, commonpb.EllipticCurveType_UNKNOWN_CURVE, commonpb.HashType_SHA256, commonpb.EcPointFormat_COMPRESSED), }, { name: "unknown hash", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, commonpb.EllipticCurveType_NIST_P256, commonpb.HashType_UNKNOWN_HASH, commonpb.EcPointFormat_COMPRESSED), }, { name: "unspecified point format with NIST curve", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, commonpb.EllipticCurveType_NIST_P256, commonpb.HashType_SHA256, commonpb.EcPointFormat_UNKNOWN_FORMAT), }, { name: "specified point format with X25519 curve", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, commonpb.EllipticCurveType_CURVE25519, commonpb.HashType_SHA256, commonpb.EcPointFormat_UNCOMPRESSED), }, { name: "unknwon point format with X25519 curve", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, commonpb.EllipticCurveType_CURVE25519, commonpb.HashType_SHA256, commonpb.EcPointFormat_UNKNOWN_FORMAT), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want non-nil", tc.keyTemplate) } }) } } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(got, tc.keyTemplate, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } ================================================ FILE: hybrid/ecies/public_key_manager_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies_test import ( "testing" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/tink" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" eahpb "github.com/tink-crypto/tink-go/v2/proto/ecies_aead_hkdf_go_proto" ) const ( publicKeyTypeURL = "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey" publicKeyVersion = 0 ) func TestPublicKeyManagerPrimitive(t *testing.T) { km, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } serializedPublicKey := mustMarshal(t, makeValidECIESAEADHKDFPublicKey(t)) primitive, err := km.Primitive(serializedPublicKey) if err != nil { t.Fatalf("km.Primitive(serilizedPublicKey) err = %v, want nil", err) } if _, ok := primitive.(tink.HybridEncrypt); !ok { t.Errorf("primitive is of type %T, want %T", primitive, (tink.HybridEncrypt)(nil)) } } func TestPublicKeyManagerPrimitiveErrors(t *testing.T) { km, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } testCases := []struct { name string key []byte }{ { name: "nil_key", key: nil, }, { name: "invalid_version", key: func() []byte { k := makeValidECIESAEADHKDFPublicKey(t) k.Version = publicKeyVersion + 1 return mustMarshal(t, k) }(), }, { name: "nil_params", key: func() []byte { k := makeValidECIESAEADHKDFPublicKey(t) k.Params = nil return mustMarshal(t, k) }(), }, { name: "nil_kem_params", key: func() []byte { k := makeValidECIESAEADHKDFPublicKey(t) k.GetParams().KemParams = nil return mustMarshal(t, k) }(), }, { name: "nil_dem_params", key: func() []byte { k := makeValidECIESAEADHKDFPublicKey(t) k.GetParams().DemParams = nil return mustMarshal(t, k) }(), }, { name: "unknown_kem_curve_type", key: func() []byte { k := makeValidECIESAEADHKDFPublicKey(t) k.GetParams().GetKemParams().CurveType = commonpb.EllipticCurveType_UNKNOWN_CURVE return mustMarshal(t, k) }(), }, { name: "unknown_kem_hash_type", key: func() []byte { k := makeValidECIESAEADHKDFPublicKey(t) k.GetParams().GetKemParams().HkdfHashType = commonpb.HashType_UNKNOWN_HASH return mustMarshal(t, k) }(), }, { name: "nil_dem_aead", key: func() []byte { k := makeValidECIESAEADHKDFPublicKey(t) k.GetParams().GetDemParams().AeadDem = nil return mustMarshal(t, k) }(), }, { name: "unknown_point_format", key: func() []byte { k := makeValidECIESAEADHKDFPublicKey(t) k.GetParams().EcPointFormat = commonpb.EcPointFormat_UNKNOWN_FORMAT return mustMarshal(t, k) }(), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := km.Primitive(tc.key); err == nil { t.Fatalf("km.Primitive(serilizedPublicKey) err = nil, want non-nil") } }) } } func makeValidECIESAEADHKDFPublicKey(t *testing.T) *eahpb.EciesAeadHkdfPublicKey { t.Helper() privateKey := makeValidECIESAEADHKDFPrivateKey(t) return privateKey.GetPublicKey() } ================================================ FILE: hybrid/hpke/hpke.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package hpke contains HPKE (Hybrid Public Key Encryption) key managers. package hpke import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" hpkepb "github.com/tink-crypto/tink-go/v2/proto/hpke_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func unmarshalHpkePublicKey(b []byte) (*hpkepb.HpkePublicKey, error) { protoKey := &hpkepb.HpkePublicKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil } func unmarshalHpkePrivateKey(b []byte) (*hpkepb.HpkePrivateKey, error) { protoKey := &hpkepb.HpkePrivateKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil } func init() { if err := protoserialization.RegisterKeySerializer[*PublicKey](&publicKeySerializer{}); err != nil { panic(fmt.Sprintf("hpke.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(publicKeyTypeURL, &publicKeyParser{}); err != nil { panic(fmt.Sprintf("hpke.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](&privateKeySerializer{}); err != nil { panic(fmt.Sprintf("hpke.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(privateKeyTypeURL, &privateKeyParser{}); err != nil { panic(fmt.Sprintf("hpke.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("hpke.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(privateKeyTypeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("hpke.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PublicKey](hybridEncryptConstructor); err != nil { panic(fmt.Sprintf("hpke.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PrivateKey](hybridDecryptConstructor); err != nil { panic(fmt.Sprintf("hpke.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("hpke.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.NewPrivateKeyManager(privateKeyTypeURL, hybridDecryptConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func(b []byte) (proto.Message, error) { return unmarshalHpkePrivateKey(b) })); err != nil { panic(fmt.Sprintf("hpke.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(publicKeyTypeURL, hybridEncryptConstructor, tinkpb.KeyData_ASYMMETRIC_PUBLIC, func(b []byte) (proto.Message, error) { return unmarshalHpkePublicKey(b) })); err != nil { panic(fmt.Sprintf("hpke.init() failed: %v", err)) } } // RegisterPrimitiveConstructor accepts a config object and registers the // HPKE primitive constructors to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { if err := c.RegisterPrimitiveConstructor(reflect.TypeFor[*PrivateKey](), hybridDecryptConstructor, t); err != nil { return err } return c.RegisterPrimitiveConstructor(reflect.TypeFor[*PublicKey](), hybridEncryptConstructor, t) } ================================================ FILE: hybrid/hpke/hpke_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke_test import ( "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/hybrid/hpke" "github.com/tink-crypto/tink-go/v2/hybrid" "github.com/tink-crypto/tink-go/v2/keyset" ) func TestEncryptDecryptFromWithKeysetFromParameters(t *testing.T) { params, err := hpke.NewParameters(hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }) if err != nil { t.Fatalf("hpke.NewParameters() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } privateKeyHandle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicKeyHandle, err := privateKeyHandle.Public() if err != nil { t.Fatalf("privateKeyHandle.Public() err = %v, want nil", err) } encrypter, err := hybrid.NewHybridEncrypt(publicKeyHandle) if err != nil { t.Fatalf("hybrid.NewHybridEncrypt() err = %v, want nil", err) } decrypter, err := hybrid.NewHybridDecrypt(privateKeyHandle) if err != nil { t.Fatalf("hybrid.NewHybridDecrypt() err = %v, want nil", err) } plaintext := []byte("plaintext") contextInfo := []byte("contextInfo") ciphertext, err := encrypter.Encrypt(plaintext, contextInfo) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } gotDecrypted, err := decrypter.Decrypt(ciphertext, contextInfo) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if diff := cmp.Diff(gotDecrypted, plaintext); diff != "" { t.Errorf("decrypter.Decrypt() returned unexpected diff (-want +got):\n%s", diff) } } ================================================ FILE: hybrid/hpke/hybrid_decrypt.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "bytes" "fmt" internalhpke "github.com/tink-crypto/tink-go/v2/hybrid/internal/hpke" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) type hybridDecrypt struct { rawHybridDecrypt tink.HybridDecrypt prefix []byte variant Variant } func kemIDFromParams(params *Parameters) (internalhpke.KEMID, error) { switch params.KEMID() { case DHKEM_P256_HKDF_SHA256: return internalhpke.P256HKDFSHA256, nil case DHKEM_P384_HKDF_SHA384: return internalhpke.P384HKDFSHA384, nil case DHKEM_P521_HKDF_SHA512: return internalhpke.P521HKDFSHA512, nil case DHKEM_X25519_HKDF_SHA256: return internalhpke.X25519HKDFSHA256, nil case X_WING: return internalhpke.XWing, nil case ML_KEM768: return internalhpke.MLKEM768, nil case ML_KEM1024: return internalhpke.MLKEM1024, nil default: return 0, fmt.Errorf("unsupported variant: %v", params.KEMID()) } } func kdfIDFromParams(params *Parameters) (internalhpke.KDFID, error) { switch params.KDFID() { case HKDFSHA256: return internalhpke.HKDFSHA256, nil case HKDFSHA384: return internalhpke.HKDFSHA384, nil case HKDFSHA512: return internalhpke.HKDFSHA512, nil default: return 0, fmt.Errorf("unsupported variant: %v", params.KDFID()) } } func aeadIDFromParams(params *Parameters) (internalhpke.AEADID, error) { switch params.AEADID() { case AES128GCM: return internalhpke.AES128GCM, nil case AES256GCM: return internalhpke.AES256GCM, nil case ChaCha20Poly1305: return internalhpke.ChaCha20Poly1305, nil default: return 0, fmt.Errorf("unsupported variant: %v", params.AEADID()) } } // NewHybridDecrypt creates a new instance of [tink.HybridDecrypt] from a // [PrivateKey]. // // This is an internal API. func NewHybridDecrypt(privateKey *PrivateKey, _ internalapi.Token) (tink.HybridDecrypt, error) { params := privateKey.Parameters().(*Parameters) kemID, err := kemIDFromParams(params) if err != nil { return nil, err } kdfID, err := kdfIDFromParams(params) if err != nil { return nil, err } aeadID, err := aeadIDFromParams(params) if err != nil { return nil, err } rawHybridDecrypt, err := internalhpke.NewDecrypt(privateKey.PrivateKeyBytes(), kemID, kdfID, aeadID) if err != nil { return nil, err } return &hybridDecrypt{ rawHybridDecrypt: rawHybridDecrypt, prefix: privateKey.OutputPrefix(), variant: params.Variant(), }, nil } func (e *hybridDecrypt) Decrypt(ciphertext, contextInfo []byte) ([]byte, error) { if len(ciphertext) < len(e.prefix) { return nil, fmt.Errorf("ciphertext too short") } if !bytes.Equal(e.prefix, ciphertext[:len(e.prefix)]) { return nil, fmt.Errorf("ciphertext does not start with the expected prefix") } return e.rawHybridDecrypt.Decrypt(ciphertext[len(e.prefix):], contextInfo) } func hybridDecryptConstructor(k key.Key) (any, error) { that, ok := k.(*PrivateKey) if !ok { return nil, fmt.Errorf("invalid key type, got %T, want %T", k, (*PrivateKey)(nil)) } return NewHybridDecrypt(that, internalapi.Token{}) } ================================================ FILE: hybrid/hpke/hybrid_encrypt.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or rawHybridEncryptied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "fmt" "slices" internalhpke "github.com/tink-crypto/tink-go/v2/hybrid/internal/hpke" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) type hybridEncrypt struct { rawHybridEncrypt tink.HybridEncrypt prefix []byte variant Variant } // NewHybridEncrypt creates a new instance of [tink.HybridEncrypt] from a // [PublicKey]. // // This is an internal API. func NewHybridEncrypt(publicKey *PublicKey, _ internalapi.Token) (tink.HybridEncrypt, error) { params := publicKey.Parameters().(*Parameters) kemID, err := kemIDFromParams(params) if err != nil { return nil, err } kdfID, err := kdfIDFromParams(params) if err != nil { return nil, err } aeadID, err := aeadIDFromParams(params) if err != nil { return nil, err } rawHybridEncrypt, err := internalhpke.NewEncrypt(publicKey.PublicKeyBytes(), kemID, kdfID, aeadID) if err != nil { return nil, err } return &hybridEncrypt{ rawHybridEncrypt: rawHybridEncrypt, prefix: publicKey.OutputPrefix(), variant: params.Variant(), }, nil } func (e *hybridEncrypt) Encrypt(plaintext, contextInfo []byte) ([]byte, error) { rawCiphertext, err := e.rawHybridEncrypt.Encrypt(plaintext, contextInfo) if err != nil { return nil, err } return slices.Concat(e.prefix, rawCiphertext), nil } func hybridEncryptConstructor(k key.Key) (any, error) { that, ok := k.(*PublicKey) if !ok { return nil, fmt.Errorf("invalid key type, got %T, want %T", k, (*PublicKey)(nil)) } return NewHybridEncrypt(that, internalapi.Token{}) } ================================================ FILE: hybrid/hpke/hybrid_encrypt_decrypt_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke_test import ( "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/hybrid/hpke" "github.com/tink-crypto/tink-go/v2/internal/internalapi" ) type hybridEncryptTestVector struct { name string privateKey *hpke.PrivateKey plaintext []byte contextInfo []byte ciphertext []byte } // hybridTestVectors creates test vectors for HPKE. // // This are the same as // https://github.com/tink-crypto/tink-cc/blob/v2.3.0/tink/hybrid/internal/testing/hpke_test_vectors.cc. func hybridTestVectors(t *testing.T) []hybridEncryptTestVector { t.Helper() return []hybridEncryptTestVector{ hybridEncryptTestVector{ name: "DHKEM(P256, HKDF-SHA256), HKDF-SHA256, AES-128-GCM, No Prefix", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 0, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantNoPrefix, })), ), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "04d7d800cab3d3c0104899e137656a3a23a58e1efe41310ea5e9ba742"+ "34494b10da4286d4baf4641c38d509d28cb21c4694461ccd6258864c1"+ "15cf17875f59b069dffc8427cfb7f277ed4e370ae78f916e22"), }, hybridEncryptTestVector{ name: "DHKEM(X25519, HKDF-SHA256), HKDF-SHA256, AES-128-GCM, No Prefix", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "52c4a758a802cd8b936eceea314432798d5baf2d7e9235dc084ab1b9cfa2f736"), mustCreatePublicKey(t, mustHexDecode(t, "37fda3567bdbd628e88668c3c8d7e97d1d1253b6d4ea6d44c150f741f1bf4431"), 0, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantNoPrefix, })), ), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "c202f5f26a59c446531b9e4e880f8730ff0aed444699cb1cd69a2c60e"+ "07aba42d77a29b62c7af6b2cfda9c1529bb8d23c8"), }, hybridEncryptTestVector{ name: "DHKEM(P256, HKDF-SHA256), HKDF-SHA256, AES-256-GCM, No Prefix", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 0, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, })), ), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "04b2de5915aa2bde7ad85745a632258caba46ed5be81297177dae45cd"+ "cbcf49c92431ea80763f92f6b22115723a7d092994d40376f7618e9f2"+ "ef82d5c44036e29eca440814ade6c8d5d9246abddaf5740331"), }, hybridEncryptTestVector{ name: "DHKEM(P256, HKDF-SHA256), HKDF-SHA256, ChaCha20Poly1305, No Prefix", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 0, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.ChaCha20Poly1305, Variant: hpke.VariantNoPrefix, })), ), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "04e0f41a312164058e2c36f1bc977e12a6fec8b13dc5fabc2441ec905"+ "bc432145a0a5e50929815ec6944a3da1a186c0b9b428232086b218af0"+ "61e9f814d8bd27808bce0bdb3c656d307f87ffe3bf13b0eb19"), }, hybridEncryptTestVector{ name: "DHKEM(P256, HKDF-SHA256), HKDF-SHA256, AES-128-GCM, Tink", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 0x886688aa, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantTink, })), ), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "01886688aa04d7d800cab3d3c0104899e137656a3a23a58e1efe41310ea5e9ba7423"+ "4494b10da4286d4baf4641c38d509d28cb21c4694461ccd6258864c115cf17875f59"+ "b069dffc8427cfb7f277ed4e370ae78f916e22"), }, hybridEncryptTestVector{ name: "DHKEM(P256, HKDF-SHA256), HKDF-SHA256, AES-128-GCM, Crunchy", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 0x886688aa, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantCrunchy, })), ), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "00886688aa04d7d800cab3d3c0104899e137656a3a23a58e1efe41310ea5e9ba7423"+ "4494b10da4286d4baf4641c38d509d28cb21c4694461ccd6258864c115cf17875f59"+ "b069dffc8427cfb7f277ed4e370ae78f916e22"), }, hybridEncryptTestVector{ name: "X-Wing, HKDF-SHA256, AES-128-GCM, No Prefix", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "7f9c2ba4e88f827d616045507605853ed73b8093f6efbc88eb1a6eacfa66ef26"), mustCreatePublicKey(t, mustHexDecode(t, "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"), 0, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.X_WING, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantNoPrefix, })), ), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "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"), }, hybridEncryptTestVector{ name: "ML-KEM-768, HKDF-SHA256, AES-128-GCM, No Prefix", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "e3408aae322a3628a4d641c2690d4eb212fd66f369782f2dd22fa293476c69957716be20e83920cd26a7710110a34ac3d5da7d90efdc9759812f5cf1a47e85bf"), mustCreatePublicKey(t, mustHexDecode(t, "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"), 0, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.ML_KEM768, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantNoPrefix, })), ), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "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"), }, hybridEncryptTestVector{ name: "ML-KEM-1024, HKDF-SHA384, AES-256-GCM, No Prefix", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "c58f733ea1245a7a54723c30dbf0837acdd7e93c188692523b53b132b993a25af933368a76bbcbf1212e1d34d7128e32c387dc9b04a7ceb0e2b40e1e5769c57d"), mustCreatePublicKey(t, mustHexDecode(t, "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"), 0, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.ML_KEM1024, KDFID: hpke.HKDFSHA384, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, })), ), plaintext: mustHexDecode(t, "01"), contextInfo: mustHexDecode(t, "02"), ciphertext: mustHexDecode(t, "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"), }, } } func TestEncryptDecrypt(t *testing.T) { for _, tc := range hybridTestVectors(t) { t.Run(tc.name, func(t *testing.T) { publicKey, err := tc.privateKey.PublicKey() if err != nil { t.Fatalf("tc.privateKey.PublicKey() err = %v, want nil", err) } encrypter, err := hpke.NewHybridEncrypt(publicKey.(*hpke.PublicKey), internalapi.Token{}) if err != nil { t.Fatalf("hpke.NewHybridEncrypt() err = %v, want nil", err) } decrypter, err := hpke.NewHybridDecrypt(tc.privateKey, internalapi.Token{}) if err != nil { t.Fatalf("hpke.NewHybridDecrypt() err = %v, want nil", err) } // Decrypt the ciphertext generated by the encrypter. { gotCiphertext, err := encrypter.Encrypt(tc.plaintext, tc.contextInfo) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } gotDecrypted, err := decrypter.Decrypt(gotCiphertext, tc.contextInfo) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if diff := cmp.Diff(gotDecrypted, tc.plaintext); diff != "" { t.Errorf("decrypter.Decrypt() returned unexpected diff (-want +got):\n%s", diff) } } // Decrypt the test case ciphertext. { gotDecrypted, err := decrypter.Decrypt(tc.ciphertext, tc.contextInfo) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if diff := cmp.Diff(gotDecrypted, tc.plaintext); diff != "" { t.Errorf("decrypter.Decrypt() returned unexpected diff (-want +got):\n%s", diff) } } }) } } func mustEncrypt(t *testing.T, publicKey *hpke.PublicKey, plaintext, contextInfo []byte) []byte { t.Helper() encrypter, err := hpke.NewHybridEncrypt(publicKey, internalapi.Token{}) if err != nil { t.Fatalf("hpke.NewHybridEncrypt() err = %v, want nil", err) } ciphertext, err := encrypter.Encrypt(plaintext, contextInfo) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } return ciphertext } func TestDecryptFails(t *testing.T) { data := []byte("plaintext") contextInfo := []byte("context") for _, tc := range []struct { name string publicKey *hpke.PublicKey privateKey *hpke.PrivateKey ciphertext []byte }{ { name: "different prefix type", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 123, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantTink, }))), ciphertext: mustEncrypt(t, mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 123, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantCrunchy, })), data, contextInfo), }, { name: "missing prefix", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 123, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantTink, }))), ciphertext: mustEncrypt(t, mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 0, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantNoPrefix, })), data, contextInfo), }, { name: "mismatched key ID", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 123, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantTink, }))), ciphertext: mustEncrypt(t, mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 456, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantTink, })), data, contextInfo), }, { name: "different DEM", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 123, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantTink, }))), ciphertext: mustEncrypt(t, mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 123, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, })), data, contextInfo), }, { name: "invalid ciphertext", privateKey: mustCreatePrivateKey(t, mustHexDecode(t, "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721"), mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 123, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantTink, }))), ciphertext: func() []byte { ciphertext := mustEncrypt(t, mustCreatePublicKey(t, mustHexDecode(t, "0460FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB67903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299"), 456, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantTink, })), data, contextInfo) ciphertext[5] ^= 1 return ciphertext }(), }, } { t.Run(tc.name, func(t *testing.T) { decrypter, err := hpke.NewHybridDecrypt(tc.privateKey, internalapi.Token{}) if err != nil { t.Fatalf("hpke.NewHybridDecrypt(%v) err = %v, want nil", tc.publicKey, err) } if _, err := decrypter.Decrypt(tc.ciphertext, contextInfo); err == nil { t.Errorf("decrypter.Decrypt(%v, %v) err = nil, want error", tc.ciphertext, contextInfo) } }) } } ================================================ FILE: hybrid/hpke/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "bytes" "crypto/ecdh" "crypto/mlkem" "crypto/rand" "fmt" "github.com/tink-crypto/tink-go/v2/hybrid/internal/xwing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) const ( xWingPublicKeySize = 1216 xWingSecretKeySize = 32 mlKEM768PublicKeySize = 1184 mlKEM768SecretKeySize = 64 mlKEM1024PublicKeySize = 1568 mlKEM1024SecretKeySize = 64 ) // PublicKey represents an HPKE public key. type PublicKey struct { // A public point representing the public key. This can be either: // - Uncompressed encoded EC point as per [SEC 1 v2.0, Section 2.3.3] if Nist*. // - An X25519 public key bytes. publicKeyBytes []byte idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*PublicKey)(nil) func calculateOutputPrefix(variant Variant, idRequirement uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(idRequirement), nil case VariantCrunchy: return outputprefix.Legacy(idRequirement), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } func ecdhCurveFromKEMID(kemID KEMID) (ecdh.Curve, error) { switch kemID { case DHKEM_P256_HKDF_SHA256: return ecdh.P256(), nil case DHKEM_P384_HKDF_SHA384: return ecdh.P384(), nil case DHKEM_P521_HKDF_SHA512: return ecdh.P521(), nil case DHKEM_X25519_HKDF_SHA256: return ecdh.X25519(), nil default: return nil, fmt.Errorf("invalid KEMID: %v", kemID) } } func validateECDHPublicKey(publicKeyBytes []byte, kemID KEMID) error { curve, err := ecdhCurveFromKEMID(kemID) if err != nil { return fmt.Errorf("ecdhCurveFromKEMID failed: %w", err) } // Validate the point. if _, err := curve.NewPublicKey(publicKeyBytes); err != nil { return fmt.Errorf("point validation failed: %w", err) } return nil } func validateXWingPublicKey(publicKeyBytes []byte) error { if len(publicKeyBytes) != xWingPublicKeySize { return fmt.Errorf("invalid X-Wing public key length: %d, want %d", len(publicKeyBytes), xWingPublicKeySize) } return nil } func validateMLKEMPublicKey(publicKeyBytes []byte, kemID KEMID) error { switch kemID { case ML_KEM768: if len(publicKeyBytes) != mlKEM768PublicKeySize { return fmt.Errorf("invalid ML-KEM-768 public key length: %d, want %d", len(publicKeyBytes), mlKEM768PublicKeySize) } case ML_KEM1024: if len(publicKeyBytes) != mlKEM1024PublicKeySize { return fmt.Errorf("invalid ML-KEM-1024 public key length: %d, want %d", len(publicKeyBytes), mlKEM1024PublicKeySize) } default: return fmt.Errorf("invalid KEMID: %v", kemID) } return nil } func newECDHPublicKeyFromPrivateKey(privateKeyBytes secretdata.Bytes, kemID KEMID) ([]byte, error) { curve, err := ecdhCurveFromKEMID(kemID) if err != nil { return nil, err } ecdhPrivateKey, err := curve.NewPrivateKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("private key validation failed: %w", err) } return ecdhPrivateKey.PublicKey().Bytes(), nil } func newXWingPublicKeyFromPrivateKey(privateKeyBytes secretdata.Bytes) ([]byte, error) { publicKeyBytes, err := xwing.PublicFromSecret(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("xwing.PublicFromSecret failed: %w", err) } return publicKeyBytes, nil } func newMLKEMPublicKeyFromPrivateKey(privateKeyBytes secretdata.Bytes, kemID KEMID) ([]byte, error) { switch kemID { case ML_KEM768: privateKey, err := mlkem.NewDecapsulationKey768(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("mlkem.NewDecapsulationKey768 failed: %w", err) } return privateKey.EncapsulationKey().Bytes(), nil case ML_KEM1024: privateKey, err := mlkem.NewDecapsulationKey1024(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("mlkem.NewDecapsulationKey1024 failed: %w", err) } return privateKey.EncapsulationKey().Bytes(), nil default: return nil, fmt.Errorf("unsupported KEMID: %v", kemID) } } func validateECDHPrivateKey(privateKeyBytes secretdata.Bytes, pubKey *PublicKey) error { curve, err := ecdhCurveFromKEMID(pubKey.Parameters().(*Parameters).KEMID()) if err != nil { return fmt.Errorf("ecdhCurveFromKEMID failed: %w", err) } ecdhPrivateKey, err := curve.NewPrivateKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return fmt.Errorf("private key validation failed: %w", err) } ecdhPublicKeyFromPrivateKey, err := curve.NewPublicKey(pubKey.publicKeyBytes) if err != nil { // Should never happen. return fmt.Errorf("invalid public key point: %w", err) } if !ecdhPrivateKey.PublicKey().Equal(ecdhPublicKeyFromPrivateKey) { return fmt.Errorf("invalid private key value") } return nil } func validateXWingPrivateKey(privateKeyBytes secretdata.Bytes, pubKey *PublicKey) error { xWingPublicKeyBytes, err := xwing.PublicFromSecret(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return fmt.Errorf("xwing.PublicFromSecret failed: %w", err) } if !bytes.Equal(xWingPublicKeyBytes, pubKey.publicKeyBytes) { return fmt.Errorf("invalid private key value") } return nil } func validateMLKEMPrivateKey(privateKeyBytes secretdata.Bytes, pubKey *PublicKey) error { switch pubKey.Parameters().(*Parameters).KEMID() { case ML_KEM768: mlKemPrivateKey, err := mlkem.NewDecapsulationKey768(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return fmt.Errorf("mlkem.NewDecapsulationKey768 failed: %w", err) } mlKemPublicKeyBytes := mlKemPrivateKey.EncapsulationKey().Bytes() if !bytes.Equal(mlKemPublicKeyBytes, pubKey.publicKeyBytes) { return fmt.Errorf("invalid private key value") } case ML_KEM1024: mlKemPrivateKey, err := mlkem.NewDecapsulationKey1024(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return fmt.Errorf("mlkem.NewDecapsulationKey1024 failed: %w", err) } mlKemPublicKeyBytes := mlKemPrivateKey.EncapsulationKey().Bytes() if !bytes.Equal(mlKemPublicKeyBytes, pubKey.publicKeyBytes) { return fmt.Errorf("invalid private key value") } default: return fmt.Errorf("unsupported KEMID: %v", pubKey.Parameters().(*Parameters).KEMID()) } return nil } // NewPublicKey creates a new HPKE PublicKey. // // publicKeyBytes belongs to either a NIST Curve, Curve25519, X-Wing, ML-KEM-768 or ML-KEM-1024. func NewPublicKey(publicKeyBytes []byte, idRequirement uint32, parameters *Parameters) (*PublicKey, error) { if parameters.Variant() == VariantNoPrefix && idRequirement != 0 { return nil, fmt.Errorf("hpke.NewPublicKey: key ID must be zero for VariantNoPrefix") } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("hpke.NewPublicKey: %w", err) } switch parameters.KEMID() { case DHKEM_P256_HKDF_SHA256, DHKEM_P384_HKDF_SHA384, DHKEM_P521_HKDF_SHA512, DHKEM_X25519_HKDF_SHA256: if err := validateECDHPublicKey(publicKeyBytes, parameters.KEMID()); err != nil { return nil, fmt.Errorf("hpke.NewPublicKey: validateECDHPublicKey failed: %w", err) } case X_WING: if err := validateXWingPublicKey(publicKeyBytes); err != nil { return nil, fmt.Errorf("hpke.NewPublicKey: validateXWingPublicKey failed: %w", err) } case ML_KEM768, ML_KEM1024: if err := validateMLKEMPublicKey(publicKeyBytes, parameters.KEMID()); err != nil { return nil, fmt.Errorf("hpke.NewPublicKey: validateMLKEMPublicKey failed: %w", err) } default: return nil, fmt.Errorf("hpke.NewPublicKey: unsupported KEMID: %v", parameters.KEMID()) } return &PublicKey{ publicKeyBytes: bytes.Clone(publicKeyBytes), idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: parameters, }, nil } // PublicKeyBytes returns the public key bytes. func (k *PublicKey) PublicKeyBytes() []byte { return k.publicKeyBytes } // Parameters returns the parameters of this key. func (k *PublicKey) Parameters() key.Parameters { return k.parameters } // IDRequirement returns the key ID and whether it is required. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PublicKey) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal tells whether this key value is equal to other. func (k *PublicKey) Equal(other key.Key) bool { otherKey, ok := other.(*PublicKey) return ok && k.Parameters().Equal(otherKey.Parameters()) && k.idRequirement == otherKey.idRequirement && bytes.Equal(k.publicKeyBytes, otherKey.publicKeyBytes) } // PrivateKey represents an HPKE private key. type PrivateKey struct { publicKey *PublicKey privateKeyBytes secretdata.Bytes } var _ key.Key = (*PrivateKey)(nil) // NewPrivateKey creates a new HPKE private key from privateKeyBytes, // idRequirement and a [Parameters]. // // If X25519 curve is used, the private key value must be 32 bytes. // If NIST curve is used, the private key value must be octet encoded as per // [SEC 1 v2.0, Section 2.3.5]. // If X-Wing is used, the private key value must be 32 bytes. // If ML-KEM-768 is used, the private key value must be 64 bytes. // If ML-KEM-1024 is used, the private key value must be 64 bytes. // // [SEC 1 v2.0, Section 2.3.5]: https://www.secg.org/sec1-v2.pdf#page=17.08 func NewPrivateKey(privateKeyBytes secretdata.Bytes, idRequirement uint32, params *Parameters) (*PrivateKey, error) { var publicKeyBytes []byte var err error switch params.KEMID() { case DHKEM_P256_HKDF_SHA256, DHKEM_P384_HKDF_SHA384, DHKEM_P521_HKDF_SHA512, DHKEM_X25519_HKDF_SHA256: publicKeyBytes, err = newECDHPublicKeyFromPrivateKey(privateKeyBytes, params.KEMID()) if err != nil { return nil, fmt.Errorf("hpke.NewPrivateKey: newECDHPublicKeyFromPrivateKey failed: %w", err) } case X_WING: publicKeyBytes, err = newXWingPublicKeyFromPrivateKey(privateKeyBytes) if err != nil { return nil, fmt.Errorf("hpke.NewPrivateKey: newXWingPublicKeyFromPrivateKey failed: %w", err) } case ML_KEM768, ML_KEM1024: publicKeyBytes, err = newMLKEMPublicKeyFromPrivateKey(privateKeyBytes, params.KEMID()) if err != nil { return nil, fmt.Errorf("hpke.NewPrivateKey: newMLKEMPublicKeyFromPrivateKey failed: %w", err) } default: return nil, fmt.Errorf("hpke.NewPrivateKey: unsupported KEMID: %v", params.KEMID()) } publicKey, err := NewPublicKey(publicKeyBytes, idRequirement, params) if err != nil { return nil, fmt.Errorf("hpke.NewPrivateKey: NewPublicKey failed: %w", err) } return &PrivateKey{ publicKey: publicKey, privateKeyBytes: privateKeyBytes, }, nil } // NewPrivateKeyFromPublicKey creates a new HPKE private key from // privateKeyBytes and a [PublicKey]. // // If X25519 curve is used, the private key value must be 32 bytes. // If NIST curve is used, the private key value must be octet encoded as per // [SEC 1 v2.0, Section 2.3.5]. // If X-Wing is used, the private key value must be 32 bytes. // If ML-KEM-768 is used, the private key value must be 64 bytes. // If ML-KEM-1024 is used, the private key value must be 64 bytes. // // [SEC 1 v2.0, Section 2.3.5]: https://www.secg.org/sec1-v2.pdf#page=17.08 func NewPrivateKeyFromPublicKey(privateKeyBytes secretdata.Bytes, pubKey *PublicKey) (*PrivateKey, error) { switch pubKey.Parameters().(*Parameters).KEMID() { case DHKEM_P256_HKDF_SHA256, DHKEM_P384_HKDF_SHA384, DHKEM_P521_HKDF_SHA512, DHKEM_X25519_HKDF_SHA256: if err := validateECDHPrivateKey(privateKeyBytes, pubKey); err != nil { return nil, fmt.Errorf("hpke.NewPrivateKeyFromPublicKey: validateECDHPrivateKey failed: %w", err) } case X_WING: if err := validateXWingPrivateKey(privateKeyBytes, pubKey); err != nil { return nil, fmt.Errorf("hpke.NewPrivateKeyFromPublicKey: validateXWingPrivateKey failed: %w", err) } case ML_KEM768, ML_KEM1024: if err := validateMLKEMPrivateKey(privateKeyBytes, pubKey); err != nil { return nil, fmt.Errorf("hpke.NewPrivateKeyFromPublicKey: validateMLKEMPrivateKey failed: %w", err) } default: return nil, fmt.Errorf("hpke.NewPrivateKeyFromPublicKey: unsupported KEMID: %v", pubKey.Parameters().(*Parameters).KEMID()) } return &PrivateKey{ publicKey: pubKey, privateKeyBytes: privateKeyBytes, }, nil } // PrivateKeyBytes returns the private key bytes. func (k *PrivateKey) PrivateKeyBytes() secretdata.Bytes { return k.privateKeyBytes } // PublicKey returns the public key of the key. // // This implements the privateKey interface defined in handle.go. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // Parameters returns the parameters of the key. func (k *PrivateKey) Parameters() key.Parameters { return k.publicKey.Parameters() } // IDRequirement returns the ID requirement of the key, and whether it is // required. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PrivateKey) OutputPrefix() []byte { return bytes.Clone(k.publicKey.outputPrefix) } // Equal returns true if this key is equal to other. func (k *PrivateKey) Equal(other key.Key) bool { otherKey, ok := other.(*PrivateKey) return ok && k.publicKey.Equal(otherKey.publicKey) && k.privateKeyBytes.Equal(otherKey.privateKeyBytes) } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { hpkeParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T, want %T", p, (*Parameters)(nil)) } var privKeyBytes secretdata.Bytes var err error switch hpkeParams.KEMID() { case DHKEM_P256_HKDF_SHA256, DHKEM_P384_HKDF_SHA384, DHKEM_P521_HKDF_SHA512, DHKEM_X25519_HKDF_SHA256: curve, err := ecdhCurveFromKEMID(hpkeParams.KEMID()) if err != nil { return nil, err } privKey, err := curve.GenerateKey(rand.Reader) if err != nil { return nil, err } privKeyBytes = secretdata.NewBytesFromData(privKey.Bytes(), insecuresecretdataaccess.Token{}) case X_WING: privKeyBytes, err = secretdata.NewBytesFromRand(xWingSecretKeySize) if err != nil { return nil, err } case ML_KEM768: privKeyBytes, err = secretdata.NewBytesFromRand(mlKEM768SecretKeySize) if err != nil { return nil, err } case ML_KEM1024: privKeyBytes, err = secretdata.NewBytesFromRand(mlKEM1024SecretKeySize) if err != nil { return nil, err } default: return nil, fmt.Errorf("unsupported KEMID: %v", hpkeParams.KEMID()) } return NewPrivateKey(privKeyBytes, idRequirement, hpkeParams) } ================================================ FILE: hybrid/hpke/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke_test import ( "bytes" "encoding/hex" "slices" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/hybrid/hpke" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) type keyTestCase struct { name string params *hpke.Parameters publicKeyBytes []byte privateKeyBytes secretdata.Bytes idRequirement uint32 wantOutputPrefix []byte } func mustCreateParameters(t *testing.T, opts hpke.ParametersOpts) *hpke.Parameters { t.Helper() params, err := hpke.NewParameters(opts) if err != nil { t.Fatalf("hpke.NewParameters() err = %v, want nil", err) } return params } func mustHexDecode(t *testing.T, hexString string) []byte { t.Helper() b, err := hex.DecodeString(hexString) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", hexString, err) } return b } var ( // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.1 x25519PublicKeyBytesHex = "37fda3567bdbd628e88668c3c8d7e97d1d1253b6d4ea6d44c150f741f1bf4431" x25519PrivateKeyBytesHex = "52c4a758a802cd8b936eceea314432798d5baf2d7e9235dc084ab1b9cfa2f736" // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.3 p256SHA256PublicKeyBytesHex = "04a92719c6195d5085104f469a8b9814d5838ff72b60501e2c4466e5e67b32" + "5ac98536d7b61a1af4b78e5b7f951c0900be863c403ce65c9bfcb9382657222d18c4" p256SHA256PrivateKeyBytesHex = "4995788ef4b9d6132b249ce59a77281493eb39af373d236a1fe415cb0c2d7beb" // From https://github.com/tink-crypto/tink-java/blob/v1.17.0/src/main/java/com/google/crypto/tink/hybrid/internal/testing/HpkeTestUtil.java#L60 p384PublicKeyBytesHex = "04" + "9d92e0330dfc60ba8b2be32e10f7d2f8457678a112cafd4544b29b7e6addf0249968f54c732aa49bc4a38f467edb8424" + "81a3a9c9e878b86755f018a8ec3c5e80921910af919b95f18976e35acc04efa2962e277a0b2c990ae92b62d6c75180ba" p384PrivateKeyBytesHex = "670dc60402d8a4fe52f4e552d2b71f0f81bcf195d8a71a6c7d84efb4f0e4b4a5d0f6" + "0a27c94caac46bdeeb79897a3ed9" // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.6 p521SHA512PublicKeyBytesHex = "040138b385ca16bb0d5fa0c0665fbbd7e69e3ee29f63991d3e9b5fa740aab8" + "900aaeed46ed73a49055758425a0ce36507c54b29cc5b85a5cee6bae0cf1c21f2731" + "ece2013dc3fb7c8d21654bb161b463962ca19e8c654ff24c94dd2898de12051f1ed0" + "692237fb02b2f8d1dc1c73e9b366b529eb436e98a996ee522aef863dd5739d2f29b0" p521SHA512PrivateKeyBytesHex = "014784c692da35df6ecde98ee43ac425dbdd0969c0c72b42f2e708ab9d5354" + "15a8569bdacfcc0a114c85b8e3f26acf4d68115f8c91a66178cdbd03b7bcc5291e374b" // From https://www.ietf.org/archive/id/draft-connolly-cfrg-xwing-kem-10.html. xWingPublicKeyBytesHex = "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" xWingPrivateKeyBytesHex = "7f9c2ba4e88f827d616045507605853ed73b8093f6efbc88eb1a6eacfa66ef26" // From https://www.ietf.org/archive/id/draft-ietf-hpke-pq-04.html mlKEM768PublicKeyBytesHex = "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" mlKEM768PrivateKeyBytesHex = "e3408aae322a3628a4d641c2690d4eb212fd66f369782f2dd22fa293476c69957716be20e83920cd26a7710110a34ac3d5da7d90efdc9759812f5cf1a47e85bf" mlKEM1024PublicKeyBytesHex = "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" mlKEM1024PrivateKeyBytesHex = "c58f733ea1245a7a54723c30dbf0837acdd7e93c188692523b53b132b993a25af933368a76bbcbf1212e1d34d7128e32c387dc9b04a7ceb0e2b40e1e5769c57d" ) func mustCreateKeyTestCases(t *testing.T) []keyTestCase { t.Helper() x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) x25519PrivateKeyBytes := mustHexDecode(t, x25519PrivateKeyBytesHex) p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) p256SHA256PrivateKeyBytes := mustHexDecode(t, p256SHA256PrivateKeyBytesHex) p384PublicKeyBytes := mustHexDecode(t, p384PublicKeyBytesHex) p384PrivateKeyBytes := mustHexDecode(t, p384PrivateKeyBytesHex) p521SHA512PublicKeyBytes := mustHexDecode(t, p521SHA512PublicKeyBytesHex) p521SHA512PrivateKeyBytes := mustHexDecode(t, p521SHA512PrivateKeyBytesHex) xWingPublicKeyBytes := mustHexDecode(t, xWingPublicKeyBytesHex) xWingPrivateKeyBytes := mustHexDecode(t, xWingPrivateKeyBytesHex) mlKEM768PublicKeyBytes := mustHexDecode(t, mlKEM768PublicKeyBytesHex) mlKEM768PrivateKeyBytes := mustHexDecode(t, mlKEM768PrivateKeyBytesHex) mlKEM1024PublicKeyBytes := mustHexDecode(t, mlKEM1024PublicKeyBytesHex) mlKEM1024PrivateKeyBytes := mustHexDecode(t, mlKEM1024PrivateKeyBytesHex) testCases := []keyTestCase{ keyTestCase{ name: "DHKEM_X25519_HKDF_SHA256-AES256GCM-Tink", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, keyTestCase{ name: "DHKEM_X25519_HKDF_SHA256-AES256GCM-NoPrefix", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }), publicKeyBytes: x25519PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: 0, }, keyTestCase{ name: "DHKEM_P256_HKDF_SHA256-AES256GCM-Tink", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), publicKeyBytes: p256SHA256PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p256SHA256PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, keyTestCase{ name: "DHKEM_P256_HKDF_SHA256-AES256GCM-NoPrefix", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }), publicKeyBytes: p256SHA256PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p256SHA256PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: 0, }, keyTestCase{ name: "DHKEM_P384_HKDF_SHA384-AES256GCM-Tink", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P384_HKDF_SHA384, KDFID: hpke.HKDFSHA384, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), publicKeyBytes: p384PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p384PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, keyTestCase{ name: "DHKEM_P384_HKDF_SHA384-AES256GCM-NoPrefix", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P384_HKDF_SHA384, KDFID: hpke.HKDFSHA384, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }), publicKeyBytes: p384PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p384PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: 0, }, keyTestCase{ name: "DHKEM_P521_HKDF_SHA512-AES256GCM-Tink", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P521_HKDF_SHA512, KDFID: hpke.HKDFSHA512, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), publicKeyBytes: p521SHA512PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p521SHA512PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, keyTestCase{ name: "DHKEM_P521_HKDF_SHA512-AES256GCM-Crunchy", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P521_HKDF_SHA512, KDFID: hpke.HKDFSHA512, AEADID: hpke.AES256GCM, Variant: hpke.VariantCrunchy, }), publicKeyBytes: p521SHA512PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p521SHA512PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, keyTestCase{ name: "DHKEM_P521_HKDF_SHA512-AES256GCM-NoPrefix", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P521_HKDF_SHA512, KDFID: hpke.HKDFSHA512, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }), publicKeyBytes: p521SHA512PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(p521SHA512PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: 0, }, keyTestCase{ name: "X-Wing_HKDF_SHA256-AES128GCM-NoPrefix", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.X_WING, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantNoPrefix, }), publicKeyBytes: xWingPublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(xWingPrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: 0, }, keyTestCase{ name: "ML-KEM-768_HKDF_SHA256-AES128GCM-NoPrefix", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.ML_KEM768, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantNoPrefix, }), publicKeyBytes: mlKEM768PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(mlKEM768PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: 0, }, keyTestCase{ name: "ML-KEM-1024_HKDF_SHA384-AES256GCM-NoPrefix", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.ML_KEM1024, KDFID: hpke.HKDFSHA384, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }), publicKeyBytes: mlKEM1024PublicKeyBytes, privateKeyBytes: secretdata.NewBytesFromData(mlKEM1024PrivateKeyBytes, insecuresecretdataaccess.Token{}), idRequirement: 0, }, } return testCases } func TestNewPublicKeyFailsWithInvalidValues(t *testing.T) { x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) for _, tc := range []struct { name string params *hpke.Parameters publicKeyBytes []byte idRequirement uint32 }{ { name: "invalid public key bytes", publicKeyBytes: []byte("invalid"), idRequirement: 0x123456, params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), }, { name: "corrupted public key bytes", publicKeyBytes: func() []byte { // Corrupt the last byte. key := slices.Clone(p256SHA256PublicKeyBytes) key[len(key)-1] ^= 1 return key }(), idRequirement: 0x123456, params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), }, { name: "incompatible public key bytes for X25519", publicKeyBytes: p256SHA256PublicKeyBytes, idRequirement: 0x123456, params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), }, { name: "incompatible public key bytes for NIST P-256", publicKeyBytes: x25519PublicKeyBytes, idRequirement: 0x123456, params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), }, } { t.Run(tc.name, func(t *testing.T) { _, err := hpke.NewPublicKey(tc.publicKeyBytes, tc.idRequirement, tc.params) if err == nil { t.Errorf("hpke.NewPublicKey(%v, %v, %v) err = nil, want non-nil", tc.publicKeyBytes, tc.idRequirement, tc.params) } }) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestPublicKey_Equal_FalseIfDifferentType(t *testing.T) { x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) params := mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }) publicKey := mustCreatePublicKey(t, x25519PublicKeyBytes, 0x01020304, params) if publicKey.Equal(&stubKey{}) { t.Errorf("publicKey.Equal(&stubKey{}) = true, want false") } } func TestNewPublicKey(t *testing.T) { testCases := mustCreateKeyTestCases(t) for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { key, err := hpke.NewPublicKey(tc.publicKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("hpke.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.publicKeyBytes, tc.idRequirement, tc.params, err) } if got, want := key.PublicKeyBytes(), tc.publicKeyBytes; !bytes.Equal(got, want) { t.Errorf("key.PublicKeyBytes() = %v, want %v", got, want) } if got, want := key.Parameters(), tc.params; !got.Equal(want) { t.Errorf("key.Parameters() = %v, want %v", got, want) } if got, want := key.OutputPrefix(), tc.wantOutputPrefix; !bytes.Equal(got, want) { t.Errorf("key.OutputPrefix() = %v, want %v", got, want) } gotIDRequirement, gotRequired := key.IDRequirement() if got, want := gotRequired, tc.params.HasIDRequirement(); got != want { t.Errorf("key.IDRequirement() = _, %v, want %v", got, want) } if got, want := gotIDRequirement, tc.idRequirement; got != want { t.Errorf("key.IDRequirement() = %v, _, want %v", got, want) } otherPubKey, err := hpke.NewPublicKey(tc.publicKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("hpke.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.publicKeyBytes, tc.idRequirement, tc.params, err) } if !otherPubKey.Equal(key) { t.Errorf("otherPubKey.Equal(key) = false, want true") } }) } } func TestPublicKeyNotEqual(t *testing.T) { x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.2 x25519PublicKeyBytes2 := mustHexDecode(t, "1afa08d3dec047a643885163f1180476fa7ddb54c6a8029ea33f95796bf2ac4a") p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) type keyTestCase struct { params *hpke.Parameters publicKeyBytes []byte idRequirement uint32 } for _, tc := range []struct { name string key1 keyTestCase key2 keyTestCase }{ { name: "Different HPKE parameters KDFID", key1: keyTestCase{ params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes, idRequirement: uint32(0x01020304), }, key2: keyTestCase{ params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA384, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes, idRequirement: uint32(0x01020304), }, }, { name: "Different HPKE parameters variant", key1: keyTestCase{ params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes, idRequirement: uint32(0x01020304), }, key2: keyTestCase{ params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantCrunchy, }), publicKeyBytes: x25519PublicKeyBytes, idRequirement: uint32(0x01020304), }, }, { name: "Different ID requirement", key1: keyTestCase{ params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), publicKeyBytes: p256SHA256PublicKeyBytes, idRequirement: uint32(0x01020304), }, key2: keyTestCase{ params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), publicKeyBytes: p256SHA256PublicKeyBytes, idRequirement: uint32(0x05060708), }, }, { name: "Different public key bytes", key1: keyTestCase{ params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes, idRequirement: uint32(0x01020304), }, key2: keyTestCase{ params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }), publicKeyBytes: x25519PublicKeyBytes2, idRequirement: uint32(0x01020304), }, }, } { t.Run(tc.name, func(t *testing.T) { publicKey1, err := hpke.NewPublicKey(tc.key1.publicKeyBytes, tc.key1.idRequirement, tc.key1.params) if err != nil { t.Fatalf("hpke.NewPublicKey(%x, %v, %v) err = %v, want nil", tc.key1.publicKeyBytes, tc.key1.idRequirement, tc.key1.params, err) } publicKey2, err := hpke.NewPublicKey(tc.key2.publicKeyBytes, tc.key2.idRequirement, tc.key2.params) if err != nil { t.Fatalf("hpke.NewPublicKey(%x, %v, %v) err = %v, want nil", tc.key2.publicKeyBytes, tc.key2.idRequirement, tc.key2.params, err) } if publicKey1.Equal(publicKey2) { t.Errorf("publicKey1.Equal(publicKey2) = true, want false") } }) } } func mustCreatePublicKey(t *testing.T, publicKeyBytes []byte, idRequirement uint32, params *hpke.Parameters) *hpke.PublicKey { t.Helper() pk, err := hpke.NewPublicKey(publicKeyBytes, idRequirement, params) if err != nil { t.Fatalf("hpke.NewPublicKey() err = %v, want nil", err) } return pk } func TestNewPrivateKeyFromPublicKeyFailsWithInvalidValues(t *testing.T) { x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.2 x25519PrivateKeyBytes2 := mustHexDecode(t, "f4ec9b33b792c372c1d2c2063507b684ef925b8c75a42dbcbf57d63ccd381600") p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.4 p256SHA512PrivateKeyBytes := mustHexDecode(t, "2292bf14bb6e15b8c81a0f45b7a6e93e32d830e48cca702e0affcfb4d07e1b5c") for _, tc := range []struct { name string publicKey *hpke.PublicKey privateKeybytes secretdata.Bytes }{ { name: "invalid X25519 private key bytes", publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes, 0x123456, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, })), privateKeybytes: secretdata.NewBytesFromData([]byte("invalid"), insecuresecretdataaccess.Token{}), }, { name: "incompatible X25519 private key bytes", publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes, 0x123456, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantCrunchy, })), privateKeybytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes2, insecuresecretdataaccess.Token{}), }, { name: "invalid NIST private key bytes", publicKey: mustCreatePublicKey(t, p256SHA256PublicKeyBytes, 0x123456, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, })), privateKeybytes: secretdata.NewBytesFromData([]byte("invalid"), insecuresecretdataaccess.Token{}), }, { name: "incompatible NIST private key bytes", publicKey: mustCreatePublicKey(t, p256SHA256PublicKeyBytes, 0x123456, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantCrunchy, })), privateKeybytes: secretdata.NewBytesFromData(p256SHA512PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, } { t.Run(tc.name, func(t *testing.T) { _, err := hpke.NewPrivateKeyFromPublicKey(tc.privateKeybytes, tc.publicKey) if err == nil { t.Errorf("hpke.NewPrivateKeyFromPublicKey(%v, %v) err = nil, want non-nil", tc.privateKeybytes, tc.publicKey) } }) } } func TestPrivateKey_Equal_FalseIfDifferentType(t *testing.T) { x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) x25519PrivateKeyBytes := mustHexDecode(t, x25519PrivateKeyBytesHex) params := mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }) publicKey := mustCreatePublicKey(t, x25519PublicKeyBytes, 0x01020304, params) privateKey, err := hpke.NewPrivateKeyFromPublicKey(secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), publicKey) if err != nil { t.Fatalf("hpke.NewPrivateKeyFromPublicKey() err = %v, want nil", err) } if privateKey.Equal(&stubKey{}) { t.Errorf("privateKey.Equal(&stubKey{}) = true, want false") } } func doTestPrivateKeyAccessors(t *testing.T, privateKey *hpke.PrivateKey, tc *keyTestCase, wantPublicKey *hpke.PublicKey) { if got, want := privateKey.Parameters(), tc.params; !got.Equal(want) { t.Errorf("privateKey.Parameters() = %v, want %v", got, want) } if got, want := privateKey.OutputPrefix(), tc.wantOutputPrefix; !bytes.Equal(got, want) { t.Errorf("privateKey.OutputPrefix() = %v, want %v", got, want) } gotIDRequirement, gotRequired := privateKey.IDRequirement() if got, want := gotRequired, tc.params.HasIDRequirement(); got != want { t.Errorf("privateKey.IDRequirement() = %v, want %v", got, want) } if got, want := gotIDRequirement, tc.idRequirement; got != want { t.Errorf("privateKey.IDRequirement() = %v, want %v", got, want) } if got, want := privateKey.PrivateKeyBytes(), tc.privateKeyBytes; !got.Equal(want) { t.Errorf("privateKey.PrivateKeyBytes() = %v, want %v", got, want) } gotPublicKey, err := privateKey.PublicKey() if err != nil { t.Fatalf("privateKey.PublicKey() err = %v, want nil", err) } if got, want := gotPublicKey, wantPublicKey; !got.Equal(want) { t.Errorf("privateKey.PublicKey() = %v, _, want %v", got, want) } } func TestNewPrivateKeyFromPublicKey(t *testing.T) { testCases := mustCreateKeyTestCases(t) for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { pubKey, err := hpke.NewPublicKey(tc.publicKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("hpke.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.publicKeyBytes, tc.idRequirement, tc.params, err) } privKey, err := hpke.NewPrivateKeyFromPublicKey(tc.privateKeyBytes, pubKey) if err != nil { t.Fatalf("hpke.NewPrivateKeyFromPublicKey(%v, %v) err = %v, want nil", tc.privateKeyBytes, pubKey, err) } doTestPrivateKeyAccessors(t, privKey, &tc, pubKey) otherPrivKeyFromPublicKey, err := hpke.NewPrivateKeyFromPublicKey(tc.privateKeyBytes, pubKey) if err != nil { t.Fatalf("hpke.NewPrivateKeyFromPublicKey(%v, %v) err = %v, want nil", tc.privateKeyBytes, pubKey, err) } if !otherPrivKeyFromPublicKey.Equal(privKey) { t.Errorf("otherPrivKeyFromPublicKey.Equal(privKey) = false, want true") } // Check equivalence with NewPrivateKey. otherPrivKey, err := hpke.NewPrivateKey(tc.privateKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("hpke.NewPrivateKey(%v, %v, %v) err = %v, want nil", tc.privateKeyBytes, tc.idRequirement, tc.params, err) } if !otherPrivKey.Equal(privKey) { t.Errorf("otherPrivKey.Equal(privKey) = false, want true") } }) } } func TestNewPrivateKey(t *testing.T) { testCases := mustCreateKeyTestCases(t) for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { pubKey, err := hpke.NewPublicKey(tc.publicKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("hpke.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.publicKeyBytes, tc.idRequirement, tc.params, err) } privKey, err := hpke.NewPrivateKey(tc.privateKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("hpke.NewPrivateKey(%v, %v, %v) err = %v, want nil", tc.privateKeyBytes, tc.idRequirement, tc.params, err) } doTestPrivateKeyAccessors(t, privKey, &tc, pubKey) otherPrivKey, err := hpke.NewPrivateKey(tc.privateKeyBytes, tc.idRequirement, tc.params) if err != nil { t.Fatalf("hpke.NewPrivateKey(%v, %v, %v) err = %v, want nil", tc.privateKeyBytes, tc.idRequirement, tc.params, err) } if !otherPrivKey.Equal(privKey) { t.Errorf("otherPrivKey.Equal(privKey) = false, want true") } // Check equivalence with NewPrivateKeyFromPublicKey. otherPrivKeyFromPublicKey, err := hpke.NewPrivateKeyFromPublicKey(tc.privateKeyBytes, pubKey) if err != nil { t.Fatalf("hpke.NewPrivateKeyFromPublicKey(%v, %v) err = %v, want nil", tc.privateKeyBytes, pubKey, err) } if !otherPrivKeyFromPublicKey.Equal(privKey) { t.Errorf("otherPrivKeyFromPublicKey.Equal(privKey) = false, want true") } }) } } func TestPrivateKeyNotEqual(t *testing.T) { x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) x25519PrivateKeyBytes := mustHexDecode(t, x25519PrivateKeyBytesHex) // From https://datatracker.ietf.org/doc/html/rfc9180#appendix-A.2 x25519PublicKeyBytes2 := mustHexDecode(t, "1afa08d3dec047a643885163f1180476fa7ddb54c6a8029ea33f95796bf2ac4a") x25519PrivateKeyBytes2 := mustHexDecode(t, "f4ec9b33b792c372c1d2c2063507b684ef925b8c75a42dbcbf57d63ccd381600") p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) p256SHA256PrivateKeyBytes := mustHexDecode(t, p256SHA256PrivateKeyBytesHex) type keyTestCase struct { publicKey *hpke.PublicKey privateKeyBytes secretdata.Bytes } for _, tc := range []struct { name string key1 keyTestCase key2 keyTestCase }{ { name: "Different parameters", key1: keyTestCase{ publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes, 0x01020304, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, key2: keyTestCase{ publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes, 0x01020304, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, }, { name: "Different public key ID requirement", key1: keyTestCase{ publicKey: mustCreatePublicKey(t, p256SHA256PublicKeyBytes, 0x01020304, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(p256SHA256PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, key2: keyTestCase{ publicKey: mustCreatePublicKey(t, p256SHA256PublicKeyBytes, 0x05060708, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(p256SHA256PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, }, { name: "Different public and private key bytes", key1: keyTestCase{ publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes, 0x01020304, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes, insecuresecretdataaccess.Token{}), }, key2: keyTestCase{ publicKey: mustCreatePublicKey(t, x25519PublicKeyBytes2, 0x01020304, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, })), privateKeyBytes: secretdata.NewBytesFromData(x25519PrivateKeyBytes2, insecuresecretdataaccess.Token{}), }, }, } { t.Run(tc.name, func(t *testing.T) { privateKey1, err := hpke.NewPrivateKeyFromPublicKey(tc.key1.privateKeyBytes, tc.key1.publicKey) if err != nil { t.Fatalf("hpke.NewPrivateKeyFromPublicKey(%v, %v) err = %v, want nil", tc.key1.privateKeyBytes, tc.key1.publicKey, err) } privateKey2, err := hpke.NewPrivateKeyFromPublicKey(tc.key2.privateKeyBytes, tc.key2.publicKey) if err != nil { t.Fatalf("hpke.NewPrivateKeyFromPublicKey(%v, %v) err = %v, want nil", tc.key2.privateKeyBytes, tc.key2.publicKey, err) } if privateKey1.Equal(privateKey2) { t.Errorf("privateKey1.Equal(privateKey2) = true, want false") } }) } } func TestPrivateKeyCreator(t *testing.T) { params, err := hpke.NewParameters(hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }) if err != nil { t.Fatalf("hpke.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", params, err) } hpkePrivateKey, ok := key.(*hpke.PrivateKey) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*hpke.PrivateKey)(nil)) } idRequirement, hasIDRequirement := hpkePrivateKey.IDRequirement() if !hasIDRequirement || idRequirement != 0x1234 { t.Errorf("hpkePrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(hpkePrivateKey.Parameters(), params); diff != "" { t.Errorf("hpkePrivateKey.Parameters() diff (-want +got):\n%s", diff) } publicKey, err := hpkePrivateKey.PublicKey() if err != nil { t.Fatalf("hpkePrivateKey.PublicKey() err = %v, want nil", err) } hpkePublicKey, ok := publicKey.(*hpke.PublicKey) if !ok { t.Fatalf("hpkePrivateKey.PublicKey() returned key of type %T, want %T", publicKey, (*hpke.PublicKey)(nil)) } // Make sure we can encrypt/decrypt with the key. encrypter, err := hpke.NewHybridEncrypt(hpkePublicKey, internalapi.Token{}) if err != nil { t.Fatalf("hpke.NewHybridEncrypt() err = %v, want nil", err) } ciphertext, err := encrypter.Encrypt([]byte("hello world"), []byte("hello world")) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } decrypter, err := hpke.NewHybridDecrypt(hpkePrivateKey, internalapi.Token{}) if err != nil { t.Fatalf("hpke.NewHybridDecrypt() err = %v, want nil", err) } got, err := decrypter.Decrypt(ciphertext, []byte("hello world")) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if diff := cmp.Diff(got, []byte("hello world")); diff != "" { t.Errorf("decrypter.Decrypt() diff (-want +got):\n%s", diff) } } func TestPrivateKeyCreator_FailsWithInvalidParameters(t *testing.T) { for _, tc := range []struct { name string params *hpke.Parameters idRequirement uint32 }{ { name: "invalid id requirement", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }), idRequirement: 0x1234, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.params, tc.idRequirement); err == nil { t.Errorf("keygenregistry.CreateKey(%v, %v) err = nil, want error", tc.params, tc.idRequirement) } }) } } func TestPrivateKeyCreator_CreateMultipleDiffers(t *testing.T) { for _, tc := range []struct { name string params *hpke.Parameters }{ { name: "DHKEM_P256_HKDF_SHA256", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }), }, { name: "DHKEM_P384_HKDF_SHA384", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P384_HKDF_SHA384, KDFID: hpke.HKDFSHA384, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }), }, { name: "DHKEM_P521_HKDF_SHA512", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P521_HKDF_SHA512, KDFID: hpke.HKDFSHA512, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }), }, { name: "DHKEM_X25519_HKDF_SHA256", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }), }, { name: "X-Wing", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.X_WING, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantNoPrefix, }), }, { name: "ML-KEM-768", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.ML_KEM768, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantNoPrefix, }), }, { name: "ML-KEM-1024", params: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: hpke.ML_KEM1024, KDFID: hpke.HKDFSHA384, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }), }, } { t.Run(tc.name, func(t *testing.T) { key1, err := keygenregistry.CreateKey(tc.params, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0) err = %v, want nil", tc.params, err) } key2, err := keygenregistry.CreateKey(tc.params, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0) err = %v, want nil", tc.params, err) } if key1.Equal(key2) { t.Errorf("key1.Equal(key2) = true, want false") } }) } } ================================================ FILE: hybrid/hpke/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "fmt" "github.com/tink-crypto/tink-go/v2/key" ) // Variant is the prefix variant of an HPKE key. // // It describes the format of the ciphertext. For HPKE, there are three options: // // - TINK: prepends '0x01' to the ciphertext. // - CRUNCHY: prepends '0x00' to the ciphertext. // - NO_PREFIX: adds no prefix to the ciphertext. type Variant int const ( // VariantUnknown is the default value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the ciphertext. VariantTink // VariantCrunchy prefixes '0x00' to the ciphertext. VariantCrunchy // VariantNoPrefix does not prefix the ciphertext with the key id. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // KEMID is an HPKE KEM identifier specified in // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.1. type KEMID int const ( // UnknownKEMID is the default value of KEMID. UnknownKEMID KEMID = iota // DHKEM_P256_HKDF_SHA256 implements DHKEM-P256-HKDF-SHA256. DHKEM_P256_HKDF_SHA256 // DHKEM_P384_HKDF_SHA384 implements DHKEM-P384-HKDF-SHA384. DHKEM_P384_HKDF_SHA384 // DHKEM_P521_HKDF_SHA512 implements DHKEM-P521-HKDF-SHA512. DHKEM_P521_HKDF_SHA512 // DHKEM_X25519_HKDF_SHA256 implements DHKEM-X25519-HKDF-SHA256. DHKEM_X25519_HKDF_SHA256 // X_WING implements the X-Wing KEM. X_WING // ML_KEM768 implements ML-KEM-768. ML_KEM768 // ML_KEM1024 implements ML-KEM-1024. ML_KEM1024 ) func (kemID KEMID) String() string { switch kemID { case DHKEM_P256_HKDF_SHA256: return "DHKEM-P256-HKDF-SHA256" case DHKEM_P384_HKDF_SHA384: return "DHKEM-P384-HKDF-SHA384" case DHKEM_P521_HKDF_SHA512: return "DHKEM-P521-HKDF-SHA512" case DHKEM_X25519_HKDF_SHA256: return "DHKEM-X25519-HKDF-SHA256" case X_WING: return "X-Wing" case ML_KEM768: return "ML-KEM-768" case ML_KEM1024: return "ML-KEM-1024" default: return "UNKNOWN" } } // KDFID is an HPKE KDF identifier specified in // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.2. type KDFID int const ( // UnknownKDFID is the default value of KDFID. UnknownKDFID KDFID = iota // HKDFSHA256 implements HKDF-SHA256. HKDFSHA256 // HKDFSHA384 implements HKDF-SHA384. HKDFSHA384 // HKDFSHA512 implements HKDF-SHA512. HKDFSHA512 ) func (kdfID KDFID) String() string { switch kdfID { case HKDFSHA256: return "HKDF-SHA256" case HKDFSHA384: return "HKDF-SHA384" case HKDFSHA512: return "HKDF-SHA512" default: return "UNKNOWN" } } // AEADID is an HPKE AEAD identifier specified in // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.3. type AEADID int const ( // UnknownAEADID is the default value of AEADID. UnknownAEADID AEADID = iota // AES128GCM implements AES-128-GCM. AES128GCM // AES256GCM implements AES-256-GCM. AES256GCM // ChaCha20Poly1305 implements ChaCha20-Poly1305. ChaCha20Poly1305 ) func (aeadID AEADID) String() string { switch aeadID { case AES128GCM: return "AES-128-GCM" case AES256GCM: return "AES-256-GCM" case ChaCha20Poly1305: return "ChaCha20-Poly1305" default: return "UNKNOWN" } } // ParametersOpts is the options for creating parameters. type ParametersOpts struct { KEMID KEMID KDFID KDFID AEADID AEADID Variant Variant } func (paramsOpts ParametersOpts) String() string { return fmt.Sprintf("KEMID: %s, KDFID: %s, AEADID: %s, Variant: %s", paramsOpts.KEMID, paramsOpts.KDFID, paramsOpts.AEADID, paramsOpts.Variant) } // Parameters represents the parameters of an HPKE key. type Parameters struct { kemID KEMID kdfID KDFID aeadID AEADID variant Variant } var _ key.Parameters = (*Parameters)(nil) // NewParameters creates a new [hpke.Parameters] value. func NewParameters(opts ParametersOpts) (*Parameters, error) { if opts.KEMID == UnknownKEMID || opts.KDFID == UnknownKDFID || opts.AEADID == UnknownAEADID || opts.Variant == VariantUnknown { return nil, fmt.Errorf("invalid parameters: %v", opts) } return &Parameters{ kemID: opts.KEMID, kdfID: opts.KDFID, aeadID: opts.AEADID, variant: opts.Variant, }, nil } // KEMID the KEM ID. func (p *Parameters) KEMID() KEMID { return p.kemID } // KDFID the KDF ID. func (p *Parameters) KDFID() KDFID { return p.kdfID } // AEADID the AEAD ID. func (p *Parameters) AEADID() AEADID { return p.aeadID } // Variant returns the output prefix variant of the key. func (p *Parameters) Variant() Variant { return p.variant } // HasIDRequirement tells whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal tells whether this parameters value is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.kemID == actualParams.kemID && p.kdfID == actualParams.kdfID && p.aeadID == actualParams.aeadID && p.variant == actualParams.variant } ================================================ FILE: hybrid/hpke/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke_test import ( "fmt" "testing" "github.com/tink-crypto/tink-go/v2/hybrid/hpke" ) func TestNewParametersInvalidValues(t *testing.T) { testCases := []struct { name string opts hpke.ParametersOpts }{ { name: "unknown kem id", opts: hpke.ParametersOpts{ KEMID: hpke.UnknownKEMID, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }, }, { name: "unknown kdf id", opts: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.UnknownKDFID, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }, }, { name: "unknown aead id", opts: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.UnknownAEADID, Variant: hpke.VariantTink, }, }, { name: "unknown variant", opts: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantUnknown, }, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := hpke.NewParameters(tc.opts); err == nil { t.Errorf("hpke.NewParameters(%v) = nil, want error", tc.opts) } }) } } type testCase struct { name string opts hpke.ParametersOpts } func testCases(t *testing.T) []testCase { testCases := []testCase{} for _, kemID := range []hpke.KEMID{hpke.DHKEM_P256_HKDF_SHA256, hpke.DHKEM_P384_HKDF_SHA384, hpke.DHKEM_P521_HKDF_SHA512, hpke.DHKEM_X25519_HKDF_SHA256, hpke.X_WING, hpke.ML_KEM768, hpke.ML_KEM1024} { for _, kdfID := range []hpke.KDFID{hpke.HKDFSHA256, hpke.HKDFSHA384, hpke.HKDFSHA512} { for _, aeadID := range []hpke.AEADID{hpke.AES256GCM, hpke.AES128GCM, hpke.ChaCha20Poly1305} { for _, variant := range []hpke.Variant{hpke.VariantTink, hpke.VariantCrunchy, hpke.VariantNoPrefix} { testCases = append(testCases, testCase{ name: fmt.Sprintf("%v-%v-%v-%v", kemID, kdfID, aeadID, variant), opts: hpke.ParametersOpts{ KEMID: kemID, KDFID: kdfID, AEADID: aeadID, Variant: variant, }, }) } } } } return testCases } func TestNewParameters(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { params, err := hpke.NewParameters(tc.opts) if err != nil { t.Fatalf("hpke.NewParameters(%v) = %v, want nil", tc.opts, err) } if got, want := params.KEMID(), tc.opts.KEMID; got != want { t.Errorf("params.KEMID() = %v, want %v", got, want) } if got, want := params.KDFID(), tc.opts.KDFID; got != want { t.Errorf("params.KDFID() = %v, want %v", got, want) } if got, want := params.AEADID(), tc.opts.AEADID; got != want { t.Errorf("params.AEADID() = %v, want %v", got, want) } if got, want := params.Variant(), tc.opts.Variant; got != want { t.Errorf("params.Variant() = %v, want %v", got, want) } if got, want := params.HasIDRequirement(), tc.opts.Variant != hpke.VariantNoPrefix; got != want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, want) } other, err := hpke.NewParameters(tc.opts) if err != nil { t.Fatalf("hpke.NewParameters() = %v, want nil", err) } if !params.Equal(other) { t.Errorf("params.Equal(other) = false, want true") } }) } } func TestNewParametersNotEqual(t *testing.T) { testCases := []struct { name string opts1 hpke.ParametersOpts opts2 hpke.ParametersOpts }{ { name: "different kem id", opts1: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }, opts2: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P384_HKDF_SHA384, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }, }, { name: "different kdf id", opts1: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }, opts2: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA384, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }, }, { name: "different aead id", opts1: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }, opts2: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantTink, }, }, { name: "different variant", opts1: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }, opts2: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantNoPrefix, }, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { params, err := hpke.NewParameters(tc.opts1) if err != nil { t.Fatalf("hpke.NewParameters(%v) = %v, want nil", tc.opts1, err) } other, err := hpke.NewParameters(tc.opts2) if err != nil { t.Fatalf("hpke.NewParameters(%v) = %v, want nil", tc.opts2, err) } if params.Equal(other) { t.Errorf("params.Equal(other) = true, want false") } }) } } func TestKEMIDString(t *testing.T) { testCases := []struct { name string kemID hpke.KEMID want string }{ { name: "DHKEM_P256_HKDF_SHA256", kemID: hpke.DHKEM_P256_HKDF_SHA256, want: "DHKEM-P256-HKDF-SHA256", }, { name: "DHKEM_P384_HKDF_SHA384", kemID: hpke.DHKEM_P384_HKDF_SHA384, want: "DHKEM-P384-HKDF-SHA384", }, { name: "DHKEM_P521_HKDF_SHA512", kemID: hpke.DHKEM_P521_HKDF_SHA512, want: "DHKEM-P521-HKDF-SHA512", }, { name: "DHKEM_X25519_HKDF_SHA256", kemID: hpke.DHKEM_X25519_HKDF_SHA256, want: "DHKEM-X25519-HKDF-SHA256", }, { name: "X-Wing", kemID: hpke.X_WING, want: "X-Wing", }, { name: "ML-KEM-768", kemID: hpke.ML_KEM768, want: "ML-KEM-768", }, { name: "ML-KEM-1024", kemID: hpke.ML_KEM1024, want: "ML-KEM-1024", }, { name: "UnknownKEMID", kemID: hpke.UnknownKEMID, want: "UNKNOWN", }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if got := tc.kemID.String(); got != tc.want { t.Errorf("tc.kemID.String() = %q, want %q", got, tc.want) } }) } } func TestKDFIDString(t *testing.T) { testCases := []struct { name string kdfID hpke.KDFID want string }{ { name: "HKDFSHA256", kdfID: hpke.HKDFSHA256, want: "HKDF-SHA256", }, { name: "HKDFSHA384", kdfID: hpke.HKDFSHA384, want: "HKDF-SHA384", }, { name: "HKDFSHA512", kdfID: hpke.HKDFSHA512, want: "HKDF-SHA512", }, { name: "UnknownKDFID", kdfID: hpke.UnknownKDFID, want: "UNKNOWN", }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if got := tc.kdfID.String(); got != tc.want { t.Errorf("tc.kdfID.String() = %q, want %q", got, tc.want) } }) } } func TestAEADIDString(t *testing.T) { testCases := []struct { name string aeadID hpke.AEADID want string }{ { name: "AES128GCM", aeadID: hpke.AES128GCM, want: "AES-128-GCM", }, { name: "AES256GCM", aeadID: hpke.AES256GCM, want: "AES-256-GCM", }, { name: "ChaCha20Poly1305", aeadID: hpke.ChaCha20Poly1305, want: "ChaCha20-Poly1305", }, { name: "UnknownAEADID", aeadID: hpke.UnknownAEADID, want: "UNKNOWN", }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if got := tc.aeadID.String(); got != tc.want { t.Errorf("tc.aeadID.String() = %q, want %q", got, tc.want) } }) } } func TestVariantString(t *testing.T) { testCases := []struct { name string variant hpke.Variant want string }{ { name: "VariantTink", variant: hpke.VariantTink, want: "TINK", }, { name: "VariantCrunchy", variant: hpke.VariantCrunchy, want: "CRUNCHY", }, { name: "VariantNoPrefix", variant: hpke.VariantNoPrefix, want: "NO_PREFIX", }, { name: "VariantUnknown", variant: hpke.VariantUnknown, want: "UNKNOWN", }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if got := tc.variant.String(); got != tc.want { t.Errorf("tc.variant.String() = %q, want %q", got, tc.want) } }) } } func TestParametersOptsString(t *testing.T) { testCases := []struct { name string opts hpke.ParametersOpts want string }{ { name: "valid parameters", opts: hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, Variant: hpke.VariantTink, }, want: "KEMID: DHKEM-P256-HKDF-SHA256, KDFID: HKDF-SHA256, AEADID: AES-256-GCM, Variant: TINK", }, { name: "unknown parameters", opts: hpke.ParametersOpts{ KEMID: hpke.UnknownKEMID, KDFID: hpke.UnknownKDFID, AEADID: hpke.UnknownAEADID, Variant: hpke.VariantUnknown, }, want: "KEMID: UNKNOWN, KDFID: UNKNOWN, AEADID: UNKNOWN, Variant: UNKNOWN", }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if got := tc.opts.String(); got != tc.want { t.Errorf("tc.opts.String() = %q, want %q", got, tc.want) } }) } } ================================================ FILE: hybrid/hpke/private_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke_test import ( "bytes" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/core/registry" _ "github.com/tink-crypto/tink-go/v2/hybrid/hpke" // Import to register the HPKE key managers. "github.com/tink-crypto/tink-go/v2/hybrid/internal/hpke" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/tink" hpkepb "github.com/tink-crypto/tink-go/v2/proto/hpke_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( privateKeyVersion = 0 privateKeyTypeURL = "type.googleapis.com/google.crypto.tink.HpkePrivateKey" ) func TestPrivateKeyManagerPrimitiveRejectsInvalidPrivateKeyVersion(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } params := &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, } _, privKey := pubPrivKeys(t, params) privKey.Version = privateKeyVersion + 1 serializedPrivKey, err := proto.Marshal(privKey) if err != nil { t.Fatal(err) } if _, err := km.Primitive(serializedPrivKey); err == nil { t.Error("Primitive() err = nil, want error") } } func TestPrivateKeyManagerPrimitiveRejectsInvalidPublicKeyVersion(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } params := &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, } _, privKey := pubPrivKeys(t, params) privKey.GetPublicKey().Version = publicKeyVersion + 1 serializedPrivKey, err := proto.Marshal(privKey) if err != nil { t.Fatal(err) } if _, err := km.Primitive(serializedPrivKey); err == nil { t.Error("Primitive() err = nil, want error") } } func TestPrivateKeyManagerPrimitiveRejectsInvalidParams(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } tests := []struct { name string params *hpkepb.HpkeParams }{ { name: "invalid_kem", params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_KEM_UNKNOWN, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, }, { name: "invalid_kdf", params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_KDF_UNKNOWN, Aead: hpkepb.HpkeAead_AES_256_GCM, }, }, { name: "invalid_aead", params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AEAD_UNKNOWN, }, }, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { _, serializedPrivKey := serializedPubPrivKeys(t, test.params) if _, err := km.Primitive(serializedPrivKey); err == nil { t.Error("Primitive() err = nil, want error") } }) } } func TestPrivateKeyManagerPrimitiveRejectsMissingParams(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } _, serializedPrivKey := serializedPubPrivKeys(t, nil) if _, err := km.Primitive(serializedPrivKey); err == nil { t.Error("Primitive() err = nil, want error") } } func TestPrivateKeyManagerPrimitiveRejectsNilKey(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } if _, err := km.Primitive(nil); err == nil { t.Error("Primitive() err = nil, want error") } } func TestPrivateKeyManagerPrimitiveEncryptDecrypt(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } pt := random.GetRandomBytes(200) ctxInfo := random.GetRandomBytes(100) for _, aeadID := range hpkeAEADs { params := &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: aeadID.protoID, } pubKey, privKey := pubPrivKeys(t, params) serializedPrivKey, err := proto.Marshal(privKey) if err != nil { t.Fatal(err) } enc, err := hpke.NewEncrypt(pubKey.GetPublicKey(), hpke.X25519HKDFSHA256, hpke.HKDFSHA256, aeadID.hpkeID) if err != nil { t.Fatalf("hpke.NewEncrypt() err = %v, want nil", err) } d, err := km.Primitive(serializedPrivKey) if err != nil { t.Fatalf("Primitive() err = %v, want nil", err) } dec, ok := d.(tink.HybridDecrypt) if !ok { t.Fatal("primitive is not Decrypt") } ct, err := enc.Encrypt(pt, ctxInfo) if err != nil { t.Fatalf("Encrypt() err = %v, want nil", err) } gotPT, err := dec.Decrypt(ct, ctxInfo) if err != nil { t.Fatalf("Decrypt() err = %v, want nil", err) } if want := pt; !bytes.Equal(gotPT, want) { t.Errorf("Decrypt() = %x, want %x", gotPT, want) } } } func TestPrivateKeyManagerNewKeyRejectsNilKeyFormat(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } if _, err := km.NewKey(nil); err == nil { t.Error("NewKey() err = nil, want error") } } func TestPrivateKeyManagerNewKeyRejectsInvalidKeyFormat(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } serializedKeyFormatUnknownKEM, err := proto.Marshal( &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_KEM_UNKNOWN, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }) if err != nil { t.Fatal(err) } serializedKeyFormatUnknownKDF, err := proto.Marshal( &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_KDF_UNKNOWN, Aead: hpkepb.HpkeAead_AES_256_GCM, }) if err != nil { t.Fatal(err) } serializedKeyFormatUnknownAEAD, err := proto.Marshal( &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AEAD_UNKNOWN, }) if err != nil { t.Fatal(err) } tests := []struct { name string keyFormat []byte }{ {"kem", serializedKeyFormatUnknownKEM}, {"kdf", serializedKeyFormatUnknownKDF}, {"aead", serializedKeyFormatUnknownAEAD}, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { if _, err := km.NewKey(test.keyFormat); err == nil { t.Error("NewKey() err = nil, want error") } }) } } func TestPrivateKeyManagerNewKeyEncryptDecrypt(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } wantPT := random.GetRandomBytes(200) ctxInfo := random.GetRandomBytes(100) for _, kemID := range hpkeKEMs { for _, kdfID := range hpkeKDFs { for _, aeadID := range hpkeAEADs { keyFormat := &hpkepb.HpkeKeyFormat{ Params: &hpkepb.HpkeParams{ Kem: kemID.protoID, Kdf: kdfID.protoID, Aead: aeadID.protoID, }, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatal(err) } privKeyProto, err := km.NewKey(serializedKeyFormat) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } privKey, ok := privKeyProto.(*hpkepb.HpkePrivateKey) if !ok { t.Fatal("primitive is not HpkePrivateKey") } if privKey.GetVersion() != 0 { t.Errorf("private key version = %d, want %d", privKey.GetVersion(), 0) } if len(privKey.GetPrivateKey()) == 0 { t.Error("private key is missing") } pubKey := privKey.GetPublicKey() if pubKey.GetVersion() != 0 { t.Errorf("public key version = %d, want %d", pubKey.GetVersion(), 0) } if !cmp.Equal(pubKey.GetParams(), keyFormat.GetParams(), protocmp.Transform()) { t.Errorf("key params = %v, want %v", pubKey.GetParams(), keyFormat.GetParams()) } if len(pubKey.GetPublicKey()) == 0 { t.Error("public key is missing") } enc, err := hpke.NewEncrypt(pubKey.GetPublicKey(), kemID.hpkeID, kdfID.hpkeID, aeadID.hpkeID) if err != nil { t.Fatalf("hpke.NewEncrypt() err = %v, want nil", err) } serializedPrivKey, err := proto.Marshal(privKeyProto) if err != nil { t.Fatal(err) } d, err := km.Primitive(serializedPrivKey) if err != nil { t.Fatalf("Primitive() err = %v, want nil", err) } dec, ok := d.(tink.HybridDecrypt) if !ok { t.Fatal("primitive is not Decrypt") } ct, err := enc.Encrypt(wantPT, ctxInfo) if err != nil { t.Fatalf("Encrypt() err = %v, want nil", err) } gotPT, err := dec.Decrypt(ct, ctxInfo) if err != nil { t.Fatalf("Decrypt() err = %v, want nil", err) } if !bytes.Equal(gotPT, wantPT) { t.Errorf("Decrypt() = %x, want %x", gotPT, wantPT) } } } } } func TestPrivateKeyManagerNewKeyDataRejectsNilKeyFormat(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } if _, err := km.NewKeyData(nil); err == nil { t.Error("NewKey() err = nil, want error") } } func TestPrivateKeyManagerNewKeyData(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } for _, aeadID := range hpkeAEADs { keyFormat := &hpkepb.HpkeKeyFormat{ Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: aeadID.protoID, }, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatal(err) } keyData, err := km.NewKeyData(serializedKeyFormat) if err != nil { t.Fatalf("NewKeyData() err = %v, want nil", err) } if got, want := keyData.GetTypeUrl(), privateKeyTypeURL; got != want { t.Errorf("type URL = %q, want %q", got, want) } if got, want := keyData.GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PRIVATE; got != want { t.Errorf("key material type = %d, want %d", got, want) } privKey := new(hpkepb.HpkePrivateKey) if err := proto.Unmarshal(keyData.GetValue(), privKey); err != nil { t.Fatalf("Unmarshal err = %v, want nil", err) } if privKey.GetVersion() != 0 { t.Errorf("private key version = %d, want %d", privKey.GetVersion(), 0) } if len(privKey.GetPrivateKey()) == 0 { t.Error("private key is missing") } pubKey := privKey.GetPublicKey() if pubKey.GetVersion() != 0 { t.Errorf("public key version = %d, want %d", pubKey.GetVersion(), 0) } if !cmp.Equal(pubKey.GetParams(), keyFormat.GetParams(), protocmp.Transform()) { t.Errorf("key params = %v, want %v", pubKey.GetParams(), keyFormat.GetParams()) } if len(pubKey.GetPublicKey()) == 0 { t.Error("public key is missing") } } } func TestPrivateKeyManagerPublicKeyDataRejectsInvalidPrivateKeyVersion(t *testing.T) { k, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } km, ok := k.(registry.PrivateKeyManager) if !ok { t.Errorf("primitive is not PrivateKeyManager") } params := &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, } _, privKey := pubPrivKeys(t, params) privKey.Version = privateKeyVersion + 1 serializedPrivKey, err := proto.Marshal(privKey) if err != nil { t.Fatal(err) } if _, err := km.PublicKeyData(serializedPrivKey); err == nil { t.Error("PublicKeyData() err = nil, want error") } } func TestPrivateKeyManagerPublicKeyDataRejectsInvalidPublicKeyVersion(t *testing.T) { k, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } km, ok := k.(registry.PrivateKeyManager) if !ok { t.Errorf("primitive is not PrivateKeyManager") } params := &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, } _, privKey := pubPrivKeys(t, params) privKey.GetPublicKey().Version = publicKeyVersion + 1 serializedPrivKey, err := proto.Marshal(privKey) if err != nil { t.Fatal(err) } if _, err := km.PublicKeyData(serializedPrivKey); err == nil { t.Error("PublicKeyData() err = nil, want error") } } func TestPrivateKeyManagerPublicKeyDataRejectsNilKey(t *testing.T) { k, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } km, ok := k.(registry.PrivateKeyManager) if !ok { t.Errorf("primitive is not PrivateKeyManager") } if _, err := km.PublicKeyData(nil); err == nil { t.Errorf("PublicKeyData() err = nil, want error") } } func TestPrivateKeyManagerPublicKeyData(t *testing.T) { k, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } km, ok := k.(registry.PrivateKeyManager) if !ok { t.Errorf("primitive is not PrivateKeyManager") } params := &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, } _, privKey := pubPrivKeys(t, params) serializedPrivKey, err := proto.Marshal(privKey) if err != nil { t.Fatal(err) } wantPubKey := privKey.GetPublicKey() serializedPubKey, err := proto.Marshal(wantPubKey) if err != nil { t.Fatal(err) } pubKey, err := km.PublicKeyData(serializedPrivKey) if err != nil { t.Fatalf("PublicKeyData() err = %v, want nil", err) } if got, want := pubKey.GetTypeUrl(), publicKeyTypeURL; got != want { t.Errorf("type URL = %q, want %q", got, want) } if !bytes.Equal(pubKey.GetValue(), serializedPubKey) { t.Errorf("value = %v, want %v", pubKey.GetValue(), serializedPubKey) } if got, want := pubKey.GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PUBLIC; got != want { t.Errorf("Key material type = %d, want %d", got, want) } } func TestPrivateKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } if !km.DoesSupport(privateKeyTypeURL) { t.Errorf("DoesSupport(%q) = false, want true", privateKeyTypeURL) } unsupportedKeyTypeURL := "unsupported.key.type" if km.DoesSupport(unsupportedKeyTypeURL) { t.Errorf("DoesSupport(%q) = true, want false", unsupportedKeyTypeURL) } } func TestPrivateKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } if km.TypeURL() != privateKeyTypeURL { t.Errorf("TypeURL = %q, want %q", km.TypeURL(), privateKeyTypeURL) } } ================================================ FILE: hybrid/hpke/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" hpkepb "github.com/tink-crypto/tink-go/v2/proto/hpke_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( privateKeyTypeURL = "type.googleapis.com/google.crypto.tink.HpkePrivateKey" publicKeyTypeURL = "type.googleapis.com/google.crypto.tink.HpkePublicKey" ) func serializeKEMID(kemID KEMID) (hpkepb.HpkeKem, error) { switch kemID { case DHKEM_X25519_HKDF_SHA256: return hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, nil case DHKEM_P256_HKDF_SHA256: return hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, nil case DHKEM_P384_HKDF_SHA384: return hpkepb.HpkeKem_DHKEM_P384_HKDF_SHA384, nil case DHKEM_P521_HKDF_SHA512: return hpkepb.HpkeKem_DHKEM_P521_HKDF_SHA512, nil case X_WING: return hpkepb.HpkeKem_X_WING, nil case ML_KEM768: return hpkepb.HpkeKem_ML_KEM768, nil case ML_KEM1024: return hpkepb.HpkeKem_ML_KEM1024, nil default: return hpkepb.HpkeKem_KEM_UNKNOWN, fmt.Errorf("invalid KEMID: %v", kemID) } } func serializeAEADID(aeadID AEADID) (hpkepb.HpkeAead, error) { switch aeadID { case AES128GCM: return hpkepb.HpkeAead_AES_128_GCM, nil case AES256GCM: return hpkepb.HpkeAead_AES_256_GCM, nil case ChaCha20Poly1305: return hpkepb.HpkeAead_CHACHA20_POLY1305, nil default: return hpkepb.HpkeAead_AEAD_UNKNOWN, fmt.Errorf("invalid AEADID: %v", aeadID) } } func serializedKDFID(kdfID KDFID) (hpkepb.HpkeKdf, error) { switch kdfID { case HKDFSHA256: return hpkepb.HpkeKdf_HKDF_SHA256, nil case HKDFSHA384: return hpkepb.HpkeKdf_HKDF_SHA384, nil case HKDFSHA512: return hpkepb.HpkeKdf_HKDF_SHA512, nil default: return hpkepb.HpkeKdf_KDF_UNKNOWN, fmt.Errorf("invalid KDFID: %v", kdfID) } } func parametersToProto(p *Parameters) (*hpkepb.HpkeParams, error) { if p == nil { return nil, fmt.Errorf("parameters are nil") } kemID, err := serializeKEMID(p.KEMID()) if err != nil { return nil, err } aeadID, err := serializeAEADID(p.AEADID()) if err != nil { return nil, err } kdfID, err := serializedKDFID(p.KDFID()) if err != nil { return nil, err } return &hpkepb.HpkeParams{ Kem: kemID, Kdf: kdfID, Aead: aeadID, }, nil } func publicKeyToProto(publicKey *PublicKey) (*hpkepb.HpkePublicKey, error) { if publicKey == nil { return nil, fmt.Errorf("public key is nil") } protoParameters, err := parametersToProto(publicKey.Parameters().(*Parameters)) if err != nil { return nil, err } protoPublicKey := &hpkepb.HpkePublicKey{ Version: 0, Params: protoParameters, PublicKey: publicKey.PublicKeyBytes(), } return protoPublicKey, nil } func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } type publicKeySerializer struct{} var _ protoserialization.KeySerializer = (*publicKeySerializer)(nil) func (s *publicKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { hpkePublicKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is of type %T, want %T", key, (*PublicKey)(nil)) } protoPublicKey, err := publicKeyToProto(hpkePublicKey) if err != nil { return nil, err } serializedProtoPublicKey, err := proto.Marshal(protoPublicKey) if err != nil { return nil, err } keyData := &tinkpb.KeyData{ TypeUrl: publicKeyTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } outputPrefixType, err := protoOutputPrefixTypeFromVariant(hpkePublicKey.Parameters().(*Parameters).Variant()) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := hpkePublicKey.IDRequirement() return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } func parseKEMID(protoKEMID hpkepb.HpkeKem) (KEMID, error) { switch protoKEMID { case hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256: return DHKEM_X25519_HKDF_SHA256, nil case hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256: return DHKEM_P256_HKDF_SHA256, nil case hpkepb.HpkeKem_DHKEM_P384_HKDF_SHA384: return DHKEM_P384_HKDF_SHA384, nil case hpkepb.HpkeKem_DHKEM_P521_HKDF_SHA512: return DHKEM_P521_HKDF_SHA512, nil case hpkepb.HpkeKem_X_WING: return X_WING, nil case hpkepb.HpkeKem_ML_KEM768: return ML_KEM768, nil case hpkepb.HpkeKem_ML_KEM1024: return ML_KEM1024, nil default: return KEMID(0), fmt.Errorf("invalid KEMID: %v", protoKEMID) } } func parseAEADID(protoAEADID hpkepb.HpkeAead) (AEADID, error) { switch protoAEADID { case hpkepb.HpkeAead_AES_128_GCM: return AES128GCM, nil case hpkepb.HpkeAead_AES_256_GCM: return AES256GCM, nil case hpkepb.HpkeAead_CHACHA20_POLY1305: return ChaCha20Poly1305, nil default: return AEADID(0), fmt.Errorf("invalid AEADID: %v", protoAEADID) } } func parseKDFID(protoKDFID hpkepb.HpkeKdf) (KDFID, error) { switch protoKDFID { case hpkepb.HpkeKdf_HKDF_SHA256: return HKDFSHA256, nil case hpkepb.HpkeKdf_HKDF_SHA384: return HKDFSHA384, nil case hpkepb.HpkeKdf_HKDF_SHA512: return HKDFSHA512, nil default: return KDFID(0), fmt.Errorf("invalid KDFID: %v", protoKDFID) } } func protoOutputPrefixTypeToVariant(outputPrefixType tinkpb.OutputPrefixType) (Variant, error) { switch outputPrefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return Variant(0), fmt.Errorf("invalid output prefix type: %v", outputPrefixType) } } func parseParameters(protoParameters *hpkepb.HpkeParams, outputPrefixType tinkpb.OutputPrefixType) (*Parameters, error) { kemID, err := parseKEMID(protoParameters.GetKem()) if err != nil { return nil, err } aeadID, err := parseAEADID(protoParameters.GetAead()) if err != nil { return nil, err } kdfID, err := parseKDFID(protoParameters.GetKdf()) if err != nil { return nil, err } variant, err := protoOutputPrefixTypeToVariant(outputPrefixType) if err != nil { return nil, err } return NewParameters(ParametersOpts{ KEMID: kemID, AEADID: aeadID, KDFID: kdfID, Variant: variant, }) } func parsePublicKey(protoPublicKey *hpkepb.HpkePublicKey, outputPrefixType tinkpb.OutputPrefixType, keyID uint32) (*PublicKey, error) { if protoPublicKey.GetVersion() != 0 { return nil, fmt.Errorf("invalid key version: %v, want 0", protoPublicKey.GetVersion()) } params, err := parseParameters(protoPublicKey.GetParams(), outputPrefixType) if err != nil { return nil, err } return NewPublicKey(protoPublicKey.GetPublicKey(), keyID, params) } type publicKeyParser struct{} var _ protoserialization.KeyParser = (*publicKeyParser)(nil) func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } if keySerialization.KeyData() == nil { return nil, fmt.Errorf("key data is nil") } if got, want := keySerialization.KeyData().GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PUBLIC; got != want { return nil, fmt.Errorf("key material type is %v, want %v", got, want) } protoPublicKey := &hpkepb.HpkePublicKey{} if err := proto.Unmarshal(keySerialization.KeyData().GetValue(), protoPublicKey); err != nil { return nil, err } if protoPublicKey.GetVersion() != 0 { return nil, fmt.Errorf("invalid key version: %v, want 0", protoPublicKey.GetVersion()) } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() return parsePublicKey(protoPublicKey, keySerialization.OutputPrefixType(), keyID) } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { if key == nil { return nil, fmt.Errorf("key is nil") } hpkePrivateKey, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is of type %T, want %T", key, (*PrivateKey)(nil)) } publicKey, err := hpkePrivateKey.PublicKey() if err != nil { return nil, err } protoPublicKey, err := publicKeyToProto(publicKey.(*PublicKey)) if err != nil { return nil, err } privateKeyValue := hpkePrivateKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{}) protoPrivateKey := &hpkepb.HpkePrivateKey{ Version: 0, PublicKey: protoPublicKey, PrivateKey: privateKeyValue, } serializedHPKEPrivKey, err := proto.Marshal(protoPrivateKey) if err != nil { return nil, err } outputPrefixType, err := protoOutputPrefixTypeFromVariant(hpkePrivateKey.Parameters().(*Parameters).Variant()) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key ID requirement. idRequirement, _ := hpkePrivateKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: privateKeyTypeURL, Value: serializedHPKEPrivKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != privateKeyTypeURL { return nil, fmt.Errorf("invalid key type URL %v, want %v", keyData.GetTypeUrl(), privateKeyTypeURL) } protoHPKEKey := new(hpkepb.HpkePrivateKey) if err := proto.Unmarshal(keyData.GetValue(), protoHPKEKey); err != nil { return nil, err } if protoHPKEKey.GetVersion() != 0 { return nil, fmt.Errorf("invalid key version: %v, want 0", protoHPKEKey.GetVersion()) } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() publicKey, err := parsePublicKey(protoHPKEKey.GetPublicKey(), keySerialization.OutputPrefixType(), keyID) if err != nil { return nil, err } privateKeyBytes := secretdata.NewBytesFromData(protoHPKEKey.GetPrivateKey(), insecuresecretdataaccess.Token{}) return NewPrivateKeyFromPublicKey(privateKeyBytes, publicKey) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want %T", parameters, (*Parameters)(nil)) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } params, err := parametersToProto(actualParameters) if err != nil { return nil, err } format := &hpkepb.HpkeKeyFormat{ Params: params, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: privateKeyTypeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != privateKeyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), privateKeyTypeURL) } format := new(hpkepb.HpkeKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } return parseParameters(format.GetParams(), keyTemplate.GetOutputPrefixType()) } ================================================ FILE: hybrid/hpke/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke_test import ( "fmt" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/hybrid/ecies" "github.com/tink-crypto/tink-go/v2/hybrid/hpke" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" hpkepb "github.com/tink-crypto/tink-go/v2/proto/hpke_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) type testParams struct{} func (p *testParams) HasIDRequirement() bool { return true } func (p *testParams) Equal(params key.Parameters) bool { return true } type testKey struct{} func (k *testKey) Parameters() key.Parameters { return &testParams{} } func (k *testKey) Equal(other key.Key) bool { return true } func (k *testKey) IDRequirement() (uint32, bool) { return 123, true } func TestSerializePublicKeyFails(t *testing.T) { for _, tc := range []struct { name string publicKey key.Key }{ { name: "nil key", publicKey: nil, }, { name: "invalid public key", publicKey: &hpke.PublicKey{}, }, { name: "incorrect key type", publicKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.publicKey); err == nil { t.Errorf("protoserialization.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } }) } } type protoSerializationTestCase struct { name string publicKey *hpke.PublicKey publicKeySerialization *protoserialization.KeySerialization privateKey *hpke.PrivateKey privateKeySerialization *protoserialization.KeySerialization } func mustCreateKeySerialization(t *testing.T, url string, keyMaterialType tinkpb.KeyData_KeyMaterialType, keyMessage proto.Message, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() serializedKey, err := proto.Marshal(keyMessage) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", keyMessage, err) } keyData := &tinkpb.KeyData{ TypeUrl: url, Value: serializedKey, KeyMaterialType: keyMaterialType, } ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func mustCreatePrivateKey(t *testing.T, privateKeyBytes []byte, publicKey *hpke.PublicKey) *hpke.PrivateKey { t.Helper() secretData := secretdata.NewBytesFromData(privateKeyBytes, insecuresecretdataaccess.Token{}) pk, err := hpke.NewPrivateKeyFromPublicKey(secretData, publicKey) if err != nil { t.Fatalf("hpke.NewPrivateKeyFromPublicKey(%x, %v) err = %v, want nil", secretData, publicKey, err) } return pk } func mustCreateTestCases(t *testing.T) []protoSerializationTestCase { t.Helper() p256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) p256PrivateKeyBytes := mustHexDecode(t, p256SHA256PrivateKeyBytesHex) p384PublicKeyBytes := mustHexDecode(t, p384PublicKeyBytesHex) p384PrivateKeyBytes := mustHexDecode(t, p384PrivateKeyBytesHex) p521PublicKeyBytes := mustHexDecode(t, p521SHA512PublicKeyBytesHex) p521PrivateKeyBytes := mustHexDecode(t, p521SHA512PrivateKeyBytesHex) x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) x25519PrivateKeyBytes := mustHexDecode(t, x25519PrivateKeyBytesHex) xWingPublicKeyBytes := mustHexDecode(t, xWingPublicKeyBytesHex) xWingPrivateKeyBytes := mustHexDecode(t, xWingPrivateKeyBytesHex) mlKEM768PublicKeyBytes := mustHexDecode(t, mlKEM768PublicKeyBytesHex) mlKEM768PrivateKeyBytes := mustHexDecode(t, mlKEM768PrivateKeyBytesHex) mlKEM1024PublicKeyBytes := mustHexDecode(t, mlKEM1024PublicKeyBytesHex) mlKEM1024PrivateKeyBytes := mustHexDecode(t, mlKEM1024PrivateKeyBytesHex) testCases := []protoSerializationTestCase{} for _, aeadID := range []struct { enumAEADID hpke.AEADID protoAEADID hpkepb.HpkeAead }{ {hpke.AES128GCM, hpkepb.HpkeAead_AES_128_GCM}, {hpke.AES256GCM, hpkepb.HpkeAead_AES_256_GCM}, {hpke.ChaCha20Poly1305, hpkepb.HpkeAead_CHACHA20_POLY1305}, } { for _, kdfID := range []struct { enumKDFID hpke.KDFID protoKDFID hpkepb.HpkeKdf }{ {hpke.HKDFSHA256, hpkepb.HpkeKdf_HKDF_SHA256}, {hpke.HKDFSHA384, hpkepb.HpkeKdf_HKDF_SHA384}, {hpke.HKDFSHA512, hpkepb.HpkeKdf_HKDF_SHA512}, } { for _, variant := range []struct { enumVariant hpke.Variant protoVariant tinkpb.OutputPrefixType }{ {hpke.VariantTink, tinkpb.OutputPrefixType_TINK}, {hpke.VariantCrunchy, tinkpb.OutputPrefixType_CRUNCHY}, {hpke.VariantNoPrefix, tinkpb.OutputPrefixType_RAW}, } { idRequirement := uint32(0x01020304) if variant.enumVariant == hpke.VariantNoPrefix { idRequirement = 0 } for _, kemIDAndKeyBytes := range []struct { enumKEMID hpke.KEMID protoKEMID hpkepb.HpkeKem publicKeyBytes []byte privateKeyBytes []byte }{ {hpke.DHKEM_P256_HKDF_SHA256, hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, p256PublicKeyBytes, p256PrivateKeyBytes}, {hpke.DHKEM_P384_HKDF_SHA384, hpkepb.HpkeKem_DHKEM_P384_HKDF_SHA384, p384PublicKeyBytes, p384PrivateKeyBytes}, {hpke.DHKEM_P521_HKDF_SHA512, hpkepb.HpkeKem_DHKEM_P521_HKDF_SHA512, p521PublicKeyBytes, p521PrivateKeyBytes}, {hpke.DHKEM_X25519_HKDF_SHA256, hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, x25519PublicKeyBytes, x25519PrivateKeyBytes}, {hpke.X_WING, hpkepb.HpkeKem_X_WING, xWingPublicKeyBytes, xWingPrivateKeyBytes}, {hpke.ML_KEM768, hpkepb.HpkeKem_ML_KEM768, mlKEM768PublicKeyBytes, mlKEM768PrivateKeyBytes}, {hpke.ML_KEM1024, hpkepb.HpkeKem_ML_KEM1024, mlKEM1024PublicKeyBytes, mlKEM1024PrivateKeyBytes}, } { publicKey := mustCreatePublicKey(t, kemIDAndKeyBytes.publicKeyBytes, idRequirement, mustCreateParameters(t, hpke.ParametersOpts{ KEMID: kemIDAndKeyBytes.enumKEMID, KDFID: kdfID.enumKDFID, AEADID: aeadID.enumAEADID, Variant: variant.enumVariant, })) protoPublicKey := &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: kemIDAndKeyBytes.protoKEMID, Kdf: kdfID.protoKDFID, Aead: aeadID.protoAEADID, }, PublicKey: kemIDAndKeyBytes.publicKeyBytes, } publicKeySerialization := mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, protoPublicKey, variant.protoVariant, idRequirement) privateKey := mustCreatePrivateKey(t, kemIDAndKeyBytes.privateKeyBytes, publicKey) privateKeySerialization := mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &hpkepb.HpkePrivateKey{ Version: 0, PublicKey: protoPublicKey, PrivateKey: kemIDAndKeyBytes.privateKeyBytes, }, variant.protoVariant, idRequirement) testCases = append(testCases, protoSerializationTestCase{ name: fmt.Sprintf("%s-%s-%s-%s", kemIDAndKeyBytes.enumKEMID, kdfID.enumKDFID, aeadID.enumAEADID, variant.enumVariant), publicKey: publicKey, publicKeySerialization: publicKeySerialization, privateKey: privateKey, privateKeySerialization: privateKeySerialization, }) } } } } return testCases } func TestSerializePublicKey(t *testing.T) { for _, tc := range mustCreateTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeKey(tc.publicKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", tc.publicKey, err) } if diff := cmp.Diff(got, tc.publicKeySerialization); diff != "" { t.Errorf("protoserialization.SerializeKey(%v) returned unexpected diff (-want +got):\n%s", tc.publicKey, diff) } }) } } func TestParsePublicKeyFails(t *testing.T) { p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) for _, tc := range []struct { name string publicKeySerialization *protoserialization.KeySerialization }{ { name: "invalid key material type", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePublicKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: p256SHA256PublicKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid key version", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &hpkepb.HpkePublicKey{ Version: 1, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: p256SHA256PublicKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid NIST point for curve type", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_P384_HKDF_SHA384, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: p256SHA256PublicKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid KEM", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_KEM_UNKNOWN, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: p256SHA256PublicKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid KDF", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_KDF_UNKNOWN, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: p256SHA256PublicKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid AEAD", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AEAD_UNKNOWN, }, PublicKey: p256SHA256PublicKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid public key value", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: []byte("invalid"), }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid prefix type", publicKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePublicKey", tinkpb.KeyData_ASYMMETRIC_PUBLIC, &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: p256SHA256PublicKeyBytes, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 0), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.publicKeySerialization); err == nil { t.Errorf("protoserialization.ParseKey(%v) err = nil, want error", tc.publicKeySerialization) } }) } } func TestParsePublicKey(t *testing.T) { for _, tc := range mustCreateTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseKey(tc.publicKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.publicKeySerialization, err) } if diff := cmp.Diff(got, tc.publicKey); diff != "" { t.Errorf("protoserialization.ParseKey(%v) returned unexpected diff (-want +got):\n%s", tc.publicKey, diff) } }) } } func TestSerializePrivateKey(t *testing.T) { for _, tc := range mustCreateTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeKey(tc.privateKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", tc.privateKey, err) } if diff := cmp.Diff(got, tc.privateKeySerialization, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeKey(%v) returned unexpected diff (-want +got):\n%s", tc.privateKey, diff) } }) } } func TestSerializePrivateKeyFails(t *testing.T) { for _, tc := range []struct { name string privateKey key.Key }{ { name: "nil key", privateKey: nil, }, { name: "invalid private key", privateKey: &ecies.PrivateKey{}, }, { name: "incorrect key type", privateKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.privateKey); err == nil { t.Errorf("protoserialization.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } }) } } func TestParsePrivateKey(t *testing.T) { for _, tc := range mustCreateTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseKey(tc.privateKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.privateKeySerialization, err) } if diff := cmp.Diff(got, tc.privateKey); diff != "" { t.Errorf("protoserialization.ParseKey(%v) returned unexpected diff (-want +got):\n%s", tc.publicKey, diff) } }) } } func TestParsePrivateKeyFails(t *testing.T) { x25519PublicKeyBytes := mustHexDecode(t, x25519PublicKeyBytesHex) x25519PrivateKeyBytes := mustHexDecode(t, x25519PrivateKeyBytesHex) p256SHA256PublicKeyBytes := mustHexDecode(t, p256SHA256PublicKeyBytesHex) p256SHA256PrivateKeyBytes := mustHexDecode(t, p256SHA256PrivateKeyBytesHex) for _, tc := range []struct { name string privateKeySerialization *protoserialization.KeySerialization }{ { name: "invalid proto private key", privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &hpkepb.HpkePrivateKey{ Version: 0, PublicKey: &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: p256SHA256PublicKeyBytes, }, PrivateKey: x25519PrivateKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid public key", privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &hpkepb.HpkePrivateKey{ Version: 0, PublicKey: &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: x25519PublicKeyBytes, }, PrivateKey: p256SHA256PrivateKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid private key version", privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &hpkepb.HpkePrivateKey{ Version: 1, PublicKey: &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: p256SHA256PublicKeyBytes, }, PrivateKey: p256SHA256PrivateKeyBytes, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid X25519 private key bytes", privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &hpkepb.HpkePrivateKey{ Version: 0, PublicKey: &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: x25519PublicKeyBytes, }, PrivateKey: x25519PrivateKeyBytes[:len(x25519PrivateKeyBytes)-1], // Only checks the scalar length. }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid NIST private key bytes", privateKeySerialization: mustCreateKeySerialization(t, "type.googleapis.com/google.crypto.tink.HpkePrivateKey", tinkpb.KeyData_ASYMMETRIC_PRIVATE, &hpkepb.HpkePrivateKey{ Version: 0, PublicKey: &hpkepb.HpkePublicKey{ Version: 0, Params: &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }, PublicKey: p256SHA256PublicKeyBytes, }, PrivateKey: func() []byte { key := slices.Clone(p256SHA256PrivateKeyBytes) key[0] ^= 1 return key }(), }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.privateKeySerialization); err == nil { t.Errorf("protoserialization.ParseKey(%v) err = nil, want error", tc.privateKeySerialization) } }) } } type parametersSerializationTestCase struct { name string parameters *hpke.Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, kem hpkepb.HpkeKem, kdf hpkepb.HpkeKdf, aead hpkepb.HpkeAead) *tinkpb.KeyTemplate { t.Helper() format := &hpkepb.HpkeKeyFormat{ Params: &hpkepb.HpkeParams{ Kem: kem, Kdf: kdf, Aead: aead, }, } serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", format, err) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HpkePrivateKey", OutputPrefixType: outputPrefixType, Value: serializedFormat, } } func mustCreateParametersTestParameters(t *testing.T) []parametersSerializationTestCase { t.Helper() tcs := []parametersSerializationTestCase{} for _, aeadID := range []struct { enumAEADID hpke.AEADID protoAEADID hpkepb.HpkeAead }{ {hpke.AES128GCM, hpkepb.HpkeAead_AES_128_GCM}, {hpke.AES256GCM, hpkepb.HpkeAead_AES_256_GCM}, {hpke.ChaCha20Poly1305, hpkepb.HpkeAead_CHACHA20_POLY1305}, } { for _, kdfID := range []struct { enumKDFID hpke.KDFID protoKDFID hpkepb.HpkeKdf }{ {hpke.HKDFSHA256, hpkepb.HpkeKdf_HKDF_SHA256}, {hpke.HKDFSHA384, hpkepb.HpkeKdf_HKDF_SHA384}, {hpke.HKDFSHA512, hpkepb.HpkeKdf_HKDF_SHA512}, } { for _, variant := range []struct { enumVariant hpke.Variant protoVariant tinkpb.OutputPrefixType }{ {hpke.VariantTink, tinkpb.OutputPrefixType_TINK}, {hpke.VariantCrunchy, tinkpb.OutputPrefixType_CRUNCHY}, {hpke.VariantNoPrefix, tinkpb.OutputPrefixType_RAW}, } { for _, kemIDAndKeyBytes := range []struct { enumKEMID hpke.KEMID protoKEMID hpkepb.HpkeKem }{ {hpke.DHKEM_P256_HKDF_SHA256, hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256}, {hpke.DHKEM_P384_HKDF_SHA384, hpkepb.HpkeKem_DHKEM_P384_HKDF_SHA384}, {hpke.DHKEM_P521_HKDF_SHA512, hpkepb.HpkeKem_DHKEM_P521_HKDF_SHA512}, {hpke.DHKEM_X25519_HKDF_SHA256, hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256}, {hpke.X_WING, hpkepb.HpkeKem_X_WING}, {hpke.ML_KEM768, hpkepb.HpkeKem_ML_KEM768}, {hpke.ML_KEM1024, hpkepb.HpkeKem_ML_KEM1024}, } { tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("%s-%s-%s-%s", kemIDAndKeyBytes.enumKEMID, kdfID.enumKDFID, aeadID.enumAEADID, variant.enumVariant), parameters: mustCreateParameters(t, hpke.ParametersOpts{ KEMID: kemIDAndKeyBytes.enumKEMID, KDFID: kdfID.enumKDFID, AEADID: aeadID.enumAEADID, Variant: variant.enumVariant, }), keyTemplate: mustCreateKeyTemplate(t, variant.protoVariant, kemIDAndKeyBytes.protoKEMID, kdfID.protoKDFID, aeadID.protoAEADID), }) } } } } return tcs } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(got, tc.parameters); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParametersFails(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "unknown output prefix type", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_AES_256_GCM), }, { name: "unknown KEM", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, hpkepb.HpkeKem_KEM_UNKNOWN, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_AES_256_GCM), }, { name: "unknown KDF", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, hpkepb.HpkeKdf_KDF_UNKNOWN, hpkepb.HpkeAead_AES_256_GCM), }, { name: "unknown AEAD", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_AEAD_UNKNOWN), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want non-nil", tc.keyTemplate) } }) } } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(got, tc.keyTemplate, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } ================================================ FILE: hybrid/hpke/public_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke_test import ( "bytes" "crypto/ecdh" "crypto/mlkem" "crypto/rand" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/hybrid/internal/hpke" "github.com/tink-crypto/tink-go/v2/hybrid/internal/xwing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/subtle" "github.com/tink-crypto/tink-go/v2/tink" hpkepb "github.com/tink-crypto/tink-go/v2/proto/hpke_go_proto" ) const ( publicKeyVersion = 0 publicKeyTypeURL = "type.googleapis.com/google.crypto.tink.HpkePublicKey" ) var hpkeKEMs = []struct { protoID hpkepb.HpkeKem hpkeID hpke.KEMID }{ { protoID: hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, hpkeID: hpke.P256HKDFSHA256, }, { protoID: hpkepb.HpkeKem_DHKEM_P384_HKDF_SHA384, hpkeID: hpke.P384HKDFSHA384, }, { protoID: hpkepb.HpkeKem_DHKEM_P521_HKDF_SHA512, hpkeID: hpke.P521HKDFSHA512, }, { protoID: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, hpkeID: hpke.X25519HKDFSHA256, }, { protoID: hpkepb.HpkeKem_X_WING, hpkeID: hpke.XWing, }, { protoID: hpkepb.HpkeKem_ML_KEM768, hpkeID: hpke.MLKEM768, }, { protoID: hpkepb.HpkeKem_ML_KEM1024, hpkeID: hpke.MLKEM1024, }, } var hpkeKDFs = []struct { protoID hpkepb.HpkeKdf hpkeID hpke.KDFID }{ { protoID: hpkepb.HpkeKdf_HKDF_SHA256, hpkeID: hpke.HKDFSHA256, }, { protoID: hpkepb.HpkeKdf_HKDF_SHA384, hpkeID: hpke.HKDFSHA384, }, { protoID: hpkepb.HpkeKdf_HKDF_SHA512, hpkeID: hpke.HKDFSHA512, }, } var hpkeAEADs = []struct { protoID hpkepb.HpkeAead hpkeID hpke.AEADID }{ { protoID: hpkepb.HpkeAead_AES_128_GCM, hpkeID: hpke.AES128GCM, }, { protoID: hpkepb.HpkeAead_AES_256_GCM, hpkeID: hpke.AES256GCM, }, { protoID: hpkepb.HpkeAead_CHACHA20_POLY1305, hpkeID: hpke.ChaCha20Poly1305, }, } func TestPublicKeyManagerPrimitiveRejectsInvalidKeyVersion(t *testing.T) { km, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } params := &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, } pubKey, _ := pubPrivKeys(t, params) pubKey.Version = 1 serializedPubKey, err := proto.Marshal(pubKey) if err != nil { t.Fatal(err) } if _, err := km.Primitive(serializedPubKey); err == nil { t.Error("Primitive() err = nil, want error") } } func TestPublicKeyManagerPrimitiveRejectsInvalidParams(t *testing.T) { km, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } tests := []struct { name string params *hpkepb.HpkeParams }{ {"kem", &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_KEM_UNKNOWN, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AES_256_GCM, }}, {"kdf", &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_KDF_UNKNOWN, Aead: hpkepb.HpkeAead_AES_256_GCM, }}, {"aead", &hpkepb.HpkeParams{ Kem: hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, Kdf: hpkepb.HpkeKdf_HKDF_SHA256, Aead: hpkepb.HpkeAead_AEAD_UNKNOWN, }}, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { serializedPubKey, _ := serializedPubPrivKeys(t, test.params) if _, err := km.Primitive(serializedPubKey); err == nil { t.Error("Primitive() err = nil, want error") } }) } } func TestPublicKeyManagerPrimitiveRejectsMissingParams(t *testing.T) { km, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } serializedPubKey, _ := serializedPubPrivKeys(t, nil) if _, err := km.Primitive(serializedPubKey); err == nil { t.Error("Primitive() err = nil, want error") } } func TestPublicKeyManagerPrimitiveRejectsNilKey(t *testing.T) { km, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } if _, err := km.Primitive(nil); err == nil { t.Error("Primitive() err = nil, want error") } } func TestPublicKeyManagerPrimitiveEncryptDecrypt(t *testing.T) { km, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } wantPT := random.GetRandomBytes(200) ctxInfo := random.GetRandomBytes(100) for _, kem := range hpkeKEMs { for _, kdf := range hpkeKDFs { for _, aead := range hpkeAEADs { params := &hpkepb.HpkeParams{ Kem: kem.protoID, Kdf: kdf.protoID, Aead: aead.protoID, } pubKey, privKey := pubPrivKeys(t, params) serializedPubKey, err := proto.Marshal(pubKey) if err != nil { t.Fatal(err) } e, err := km.Primitive(serializedPubKey) if err != nil { t.Fatalf("Primitive() err = %v, want nil", err) } enc, ok := e.(tink.HybridEncrypt) if !ok { t.Fatal("primitive is not Encrypt") } privateKeyBytes := secretdata.NewBytesFromData(privKey.GetPrivateKey(), insecuresecretdataaccess.Token{}) dec, err := hpke.NewDecrypt(privateKeyBytes, kem.hpkeID, kdf.hpkeID, aead.hpkeID) if err != nil { t.Fatalf("hpke.NewDecrypt() err = %v, want nil", err) } ct, err := enc.Encrypt(wantPT, ctxInfo) if err != nil { t.Fatalf("Encrypt() err = %v, want nil", err) } gotPT, err := dec.Decrypt(ct, ctxInfo) if err != nil { t.Fatalf("Decrypt() err = %v, want nil", err) } if !bytes.Equal(gotPT, wantPT) { t.Errorf("Decrypt() = %x, want %x", gotPT, wantPT) } } } } } func TestPublicKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } if !km.DoesSupport(publicKeyTypeURL) { t.Errorf("DoesSupport(%q) = false, want true", publicKeyTypeURL) } unsupportedKeyTypeURL := "unsupported.key.type" if km.DoesSupport(unsupportedKeyTypeURL) { t.Errorf("DoesSupport(%q) = true, want false", unsupportedKeyTypeURL) } } func TestPublicKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } if km.TypeURL() != publicKeyTypeURL { t.Errorf("TypeURL = %q, want %q", km.TypeURL(), publicKeyTypeURL) } } func TestPublicKeyManagerNotSupported(t *testing.T) { km, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } if _, err := km.NewKey(nil); err == nil { t.Error("NewKey(nil) err = nil, want error") } if _, err := km.NewKeyData(nil); err == nil { t.Error("NewKeyData(nil) err = nil, want error") } } func serializedPubPrivKeys(t *testing.T, params *hpkepb.HpkeParams) ([]byte, []byte) { t.Helper() pub, priv := pubPrivKeys(t, params) serializedPub, err := proto.Marshal(pub) if err != nil { t.Fatal(err) } serializedPriv, err := proto.Marshal(priv) if err != nil { t.Fatal(err) } return serializedPub, serializedPriv } func pubPrivKeys(t *testing.T, params *hpkepb.HpkeParams) (*hpkepb.HpkePublicKey, *hpkepb.HpkePrivateKey) { t.Helper() var privKeyBytes, pubKeyBytes []byte switch params.GetKem() { case hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256: privKey, err := ecdh.P256().GenerateKey(rand.Reader) if err != nil { t.Fatalf("ecdh.P256().GenerateKey: err %q", err) } privKeyBytes = privKey.Bytes() pubKeyBytes = privKey.PublicKey().Bytes() case hpkepb.HpkeKem_DHKEM_P384_HKDF_SHA384: privKey, err := ecdh.P384().GenerateKey(rand.Reader) if err != nil { t.Fatalf("ecdh.P384().GenerateKey: err %q", err) } privKeyBytes = privKey.Bytes() pubKeyBytes = privKey.PublicKey().Bytes() case hpkepb.HpkeKem_DHKEM_P521_HKDF_SHA512: privKey, err := ecdh.P521().GenerateKey(rand.Reader) if err != nil { t.Fatalf("ecdh.P521().GenerateKey: err %q", err) } privKeyBytes = privKey.Bytes() pubKeyBytes = privKey.PublicKey().Bytes() case hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256: var err error privKeyBytes, err = subtle.GeneratePrivateKeyX25519() if err != nil { t.Fatalf("GeneratePrivateKeyX25519: err %q", err) } pubKeyBytes, err = subtle.PublicFromPrivateX25519(privKeyBytes) if err != nil { t.Fatalf("PublicFromPrivateX25519: err %q", err) } case hpkepb.HpkeKem_X_WING: var err error privKeyBytes = random.GetRandomBytes(32) pubKeyBytes, err = xwing.PublicFromSecret(privKeyBytes) if err != nil { t.Fatalf("xwing.PublicFromSecret: err %q", err) } case hpkepb.HpkeKem_ML_KEM768: privKeyBytes = random.GetRandomBytes(64) privKey, err := mlkem.NewDecapsulationKey768(privKeyBytes) if err != nil { t.Fatalf("mlkem.NewDecapsulationKey768: err %q", err) } pubKeyBytes = privKey.EncapsulationKey().Bytes() if err != nil { t.Fatalf("mlkem.EncapsulationKey768: err %q", err) } case hpkepb.HpkeKem_ML_KEM1024: privKeyBytes = random.GetRandomBytes(64) privKey, err := mlkem.NewDecapsulationKey1024(privKeyBytes) if err != nil { t.Fatalf("mlkem.NewDecapsulationKey1024: err %q", err) } pubKeyBytes = privKey.EncapsulationKey().Bytes() if err != nil { t.Fatalf("mlkem.EncapsulationKey1024: err %q", err) } default: // Create invalid keys for testing. } pubKey := &hpkepb.HpkePublicKey{ Version: 0, Params: params, PublicKey: pubKeyBytes, } privKey := &hpkepb.HpkePrivateKey{ Version: 0, PublicKey: pubKey, PrivateKey: privKeyBytes, } return pubKey, privKey } ================================================ FILE: hybrid/hybrid.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package hybrid provides implementations of the Hybrid Encryption primitive. // // The functionality of Hybrid Encryption is represented as a pair of // interfaces: // // - HybridEncrypt for encryption of data // - HybridDecrypt for decryption of data // // Implementations of these interfaces are secure against adaptive chosen // ciphertext attacks. In addition to plaintext the encryption takes an extra // parameter contextInfo, which usually is public data implicit from the // context, but should be bound to the resulting ciphertext, i.e. the // ciphertext allows for checking the integrity of contextInfo (but there are // no guarantees wrt. the secrecy or authenticity of contextInfo). package hybrid import ( _ "github.com/tink-crypto/tink-go/v2/hybrid/ecies" // Register ECIES AEAD HKDF key managers and proto serialization. _ "github.com/tink-crypto/tink-go/v2/hybrid/hpke" // Register HPKE key managers. ) ================================================ FILE: hybrid/hybrid_benchmark_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hybrid_test import ( "testing" "github.com/tink-crypto/tink-go/v2/hybrid" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // Benchmarks for Hybrid Encryption algorithms. const benchmarkPlaintextSize = 1 * 1024 const benchmarkContextInfoSize = 256 var benchmarkTestCases = []struct { name string template *tinkpb.KeyTemplate }{ { name: "HPKE_X25519_AES128GCM", template: hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template(), }, { name: "HPKE_X25519_Chacha20Poly1305", template: hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Key_Template(), }, { name: "ECIES_P256_AES128GCM", template: hybrid.ECIESHKDFAES128GCMKeyTemplate(), }, { name: "ECIES_P256_AES128CTRHMAC", template: hybrid.ECIESHKDFAES128CTRHMACSHA256KeyTemplate(), }, { name: "ECIES_P384_AES128GCM", template: eciesP384AES256GCMKeyTemplate(), }, { name: "ECIES_P521_AES128GCM", template: eciesP521AES256GCMKeyTemplate(), }, { name: "ECIES_P256_AESSIV", template: eciesP256AESSIVKeyTemplate(), }, } func BenchmarkEncrypt(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() privHandle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } pubHandle, err := privHandle.Public() if err != nil { b.Fatal(err) } primitive, err := hybrid.NewHybridEncrypt(pubHandle) if err != nil { b.Fatal(err) } plaintext := random.GetRandomBytes(benchmarkPlaintextSize) contextInfo := random.GetRandomBytes(benchmarkContextInfoSize) b.ResetTimer() for i := 0; i < b.N; i++ { _, err = primitive.Encrypt(plaintext, contextInfo) if err != nil { b.Fatal(err) } } }) } } func BenchmarkDecrypt(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() privHandle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } pubHandle, err := privHandle.Public() if err != nil { b.Fatal(err) } plaintext := random.GetRandomBytes(benchmarkPlaintextSize) contextInfo := random.GetRandomBytes(benchmarkContextInfoSize) encrypter, err := hybrid.NewHybridEncrypt(pubHandle) if err != nil { b.Fatal(err) } ciphertext, err := encrypter.Encrypt(plaintext, contextInfo) if err != nil { b.Fatal(err) } primitive, err := hybrid.NewHybridDecrypt(privHandle) if err != nil { b.Fatal(err) } b.ResetTimer() for i := 0; i < b.N; i++ { _, err = primitive.Decrypt(ciphertext, contextInfo) if err != nil { b.Fatal(err) } } }) } } ================================================ FILE: hybrid/hybrid_decrypt_factory.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hybrid import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/prefixmap" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/tink" ) // NewHybridDecrypt returns a [tink.HybridDecrypt] primitive from the given // [keyset.Handle] using the global registry. func NewHybridDecrypt(handle *keyset.Handle) (tink.HybridDecrypt, error) { return NewHybridDecryptWithConfig(handle, ®istryconfig.RegistryConfig{}) } // NewHybridDecryptWithConfig returns a [tink.HybridDecrypt] primitive from // the given [keyset.Handle] and [keyset.Config]. // // NOTE: [keyset.Config] is currently a type that can only be used internally; // thus this function is not part of the public API. func NewHybridDecryptWithConfig(handle *keyset.Handle, config keyset.Config) (tink.HybridDecrypt, error) { ps, err := keyset.Primitives[tink.HybridDecrypt](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("hybrid_factory: cannot obtain primitive set: %s", err) } return newWrappedHybridDecrypt(ps) } type fullHybridDecryptAdapter struct { rawHybridDecrypt tink.HybridDecrypt prefix []byte } var _ tink.HybridDecrypt = (*fullHybridDecryptAdapter)(nil) func (d *fullHybridDecryptAdapter) Decrypt(ciphertext, contextInfo []byte) ([]byte, error) { // This is called by `wrappedHybridDecrypt.Decrypt`, which selects the // correct decrypter based on the prefix; if the prefix is not correct, // this is a bug. if len(ciphertext) < len(d.prefix) { return nil, fmt.Errorf("ciphertext too short") } if !bytes.Equal(d.prefix, ciphertext[:len(d.prefix)]) { return nil, fmt.Errorf("ciphertext does not start with the expected prefix %x", d.prefix) } return d.rawHybridDecrypt.Decrypt(ciphertext[len(d.prefix):], contextInfo) } type decrypterAndID struct { decrypter tink.HybridDecrypt keyID uint32 } var _ tink.HybridDecrypt = (*decrypterAndID)(nil) func (d *decrypterAndID) Decrypt(ciphertext, contextInfo []byte) ([]byte, error) { return d.decrypter.Decrypt(ciphertext, contextInfo) } // wrappedHybridDecrypt is an HybridDecrypt implementation that uses the underlying primitive set // for decryption. type wrappedHybridDecrypt struct { decrypters *prefixmap.PrefixMap[decrypterAndID] logger monitoring.Logger } // compile time assertion that wrappedHybridDecrypt implements the HybridDecrypt interface. var _ tink.HybridDecrypt = (*wrappedHybridDecrypt)(nil) func newWrappedHybridDecrypt(ps *primitiveset.PrimitiveSet[tink.HybridDecrypt]) (*wrappedHybridDecrypt, error) { // Make sure the primitives do not implement tink.AEAD. decrypters := prefixmap.New[decrypterAndID]() if isAEAD(ps.Primary.Primitive) || isAEAD(ps.Primary.FullPrimitive) { return nil, fmt.Errorf("hybrid_factory: primary primitive must NOT implement tink.AEAD") } for _, primitives := range ps.Entries { for _, p := range primitives { if isAEAD(p.Primitive) || isAEAD(p.FullPrimitive) { return nil, fmt.Errorf("hybrid_factory: primitive must NOT implement tink.AEAD") } fullPrimitive := p.FullPrimitive if fullPrimitive == nil { fullPrimitive = &fullHybridDecryptAdapter{ rawHybridDecrypt: p.Primitive, prefix: p.OutputPrefix(), } } decrypters.Insert(string(p.OutputPrefix()), decrypterAndID{ decrypter: fullPrimitive, keyID: p.KeyID, }) } } logger, err := createDecryptLogger(ps) if err != nil { return nil, err } return &wrappedHybridDecrypt{ decrypters: decrypters, logger: logger, }, nil } func createDecryptLogger(ps *primitiveset.PrimitiveSet[tink.HybridDecrypt]) (monitoring.Logger, error) { if len(ps.Annotations) == 0 { return &monitoringutil.DoNothingLogger{}, nil } keysetInfo, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { return nil, err } return internalregistry.GetMonitoringClient().NewLogger(&monitoring.Context{ KeysetInfo: keysetInfo, Primitive: "hybrid_decrypt", APIFunction: "decrypt", }) } // Decrypt decrypts the given ciphertext, verifying the integrity of contextInfo. // It returns the corresponding plaintext if the ciphertext is authenticated. func (a *wrappedHybridDecrypt) Decrypt(ciphertext, contextInfo []byte) ([]byte, error) { it := a.decrypters.PrimitivesMatchingPrefix(ciphertext) for decrypter, ok := it.Next(); ok; decrypter, ok = it.Next() { pt, err := decrypter.Decrypt(ciphertext, contextInfo) if err != nil { continue } a.logger.Log(decrypter.keyID, len(ciphertext)) return pt, nil } // Nothing worked. a.logger.LogFailure() return nil, fmt.Errorf("hybrid_factory: decryption failed") } ================================================ FILE: hybrid/hybrid_encrypt_factory.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hybrid import ( "fmt" "slices" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/tink" ) // NewHybridEncrypt returns a [tink.HybridEncrypt] primitive from the given // [keyset.Handle] using the global registry. func NewHybridEncrypt(handle *keyset.Handle) (tink.HybridEncrypt, error) { return NewHybridEncryptWithConfig(handle, ®istryconfig.RegistryConfig{}) } // NewHybridEncryptWithConfig returns a [tink.HybridEncrypt] primitive from // the given [keyset.Handle] and [keyset.Config]. // // NOTE: [keyset.Config] is currently a type that can only be used internally; // thus this function is not part of the public API. func NewHybridEncryptWithConfig(handle *keyset.Handle, config keyset.Config) (tink.HybridEncrypt, error) { ps, err := keyset.Primitives[tink.HybridEncrypt](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("hybrid_factory: cannot obtain primitive set: %s", err) } return newWrappedHybridEncrypt(ps) } // fullHybridEncryptAdapter is an [tink.HybridEncrypt] implementation that // makes a given RAW [tink.HybridEncrypt] a full primitive prepending the // prefix the resulting ciphertext. type fullHybridEncryptAdapter struct { rawHybridEncrypt tink.HybridEncrypt prefix []byte } var _ tink.HybridEncrypt = (*fullHybridEncryptAdapter)(nil) func (e *fullHybridEncryptAdapter) Encrypt(plaintext, contextInfo []byte) ([]byte, error) { ct, err := e.rawHybridEncrypt.Encrypt(plaintext, contextInfo) if err != nil { return nil, err } return slices.Concat(e.prefix, ct), nil } // encryptPrimitiveSet is an HybridEncrypt implementation that uses the underlying primitive set for encryption. type wrappedHybridEncrypt struct { fullPrimitive tink.HybridEncrypt logger monitoring.Logger keyID uint32 } // compile time assertion that wrappedHybridEncrypt implements the HybridEncrypt interface. var _ tink.HybridEncrypt = (*wrappedHybridEncrypt)(nil) // Encrypt encrypts the given plaintext binding contextInfo to the resulting ciphertext. // It returns the concatenation of the primary's identifier and the ciphertext. func (a *wrappedHybridEncrypt) Encrypt(plaintext, contextInfo []byte) ([]byte, error) { ct, err := a.fullPrimitive.Encrypt(plaintext, contextInfo) if err != nil { a.logger.LogFailure() return nil, err } a.logger.Log(a.keyID, len(plaintext)) return ct, nil } func isAEAD(p any) bool { if p == nil { return false } _, ok := p.(tink.AEAD) return ok } func newWrappedHybridEncrypt(ps *primitiveset.PrimitiveSet[tink.HybridEncrypt]) (*wrappedHybridEncrypt, error) { // Make sure the primitives do not implement tink.AEAD. if isAEAD(ps.Primary.Primitive) || isAEAD(ps.Primary.FullPrimitive) { return nil, fmt.Errorf("hybrid_factory: primary primitive must NOT implement tink.AEAD") } for _, primitives := range ps.Entries { for _, p := range primitives { if isAEAD(p.Primitive) || isAEAD(p.FullPrimitive) { return nil, fmt.Errorf("hybrid_factory: primitive must NOT implement tink.AEAD") } } } primitive := ps.Primary.FullPrimitive if primitive == nil { primitive = &fullHybridEncryptAdapter{ rawHybridEncrypt: ps.Primary.Primitive, prefix: ps.Primary.OutputPrefix(), } } logger, err := createEncryptLogger(ps) if err != nil { return nil, err } return &wrappedHybridEncrypt{ fullPrimitive: primitive, logger: logger, keyID: ps.Primary.KeyID, }, nil } func createEncryptLogger(ps *primitiveset.PrimitiveSet[tink.HybridEncrypt]) (monitoring.Logger, error) { if len(ps.Annotations) == 0 { return &monitoringutil.DoNothingLogger{}, nil } keysetInfo, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { return nil, err } return internalregistry.GetMonitoringClient().NewLogger(&monitoring.Context{ KeysetInfo: keysetInfo, Primitive: "hybrid_encrypt", APIFunction: "encrypt", }) } ================================================ FILE: hybrid/hybrid_factory_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hybrid_test import ( "bytes" "encoding/hex" "fmt" "reflect" "slices" "testing" "github.com/google/go-cmp/cmp" "github.com/google/go-cmp/cmp/cmpopts" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/hybrid/ecies" "github.com/tink-crypto/tink-go/v2/hybrid" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestHybridFactoryTest(t *testing.T) { demParams, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ HashType: aesctrhmac.SHA256, AESKeySizeInBytes: 16, IVSizeInBytes: 16, HMACKeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aesctrhmac.VariantNoPrefix, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } primaryKeyParams, err := ecies.NewParameters(ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: demParams, Salt: []byte("some salt"), Variant: ecies.VariantNoPrefix, }) if err != nil { t.Fatalf("ecies.NewParameters() err = %v, want nil", err) } otherKeyParams, err := ecies.NewParameters(ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.CompressedPointFormat, DEMParameters: demParams, Salt: []byte("other salt"), Variant: ecies.VariantNoPrefix, }) if err != nil { t.Fatalf("ecies.NewParameters() err = %v, want nil", err) } keyBytes, err := hex.DecodeString("C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721") if err != nil { t.Fatalf("hex.DecodeString() err = %v, want nil", err) } primaryPrivateKey, err := ecies.NewPrivateKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), 0, primaryKeyParams) if err != nil { t.Fatalf("ecies.NewPrivateKey() err = %v, want nil", err) } otherPrivateKey, err := ecies.NewPrivateKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), 0, otherKeyParams) if err != nil { t.Fatalf("ecies.NewPrivateKey() err = %v, want nil", err) } km := keyset.NewManager() _, err = km.AddKeyWithOpts(primaryPrivateKey, internalapi.Token{}, keyset.WithFixedID(8), keyset.AsPrimary()) if err != nil { t.Fatalf("km.AddKeyWithOpts() err = %v, want nil", err) } _, err = km.AddKeyWithOpts(otherPrivateKey, internalapi.Token{}, keyset.WithFixedID(11)) if err != nil { t.Fatalf("km.AddKeyWithOpts() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } e, err := hybrid.NewHybridEncrypt(publicHandle) if err != nil { t.Fatalf("hybrid.NewHybridEncrypt(publicHandle) err = %v, want nil", err) } d, err := hybrid.NewHybridDecrypt(handle) if err != nil { t.Fatalf("hybrid.NewHybridDecrypt(handle) err = %v, want nil", err) } for i := 0; i < 1000; i++ { pt := random.GetRandomBytes(20) ci := random.GetRandomBytes(20) ct, err := e.Encrypt(pt, ci) if err != nil { t.Fatalf("e.Encrypt(pt, ci) err = %v, want nil", err) } gotpt, err := d.Decrypt(ct, ci) if err != nil { t.Fatalf("d.Decrypt(ct, ci) err = %v, want nil", err) } if !bytes.Equal(pt, gotpt) { t.Errorf("got plaintext %q, want %q", gotpt, pt) } } } func TestFactoryWithInvalidPrimitiveSetType(t *testing.T) { wrongKH, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(signature.ECDSAP256KeyTemplate()) err = %v, want nil", err) } _, err = hybrid.NewHybridEncrypt(wrongKH) if err == nil { t.Error("hybrid.NewHybridEncrypt(wrongKH) err = nil, want not nil") } _, err = hybrid.NewHybridDecrypt(wrongKH) if err == nil { t.Error("hybrid.NewHybridDecrypt(wrongKH) err = nil, want not nil") } } func TestFactoryWithValidPrimitiveSetType(t *testing.T) { goodKH, err := keyset.NewHandle(hybrid.ECIESHKDFAES128GCMKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(hybrid.ECIESHKDFAES128GCMKeyTemplate()) err = %v, want nil", err) } goodPublicKH, err := goodKH.Public() if err != nil { t.Fatalf("goodKH.Public() err = %v, want nil", err) } _, err = hybrid.NewHybridEncrypt(goodPublicKH) if err != nil { t.Errorf("hybrid.NewHybridEncrypt(goodPublicKH) err = %v, want nil", err) } _, err = hybrid.NewHybridDecrypt(goodKH) if err != nil { t.Errorf("hybrid.NewHybridDecrypt(goodKH) err = %v, want nil", err) } } func TestPrimitiveFactoryFailsWhenHandleIsEmpty(t *testing.T) { handle := &keyset.Handle{} if _, err := hybrid.NewHybridEncrypt(handle); err == nil { t.Errorf("NewHybridEncrypt(handle) err = nil, want not nil") } if _, err := hybrid.NewHybridDecrypt(handle); err == nil { t.Errorf("NewHybridDecrypt(handle) err = nil, want not nil") } } func TestPrimitiveFactoryMonitoringWithAnnotationsLogsEncryptAndDecryptWithPrefix(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("registry.RegisterMonitoringClient() err = %v, want nil", err) } handle, err := keyset.NewHandle(hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} privHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("privHandle.Public() err = %v, want nil", err) } buff.Reset() if err := insecurecleartextkeyset.Write(pubHandle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } pubHandle, err = insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } e, err := hybrid.NewHybridEncrypt(pubHandle) if err != nil { t.Fatalf("hybrid.NewHybridEncrypt() err = %v, want nil", err) } d, err := hybrid.NewHybridDecrypt(privHandle) if err != nil { t.Fatalf("hybrid.NewHybridDecrypt() err = %v, want nil", err) } data := []byte("some_secret_piece_of_data") aad := []byte("some_non_secret_piece_of_data") ct, err := e.Encrypt(data, aad) if err != nil { t.Fatalf("e.Encrypt() err = %v, want nil", err) } if _, err := d.Decrypt(ct, aad); err != nil { t.Fatalf("d.Decrypt() err = %v, want nil", err) } got := client.Events() wantEncryptKeysetInfo := &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: pubHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HpkePublicKey", KeyPrefix: "TINK", }, }, } wantDecryptKeysetInfo := &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HpkePrivateKey", KeyPrefix: "TINK", }, }, } want := []*fakemonitoring.LogEvent{ { Context: monitoring.NewContext("hybrid_encrypt", "encrypt", wantEncryptKeysetInfo), KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), }, { Context: monitoring.NewContext("hybrid_decrypt", "decrypt", wantDecryptKeysetInfo), KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(ct), }, } if diff := cmp.Diff(want, got); diff != "" { t.Errorf("%v", diff) } } func TestPrimitiveFactoryMonitoringWithAnnotationsLogsEncryptAndDecryptWithoutPrefix(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("registry.RegisterMonitoringClient() err = %v, want nil", err) } handle, err := keyset.NewHandle(hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Raw_Key_Template()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} privHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("privHandle.Public() err = %v, want nil", err) } buff.Reset() if err := insecurecleartextkeyset.Write(pubHandle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } pubHandle, err = insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } e, err := hybrid.NewHybridEncrypt(pubHandle) if err != nil { t.Fatalf("hybrid.NewHybridEncrypt() err = %v, want nil", err) } d, err := hybrid.NewHybridDecrypt(privHandle) if err != nil { t.Fatalf("hybrid.NewHybridDecrypt() err = %v, want nil", err) } data := []byte("some_secret_piece_of_data") aad := []byte("some_non_secret_piece_of_data") ct, err := e.Encrypt(data, aad) if err != nil { t.Fatalf("e.Encrypt() err = %v, want nil", err) } if _, err := d.Decrypt(ct, aad); err != nil { t.Fatalf("d.Decrypt() err = %v, want nil", err) } got := client.Events() wantEncryptKeysetInfo := &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: pubHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HpkePublicKey", KeyPrefix: "RAW", }, }, } wantDecryptKeysetInfo := &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HpkePrivateKey", KeyPrefix: "RAW", }, }, } want := []*fakemonitoring.LogEvent{ { Context: monitoring.NewContext("hybrid_encrypt", "encrypt", wantEncryptKeysetInfo), KeyID: pubHandle.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), }, { Context: monitoring.NewContext("hybrid_decrypt", "decrypt", wantDecryptKeysetInfo), KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(ct), }, } if diff := cmp.Diff(want, got); diff != "" { t.Errorf("%v", diff) } } func TestPrimitiveFactoryWithMonitoringWithMultipleKeysLogsEncryptionDecryption(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } manager := keyset.NewManager() templates := []*tinkpb.KeyTemplate{ hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template(), hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Raw_Key_Template(), hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Key_Template(), hybrid.ECIESHKDFAES128GCMKeyTemplate(), } keyIDs := make([]uint32, 4, 4) var err error for i, tm := range templates { keyIDs[i], err = manager.Add(tm) if err != nil { t.Fatalf("manager.Add() err = %v, want nil", err) } } if err := manager.SetPrimary(keyIDs[1]); err != nil { t.Fatalf("manager.SetPrimary(%d) err = %v, want nil", keyIDs[1], err) } if err := manager.Disable(keyIDs[0]); err != nil { t.Fatalf("manager.Disable(%d) err = %v, want nil", keyIDs[0], err) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} privHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("privHandle.Public() err = %v, want nil", err) } buff.Reset() if err := insecurecleartextkeyset.Write(pubHandle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } pubHandle, err = insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } e, err := hybrid.NewHybridEncrypt(pubHandle) if err != nil { t.Fatalf("hybrid.NewHybridEncrypt() err = %v, want nil", err) } d, err := hybrid.NewHybridDecrypt(privHandle) if err != nil { t.Fatalf("hybrid.NewHybridDecrypt() err = %v, want nil", err) } data := []byte("some_secret_piece_of_data") aad := []byte("some_non_secret_piece_of_data") ct, err := e.Encrypt(data, aad) if err != nil { t.Fatalf("e.Encrypt() err = %v, want nil", err) } if _, err := d.Decrypt(ct, aad); err != nil { t.Fatalf("d.Decrypt() err = %v, want nil", err) } failures := len(client.Failures()) if failures != 0 { t.Errorf("len(client.Failures()) = %d, want 0", failures) } got := client.Events() wantEncryptKeysetInfo := &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: pubHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HpkePublicKey", KeyPrefix: "RAW", }, { KeyID: keyIDs[2], Status: monitoring.Enabled, KeyType: "tink.HpkePublicKey", KeyPrefix: "TINK", }, { KeyID: keyIDs[3], Status: monitoring.Enabled, KeyType: "tink.EciesAeadHkdfPublicKey", KeyPrefix: "TINK", }, }, } wantDecryptKeysetInfo := &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HpkePrivateKey", KeyPrefix: "RAW", }, { KeyID: keyIDs[2], Status: monitoring.Enabled, KeyType: "tink.HpkePrivateKey", KeyPrefix: "TINK", }, { KeyID: keyIDs[3], Status: monitoring.Enabled, KeyType: "tink.EciesAeadHkdfPrivateKey", KeyPrefix: "TINK", }, }, } want := []*fakemonitoring.LogEvent{ { Context: monitoring.NewContext("hybrid_encrypt", "encrypt", wantEncryptKeysetInfo), KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), }, { Context: monitoring.NewContext("hybrid_decrypt", "decrypt", wantDecryptKeysetInfo), KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(ct), }, } // sort by keyID to avoid non deterministic order. entryLessFunc := func(a, b *monitoring.Entry) bool { return a.KeyID < b.KeyID } if diff := cmp.Diff(want, got, cmpopts.SortSlices(entryLessFunc)); diff != "" { t.Errorf("%v", diff) } } func TestPrimitiveFactoryMonitoringWithAnnotationsEncryptFailureIsLogged(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } handle, err := keyset.NewHandle(hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} privHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } buff.Reset() pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("privHandle.Public() err = %v, want nil", err) } if err := insecurecleartextkeyset.Write(pubHandle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } pubHandle, err = insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } e, err := hybrid.NewHybridEncrypt(pubHandle) if err != nil { t.Fatalf("NewHybridEncrypt() err = %v, want nil", err) } d, err := hybrid.NewHybridDecrypt(privHandle) if err != nil { t.Fatalf("NewHybridDecrypt() err = %v, want nil", err) } ct, err := e.Encrypt([]byte("plaintext"), []byte("info")) if err != nil { t.Fatalf("Encrypt() err = nil, want non-nil") } if _, err := d.Decrypt(ct, []byte("wrong info")); err == nil { t.Fatalf("Decrypt() err = nil, want non-nil") } got := client.Failures() primaryKeyID := privHandle.KeysetInfo().GetPrimaryKeyId() want := []*fakemonitoring.LogFailure{ { Context: monitoring.NewContext( "hybrid_decrypt", "decrypt", monitoring.NewKeysetInfo( annotations, primaryKeyID, []*monitoring.Entry{ { KeyID: primaryKeyID, Status: monitoring.Enabled, KeyType: "tink.HpkePrivateKey", KeyPrefix: "TINK", }, }, ), ), }, } if diff := cmp.Diff(want, got); diff != "" { t.Errorf("%v", diff) } } func TestPrimitiveFactoryMonitoringWithAnnotationsDecryptFailureIsLogged(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("registry.RegisterMonitoringClient() err = %v, want nil", err) } handle, err := keyset.NewHandle(hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} privHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } e, err := hybrid.NewHybridDecrypt(privHandle) if err != nil { t.Fatalf("hybrid.NewHybridDecrypt() err = %v, want nil", err) } if _, err := e.Decrypt([]byte("invalid_data"), nil); err == nil { t.Fatalf("e.Decrypt() err = nil, want non-nil error") } got := client.Failures() want := []*fakemonitoring.LogFailure{ { Context: monitoring.NewContext( "hybrid_decrypt", "decrypt", monitoring.NewKeysetInfo( annotations, privHandle.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HpkePrivateKey", KeyPrefix: "TINK", }, }, ), ), }, } if diff := cmp.Diff(want, got); diff != "" { t.Errorf("%v", diff) } } func TestPrimitiveFactoryEncryptDecryptWithoutAnnotationsDoesNotMonitor(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("registry.RegisterMonitoringClient() err = %v, want nil", err) } privHandle, err := keyset.NewHandle(hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("privHandle.Public() err = %v, want nil", err) } e, err := hybrid.NewHybridEncrypt(pubHandle) if err != nil { t.Fatalf("hybrid.NewHybridEncrypt() err = %v, want nil", err) } d, err := hybrid.NewHybridDecrypt(privHandle) if err != nil { t.Fatalf("hybrid.NewHybridDecrypt() err = %v, want nil", err) } data := []byte("some_secret_piece_of_data") aad := []byte("some_non_secret_piece_of_data") ct, err := e.Encrypt(data, aad) if err != nil { t.Fatalf("e.Encrypt() err = %v, want nil", err) } if _, err := d.Decrypt(ct, aad); err != nil { t.Fatalf("d.Decrypt() err = %v, want nil", err) } if len(client.Events()) != 0 { t.Errorf("len(client.Events()) = %d, want 0", len(client.Events())) } if len(client.Failures()) != 0 { t.Errorf("len(client.Failures()) = %d, want 0", len(client.Failures())) } } // Since the HybridEncrypt interface is a subset of the AEAD interface, verify // that a HybridEncrypt primitive cannot be obtained from a keyset handle // containing an AEAD key. func TestEncryptFactoryFailsOnAEADHandle(t *testing.T) { handle, err := keyset.NewHandle(hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template()) if err != nil { t.Fatalf("keyset.NewHandle gives err = '%v', want nil", err) } pub, err := handle.Public() if err != nil { t.Fatalf("handle.Public gives err = '%v', want nil", err) } manager := keyset.NewManagerFromHandle(pub) _, err = manager.Add(aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("manager.Add gives err = '%v', want nil", err) } mixedHandle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle gives err = '%v', want nil", err) } if _, err := hybrid.NewHybridEncrypt(mixedHandle); err == nil { t.Error("hybrid.NewHybridDecrypt err = nil, want err") } } // Similar to the above but for HybridDecrypt. func TestDecryptFactoryFailsOnAEADHandle(t *testing.T) { manager := keyset.NewManager() id, err := manager.Add(aead.AES256GCMKeyTemplate()) if err != nil { t.Fatalf("manager.Add gives err = '%v', want nil", err) } err = manager.SetPrimary(id) if err != nil { t.Fatalf("manager.SetPrimary gives err = '%v', want nil", err) } _, err = manager.Add(hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template()) if err != nil { t.Fatalf("manager.Add gives err = '%v', want nil", err) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle gives err = '%v', want nil", err) } if _, err := hybrid.NewHybridDecrypt(handle); err == nil { t.Error("hybrid.NewHybridDecrypt err = nil, want err") } } const stubPublicKeyURL = "type.googleapis.com/google.crypto.tink.SomePublicKey" const stubPrivateKeyURL = "type.googleapis.com/google.crypto.tink.SomePrivateKey" var stubPrefix = []byte{0x01, 0x01, 0x02, 0x03, 0x04} type stubFullHybridEncrypt struct{} func (s *stubFullHybridEncrypt) Encrypt(data []byte, contextInfo []byte) ([]byte, error) { return slices.Concat(stubPrefix, []byte("full_primitive"), data, contextInfo), nil } type stubParams struct{} var _ key.Parameters = (*stubParams)(nil) func (p *stubParams) Equal(_ key.Parameters) bool { return true } func (p *stubParams) HasIDRequirement() bool { return true } type stubPublicKey struct { prefixType tinkpb.OutputPrefixType idRequirement uint32 } var _ key.Key = (*stubPublicKey)(nil) func (p *stubPublicKey) Equal(_ key.Key) bool { return true } func (p *stubPublicKey) Parameters() key.Parameters { return &stubParams{} } func (p *stubPublicKey) IDRequirement() (uint32, bool) { return p.idRequirement, p.HasIDRequirement() } func (p *stubPublicKey) HasIDRequirement() bool { return p.prefixType != tinkpb.OutputPrefixType_RAW } func (p *stubPublicKey) OutputPrefix() []byte { prefix, err := cryptofmt.OutputPrefix(&tinkpb.Keyset_Key{OutputPrefixType: p.prefixType, KeyId: p.idRequirement}) if err != nil { panic(err) } return []byte(prefix) } type stubPublicKeySerialization struct{} var _ protoserialization.KeySerializer = (*stubPublicKeySerialization)(nil) func (s *stubPublicKeySerialization) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: stubPublicKeyURL, Value: []byte("serialized_public_key"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, key.(*stubPublicKey).prefixType, key.(*stubPublicKey).idRequirement, ) } type stubPublicKeyParser struct{} var _ protoserialization.KeyParser = (*stubPublicKeyParser)(nil) func (s *stubPublicKeyParser) ParseKey(serialization *protoserialization.KeySerialization) (key.Key, error) { idRequirement, _ := serialization.IDRequirement() return &stubPublicKey{serialization.OutputPrefixType(), idRequirement}, nil } type stubFullHybridDecrypt struct{} func (s *stubFullHybridDecrypt) Decrypt(ct []byte, contextInfo []byte) ([]byte, error) { prefix := slices.Concat(stubPrefix, []byte("full_primitive")) if !bytes.HasPrefix(ct, prefix) { return nil, fmt.Errorf("invalid prefix") } if !bytes.HasSuffix(ct, contextInfo) { return nil, fmt.Errorf("invalid contextInfo") } return bytes.TrimSuffix(bytes.TrimPrefix(ct, prefix), contextInfo), nil } type stubPrivateKey struct { publicKey *stubPublicKey } var _ key.Key = (*stubPrivateKey)(nil) func (p *stubPrivateKey) Equal(_ key.Key) bool { return true } func (p *stubPrivateKey) Parameters() key.Parameters { return &stubParams{} } func (p *stubPrivateKey) IDRequirement() (uint32, bool) { return p.publicKey.IDRequirement() } func (p *stubPrivateKey) HasIDRequirement() bool { return p.publicKey.HasIDRequirement() } func (p *stubPrivateKey) PublicKey() (key.Key, error) { return p.publicKey, nil } func (p *stubPrivateKey) OutputPrefix() []byte { return p.publicKey.OutputPrefix() } type stubPrivateKeySerialization struct{} var _ protoserialization.KeySerializer = (*stubPrivateKeySerialization)(nil) func (s *stubPrivateKeySerialization) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: stubPrivateKeyURL, Value: []byte("serialized_private_key"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, key.(*stubPrivateKey).publicKey.prefixType, key.(*stubPrivateKey).publicKey.idRequirement, ) } type stubPrivateKeyParser struct{} var _ protoserialization.KeyParser = (*stubPrivateKeyParser)(nil) func (s *stubPrivateKeyParser) ParseKey(serialization *protoserialization.KeySerialization) (key.Key, error) { idRequirement, _ := serialization.IDRequirement() return &stubPrivateKey{ publicKey: &stubPublicKey{serialization.OutputPrefixType(), idRequirement}, }, nil } func TestPrimitivesFactoryUsesFullPrimitiveIfRegistered(t *testing.T) { defer primitiveregistry.UnregisterPrimitiveConstructor[*stubPublicKey]() defer primitiveregistry.UnregisterPrimitiveConstructor[*stubPrivateKey]() defer protoserialization.UnregisterKeyParser(stubPublicKeyURL) defer protoserialization.UnregisterKeyParser(stubPrivateKeyURL) defer protoserialization.UnregisterKeySerializer[*stubPublicKey]() defer protoserialization.UnregisterKeySerializer[*stubPrivateKey]() if err := protoserialization.RegisterKeyParser(stubPublicKeyURL, &stubPublicKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(stubPrivateKeyURL, &stubPrivateKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPublicKey](&stubPublicKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPrivateKey](&stubPrivateKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } // Register a primitive constructor to make sure that the factory uses the // full primitive. primitiveConstructor := func(key key.Key) (any, error) { return &stubFullHybridEncrypt{}, nil } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubPublicKey](primitiveConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } decryptPrimitiveConstructor := func(key key.Key) (any, error) { return &stubFullHybridDecrypt{}, nil } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubPrivateKey](decryptPrimitiveConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(&stubPrivateKey{ publicKey: &stubPublicKey{ tinkpb.OutputPrefixType_TINK, 0x01020304, }, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } encrypter, err := hybrid.NewHybridEncrypt(publicHandle) if err != nil { t.Fatalf("hybrid.NewHybridEncrypt() err = %v, want nil", err) } data := []byte("data") contextInfo := []byte("contextInfo") ciphertext, err := encrypter.Encrypt(data, contextInfo) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } if !bytes.Equal(ciphertext, slices.Concat(stubPrefix, []byte("full_primitive"), data, contextInfo)) { t.Errorf("ciphertext = %q, want: %q", ciphertext, data) } decrypter, err := hybrid.NewHybridDecrypt(handle) if err != nil { t.Fatalf("hybrid.NewHybridDecrypt() err = %v, want nil", err) } plaintext, err := decrypter.Decrypt(ciphertext, contextInfo) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if !bytes.Equal(plaintext, data) { t.Errorf("plaintext = %q, want: %q", plaintext, data) } } type stubLegacyHybridEncrypt struct{} func (s *stubLegacyHybridEncrypt) Encrypt(data, contextInfo []byte) ([]byte, error) { return slices.Concat([]byte("legacy_primitive"), data, contextInfo), nil } type stubLegacyHybridDecrypt struct{} func (s *stubLegacyHybridDecrypt) Decrypt(ct, contextInfo []byte) ([]byte, error) { return bytes.TrimSuffix(bytes.TrimPrefix(ct, []byte("legacy_primitive")), contextInfo), nil } type stubPublicKeyManager struct{} var _ registry.KeyManager = (*stubPublicKeyManager)(nil) func (km *stubPublicKeyManager) NewKey(_ []byte) (proto.Message, error) { return nil, fmt.Errorf("not implemented") } func (km *stubPublicKeyManager) NewKeyData(_ []byte) (*tinkpb.KeyData, error) { return nil, fmt.Errorf("not implemented") } func (km *stubPublicKeyManager) DoesSupport(keyURL string) bool { return keyURL == stubPublicKeyURL } func (km *stubPublicKeyManager) TypeURL() string { return stubPublicKeyURL } func (km *stubPublicKeyManager) Primitive(_ []byte) (any, error) { return &stubLegacyHybridEncrypt{}, nil } type stubPrivateKeyManager struct{} var _ registry.KeyManager = (*stubPrivateKeyManager)(nil) func (km *stubPrivateKeyManager) NewKey(_ []byte) (proto.Message, error) { return nil, fmt.Errorf("not implemented") } func (km *stubPrivateKeyManager) NewKeyData(_ []byte) (*tinkpb.KeyData, error) { return nil, fmt.Errorf("not implemented") } func (km *stubPrivateKeyManager) DoesSupport(keyURL string) bool { return keyURL == stubPrivateKeyURL } func (km *stubPrivateKeyManager) TypeURL() string { return stubPrivateKeyURL } func (km *stubPrivateKeyManager) Primitive(_ []byte) (any, error) { return &stubLegacyHybridDecrypt{}, nil } func TestPrimitiveFactoryUsesLegacyPrimitive(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubPublicKeyURL) defer protoserialization.UnregisterKeyParser(stubPrivateKeyURL) defer protoserialization.UnregisterKeySerializer[*stubPublicKey]() defer protoserialization.UnregisterKeySerializer[*stubPrivateKey]() if err := protoserialization.RegisterKeyParser(stubPublicKeyURL, &stubPublicKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(stubPrivateKeyURL, &stubPrivateKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPublicKey](&stubPublicKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPrivateKey](&stubPrivateKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := registry.RegisterKeyManager(&stubPublicKeyManager{}); err != nil { t.Fatalf("registry.RegisterKeyManager() err = %v, want nil", err) } if err := registry.RegisterKeyManager(&stubPrivateKeyManager{}); err != nil { t.Fatalf("registry.RegisterKeyManager() err = %v, want nil", err) } data := []byte("data") contextInfo := []byte("contextInfo") legacyPrefix := []byte("legacy_primitive") for _, tc := range []struct { name string key *stubPrivateKey wantCiphertext []byte }{ { name: "TINK", key: &stubPrivateKey{ publicKey: &stubPublicKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }, }, wantCiphertext: slices.Concat([]byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, legacyPrefix, data, contextInfo), }, { name: "LEGACY", key: &stubPrivateKey{ publicKey: &stubPublicKey{ prefixType: tinkpb.OutputPrefixType_LEGACY, idRequirement: 0x01020304, }, }, wantCiphertext: slices.Concat([]byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, legacyPrefix, data, contextInfo), }, { name: "CRUNCHY", key: &stubPrivateKey{ publicKey: &stubPublicKey{ prefixType: tinkpb.OutputPrefixType_CRUNCHY, idRequirement: 0x01020304, }, }, wantCiphertext: slices.Concat([]byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, legacyPrefix, data, contextInfo), }, { name: "RAW", key: &stubPrivateKey{ publicKey: &stubPublicKey{ prefixType: tinkpb.OutputPrefixType_RAW, idRequirement: 0, }, }, wantCiphertext: slices.Concat(legacyPrefix, data, contextInfo), }, } { t.Run(tc.name, func(t *testing.T) { // Create a keyset with a single key. km := keyset.NewManager() keyID, err := km.AddKey(tc.key) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } encrypter, err := hybrid.NewHybridEncrypt(publicHandle) if err != nil { t.Fatalf("hybrid.NewHybridEncrypt() err = %v, want nil", err) } ciphertext, err := encrypter.Encrypt(data, contextInfo) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } if got, want := ciphertext, tc.wantCiphertext; !bytes.Equal(want, got) { t.Errorf("ciphertext = %q, want: %q", got, want) } decrypter, err := hybrid.NewHybridDecrypt(handle) if err != nil { t.Fatalf("hybrid.NewHybridDecrypt() err = %v, want nil", err) } plaintext, err := decrypter.Decrypt(ciphertext, contextInfo) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if got, want := plaintext, data; !bytes.Equal(got, want) { t.Errorf("plaintext = %q, want: %q", got, want) } }) } } func TestNewWithConfig(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubPublicKeyURL) defer protoserialization.UnregisterKeyParser(stubPrivateKeyURL) defer protoserialization.UnregisterKeySerializer[*stubPublicKey]() defer protoserialization.UnregisterKeySerializer[*stubPrivateKey]() if err := protoserialization.RegisterKeyParser(stubPublicKeyURL, &stubPublicKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPublicKey](&stubPublicKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(stubPrivateKeyURL, &stubPrivateKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPrivateKey](&stubPrivateKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } configBuilder := config.NewBuilder() if err := configBuilder.RegisterPrimitiveConstructor(reflect.TypeFor[*stubPublicKey](), func(key key.Key) (any, error) { return &stubFullHybridEncrypt{}, nil }, internalapi.Token{}); err != nil { t.Fatalf("configBuilder.RegisterPrimitiveConstructor() err = %v, want nil", err) } if err := configBuilder.RegisterPrimitiveConstructor(reflect.TypeFor[*stubPrivateKey](), func(key key.Key) (any, error) { return &stubFullHybridDecrypt{}, nil }, internalapi.Token{}); err != nil { t.Fatalf("configBuilder.RegisterPrimitiveConstructor() err = %v, want nil", err) } config := configBuilder.Build() km := keyset.NewManager() privateKey := &stubPrivateKey{ publicKey: &stubPublicKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }, } if _, err := km.AddKeyWithOpts(privateKey, internalapi.Token{}, keyset.AsPrimary()); err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } encrypter, err := hybrid.NewHybridEncryptWithConfig(publicHandle, &config) if err != nil { t.Fatalf("hybrid.NewHybridEncryptWithConfig() err = %v, want nil", err) } decrypter, err := hybrid.NewHybridDecryptWithConfig(handle, &config) if err != nil { t.Fatalf("hybrid.NewHybridDecryptWithConfig() err = %v, want nil", err) } ct, err := encrypter.Encrypt([]byte("message"), nil) if err != nil { t.Fatalf("encrypter.Encrypt() err = %v, want nil", err) } wantPrefix := slices.Concat(stubPrefix, []byte("full_primitive")) if !bytes.HasPrefix(ct, wantPrefix) { t.Errorf("m = %q, want prefix: %q", ct, wantPrefix) } pt, err := decrypter.Decrypt(ct, nil) if err != nil { t.Fatalf("decrypter.Decrypt() err = %v, want nil", err) } if !bytes.Equal(pt, []byte("message")) { t.Errorf("pt = %q, want: %q", pt, []byte("message")) } } ================================================ FILE: hybrid/hybrid_key_templates.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hybrid import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/internal/tinkerror" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" eciespb "github.com/tink-crypto/tink-go/v2/proto/ecies_aead_hkdf_go_proto" hpkepb "github.com/tink-crypto/tink-go/v2/proto/hpke_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // This file contains pre-generated KeyTemplates for HybridEncrypt keys. One // can use these templates to generate new Keysets. // DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template creates a HPKE // key template with: // - KEM: DHKEM_P256_HKDF_SHA256, // - KDF: HKDF_SHA256, and // - AEAD: AES_128_GCM. // // It adds the 5-byte Tink prefix to ciphertexts. func DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template() *tinkpb.KeyTemplate { return createHPKEKeyTemplate( hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_AES_128_GCM, tinkpb.OutputPrefixType_TINK, ) } // DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Raw_Key_Template creates a // HPKE key template with: // - KEM: DHKEM_P256_HKDF_SHA256, // - KDF: HKDF_SHA256, and // - AEAD: AES_128_GCM. // // It does not add a prefix to ciphertexts. func DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Raw_Key_Template() *tinkpb.KeyTemplate { return createHPKEKeyTemplate( hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_AES_128_GCM, tinkpb.OutputPrefixType_RAW, ) } // DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Key_Template creates a HPKE // key template with: // - KEM: DHKEM_P256_HKDF_SHA256, // - KDF: HKDF_SHA256, and // - AEAD: AES_256_GCM. // // It adds the 5-byte Tink prefix to ciphertexts. func DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Key_Template() *tinkpb.KeyTemplate { return createHPKEKeyTemplate( hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_AES_256_GCM, tinkpb.OutputPrefixType_TINK, ) } // DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Raw_Key_Template creates a // HPKE key template with: // - KEM: DHKEM_P256_HKDF_SHA256, // - KDF: HKDF_SHA256, and // - AEAD: AES_256_GCM. // // It does not add a prefix to ciphertexts. func DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Raw_Key_Template() *tinkpb.KeyTemplate { return createHPKEKeyTemplate( hpkepb.HpkeKem_DHKEM_P256_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_AES_256_GCM, tinkpb.OutputPrefixType_RAW, ) } // DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template creates a HPKE // key template with: // - KEM: DHKEM_X25519_HKDF_SHA256, // - KDF: HKDF_SHA256, and // - AEAD: AES_128_GCM. // // It adds the 5-byte Tink prefix to ciphertexts. func DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template() *tinkpb.KeyTemplate { return createHPKEKeyTemplate( hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_AES_128_GCM, tinkpb.OutputPrefixType_TINK, ) } // DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Raw_Key_Template creates a // HPKE key template with: // - KEM: DHKEM_X25519_HKDF_SHA256, // - KDF: HKDF_SHA256, and // - AEAD: AES_128_GCM. // // It does not add a prefix to ciphertexts. func DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Raw_Key_Template() *tinkpb.KeyTemplate { return createHPKEKeyTemplate( hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_AES_128_GCM, tinkpb.OutputPrefixType_RAW, ) } // DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Key_Template creates a HPKE // key template with: // - KEM: DHKEM_X25519_HKDF_SHA256, // - KDF: HKDF_SHA256, and // - AEAD: AES_256_GCM. // // It adds the 5-byte Tink prefix to ciphertexts. func DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Key_Template() *tinkpb.KeyTemplate { return createHPKEKeyTemplate( hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_AES_256_GCM, tinkpb.OutputPrefixType_TINK, ) } // DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Raw_Key_Template creates a // HPKE key template with: // - KEM: DHKEM_X25519_HKDF_SHA256, // - KDF: HKDF_SHA256, and // - AEAD: AES_256_GCM. // // It does not add a prefix to ciphertexts. func DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Raw_Key_Template() *tinkpb.KeyTemplate { return createHPKEKeyTemplate( hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_AES_256_GCM, tinkpb.OutputPrefixType_RAW, ) } // DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Key_Template creates // a HPKE key template with: // - KEM: DHKEM_X25519_HKDF_SHA256, // - KDF: HKDF_SHA256, and // - AEAD: CHACHA20_POLY1305. // // It adds the 5-byte Tink prefix to ciphertexts. func DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Key_Template() *tinkpb.KeyTemplate { return createHPKEKeyTemplate( hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_CHACHA20_POLY1305, tinkpb.OutputPrefixType_TINK, ) } // DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template creates // a HPKE key template with: // - KEM: DHKEM_X25519_HKDF_SHA256, // - KDF: HKDF_SHA256, and // - AEAD: CHACHA20_POLY1305. // // It does not add a prefix to ciphertexts. func DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template() *tinkpb.KeyTemplate { return createHPKEKeyTemplate( hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256, hpkepb.HpkeKdf_HKDF_SHA256, hpkepb.HpkeAead_CHACHA20_POLY1305, tinkpb.OutputPrefixType_RAW, ) } // createHPKEKeyTemplate creates a new HPKE key template with the given // parameters. func createHPKEKeyTemplate(kem hpkepb.HpkeKem, kdf hpkepb.HpkeKdf, aead hpkepb.HpkeAead, outputPrefixType tinkpb.OutputPrefixType) *tinkpb.KeyTemplate { format := &hpkepb.HpkeKeyFormat{ Params: &hpkepb.HpkeParams{ Kem: kem, Kdf: kdf, Aead: aead, }, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HpkePrivateKey", Value: serializedFormat, OutputPrefixType: outputPrefixType, } } // ECIESHKDFAES128GCMKeyTemplate creates an ECIES-AEAD-HKDF key template with: // - KEM: ECDH over NIST P-256 // - DEM: AES128-GCM // - KDF: HKDF-HMAC-SHA256 with an empty salt func ECIESHKDFAES128GCMKeyTemplate() *tinkpb.KeyTemplate { salt := []byte{} return createECIESAEADHKDFKeyTemplate(commonpb.EllipticCurveType_NIST_P256, commonpb.HashType_SHA256, commonpb.EcPointFormat_UNCOMPRESSED, aead.AES128GCMKeyTemplate(), salt) } // ECIESHKDFAES128CTRHMACSHA256KeyTemplate creates an ECIES-AEAD-HKDF key // template with: // - KEM: ECDH over NIST P-256 // - DEM: AES128-CTR-HMAC-SHA256 // - KDF: HKDF-HMAC-SHA256 with an empty salt // // The DEM parameters are: // - AES key size: 16 bytes // - AES CTR IV size: 16 bytes // - HMAC key size: 32 bytes // - HMAC tag size: 16 bytes func ECIESHKDFAES128CTRHMACSHA256KeyTemplate() *tinkpb.KeyTemplate { salt := []byte{} return createECIESAEADHKDFKeyTemplate(commonpb.EllipticCurveType_NIST_P256, commonpb.HashType_SHA256, commonpb.EcPointFormat_UNCOMPRESSED, aead.AES128CTRHMACSHA256KeyTemplate(), salt) } // createEciesAEADHKDFKeyTemplate creates a new ECIES-AEAD-HKDF key template // with the given parameters. func createECIESAEADHKDFKeyTemplate(c commonpb.EllipticCurveType, ht commonpb.HashType, ptfmt commonpb.EcPointFormat, dekT *tinkpb.KeyTemplate, salt []byte) *tinkpb.KeyTemplate { format := &eciespb.EciesAeadHkdfKeyFormat{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: c, HkdfHashType: ht, HkdfSalt: salt, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: dekT, }, EcPointFormat: ptfmt, }, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", Value: serializedFormat, OutputPrefixType: tinkpb.OutputPrefixType_TINK, } } ================================================ FILE: hybrid/hybrid_key_templates_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hybrid_test import ( "bytes" "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/daead" "github.com/tink-crypto/tink-go/v2/hybrid" "github.com/tink-crypto/tink-go/v2/internal/tinkerror" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/testutil" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" eciespb "github.com/tink-crypto/tink-go/v2/proto/ecies_aead_hkdf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func createECIESKeyTemplate(curveType commonpb.EllipticCurveType, hashType commonpb.HashType, dekTemplate *tinkpb.KeyTemplate) *tinkpb.KeyTemplate { format := &eciespb.EciesAeadHkdfKeyFormat{ Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: curveType, HkdfHashType: hashType, HkdfSalt: []byte{}, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: dekTemplate, }, EcPointFormat: commonpb.EcPointFormat_UNCOMPRESSED, }, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: testutil.EciesAeadHkdfPrivateKeyTypeURL, Value: serializedFormat, OutputPrefixType: tinkpb.OutputPrefixType_TINK, } } func eciesP384AES256GCMKeyTemplate() *tinkpb.KeyTemplate { return createECIESKeyTemplate(commonpb.EllipticCurveType_NIST_P384, commonpb.HashType_SHA384, aead.AES256GCMKeyTemplate()) } func eciesP521AES256GCMKeyTemplate() *tinkpb.KeyTemplate { return createECIESKeyTemplate(commonpb.EllipticCurveType_NIST_P521, commonpb.HashType_SHA512, aead.AES256GCMKeyTemplate()) } func eciesP256AESSIVKeyTemplate() *tinkpb.KeyTemplate { return createECIESKeyTemplate(commonpb.EllipticCurveType_NIST_P256, commonpb.HashType_SHA256, daead.AESSIVKeyTemplate()) } func TestKeyTemplates(t *testing.T) { var testCases = []struct { name string template *tinkpb.KeyTemplate }{ { name: "ECIES_P256_HKDF_HMAC_SHA256_AES128_GCM", template: hybrid.ECIESHKDFAES128GCMKeyTemplate(), }, { name: "ECIES_P384_HKDF_HMAC_SHA384_AES256_GCM", template: eciesP384AES256GCMKeyTemplate(), }, { name: "ECIES_P521_HKDF_HMAC_SHA512_AES256_GCM", template: eciesP521AES256GCMKeyTemplate(), }, { name: "ECIES_P256_AESSIV", template: eciesP256AESSIVKeyTemplate(), }, { name: "ECIES_P256_HKDF_HMAC_SHA256_AES128_CTR_HMAC_SHA256", template: hybrid.ECIESHKDFAES128CTRHMACSHA256KeyTemplate(), }, { name: "DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_128_GCM", template: hybrid.DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template(), }, { name: "DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_RAW", template: hybrid.DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Raw_Key_Template(), }, { name: "DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_256_GCM", template: hybrid.DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Key_Template(), }, { name: "DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_RAW", template: hybrid.DHKEM_P256_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Raw_Key_Template(), }, { name: "DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM", template: hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template(), }, { name: "DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_RAW", template: hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Raw_Key_Template(), }, { name: "DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM", template: hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Key_Template(), }, { name: "DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_RAW", template: hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Raw_Key_Template(), }, { name: "DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305", template: hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Key_Template(), }, { name: "DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_RAW", template: hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template(), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { privateHandle, err := keyset.NewHandle(tc.template) if err != nil { t.Fatalf("keyset.NewHandle(tc.template) failed: %s", err) } publicHandle, err := privateHandle.Public() if err != nil { t.Fatalf("privateHandle.Public() failed: %s", err) } enc, err := hybrid.NewHybridEncrypt(publicHandle) if err != nil { t.Fatalf("NewHybridEncrypt(publicHandle) err = %v, want nil", err) } dec, err := hybrid.NewHybridDecrypt(privateHandle) if err != nil { t.Fatalf("NewHybridDecrypt(privateHandle) err = %v, want nil", err) } var testInputs = []struct { plaintext []byte context1 []byte context2 []byte }{ { plaintext: []byte("this data needs to be encrypted"), context1: []byte("encryption context"), context2: []byte("encryption context"), }, { plaintext: []byte("this data needs to be encrypted"), context1: []byte(""), context2: []byte(""), }, { plaintext: []byte("this data needs to be encrypted"), context1: nil, context2: nil, }, { plaintext: []byte(""), context1: nil, context2: nil, }, { plaintext: nil, context1: []byte("encryption context"), context2: []byte("encryption context"), }, { plaintext: nil, context1: []byte(""), context2: []byte(""), }, { plaintext: nil, context1: nil, context2: nil, }, { plaintext: []byte("this data needs to be encrypted"), context1: []byte(""), context2: nil, }, { plaintext: []byte("this data needs to be encrypted"), context1: nil, context2: []byte(""), }, } for _, ti := range testInputs { ciphertext, err := enc.Encrypt(ti.plaintext, ti.context1) if err != nil { t.Fatalf("enc.Encrypt(ti.plaintext, ti.context1) err = %v, want nil", err) } decrypted, err := dec.Decrypt(ciphertext, ti.context2) if err != nil { t.Fatalf("dec.Decrypt(ciphertext, ti.context2) err = %v, want nil", err) } if !bytes.Equal(ti.plaintext, decrypted) { t.Errorf("decrypted data doesn't match plaintext, got: %q, want: %q", decrypted, ti.plaintext) } } }) } } ================================================ FILE: hybrid/hybrid_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hybrid_test // [START hybrid-example] import ( "bytes" "fmt" "log" "github.com/tink-crypto/tink-go/v2/hybrid" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/keyset" ) func Example() { // A private keyset created with // "tinkey create-keyset --key-template=DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM --out private_keyset.cfg". // Note that this keyset has the secret key information in cleartext. privateJSONKeyset := `{ "key": [{ "keyData": { "keyMaterialType": "ASYMMETRIC_PRIVATE", "typeUrl": "type.googleapis.com/google.crypto.tink.HpkePrivateKey", "value": "EioSBggBEAEYAhogVWQpmQoz74jcAp5WOD36KiBQ71MVCpn2iWfOzWLtKV4aINfn8qlMbyijNJcCzrafjsgJ493ZZGN256KTfKw0WN+p" }, "keyId": 958452012, "outputPrefixType": "TINK", "status": "ENABLED" }], "primaryKeyId": 958452012 }` // The corresponding public keyset created with // "tinkey create-public-keyset --in private_keyset.cfg". publicJSONKeyset := `{ "key": [{ "keyData": { "keyMaterialType": "ASYMMETRIC_PUBLIC", "typeUrl": "type.googleapis.com/google.crypto.tink.HpkePublicKey", "value": "EgYIARABGAIaIFVkKZkKM++I3AKeVjg9+iogUO9TFQqZ9olnzs1i7Sle" }, "keyId": 958452012, "outputPrefixType": "TINK", "status": "ENABLED" }], "primaryKeyId": 958452012 }` // Create a keyset handle from the keyset containing the public key. Because the // public keyset does not contain any secrets, we can use [keyset.ReadWithNoSecrets]. publicKeysetHandle, err := keyset.ReadWithNoSecrets( keyset.NewJSONReader(bytes.NewBufferString(publicJSONKeyset))) if err != nil { log.Fatal(err) } // Retrieve the HybridEncrypt primitive from publicKeysetHandle. encPrimitive, err := hybrid.NewHybridEncrypt(publicKeysetHandle) if err != nil { log.Fatal(err) } plaintext := []byte("message") encryptionContext := []byte("encryption context") ciphertext, err := encPrimitive.Encrypt(plaintext, encryptionContext) if err != nil { log.Fatal(err) } // Create a keyset handle from the cleartext private keyset in the previous // step. The keyset handle provides abstract access to the underlying keyset to // limit the access of the raw key material. // // WARNING: In practice, it is unlikely you will want to use a insecurecleartextkeyset, // as it implies that your key material is passed in cleartext, which is a security risk. // Consider encrypting it with a remote key in Cloud KMS, AWS KMS or HashiCorp Vault. // See https://developers.google.com/tink/key-management-overview. privateKeysetHandle, err := insecurecleartextkeyset.Read( keyset.NewJSONReader(bytes.NewBufferString(privateJSONKeyset))) if err != nil { log.Fatal(err) } // Retrieve the HybridDecrypt primitive from privateKeysetHandle. decPrimitive, err := hybrid.NewHybridDecrypt(privateKeysetHandle) if err != nil { log.Fatal(err) } decrypted, err := decPrimitive.Decrypt(ciphertext, encryptionContext) if err != nil { log.Fatal(err) } fmt.Println(string(decrypted)) // Output: message } // [END hybrid-example] ================================================ FILE: hybrid/internal/ecies/dem_helper.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package ecies provides a helper for creating [tink.AEAD] or // [tink.DeterministicAEAD] primitives for the specified [tink.Parameters] and // key material. package ecies import ( "fmt" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/hybrid/subtle" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/tink" ) // DEMHelper provides a helper for creating [tink.AEAD] or // [tink.DeterministicAEAD] primitives for the specified [tink.Parameters] and // key material. // // Implements [subtle.EciesAEADHKDFDEMHelper]. type DEMHelper struct { params key.Parameters wantKeyMaterialSizeInBytes uint32 } var _ subtle.EciesAEADHKDFDEMHelper = (*DEMHelper)(nil) // NewDEMHelper initializes and returns a RegisterECIESAEADHKDFDemHelper func NewDEMHelper(p key.Parameters) (*DEMHelper, error) { var wantKeyMaterialSizeInBytes uint32 switch params := p.(type) { case *aesgcm.Parameters: wantKeyMaterialSizeInBytes = uint32(params.KeySizeInBytes()) case *aessiv.Parameters: wantKeyMaterialSizeInBytes = uint32(params.KeySizeInBytes()) case *aesctrhmac.Parameters: wantKeyMaterialSizeInBytes = uint32(params.AESKeySizeInBytes() + params.HMACKeySizeInBytes()) default: return nil, fmt.Errorf("unsupported AEAD DEM key type: %T", p) } return &DEMHelper{ params: p, wantKeyMaterialSizeInBytes: wantKeyMaterialSizeInBytes, }, nil } // GetSymmetricKeySize returns the symmetric key size func (r *DEMHelper) GetSymmetricKeySize() uint32 { return r.wantKeyMaterialSizeInBytes } // GetAEADOrDAEAD returns the AEAD or deterministic AEAD primitive from the DEM func (r *DEMHelper) GetAEADOrDAEAD(symmetricKeyValue []byte) (any, error) { if uint32(len(symmetricKeyValue)) != r.GetSymmetricKeySize() { return nil, fmt.Errorf("symmetric key has incorrect length: got %d, want %d", len(symmetricKeyValue), r.GetSymmetricKeySize()) } var k key.Key var err error switch params := r.params.(type) { case *aesgcm.Parameters: k, err = aesgcm.NewKey(secretdata.NewBytesFromData(symmetricKeyValue, insecuresecretdataaccess.Token{}), 0, params) if err != nil { return nil, err } case *aessiv.Parameters: k, err = aessiv.NewKey(secretdata.NewBytesFromData(symmetricKeyValue, insecuresecretdataaccess.Token{}), 0, params) if err != nil { return nil, err } case *aesctrhmac.Parameters: k, err = aesctrhmac.NewKey(aesctrhmac.KeyOpts{ AESKeyBytes: secretdata.NewBytesFromData(symmetricKeyValue[:params.AESKeySizeInBytes()], insecuresecretdataaccess.Token{}), HMACKeyBytes: secretdata.NewBytesFromData(symmetricKeyValue[params.AESKeySizeInBytes():], insecuresecretdataaccess.Token{}), IDRequirement: 0, Parameters: params, }) if err != nil { return nil, err } default: return nil, fmt.Errorf("unsupported AEAD DEM key type: %T", r.params) } p, err := (®istryconfig.RegistryConfig{}).PrimitiveFromKey(k, internalapi.Token{}) if err != nil { return nil, err } switch p.(type) { case tink.AEAD, tink.DeterministicAEAD: return p, nil default: return nil, fmt.Errorf("Unexpected primitive type returned by the registry for the DEM: %T", p) } } ================================================ FILE: hybrid/internal/ecies/dem_helper_test.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecies_test import ( "bytes" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/hybrid/internal/ecies" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/tink" ) type testCase struct { name string params key.Parameters keySize uint32 } func newAESGCMParameters(keySizeInBytes uint32) *aesgcm.Parameters { params, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: int(keySizeInBytes), IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { panic(fmt.Sprintf("aesgcm.NewParameters() err = %v, want nil", err)) } return params } func newAESCTRHMACParameters(aesKeySizeInBytes, hmacKeySizeInBytes uint32, hashType aesctrhmac.HashType) *aesctrhmac.Parameters { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: int(aesKeySizeInBytes), HMACKeySizeInBytes: int(hmacKeySizeInBytes), HashType: hashType, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesctrhmac.VariantNoPrefix, }) if err != nil { panic(fmt.Sprintf("aesctrhmac.NewParameters() err = %v, want nil", err)) } return params } func newAESSIVParameters(keySizeInBytes uint32) *aessiv.Parameters { params, err := aessiv.NewParameters(int(keySizeInBytes), aessiv.VariantNoPrefix) if err != nil { panic(fmt.Sprintf("aesctrhmac.NewParameters() err = %v, want nil", err)) } return params } var ( supportedAEADTestCases = []testCase{ { name: "AESCTRHMACSHA256", params: newAESCTRHMACParameters(32, 32, aesctrhmac.SHA256), keySize: 64, // 32 + 32 }, { name: "AES128CTRHMACSHA256", params: newAESCTRHMACParameters(16, 32, aesctrhmac.SHA256), keySize: 48, // 16 + 32 }, { name: "AES256GCM", params: newAESGCMParameters(32), keySize: 32, }, { name: "AES128GCM", params: newAESGCMParameters(16), keySize: 16, }, } supportedDAEADTestCases = []testCase{ { name: "AESSIV", params: newAESSIVParameters(64), keySize: 64, }, } ) func TestDEMHelper_AEADKeyTemplates(t *testing.T) { plaintext := random.GetRandomBytes(20) associatedData := random.GetRandomBytes(20) for _, tc := range supportedAEADTestCases { t.Run(tc.name, func(t *testing.T) { dem, err := ecies.NewDEMHelper(tc.params) if err != nil { t.Fatalf("ecies.NewDEMHelper(tc.params) err = %s, want nil", err) } sk := random.GetRandomBytes(dem.GetSymmetricKeySize()) primitive, err := dem.GetAEADOrDAEAD(sk) if err != nil { t.Fatalf("dem.GetAEADorDAEAD(sk) err = %v, want nil", err) } a, ok := primitive.(tink.AEAD) if !ok { t.Fatalf("primitive is not of type tink.AEAD") } var ciphertext []byte ciphertext, err = a.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("a.Encrypt() err = %v, want nil", err) } var decrypted []byte decrypted, err = a.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("a.Decrypt() err = %v, want nil", err) } if !bytes.Equal(decrypted, plaintext) { t.Errorf("a.Decrypt() = %x, want: %x", decrypted, plaintext) } }) } } func TestDEMHelper_DAEADKeyTemplates(t *testing.T) { plaintext := random.GetRandomBytes(20) associatedData := random.GetRandomBytes(20) for _, tc := range supportedDAEADTestCases { t.Run(tc.name, func(t *testing.T) { dem, err := ecies.NewDEMHelper(tc.params) if err != nil { t.Fatalf("ecies.NewDEMHelper(tc.params) err = %s, want nil", err) } sk := random.GetRandomBytes(dem.GetSymmetricKeySize()) primitive, err := dem.GetAEADOrDAEAD(sk) if err != nil { t.Fatalf("dem.GetAEADorDAEAD(sk) err = %v, want nil", err) } d, ok := primitive.(tink.DeterministicAEAD) if !ok { t.Fatalf("primitive is not of type tink.DeterministicAEAD") } var ciphertext []byte ciphertext, err = d.EncryptDeterministically(plaintext, associatedData) if err != nil { t.Fatalf("d.Encrypt() err = %v, want nil", err) } var decrypted []byte decrypted, err = d.DecryptDeterministically(ciphertext, associatedData) if err != nil { t.Fatalf("d.Decrypt() err = %v, want nil", err) } if !bytes.Equal(decrypted, plaintext) { t.Errorf("d.Decrypt() = %x, want: %x", decrypted, plaintext) } }) } } func TestDEMHelper_KeySizes(t *testing.T) { var testCases []testCase testCases = append(testCases, supportedAEADTestCases...) testCases = append(testCases, supportedDAEADTestCases...) for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { dem, err := ecies.NewDEMHelper(tc.params) if err != nil { t.Fatalf("ecies.NewDEMHelper(tc.params): %s", err) } if dem.GetSymmetricKeySize() != tc.keySize { t.Errorf("dem.GetSymmetricKeySize() = %d, want: %d", dem.GetSymmetricKeySize(), tc.keySize) } shortKey := make([]byte, tc.keySize-1) if _, err = dem.GetAEADOrDAEAD(shortKey); err == nil { t.Errorf("dem.GetAEADOrDAEAD(shortKey) err = nil, want non-nil") } longKey := make([]byte, tc.keySize+1) if _, err = dem.GetAEADOrDAEAD(longKey); err == nil { t.Errorf("dem.GetAEADOrDAEAD(longKey) err = nil, want non-nil") } }) } } type stubParameters struct{} var _ key.Parameters = (*stubParameters)(nil) func (stubParameters) HasIDRequirement() bool { return false } func (stubParameters) Equal(_ key.Parameters) bool { return false } func TestNewDEMHelper_UnsupportedParameters(t *testing.T) { testCases := []struct { name string params key.Parameters }{ { name: "unsupported_parameters", params: &stubParameters{}, }, { name: "nil", params: nil, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := ecies.NewDEMHelper(tc.params); err == nil { t.Errorf("ecies.NewDEMHelper() err = nil, want non-nil") } }) } } ================================================ FILE: hybrid/internal/hpke/aead.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke // aead is a package-internal interface for the Hybrid Public Key Encryption // (HPKE) authenticated encryption with associated data (AEAD). // // The HPKE RFC is available at // https://www.rfc-editor.org/rfc/rfc9180.html. type aead interface { // seal performs authenticated encryption of plaintext and associatedData // using key and nonce. // // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.2 seal(key, nonce, plaintext, associatedData []byte) ([]byte, error) // open performs authenticated decryption of ciphertext and associatedData // using key and nonce. // // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.2 open(key, nonce, ciphertext, associatedData []byte) ([]byte, error) // id returns the HPKE AEAD algorithm identifier for the underlying AEAD // implementation. // // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.3 id() AEADID // keyLength returns the length of the key. keyLength() int // nonceLength returns the length of the nonce. nonceLength() int } ================================================ FILE: hybrid/internal/hpke/aes_gcm_aead.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "crypto/aes" "crypto/cipher" "errors" "fmt" internalaead "github.com/tink-crypto/tink-go/v2/internal/aead" ) // aesGCMAEAD is an AES GCM HPKE AEAD variant that implements interface // aead. type aesGCMAEAD struct { // HPKE AEAD algorithm identifier. aeadID AEADID keyLen int } var _ aead = (*aesGCMAEAD)(nil) // newAESGCMAEAD constructs an AES-GCM HPKE AEAD using keyLength. func newAESGCMAEAD(keyLength int) (*aesGCMAEAD, error) { switch keyLength { case 16: return &aesGCMAEAD{aeadID: AES128GCM, keyLen: 16}, nil case 32: return &aesGCMAEAD{aeadID: AES256GCM, keyLen: 32}, nil default: return nil, fmt.Errorf("key length %d is not supported", keyLength) } } // newAESGCMCipher creates a [cipher.AEAD] using the given key. // // The key must be 16 or 32 bytes long. func newAESGCMCipher(keyBytes []byte) (cipher.AEAD, error) { aesCipher, err := aes.NewCipher(keyBytes) if err != nil { return nil, errors.New("failed to initialize cipher") } gcmCipher, err := cipher.NewGCM(aesCipher) if err != nil { return nil, errors.New("failed to create cipher.AEAD") } return gcmCipher, nil } func (a *aesGCMAEAD) seal(key, nonce, plaintext, associatedData []byte) ([]byte, error) { if len(key) != a.keyLen { return nil, fmt.Errorf("unexpected key length: got %d, want %d", len(key), a.keyLen) } if len(nonce) != a.nonceLength() { return nil, fmt.Errorf("unexpected nonce length: got %d, want %d", len(nonce), a.nonceLength()) } if err := internalaead.CheckAESGCMPlaintextSize(uint64(len(plaintext))); err != nil { return nil, err } c, err := newAESGCMCipher(key) if err != nil { return nil, err } return c.Seal(nil, nonce, plaintext, associatedData), nil } func (a *aesGCMAEAD) open(key, nonce, ciphertext, associatedData []byte) ([]byte, error) { if len(key) != a.keyLen { return nil, fmt.Errorf("unexpected key length: got %d, want %d", len(key), a.keyLen) } if len(nonce) != a.nonceLength() { return nil, fmt.Errorf("unexpected nonce length: got %d, want %d", len(nonce), a.nonceLength()) } c, err := newAESGCMCipher(key) if err != nil { return nil, err } return c.Open(nil, nonce, ciphertext, associatedData) } func (a *aesGCMAEAD) id() AEADID { return a.aeadID } func (a *aesGCMAEAD) keyLength() int { return a.keyLen } func (a *aesGCMAEAD) nonceLength() int { return internalaead.AESGCMIVSize } ================================================ FILE: hybrid/internal/hpke/aes_gcm_aead_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "bytes" "fmt" "testing" ) func TestAESGCMAEADSealOpen(t *testing.T) { i := 0 vecs := aeadRFCVectors(t) for k, v := range vecs { if k.aeadID != AES128GCM && k.aeadID != AES256GCM { continue } i++ t.Run(fmt.Sprintf("%d", k.id), func(t *testing.T) { { aead, err := newAEAD(k.aeadID) if err != nil { t.Fatalf("newAEAD(%d): got err %q, want success", k.aeadID, err) } ciphertext, err := aead.seal(v.key, v.nonce, v.plaintext, v.associatedData) if err != nil { t.Fatalf("seal: got err %q, want success", err) } if !bytes.Equal(ciphertext, v.ciphertext) { t.Errorf("seal: got %x, want %x", ciphertext, v.ciphertext) } plaintext, err := aead.open(v.key, v.nonce, v.ciphertext, v.associatedData) if err != nil { t.Fatalf("open: got err %q, want success", err) } if !bytes.Equal(plaintext, v.plaintext) { t.Errorf("open: got %x, want %x", plaintext, v.plaintext) } } // Test exactly as above, except instantiate aesGcmHpkeAead with a key // length that does not match the length of the key passed into seal and // open. { var wrongID AEADID switch k.aeadID { case AES128GCM: wrongID = AES256GCM case AES256GCM: wrongID = AES128GCM default: t.Fatalf("AEAD ID %d is not supported", k.aeadID) } aead, err := newAEAD(wrongID) if err != nil { t.Fatalf("newAEAD(%d): got err %q, want success", wrongID, err) } if _, err := aead.seal(v.key, v.nonce, v.plaintext, v.associatedData); err == nil { t.Error("seal with unexpected key length: got success, want err") } if _, err := aead.open(v.key, v.nonce, v.ciphertext, v.associatedData); err == nil { t.Error("open with unexpected key length: got success, want err") } } }) } // Verify that we actually tested something. // If no vectors match the filter, then the test should fail because nothing was tested. if i == 0 { t.Error("no vectors were tested") } } ================================================ FILE: hybrid/internal/hpke/chacha20poly1305_aead.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "fmt" "golang.org/x/crypto/chacha20poly1305" internalaead "github.com/tink-crypto/tink-go/v2/internal/aead" ) // chaCha20Poly1305AEAD is a ChaCha20-Poly1305 HPKE AEAD variant that // implements interface aead. type chaCha20Poly1305AEAD struct{} var _ aead = (*chaCha20Poly1305AEAD)(nil) func (c *chaCha20Poly1305AEAD) seal(key, nonce, plaintext, associatedData []byte) ([]byte, error) { a, err := chacha20poly1305.New(key) if err != nil { return nil, fmt.Errorf("chacha20_poly1305: failed to create AEAD, error: %v", err) } if err := internalaead.CheckChaCha20Poly1305PlaintextSize(len(plaintext)); err != nil { return nil, err } return a.Seal(nil, nonce, plaintext, associatedData), nil } func (c *chaCha20Poly1305AEAD) open(key, nonce, ciphertext, associatedData []byte) ([]byte, error) { a, err := chacha20poly1305.New(key) if err != nil { return nil, fmt.Errorf("chacha20_poly1305: failed to create AEAD, error: %v", err) } pt, err := a.Open(nil, nonce, ciphertext, associatedData) if err != nil { return nil, fmt.Errorf("chacha20_poly1305: %w", err) } return pt, nil } func (c *chaCha20Poly1305AEAD) id() AEADID { return ChaCha20Poly1305 } func (c *chaCha20Poly1305AEAD) keyLength() int { return chacha20poly1305.KeySize } func (c *chaCha20Poly1305AEAD) nonceLength() int { return chacha20poly1305.NonceSize } ================================================ FILE: hybrid/internal/hpke/chacha20poly1305_aead_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "bytes" "fmt" "testing" ) func TestChaCha20Poly1305AEADSealOpen(t *testing.T) { i := 0 vecs := aeadRFCVectors(t) for k, v := range vecs { if k.aeadID != ChaCha20Poly1305 { continue } i++ t.Run(fmt.Sprintf("%d", k.id), func(t *testing.T) { aead, err := newAEAD(k.aeadID) if err != nil { t.Fatalf("newAEAD(%d) err = %v, want nil", k.aeadID, err) } ciphertext, err := aead.seal(v.key, v.nonce, v.plaintext, v.associatedData) if err != nil { t.Fatalf("seal err = %v, want nil", err) } if !bytes.Equal(ciphertext, v.ciphertext) { t.Errorf("seal = %x, want %x", ciphertext, v.ciphertext) } plaintext, err := aead.open(v.key, v.nonce, v.ciphertext, v.associatedData) if err != nil { t.Fatalf("open err = %v, want nil", err) } if !bytes.Equal(plaintext, v.plaintext) { t.Errorf("open = %x, want %x", plaintext, v.plaintext) } }) } // Verify that we actually tested something. // If no vectors match the filter, then the test should fail because nothing was tested. if i == 0 { t.Error("no vectors were tested") } } ================================================ FILE: hybrid/internal/hpke/context.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "crypto/subtle" "fmt" "math/big" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" ) type context struct { aead aead maxSequenceNumber *big.Int sequenceNumber *big.Int key []byte baseNonce []byte encapsulatedKey []byte } // newSenderContext creates the HPKE sender context as per KeySchedule() // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.1-10. func newSenderContext(recipientPubKey []byte, kem kem, kdf kdf, aead aead, info []byte) (*context, error) { sharedSecret, encapsulatedKey, err := kem.encapsulate(recipientPubKey) if err != nil { return nil, fmt.Errorf("encapsulate: %v", err) } return createContext(encapsulatedKey, sharedSecret, kem, kdf, aead, info) } // newRecipientContext creates the HPKE recipient context as per KeySchedule() // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.1-10. func newRecipientContext(encapsulatedKey []byte, privateKeyBytes secretdata.Bytes, kem kem, kdf kdf, aead aead, info []byte) (*context, error) { sharedSecret, err := kem.decapsulate(encapsulatedKey, privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("decapsulate: %v", err) } return createContext(encapsulatedKey, sharedSecret, kem, kdf, aead, info) } func createContext(encapsulatedKey []byte, sharedSecret []byte, kem kem, kdf kdf, aead aead, info []byte) (*context, error) { suiteID := hpkeSuiteID(kem.id(), kdf.id(), aead.id()) // In base mode, both the pre-shared key (default_psk) and pre-shared key ID // (default_psk_id) are empty strings, see // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.1.1-4. pskIDHash := kdf.labeledExtract(emptySalt, emptyIKM /*= default PSK ID*/, "psk_id_hash", suiteID) infoHash := kdf.labeledExtract(emptySalt, info, "info_hash", suiteID) keyScheduleCtx := keyScheduleContext(baseMode, pskIDHash, infoHash) secret := kdf.labeledExtract(sharedSecret, emptyIKM /*= default PSK*/, "secret", suiteID) key, err := kdf.labeledExpand(secret, keyScheduleCtx, "key", suiteID, aead.keyLength()) if err != nil { return nil, fmt.Errorf("labeledExpand of key: %v", err) } baseNonce, err := kdf.labeledExpand(secret, keyScheduleCtx, "base_nonce", suiteID, aead.nonceLength()) if err != nil { return nil, fmt.Errorf("labeledExpand of base nonce: %v", err) } return &context{ aead: aead, maxSequenceNumber: maxSequenceNumber(aead.nonceLength()), sequenceNumber: big.NewInt(0), key: key, baseNonce: baseNonce, encapsulatedKey: encapsulatedKey, }, nil } // maxSequenceNumber returns the maximum sequence number indicating that the // message limit is reached, calculated as per // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.2-11. func maxSequenceNumber(nonceLength int) *big.Int { res := new(big.Int) one := big.NewInt(1) res.Lsh(one, uint(8*nonceLength)).Sub(res, one) return res } func (c *context) incrementSequenceNumber() error { c.sequenceNumber.Add(c.sequenceNumber, big.NewInt(1)) if c.sequenceNumber.Cmp(c.maxSequenceNumber) > 0 { return fmt.Errorf("message limit reached") } return nil } // computeNonce computes the nonce as per // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.2-12. func (c *context) computeNonce() ([]byte, error) { nonce := make([]byte, len(c.baseNonce)) // Write the big-endian c.sequenceNumber value at the end of nonce. sequenceNumber := c.sequenceNumber.Bytes() index := len(nonce) - len(sequenceNumber) if index < 0 { return nil, fmt.Errorf("sequence number length (%d) is larger than nonce length (%d)", len(sequenceNumber), len(nonce)) } copy(nonce[index:], sequenceNumber) subtle.XORBytes(nonce, nonce, c.baseNonce) return nonce, nil } // seal allows the sender's context to encrypt plaintext with associatedData, // defined as ContextS.Seal in // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.2-7. func (c *context) seal(plaintext, associatedData []byte) ([]byte, error) { nonce, err := c.computeNonce() if err != nil { return nil, fmt.Errorf("computeNonce: %v", err) } ciphertext, err := c.aead.seal(c.key, nonce, plaintext, associatedData) if err != nil { return nil, fmt.Errorf("seal: %v", err) } if err := c.incrementSequenceNumber(); err != nil { return nil, err } return ciphertext, nil } // open allows the receiver's context to decrypt ciphertext with // associatedData, defined as ContextR.Open in // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.2-9. func (c *context) open(ciphertext, associatedData []byte) ([]byte, error) { nonce, err := c.computeNonce() if err != nil { return nil, fmt.Errorf("computeNonce: %v", err) } plaintext, err := c.aead.open(c.key, nonce, ciphertext, associatedData) if err != nil { return nil, fmt.Errorf("open: %v", err) } if err := c.incrementSequenceNumber(); err != nil { return nil, err } return plaintext, nil } ================================================ FILE: hybrid/internal/hpke/context_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "bytes" "math/big" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/subtle" ) // TODO: b/201070904 - Write tests using baseModeX25519HKDFSHA256Vectors. func TestContextSender(t *testing.T) { id, vec := rfcVectorA1(t) kem, err := newKEM(id.kemID) if err != nil { t.Fatalf("newKEM(%d): err %q", id.kemID, err) } x25519KEMGeneratePrivateKey = func() ([]byte, error) { return vec.senderPrivKey, nil } kdf, err := newKDF(id.kdfID) if err != nil { t.Fatalf("newKDF(%d): err %q", id.kdfID, err) } aead, err := newAEAD(id.aeadID) if err != nil { t.Fatalf("newAEAD(%d): err %q", id.aeadID, err) } senderCtx, err := newSenderContext(vec.recipientPubKey, kem, kdf, aead, vec.info) if err != nil { t.Fatalf("newSenderContext: err %q", err) } for _, enc := range vec.consecutiveEncryptions { if got, want := senderCtx.sequenceNumber, enc.sequenceNumber; got.Cmp(want) != 0 { t.Fatalf("sequence number: got %s, want %s", got.String(), want.String()) } ct, err := senderCtx.seal(enc.plaintext, enc.associatedData) if err != nil { t.Fatal(err) } if !bytes.Equal(ct, enc.ciphertext) { t.Errorf("ciphertext: got %x, want %x", ct, enc.ciphertext) } } for _, enc := range vec.otherEncryptions { senderCtx.sequenceNumber.Set(enc.sequenceNumber) ct, err := senderCtx.seal(enc.plaintext, enc.associatedData) if err != nil { t.Fatal(err) } if !bytes.Equal(ct, enc.ciphertext) { t.Errorf("ciphertext: got %x, want %x", ct, enc.ciphertext) } } x25519KEMGeneratePrivateKey = subtle.GeneratePrivateKeyX25519 } func TestContextRecipient(t *testing.T) { id, vec := rfcVectorA1(t) kem, err := newKEM(id.kemID) if err != nil { t.Fatalf("newKEM(%d): err %q", id.kemID, err) } kdf, err := newKDF(id.kdfID) if err != nil { t.Fatalf("newKDF(%d): err %q", id.kdfID, err) } aead, err := newAEAD(id.aeadID) if err != nil { t.Fatalf("newAEAD(%d): err %q", id.aeadID, err) } recipientPrivKey := secretdata.NewBytesFromData(vec.recipientPrivKey, insecuresecretdataaccess.Token{}) recipientCtx, err := newRecipientContext(vec.encapsulatedKey, recipientPrivKey, kem, kdf, aead, vec.info) if err != nil { t.Fatalf("newRecipientContext: err %q", err) } for _, enc := range vec.consecutiveEncryptions { if got, want := recipientCtx.sequenceNumber, enc.sequenceNumber; got.Cmp(want) != 0 { t.Fatalf("sequence number: got %s, want %s", got.String(), want.String()) } pt, err := recipientCtx.open(enc.ciphertext, enc.associatedData) if err != nil { t.Fatal(err) } if !bytes.Equal(pt, enc.plaintext) { t.Errorf("plaintext: got %x, want %x", pt, enc.plaintext) } } for _, enc := range vec.otherEncryptions { recipientCtx.sequenceNumber.Set(enc.sequenceNumber) pt, err := recipientCtx.open(enc.ciphertext, enc.associatedData) if err != nil { t.Fatal(err) } if !bytes.Equal(pt, enc.plaintext) { t.Errorf("plaintext: got %x, want %x", pt, enc.plaintext) } } } func TestContextMaxSequenceNumber(t *testing.T) { got := maxSequenceNumber(12 /*=AESGCMIVSize*/) want, ok := new(big.Int).SetString("79228162514264337593543950335", 10) // (1 << (8*12)) - 1 if !ok { t.Fatalf("SetString(\"79228162514264337593543950335\", 10): got err, want success") } if got.Cmp(want) != 0 { t.Errorf("maxSequenceNumber(12): got %s, want %s", got.String(), want.String()) } } func TestComputeNonce(t *testing.T) { id, vec := rfcVectorA1(t) kem, err := newKEM(id.kemID) if err != nil { t.Fatalf("newKEM(%d): err %q", id.kemID, err) } kdf, err := newKDF(id.kdfID) if err != nil { t.Fatalf("newKDF(%d): err %q", id.kdfID, err) } aead, err := newAEAD(id.aeadID) if err != nil { t.Fatalf("newAEAD(%d): err %q", id.aeadID, err) } recipientPrivKey := secretdata.NewBytesFromData(vec.recipientPrivKey, insecuresecretdataaccess.Token{}) ctx, err := newRecipientContext(vec.encapsulatedKey, recipientPrivKey, kem, kdf, aead, vec.info) if err != nil { t.Fatalf("newRecipientContext: err %q", err) } if !bytes.Equal(ctx.baseNonce, vec.baseNonce) { t.Fatalf("base nonce: got %x, want %x", ctx.baseNonce, vec.baseNonce) } for _, enc := range vec.consecutiveEncryptions { nonce, err := ctx.computeNonce() if err != nil { t.Fatal(err) } if !bytes.Equal(nonce, enc.nonce) { t.Errorf("computeNonce: got %x, want %x", nonce, enc.nonce) } if err := ctx.incrementSequenceNumber(); err != nil { t.Fatal(err) } } for _, enc := range vec.otherEncryptions { ctx.sequenceNumber.Set(enc.sequenceNumber) nonce, err := ctx.computeNonce() if err != nil { t.Fatal(err) } if !bytes.Equal(nonce, enc.nonce) { t.Errorf("computeNonce: got %x, want %x", nonce, enc.nonce) } if err := ctx.incrementSequenceNumber(); err != nil { t.Fatal(err) } } } ================================================ FILE: hybrid/internal/hpke/decrypt.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "fmt" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/tink" ) // Decrypt for HPKE implements interface HybridDecrypt. type Decrypt struct { recipientPrivateKeyBytes secretdata.Bytes kem kem kdf kdf aead aead encapsulatedKeyLen int } var _ tink.HybridDecrypt = (*Decrypt)(nil) // NewDecrypt constructs a [Decrypt] object from private key bytes. func NewDecrypt(recipientPrivateKeyBytes secretdata.Bytes, kemID KEMID, kdfID KDFID, aeadID AEADID) (*Decrypt, error) { if recipientPrivateKeyBytes.Len() == 0 { return nil, fmt.Errorf("private key bytes are empty") } kem, kdf, aead, err := newPrimitives(kemID, kdfID, aeadID) if err != nil { return nil, err } return &Decrypt{recipientPrivateKeyBytes, kem, kdf, aead, kem.encapsulatedKeyLength()}, nil } // Decrypt decrypts ciphertext, verifying the integrity of contextInfo. func (d *Decrypt) Decrypt(ciphertext, contextInfo []byte) ([]byte, error) { if len(ciphertext) < d.encapsulatedKeyLen { return nil, fmt.Errorf("ciphertext (size %d) is too short", len(ciphertext)) } encapsulatedKey := ciphertext[:d.encapsulatedKeyLen] aeadCiphertext := ciphertext[d.encapsulatedKeyLen:] ctx, err := newRecipientContext(encapsulatedKey, d.recipientPrivateKeyBytes, d.kem, d.kdf, d.aead, contextInfo) if err != nil { return nil, fmt.Errorf("newRecipientContext: %v", err) } return ctx.open(aeadCiphertext, emptyAssociatedData) } ================================================ FILE: hybrid/internal/hpke/encrypt.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "errors" "fmt" "github.com/tink-crypto/tink-go/v2/tink" ) // Encrypt for HPKE implements interface HybridEncrypt. type Encrypt struct { recipientPubKeyBytes []byte kem kem kdf kdf aead aead } var _ tink.HybridEncrypt = (*Encrypt)(nil) // NewEncrypt constructs an Encrypt using HpkePublicKey. func NewEncrypt(recipientPubKeyBytes []byte, kemID KEMID, kdfID KDFID, aeadID AEADID) (*Encrypt, error) { if len(recipientPubKeyBytes) == 0 { return nil, errors.New("empty recipient public key") } kem, kdf, aead, err := newPrimitives(kemID, kdfID, aeadID) if err != nil { return nil, err } return &Encrypt{recipientPubKeyBytes, kem, kdf, aead}, nil } // Encrypt encrypts plaintext, binding contextInfo to the resulting ciphertext. func (e *Encrypt) Encrypt(plaintext, contextInfo []byte) ([]byte, error) { ctx, err := newSenderContext(e.recipientPubKeyBytes, e.kem, e.kdf, e.aead, contextInfo) if err != nil { return nil, fmt.Errorf("newSenderContext: %v", err) } ciphertext, err := ctx.seal(plaintext, emptyAssociatedData) if err != nil { return nil, fmt.Errorf("seal: %v", err) } output := make([]byte, 0, len(ctx.encapsulatedKey)+len(ciphertext)) output = append(output, ctx.encapsulatedKey...) output = append(output, ciphertext...) return output, nil } ================================================ FILE: hybrid/internal/hpke/encrypt_decrypt_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "bytes" "math/rand" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/subtle" ) func TestNewEncryptMissingPubKeyBytes(t *testing.T) { if _, err := NewEncrypt(nil, P256HKDFSHA256, HKDFSHA256, AES256GCM); err == nil { t.Error("NewEncrypt() err = nil, want err") } if _, err := NewEncrypt([]byte{}, P256HKDFSHA256, HKDFSHA256, AES256GCM); err == nil { t.Error("NewEncrypt() err = nil, want err") } } func TestNewDecryptMissingPrivKeyBytes(t *testing.T) { if _, err := NewDecrypt(secretdata.NewBytesFromData(nil, insecuresecretdataaccess.Token{}), P256HKDFSHA256, HKDFSHA256, AES256GCM); err == nil { t.Error("NewDecrypt() err = nil, want err") } if _, err := NewDecrypt(secretdata.NewBytesFromData([]byte{}, insecuresecretdataaccess.Token{}), P256HKDFSHA256, HKDFSHA256, AES256GCM); err == nil { t.Error("NewDecrypt() err = nil, want err") } } func TestEncryptDecrypt(t *testing.T) { aeadIDs := []AEADID{AES128GCM, AES256GCM, ChaCha20Poly1305} for _, aeadID := range aeadIDs { t.Run(aeadID.String(), func(t *testing.T) { pubKey, privKey := pubPrivKeys(t) enc, err := NewEncrypt(pubKey, X25519HKDFSHA256, HKDFSHA256, aeadID) if err != nil { t.Fatalf("NewEncrypt() err %q", err) } dec, err := NewDecrypt(privKey, X25519HKDFSHA256, HKDFSHA256, aeadID) if err != nil { t.Fatalf("NewDecrypt() err %q", err) } wantPT := random.GetRandomBytes(200) ctxInfo := random.GetRandomBytes(100) ct, err := enc.Encrypt(wantPT, ctxInfo) if err != nil { t.Fatalf("Encrypt() err %q", err) } gotPT, err := dec.Decrypt(ct, ctxInfo) if err != nil { t.Fatalf("Decrypt() err %q", err) } if !bytes.Equal(gotPT, wantPT) { t.Errorf("Decrypt: got %q, want %q", gotPT, wantPT) } }) } } func TestDecryptModifiedCiphertextOrContextInfo(t *testing.T) { pubKey, privKey := pubPrivKeys(t) enc, err := NewEncrypt(pubKey, X25519HKDFSHA256, HKDFSHA256, AES256GCM) if err != nil { t.Fatalf("NewEncrypt() err %q", err) } dec, err := NewDecrypt(privKey, X25519HKDFSHA256, HKDFSHA256, AES256GCM) if err != nil { t.Fatalf("NewDecrypt() err %q", err) } wantPT := random.GetRandomBytes(200) ctxInfo := random.GetRandomBytes(100) ct, err := enc.Encrypt(wantPT, ctxInfo) if err != nil { t.Fatalf("Encrypt() err %q", err) } gotPT, err := dec.Decrypt(ct, ctxInfo) if err != nil { t.Fatalf("Decrypt() err %q", err) } if !bytes.Equal(gotPT, wantPT) { t.Errorf("Decrypt: got %q, want %q", gotPT, wantPT) } tests := []struct { name string ct []byte ctxInfo []byte }{ {"extended ct", append(ct, []byte("hi there")...), ctxInfo}, {"flip byte ct", flipRandByte(t, ct), ctxInfo}, {"short ct", ct[:len(ct)-5], ctxInfo}, {"empty ct", []byte{}, ctxInfo}, {"extended ctxInfo", ct, append(ctxInfo, []byte("hi there")...)}, {"flip byte ctxInfo", ct, flipRandByte(t, ctxInfo)}, {"short ctxInfo", ct, ctxInfo[:len(ctxInfo)-5]}, {"empty ctxInfo", ct, []byte{}}, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { if _, err := dec.Decrypt(test.ct, test.ctxInfo); err == nil { t.Error("Decrypt: got success, want err") } }) } } func TestEncryptDecryptEmptyContextInfo(t *testing.T) { pubKey, privKey := pubPrivKeys(t) enc, err := NewEncrypt(pubKey, X25519HKDFSHA256, HKDFSHA256, AES256GCM) if err != nil { t.Fatalf("NewEncrypt() err = %q", err) } dec, err := NewDecrypt(privKey, X25519HKDFSHA256, HKDFSHA256, AES256GCM) if err != nil { t.Fatalf("NewDecrypt() err = %q", err) } wantPT := random.GetRandomBytes(200) ctxInfo := []byte{} ct, err := enc.Encrypt(wantPT, ctxInfo) if err != nil { t.Fatalf("Encrypt: err %q", err) } gotPT, err := dec.Decrypt(ct, ctxInfo) if err != nil { t.Fatalf("Decrypt: err %q", err) } if !bytes.Equal(gotPT, wantPT) { t.Errorf("Decrypt: got %q, want %q", gotPT, wantPT) } } // TestDecryptEncapsulatedKeyWithFlippedMSB checks that ciphertexts with its // encapsulated key MSB flipped fails to decrypt. See details at b/213886185. func TestDecryptEncapsulatedKeyWithFlippedMSB(t *testing.T) { pubKey, privKey := pubPrivKeys(t) enc, err := NewEncrypt(pubKey, X25519HKDFSHA256, HKDFSHA256, AES256GCM) if err != nil { t.Fatalf("NewEncrypt() err = %q", err) } dec, err := NewDecrypt(privKey, X25519HKDFSHA256, HKDFSHA256, AES256GCM) if err != nil { t.Fatalf("NewDecrypt() err = %q", err) } wantPT := random.GetRandomBytes(200) ctxInfo := random.GetRandomBytes(100) ct, err := enc.Encrypt(wantPT, ctxInfo) if err != nil { t.Fatalf("Encrypt: err %q", err) } gotPT, err := dec.Decrypt(ct, ctxInfo) if err != nil { t.Fatalf("Decrypt: err %q", err) } if !bytes.Equal(gotPT, wantPT) { t.Errorf("Decrypt: got %q, want %q", gotPT, wantPT) } // Flip the MSB of the encapsulated key, which is the first 32 bytes of ct. ct[31] = ct[31] ^ 128 if _, err := dec.Decrypt(ct, ctxInfo); err == nil { t.Error("Decrypt with encapsulated key MSB flipped: got success, want err") } } func pubPrivKeys(t *testing.T) ([]byte, secretdata.Bytes) { t.Helper() priv, err := subtle.GeneratePrivateKeyX25519() if err != nil { t.Fatalf("GeneratePrivateKeyX25519: err %q", err) } pub, err := subtle.PublicFromPrivateX25519(priv) if err != nil { t.Fatalf("PublicFromPrivateX25519: err %q", err) } return pub, secretdata.NewBytesFromData(priv, insecuresecretdataaccess.Token{}) } func flipRandByte(t *testing.T, b []byte) []byte { t.Helper() ret := make([]byte, len(b)) copy(ret, b) randByte := rand.Intn(len(b)) ret[randByte] = ret[randByte] ^ 255 return ret } func TestNewEncryptNewDecrypt_InvalidIDs(t *testing.T) { pub, priv := pubPrivKeys(t) t.Run("Invalid KEM ID", func(t *testing.T) { if _, err := NewEncrypt(pub, UnknownKEMID, HKDFSHA256, AES256GCM); err == nil { t.Error("NewEncrypt() err = nil, want err") } if _, err := NewDecrypt(priv, UnknownKEMID, HKDFSHA256, AES256GCM); err == nil { t.Error("NewDecrypt() err = nil, want err") } }) t.Run("Invalid KDF ID", func(t *testing.T) { if _, err := NewEncrypt(pub, X25519HKDFSHA256, UnknownKDFID, AES256GCM); err == nil { t.Error("NewEncrypt() err = nil, want err") } if _, err := NewDecrypt(priv, X25519HKDFSHA256, UnknownKDFID, AES256GCM); err == nil { t.Error("NewDecrypt() err = nil, want err") } }) t.Run("Invalid AEAD ID", func(t *testing.T) { if _, err := NewEncrypt(pub, X25519HKDFSHA256, HKDFSHA256, UnknownAEADID); err == nil { t.Error("NewEncrypt() err = nil, want err") } if _, err := NewDecrypt(priv, X25519HKDFSHA256, HKDFSHA256, UnknownAEADID); err == nil { t.Error("NewDecrypt() err = nil, want err") } }) } ================================================ FILE: hybrid/internal/hpke/hkdf_kdf.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "crypto" "fmt" "io" "golang.org/x/crypto/hkdf" ) // hkdfKDF is a HKDF HPKE KDF variant that implements interface kdf. type hkdfKDF struct { // HPKE KDF algorithm identifier. kdfID KDFID hashFunction crypto.Hash } var _ kdf = (*hkdfKDF)(nil) // newHKDFKDF constructs a HKDF HPKE KDF using hashFunction. func newHKDFKDF(hashFunction HashType) (*hkdfKDF, error) { switch hashFunction { case SHA256: return &hkdfKDF{kdfID: HKDFSHA256, hashFunction: crypto.SHA256}, nil case SHA384: return &hkdfKDF{kdfID: HKDFSHA384, hashFunction: crypto.SHA384}, nil case SHA512: return &hkdfKDF{kdfID: HKDFSHA512, hashFunction: crypto.SHA512}, nil default: return nil, fmt.Errorf("hash function %s is not supported", hashFunction) } } func (h *hkdfKDF) labeledExtract(salt, ikm []byte, ikmLabel string, suiteID []byte) []byte { return hkdf.Extract(h.hashFunction.New, labelIKM(ikmLabel, ikm, suiteID), salt) } func (h *hkdfKDF) labeledExpand(prk, info []byte, infoLabel string, suiteID []byte, length int) ([]byte, error) { labeledInfo, err := labelInfo(infoLabel, info, suiteID, length) if err != nil { return nil, err } reader := hkdf.Expand(h.hashFunction.New, prk, labeledInfo) key := make([]byte, length) if _, err := io.ReadFull(reader, key); err != nil { return nil, err } return key, nil } func (h *hkdfKDF) extractAndExpand(salt, ikm []byte, ikmLabel string, info []byte, infoLabel string, suiteID []byte, length int) ([]byte, error) { prk := h.labeledExtract(salt, ikm, ikmLabel, suiteID) return h.labeledExpand(prk, info, infoLabel, suiteID, length) } func (h *hkdfKDF) id() KDFID { return h.kdfID } ================================================ FILE: hybrid/internal/hpke/hkdf_kdf_test.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "bytes" "encoding/hex" "fmt" "math" "testing" "github.com/tink-crypto/tink-go/v2/subtle" ) // TODO: b/201070904 - Write tests using baseModeX25519HKDFSHA256Vectors. func TestHKDFKDFLabeledExtract(t *testing.T) { kdf, err := newKDF(HKDFSHA256) if err != nil { t.Fatalf("newKDF(HKDFSHA256): got err %q, want success", err) } id, v := rfcVectorA1(t) suiteID := hpkeSuiteID(id.kemID, id.kdfID, id.aeadID) // Base mode uses a default empty value for the pre-shared key (PSK), see // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.1.1-4. pskIDHash := kdf.labeledExtract(emptySalt, emptyIKM /*= default PSK ID*/, "psk_id_hash", suiteID) infoHash := kdf.labeledExtract(emptySalt, v.info, "info_hash", suiteID) keyScheduleCtx := keyScheduleContext(id.mode, pskIDHash, infoHash) if !bytes.Equal(keyScheduleCtx, v.keyScheduleCtx) { t.Errorf("labeledExtract: got %x, want %x", keyScheduleCtx, v.keyScheduleCtx) } secret := kdf.labeledExtract(v.sharedSecret, emptyIKM /*= default PSK*/, "secret", suiteID) if !bytes.Equal(secret, v.secret) { t.Errorf("labeledExtract: got %x, want %x", secret, v.secret) } } func TestHKDFKDFLabeledExpand(t *testing.T) { kdf, err := newKDF(HKDFSHA256) if err != nil { t.Fatalf("newKDF(HKDFSHA256): got err %q, want success", err) } id, v := rfcVectorA1(t) suiteID := hpkeSuiteID(id.kemID, id.kdfID, id.aeadID) tests := []struct { infoLabel string length int want []byte wantErr bool }{ {"key", 16, v.key, false}, {"base_nonce", 12, v.baseNonce, false}, {"large_length", int(math.Pow(2, 16)), []byte{}, true}, } for _, test := range tests { t.Run(test.infoLabel, func(t *testing.T) { got, err := kdf.labeledExpand(v.secret, v.keyScheduleCtx, test.infoLabel, suiteID, test.length) if test.wantErr { if err == nil { t.Error("labeledExpand: got success, want err") } return } if err != nil { t.Errorf("labeledExpand: got err %q, want success", err) } if !bytes.Equal(got, test.want) { t.Errorf("labeledExpand: got %x, want %x", got, test.want) } }) } } func TestHKDFKDFLabeledExpandRFCVectors(t *testing.T) { kdf, err := newKDF(HKDFSHA256) if err != nil { t.Fatalf("newKDF(HKDFSHA256): got err %q, want success", err) } suiteID := hpkeSuiteID(X25519HKDFSHA256, HKDFSHA256, AES128GCM) // Vectors are defined at // https://datatracker.ietf.org/doc/html/rfc5869#appendix-A. tests := []struct { name string info string prk string length int want string // Generated manually. }{ { name: "basic", info: "f0f1f2f3f4f5f6f7f8f9", prk: "077709362c2e32df0ddc3f0dc47bba6390b6c73bb50f9c3122ec844ad7c2b3e5", length: 42, want: "2f1a8eb86971cd1850d04a1b98f9a63d52d56c5a4d5fcb68103e57c7a85a1df2c9be1346ae041007712d", }, { name: "longer inputs", info: "b0b1b2b3b4b5b6b7b8b9babbbcbdbebfc0c1c2c3c4c5c6c7c8c9cacbcccdcecfd0d1d2d3d4d5d6d7d8d9dadbdcdddedfe0e1e2e3e4e5e6e7e8e9eaebecedeeeff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff", prk: "06a6b88c5853361a06104c9ceb35b45cef760014904671014a193f40c15fc244", length: 82, want: "3961afd1985cb4d811e261b3568c44b88ae7e5d5909d33a5419e954eb245fe03fd3635769d88cec8adb709e900fa399e1a68bdb9d5c879e385845eeb99034fd232e30d1acc58f7fa37791fe0c433221b1fec", }, { name: "zero-length info", info: "", prk: "19ef24a32c717b167f33a91d6f648bdf96596776afdb6377ac434c1c293ccb04", length: 42, want: "bdb2761a4f8504177b10ecc354f41153a3964435b9072d1f349c2993afbaa77a05ed426c384e195dba76", }, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { info, err := hex.DecodeString(test.info) if err != nil { t.Fatal("hex.DecodeString(info) failed") } prk, err := hex.DecodeString(test.prk) if err != nil { t.Fatal("hex.DecodeString(prk) failed") } want, err := hex.DecodeString(test.want) if err != nil { t.Fatal("hex.DecodeString(want) failed") } got, err := kdf.labeledExpand(prk, info, "info_label", suiteID, test.length) if err != nil { t.Errorf("labeledExpand: got err %q, want success", err) } if !bytes.Equal(got, want) { t.Errorf("labeledExpand: got %x, want %x", got, want) } }) } } func TestHKDFKDFExtractAndExpand(t *testing.T) { kdf, err := newKDF(HKDFSHA256) if err != nil { t.Fatalf("newKDF(HKDFSHA256): got err %q, want success", err) } _, v := rfcVectorA1(t) dhSharedSecret, err := subtle.ComputeSharedSecretX25519(v.senderPrivKey, v.recipientPubKey) if err != nil { t.Fatalf("ComputeSharedSecretX25519: got err %q, want success", err) } kemCtx := []byte{} kemCtx = append(kemCtx, v.senderPubKey...) kemCtx = append(kemCtx, v.recipientPubKey...) var tests = []struct { length int want []byte wantErr bool }{ {32, v.sharedSecret, false}, {int(math.Pow(2, 16)), nil, true}, } for _, test := range tests { t.Run(fmt.Sprintf("%d", test.length), func(t *testing.T) { sharedSecret, err := kdf.extractAndExpand( emptySalt, dhSharedSecret, "eae_prk", kemCtx, "shared_secret", kemSuiteID(X25519HKDFSHA256), test.length) if test.wantErr { if err == nil { t.Error("extractAndExpand: got success, want err") } return } if err != nil { t.Errorf("extractAndExpand: got err %q, want success", err) } if !bytes.Equal(sharedSecret, v.sharedSecret) { t.Errorf("extractAndExpand: got %x, want %x", sharedSecret, v.sharedSecret) } }) } } func TestNewHKDFKDF_UnknownHashType(t *testing.T) { if _, err := newHKDFKDF(UnknownHashType); err == nil { t.Errorf("newHKDFKDF() err = nil, want error") } } ================================================ FILE: hybrid/internal/hpke/hpke.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package hpke provides implementations of Hybrid Public Key Encryption. package hpke import ( "encoding/binary" "errors" "fmt" ) // Mode identifiers. const ( // BaseMode is the base mode identifier. baseMode uint8 = 0x00 ) // KEMID is the key encapsulation mechanism identifier. type KEMID uint16 // All identifier values are specified in // https://www.rfc-editor.org/rfc/rfc9180.html and // https://www.iana.org/assignments/hpke/hpke.xhtml. // KEM algorithm identifiers. const ( // UnknownKEMID is the KEM identifier for unknown KEM algorithms. UnknownKEMID KEMID = 0 // P256HKDFSHA256 is the KEM identifier for NIST P-256 with HKDF-SHA-256. P256HKDFSHA256 = 0x0010 // P384HKDFSHA384 is the KEM identifier for NIST P-384 with HKDF-SHA-384. P384HKDFSHA384 = 0x0011 // P521HKDFSHA512 is the KEM identifier for NIST P-521 with HKDF-SHA-512. P521HKDFSHA512 = 0x0012 // X25519HKDFSHA256 is the KEM identifier for Curve25519 with HKDF-SHA-256. X25519HKDFSHA256 = 0x0020 // MLKEM768 is the KEM identifier for ML-KEM-768. MLKEM768 = 0x0041 // MLKEM1024 is the KEM identifier for ML-KEM-1024. MLKEM1024 = 0x0042 // XWing is the KEM identifier for X-Wing. XWing = 0x647a ) // KDFID is the key derivation function identifier. type KDFID uint16 // KDF algorithm identifiers. const ( // UnknownKDFID is the KDF identifier for unknown KDF algorithms. UnknownKDFID KDFID = 0 // HKDFSHA256 is the KDF identifier for HKDF-SHA-256. HKDFSHA256 = 0x0001 // HKDFSHA384 is the KDF identifier for HKDF-SHA-384. HKDFSHA384 = 0x0002 // HKDFSHA512 is the KDF identifier for HKDF-SHA-512. HKDFSHA512 = 0x0003 ) // AEADID is the authenticated encryption with associated data identifier. type AEADID uint16 // AEAD algorithm identifiers. const ( // UnknownAEADID is the AEAD identifier for unknown AEAD algorithms. UnknownAEADID AEADID = 0 // AES128GCM is the AEAD identifier for AES-128-GCM. AES128GCM = 0x0001 // AES256GCM is the AEAD identifier for AES-256-GCM. AES256GCM = 0x0002 // ChaCha20Poly1305 is the AEAD identifier for ChaCha20-Poly1305. ChaCha20Poly1305 = 0x0003 ) // String returns a string representation of the AEAD ID. func (a AEADID) String() string { switch a { case AES128GCM: return "AES128GCM" case AES256GCM: return "AES256GCM" case ChaCha20Poly1305: return "ChaCha20Poly1305" default: return fmt.Sprintf("unknown AEADID: %d", a) } } // HashType is the hash function identifier. type HashType int // Hash function identifiers. const ( // UnknownHashType is the hash function identifier for unknown hash functions. UnknownHashType HashType = iota // SHA256 is the identifier for the SHA-256 hash function. SHA256 // SHA384 is the identifier for the SHA-384 hash function. SHA384 // SHA512 is the identifier for the SHA-512 hash function. SHA512 ) // String returns a string representation of the hash type. func (h HashType) String() string { switch h { case SHA256: return "SHA256" case SHA384: return "SHA384" case SHA512: return "SHA512" default: return fmt.Sprintf("unknown HashType: %d", h) } } const hpkeV1 = "HPKE-v1" var ( // KEM lengths from https://www.rfc-editor.org/rfc/rfc9180.html#section-7.1 // and https://www.iana.org/assignments/hpke/hpke.xhtml. kemLengths = map[KEMID]struct { nSecret, nEnc, nPK, nSK int }{ P256HKDFSHA256: {nSecret: 32, nEnc: 65, nPK: 65, nSK: 32}, P384HKDFSHA384: {nSecret: 48, nEnc: 97, nPK: 97, nSK: 48}, P521HKDFSHA512: {nSecret: 64, nEnc: 133, nPK: 133, nSK: 66}, X25519HKDFSHA256: {nSecret: 32, nEnc: 32, nPK: 32, nSK: 32}, MLKEM768: {nSecret: 32, nEnc: 1088, nPK: 1184, nSK: 64}, MLKEM1024: {nSecret: 32, nEnc: 1568, nPK: 1568, nSK: 64}, XWing: {nSecret: 32, nEnc: 1120, nPK: 1216, nSK: 32}, } errInvalidHPKEParams = errors.New("invalid HPKE parameters") errInvalidHPKEPrivateKeyLength = errors.New("invalid HPKE private key length") errInvalidHPKEPublicKeyLength = errors.New("invalid HPKE public key length") emptySalt = []byte{} emptyIKM = []byte{} emptyAssociatedData = []byte{} ) // kemSuiteID generates the KEM suite ID from kemID according to // https://www.rfc-editor.org/rfc/rfc9180.html#section-4.1-5. func kemSuiteID(kemID KEMID) []byte { return binary.BigEndian.AppendUint16([]byte("KEM"), uint16(kemID)) } // hpkeSuiteID generates the HPKE suite ID according to // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.1-8. func hpkeSuiteID(kemID KEMID, kdfID KDFID, aeadID AEADID) []byte { // Allocate memory for the return value with the exact amount of bytes needed. res := make([]byte, 0, 4+2+2+2) res = append(res, "HPKE"...) res = binary.BigEndian.AppendUint16(res, uint16(kemID)) res = binary.BigEndian.AppendUint16(res, uint16(kdfID)) res = binary.BigEndian.AppendUint16(res, uint16(aeadID)) return res } // keyScheduleContext creates the key_schedule_context defined at // https://www.rfc-editor.org/rfc/rfc9180.html#section-5.1-10. func keyScheduleContext(mode uint8, pskIDHash, infoHash []byte) []byte { // Allocate memory for the return value with the exact amount of bytes needed. res := make([]byte, 0, 1+len(pskIDHash)+len(infoHash)) res = append(res, mode) res = append(res, pskIDHash...) res = append(res, infoHash...) return res } // labelIKM returns a labeled IKM according to LabeledExtract() defined at // https://www.rfc-editor.org/rfc/rfc9180.html#section-4. func labelIKM(label string, ikm, suiteID []byte) []byte { // Allocate memory for the return value with the exact amount of bytes needed. res := make([]byte, 0, len(hpkeV1)+len(suiteID)+len(label)+len(ikm)) res = append(res, hpkeV1...) res = append(res, suiteID...) res = append(res, label...) res = append(res, ikm...) return res } // labelInfo returns a labeled info according to LabeledExpand() defined at // https://www.rfc-editor.org/rfc/rfc9180.html#section-4. func labelInfo(label string, info, suiteID []byte, length int) ([]byte, error) { length16 := uint16(length) if int(length16) != length { return nil, fmt.Errorf("length %d must be a valid uint16 value", length) } // Allocate memory for the return value with the exact amount of bytes needed. res := make([]byte, 0, 2+len(hpkeV1)+len(suiteID)+len(label)+len(info)) res = binary.BigEndian.AppendUint16(res, length16) res = append(res, hpkeV1...) res = append(res, suiteID...) res = append(res, label...) res = append(res, info...) return res, nil } ================================================ FILE: hybrid/internal/hpke/hpke_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "encoding/hex" "encoding/json" "math/big" "os" "path/filepath" "testing" "github.com/tink-crypto/tink-go/v2/testutil" ) // TODO: b/201070904 - Separate tests into internal_test package. // aeadIDs are specified at // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.3. var aeadIDs = []struct { name string aeadID AEADID keyLength int }{ {"AES128GCM", AES128GCM, 16}, {"AES256GCM", AES256GCM, 32}, {"ChaCha20Poly1305", ChaCha20Poly1305, 32}, } type hpkeID struct { id int mode uint8 kemID KEMID kdfID KDFID aeadID AEADID } type vector struct { info []byte senderPubKey []byte senderPrivKey []byte recipientPubKey []byte recipientPrivKey []byte encapsulatedKey []byte sharedSecret []byte keyScheduleCtx []byte secret []byte key []byte baseNonce []byte consecutiveEncryptions []encryptionVector otherEncryptions []encryptionVector } type encryptionVector struct { key []byte plaintext []byte associatedData []byte nonce []byte ciphertext []byte sequenceNumber *big.Int } type encryptionString struct { sequenceNumber uint64 plaintext string associatedData string nonce string ciphertext string } type hpkeRFCTestVector struct { mode uint8 kemID KEMID kdfID KDFID aeadID AEADID info, pkEm, skEm, pkRm, skRm, enc, sharedSecret, keyScheduleCtx, secret, key, baseNonce string consecutiveEncryptions, otherEncryptions []encryptionString } // TODO: b/201070904 - Include all Tink-supported RFC vectors. func rfcVectorA1(t *testing.T) (hpkeID, vector) { // Test vector from HPKE RFC // https://www.rfc-editor.org/rfc/rfc9180.html#appendix-A.1.1. v := hpkeRFCTestVector{ mode: 0, kemID: 32, kdfID: 1, aeadID: 1, info: "4f6465206f6e2061204772656369616e2055726e", pkEm: "37fda3567bdbd628e88668c3c8d7e97d1d1253b6d4ea6d44c150f741f1bf4431", skEm: "52c4a758a802cd8b936eceea314432798d5baf2d7e9235dc084ab1b9cfa2f736", pkRm: "3948cfe0ad1ddb695d780e59077195da6c56506b027329794ab02bca80815c4d", skRm: "4612c550263fc8ad58375df3f557aac531d26850903e55a9f23f21d8534e8ac8", enc: "37fda3567bdbd628e88668c3c8d7e97d1d1253b6d4ea6d44c150f741f1bf4431", sharedSecret: "fe0e18c9f024ce43799ae393c7e8fe8fce9d218875e8227b0187c04e7d2ea1fc", keyScheduleCtx: "00725611c9d98c07c03f60095cd32d400d8347d45ed67097bbad50fc56da742d07cb6cffde367bb0565ba28bb02c90744a20f5ef37f30523526106f637abb05449", secret: "12fff91991e93b48de37e7daddb52981084bd8aa64289c3788471d9a9712f397", key: "4531685d41d65f03dc48f6b8302c05b0", baseNonce: "56d890e5accaaf011cff4b7d", consecutiveEncryptions: []encryptionString{ { sequenceNumber: 0, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d30", nonce: "56d890e5accaaf011cff4b7d", ciphertext: "f938558b5d72f1a23810b4be2ab4f84331acc02fc97babc53a52ae8218a355a96d8770ac83d07bea87e13c512a", }, { sequenceNumber: 1, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d31", nonce: "56d890e5accaaf011cff4b7c", ciphertext: "af2d7e9ac9ae7e270f46ba1f975be53c09f8d875bdc8535458c2494e8a6eab251c03d0c22a56b8ca42c2063b84", }, { sequenceNumber: 2, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d32", nonce: "56d890e5accaaf011cff4b7f", ciphertext: "498dfcabd92e8acedc281e85af1cb4e3e31c7dc394a1ca20e173cb72516491588d96a19ad4a683518973dcc180", }, }, otherEncryptions: []encryptionString{ { sequenceNumber: 4, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d34", nonce: "56d890e5accaaf011cff4b79", ciphertext: "583bd32bc67a5994bb8ceaca813d369bca7b2a42408cddef5e22f880b631215a09fc0012bc69fccaa251c0246d", }, { sequenceNumber: 255, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d323535", nonce: "56d890e5accaaf011cff4b82", ciphertext: "7175db9717964058640a3a11fb9007941a5d1757fda1a6935c805c21af32505bf106deefec4a49ac38d71c9e0a", }, { sequenceNumber: 256, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d323536", nonce: "56d890e5accaaf011cff4a7d", ciphertext: "957f9800542b0b8891badb026d79cc54597cb2d225b54c00c5238c25d05c30e3fbeda97d2e0e1aba483a2df9f2", }, }, } return rfcVector(t, v) } func rfcVectorA3(t *testing.T) (hpkeID, vector) { // Test vector from HPKE RFC // https://www.rfc-editor.org/rfc/rfc9180.html#appendix-A.3.1. v := hpkeRFCTestVector{ mode: 0, kemID: 16, kdfID: 1, aeadID: 1, info: "4f6465206f6e2061204772656369616e2055726e", pkEm: "04a92719c6195d5085104f469a8b9814d5838ff72b60501e2c4466e5e67b325ac98536d7b61a1af4b78e5b7f951c0900be863c403ce65c9bfcb9382657222d18c4", skEm: "4995788ef4b9d6132b249ce59a77281493eb39af373d236a1fe415cb0c2d7beb", pkRm: "04fe8c19ce0905191ebc298a9245792531f26f0cece2460639e8bc39cb7f706a826a779b4cf969b8a0e539c7f62fb3d30ad6aa8f80e30f1d128aafd68a2ce72ea0", skRm: "f3ce7fdae57e1a310d87f1ebbde6f328be0a99cdbcadf4d6589cf29de4b8ffd2", enc: "04a92719c6195d5085104f469a8b9814d5838ff72b60501e2c4466e5e67b325ac98536d7b61a1af4b78e5b7f951c0900be863c403ce65c9bfcb9382657222d18c4", sharedSecret: "c0d26aeab536609a572b07695d933b589dcf363ff9d93c93adea537aeabb8cb8", keyScheduleCtx: "00b88d4e6d91759e65e87c470e8b9141113e9ad5f0c8ceefc1e088c82e6980500798e486f9c9c09c9b5c753ac72d6005de254c607d1b534ed11d493ae1c1d9ac85", secret: "2eb7b6bf138f6b5aff857414a058a3f1750054a9ba1f72c2cf0684a6f20b10e1", key: "868c066ef58aae6dc589b6cfdd18f97e", baseNonce: "4e0bc5018beba4bf004cca59", consecutiveEncryptions: []encryptionString{ { sequenceNumber: 0, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d30", nonce: "4e0bc5018beba4bf004cca59", ciphertext: "5ad590bb8baa577f8619db35a36311226a896e7342a6d836d8b7bcd2f20b6c7f9076ac232e3ab2523f39513434", }, { sequenceNumber: 1, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d31", nonce: "4e0bc5018beba4bf004cca58", ciphertext: "fa6f037b47fc21826b610172ca9637e82d6e5801eb31cbd3748271affd4ecb06646e0329cbdf3c3cd655b28e82", }, { sequenceNumber: 2, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d32", nonce: "4e0bc5018beba4bf004cca5b", ciphertext: "895cabfac50ce6c6eb02ffe6c048bf53b7f7be9a91fc559402cbc5b8dcaeb52b2ccc93e466c28fb55fed7a7fec", }, }, otherEncryptions: []encryptionString{ { sequenceNumber: 4, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d34", nonce: "4e0bc5018beba4bf004cca5d", ciphertext: "8787491ee8df99bc99a246c4b3216d3d57ab5076e18fa27133f520703bc70ec999dd36ce042e44f0c3169a6a8f", }, { sequenceNumber: 255, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d323535", nonce: "4e0bc5018beba4bf004ccaa6", ciphertext: "2ad71c85bf3f45c6eca301426289854b31448bcf8a8ccb1deef3ebd87f60848aa53c538c30a4dac71d619ee2cd", }, { sequenceNumber: 256, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d323536", nonce: "4e0bc5018beba4bf004ccb59", ciphertext: "10f179686aa2caec1758c8e554513f16472bd0a11e2a907dde0b212cbe87d74f367f8ffe5e41cd3e9962a6afb2", }, }, } return rfcVector(t, v) } func rfcVectorA6(t *testing.T) (hpkeID, vector) { // Test vector from HPKE RFC // https://www.rfc-editor.org/rfc/rfc9180.html#appendix-A.6.1. v := hpkeRFCTestVector{ mode: 0, kemID: 18, kdfID: 3, aeadID: 2, info: "4f6465206f6e2061204772656369616e2055726e", pkEm: "040138b385ca16bb0d5fa0c0665fbbd7e69e3ee29f63991d3e9b5fa740aab8900aaeed46ed73a49055758425a0ce36507c54b29cc5b85a5cee6bae0cf1c21f2731ece2013dc3fb7c8d21654bb161b463962ca19e8c654ff24c94dd2898de12051f1ed0692237fb02b2f8d1dc1c73e9b366b529eb436e98a996ee522aef863dd5739d2f29b0", skEm: "014784c692da35df6ecde98ee43ac425dbdd0969c0c72b42f2e708ab9d535415a8569bdacfcc0a114c85b8e3f26acf4d68115f8c91a66178cdbd03b7bcc5291e374b", pkRm: "0401b45498c1714e2dce167d3caf162e45e0642afc7ed435df7902ccae0e84ba0f7d373f646b7738bbbdca11ed91bdeae3cdcba3301f2457be452f271fa6837580e661012af49583a62e48d44bed350c7118c0d8dc861c238c72a2bda17f64704f464b57338e7f40b60959480c0e58e6559b190d81663ed816e523b6b6a418f66d2451ec64", skRm: "01462680369ae375e4b3791070a7458ed527842f6a98a79ff5e0d4cbde83c27196a3916956655523a6a2556a7af62c5cadabe2ef9da3760bb21e005202f7b2462847", enc: "040138b385ca16bb0d5fa0c0665fbbd7e69e3ee29f63991d3e9b5fa740aab8900aaeed46ed73a49055758425a0ce36507c54b29cc5b85a5cee6bae0cf1c21f2731ece2013dc3fb7c8d21654bb161b463962ca19e8c654ff24c94dd2898de12051f1ed0692237fb02b2f8d1dc1c73e9b366b529eb436e98a996ee522aef863dd5739d2f29b0", sharedSecret: "776ab421302f6eff7d7cb5cb1adaea0cd50872c71c2d63c30c4f1d5e43653336fef33b103c67e7a98add2d3b66e2fda95b5b2a667aa9dac7e59cc1d46d30e818", keyScheduleCtx: "0083a27c5b2358ab4dae1b2f5d8f57f10ccccc822a473326f543f239a70aee46347324e84e02d7651a10d08fb3dda739d22d50c53fbfa8122baacd0f9ae5913072ef45baa1f3a4b169e141feb957e48d03f28c837d8904c3d6775308c3d3faa75dd64adfa44e1a1141edf9349959b8f8e5291cbdc56f62b0ed6527d692e85b09a4", secret: "49fd9f53b0f93732555b2054edfdc0e3101000d75df714b98ce5aa295a37f1b18dfa86a1c37286d805d3ea09a20b72f93c21e83955a1f01eb7c5eead563d21e7", key: "751e346ce8f0ddb2305c8a2a85c70d5cf559c53093656be636b9406d4d7d1b70", baseNonce: "55ff7a7d739c69f44b25447b", consecutiveEncryptions: []encryptionString{ { sequenceNumber: 0, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d30", nonce: "55ff7a7d739c69f44b25447b", ciphertext: "170f8beddfe949b75ef9c387e201baf4132fa7374593dfafa90768788b7b2b200aafcc6d80ea4c795a7c5b841a", }, { sequenceNumber: 1, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d31", nonce: "55ff7a7d739c69f44b25447a", ciphertext: "d9ee248e220ca24ac00bbbe7e221a832e4f7fa64c4fbab3945b6f3af0c5ecd5e16815b328be4954a05fd352256", }, { sequenceNumber: 2, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d32", nonce: "55ff7a7d739c69f44b254479", ciphertext: "142cf1e02d1f58d9285f2af7dcfa44f7c3f2d15c73d460c48c6e0e506a3144bae35284e7e221105b61d24e1c7a", }, }, otherEncryptions: []encryptionString{ { sequenceNumber: 4, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d34", nonce: "55ff7a7d739c69f44b25447f", ciphertext: "3bb3a5a07100e5a12805327bf3b152df728b1c1be75a9fd2cb2bf5eac0cca1fb80addb37eb2a32938c7268e3e5", }, { sequenceNumber: 255, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d323535", nonce: "55ff7a7d739c69f44b254484", ciphertext: "4f268d0930f8d50b8fd9d0f26657ba25b5cb08b308c92e33382f369c768b558e113ac95a4c70dd60909ad1adc7", }, { sequenceNumber: 256, plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d323536", nonce: "55ff7a7d739c69f44b25457b", ciphertext: "dbbfc44ae037864e75f136e8b4b4123351d480e6619ae0e0ae437f036f2f8f1ef677686323977a1ccbb4b4f16a", }, }, } return rfcVector(t, v) } func rfcVector(t *testing.T, v hpkeRFCTestVector) (hpkeID, vector) { t.Helper() var info, senderPubKey, senderPrivKey, recipientPubKey, recipientPrivKey, encapsulatedKey, sharedSecret, keyScheduleCtx, secret, key, baseNonce []byte var err error if info, err = hex.DecodeString(v.info); err != nil { t.Fatalf("hex.DecodeString(info): err %q", err) } if senderPubKey, err = hex.DecodeString(v.pkEm); err != nil { t.Fatalf("hex.DecodeString(pkEm): err %q", err) } if senderPrivKey, err = hex.DecodeString(v.skEm); err != nil { t.Fatalf("hex.DecodeString(skEm): err %q", err) } if recipientPubKey, err = hex.DecodeString(v.pkRm); err != nil { t.Fatalf("hex.DecodeString(pkRm): err %q", err) } if recipientPrivKey, err = hex.DecodeString(v.skRm); err != nil { t.Fatalf("hex.DecodeString(skRm): err %q", err) } if encapsulatedKey, err = hex.DecodeString(v.enc); err != nil { t.Fatalf("hex.DecodeString(enc): err %q", err) } if sharedSecret, err = hex.DecodeString(v.sharedSecret); err != nil { t.Fatalf("hex.DecodeString(sharedSecret): err %q", err) } if keyScheduleCtx, err = hex.DecodeString(v.keyScheduleCtx); err != nil { t.Fatalf("hex.DecodeString(keyScheduleCtx): err %q", err) } if secret, err = hex.DecodeString(v.secret); err != nil { t.Fatalf("hex.DecodeString(secret): err %q", err) } if key, err = hex.DecodeString(v.key); err != nil { t.Fatalf("hex.DecodeString(key): err %q", err) } if baseNonce, err = hex.DecodeString(v.baseNonce); err != nil { t.Fatalf("hex.DecodeString(baseNonce): err %q", err) } return hpkeID{0 /*=id */, v.mode, v.kemID, v.kdfID, v.aeadID}, vector{ info: info, senderPubKey: senderPubKey, senderPrivKey: senderPrivKey, recipientPubKey: recipientPubKey, recipientPrivKey: recipientPrivKey, encapsulatedKey: encapsulatedKey, sharedSecret: sharedSecret, keyScheduleCtx: keyScheduleCtx, secret: secret, key: key, baseNonce: baseNonce, consecutiveEncryptions: parseEncryptions(t, v.consecutiveEncryptions), otherEncryptions: parseEncryptions(t, v.otherEncryptions), } } func parseEncryptions(t *testing.T, encs []encryptionString) []encryptionVector { t.Helper() var res []encryptionVector for _, e := range encs { var plaintext, associatedData, nonce, ciphertext []byte var err error if plaintext, err = hex.DecodeString(e.plaintext); err != nil { t.Fatalf("hex.DecodeString(plaintext): err %q", err) } if associatedData, err = hex.DecodeString(e.associatedData); err != nil { t.Fatalf("hex.DecodeString(associatedData): err %q", err) } if nonce, err = hex.DecodeString(e.nonce); err != nil { t.Fatalf("hex.DecodeString(nonce): err %q", err) } if ciphertext, err = hex.DecodeString(e.ciphertext); err != nil { t.Fatalf("hex.DecodeString(ciphertext): err %q", err) } res = append(res, encryptionVector{ plaintext: plaintext, associatedData: associatedData, nonce: nonce, ciphertext: ciphertext, sequenceNumber: big.NewInt(int64(e.sequenceNumber)), }) } return res } // aeadRFCVectors returns RFC test vectors for AEAD IDs aes128GCM, aes256GCM, // and chaCha20Poly1305. func aeadRFCVectors(t *testing.T) map[hpkeID]encryptionVector { t.Helper() vecs := []struct { mode uint8 kemID KEMID kdfID KDFID aeadID AEADID key, plaintext, associatedData, nonce, ciphertext string }{ // https://www.rfc-editor.org/rfc/rfc9180.html#appendix-A.1.1.1 { mode: 0, kemID: 32, kdfID: 1, aeadID: 1, key: "4531685d41d65f03dc48f6b8302c05b0", plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d30", nonce: "56d890e5accaaf011cff4b7d", ciphertext: "f938558b5d72f1a23810b4be2ab4f84331acc02fc97babc53a52ae8218a355a96d8770ac83d07bea87e13c512a", }, { mode: 0, kemID: 32, kdfID: 1, aeadID: 1, key: "4531685d41d65f03dc48f6b8302c05b0", plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d31", nonce: "56d890e5accaaf011cff4b7c", ciphertext: "af2d7e9ac9ae7e270f46ba1f975be53c09f8d875bdc8535458c2494e8a6eab251c03d0c22a56b8ca42c2063b84", }, // https://www.rfc-editor.org/rfc/rfc9180.html#appendix-A.6.1.1 { mode: 0, kemID: 18, kdfID: 3, aeadID: 2, key: "751e346ce8f0ddb2305c8a2a85c70d5cf559c53093656be636b9406d4d7d1b70", plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d30", nonce: "55ff7a7d739c69f44b25447b", ciphertext: "170f8beddfe949b75ef9c387e201baf4132fa7374593dfafa90768788b7b2b200aafcc6d80ea4c795a7c5b841a", }, { mode: 0, kemID: 18, kdfID: 3, aeadID: 2, key: "751e346ce8f0ddb2305c8a2a85c70d5cf559c53093656be636b9406d4d7d1b70", plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d31", nonce: "55ff7a7d739c69f44b25447a", ciphertext: "d9ee248e220ca24ac00bbbe7e221a832e4f7fa64c4fbab3945b6f3af0c5ecd5e16815b328be4954a05fd352256", }, // https://www.rfc-editor.org/rfc/rfc9180.html#appendix-A.2.1.1 { mode: 0, kemID: 32, kdfID: 1, aeadID: 3, key: "ad2744de8e17f4ebba575b3f5f5a8fa1f69c2a07f6e7500bc60ca6e3e3ec1c91", plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d30", nonce: "5c4d98150661b848853b547f", ciphertext: "1c5250d8034ec2b784ba2cfd69dbdb8af406cfe3ff938e131f0def8c8b60b4db21993c62ce81883d2dd1b51a28", }, { mode: 0, kemID: 32, kdfID: 1, aeadID: 3, key: "ad2744de8e17f4ebba575b3f5f5a8fa1f69c2a07f6e7500bc60ca6e3e3ec1c91", plaintext: "4265617574792069732074727574682c20747275746820626561757479", associatedData: "436f756e742d31", nonce: "5c4d98150661b848853b547e", ciphertext: "6b53c051e4199c518de79594e1c4ab18b96f081549d45ce015be002090bb119e85285337cc95ba5f59992dc98c", }, } m := make(map[hpkeID]encryptionVector) for i, v := range vecs { var key, plaintext, associatedData, nonce, ciphertext []byte var err error if key, err = hex.DecodeString(v.key); err != nil { t.Fatalf("hex.DecodeString(key): err %q", err) } if plaintext, err = hex.DecodeString(v.plaintext); err != nil { t.Fatalf("hex.DecodeString(plaintext): err %q", err) } if associatedData, err = hex.DecodeString(v.associatedData); err != nil { t.Fatalf("hex.DecodeString(associatedData): err %q", err) } if nonce, err = hex.DecodeString(v.nonce); err != nil { t.Fatalf("hex.DecodeString(nonce): err %q", err) } if ciphertext, err = hex.DecodeString(v.ciphertext); err != nil { t.Fatalf("hex.DecodeString(ciphertext): err %q", err) } id := hpkeID{i, v.mode, v.kemID, v.kdfID, v.aeadID} m[id] = encryptionVector{ key: key, plaintext: plaintext, associatedData: associatedData, nonce: nonce, ciphertext: ciphertext, } } return m } const testVectorsDir = "testdata/testvectors" // hpke_boringssl.json contains 128 test vectors. // There are 4 KEMs with 32 vectors each: P-256, P-521, X25519, X448. // There are no test vectors for P-384. func getTestVectorsFilePath(t *testing.T) string { t.Helper() srcDir, ok := os.LookupEnv("TEST_SRCDIR") if ok { workspaceDir, ok := os.LookupEnv("TEST_WORKSPACE") if !ok { t.Fatal("TEST_WORKSPACE not found") } return filepath.Join(srcDir, workspaceDir, testVectorsDir, "hpke_boringssl.json") } return filepath.Join("../../../", testVectorsDir, "hpke_boringssl.json") } // hpkeBaseModeVectors returns BoringSSL test vectors for HPKE base mode. func hpkeBaseModeVectors(t *testing.T) map[hpkeID]vector { t.Helper() f, err := os.Open(getTestVectorsFilePath(t)) if err != nil { t.Fatal(err) } var vecs []struct { Mode uint8 `json:"mode"` KEMID KEMID `json:"kem_id"` KDFID KDFID `json:"kdf_id"` AEADID AEADID `json:"aead_id"` Info testutil.HexBytes `json:"info"` SenderPubKey testutil.HexBytes `json:"pkEm"` SenderPrivKey testutil.HexBytes `json:"skEm"` RecipientPubKey testutil.HexBytes `json:"pkRm"` RecipientPrivKey testutil.HexBytes `json:"skRm"` EncapsulatedKey testutil.HexBytes `json:"enc"` SharedSecret testutil.HexBytes `json:"shared_secret"` KeyScheduleCtx testutil.HexBytes `json:"key_schedule_context"` Secret testutil.HexBytes `json:"secret"` Key testutil.HexBytes `json:"key"` BaseNonce testutil.HexBytes `json:"base_nonce"` } parser := json.NewDecoder(f) if err := parser.Decode(&vecs); err != nil { t.Fatal(err) } m := make(map[hpkeID]vector) for i, v := range vecs { if v.Mode != baseMode { continue } id := hpkeID{i, v.Mode, v.KEMID, v.KDFID, v.AEADID} m[id] = vector{ info: v.Info, senderPubKey: v.SenderPubKey, senderPrivKey: v.SenderPrivKey, recipientPubKey: v.RecipientPubKey, recipientPrivKey: v.RecipientPrivKey, encapsulatedKey: v.EncapsulatedKey, sharedSecret: v.SharedSecret, keyScheduleCtx: v.KeyScheduleCtx, secret: v.Secret, key: v.Key, baseNonce: v.BaseNonce, } } return m } func TestHpkeSuiteIDMemoryAllocatedIsExact(t *testing.T) { suiteID := hpkeSuiteID(1, 2, 3) if len(suiteID) != cap(suiteID) { t.Errorf("want len(suiteID) == cap(suiteID), got %d != %d", len(suiteID), cap(suiteID)) } } func TestKeyScheduleContextMemoryAllocatedIsExact(t *testing.T) { context := keyScheduleContext(1, []byte{1, 2, 3}, []byte{1, 2, 3, 4, 5}) if len(context) != cap(context) { t.Errorf("want len(context) == cap(context), got %d != %d", len(context), cap(context)) } } func TestLabelIKMMemoryAllocatedIsExact(t *testing.T) { ikm := labelIKM("abcde", []byte{1, 2, 3}, []byte{1, 2, 3, 4, 5}) if len(ikm) != cap(ikm) { t.Errorf("want len(ikm) == cap(ikm), got %d != %d", len(ikm), cap(ikm)) } } func TestLabelInfoMemoryAllocatedIsExact(t *testing.T) { info, err := labelInfo("abcde", []byte{1, 2, 3}, []byte{1, 2, 3, 4, 5}, 42) if err != nil { t.Errorf("labelInfo() err = %v, want nil", err) } if len(info) != cap(info) { t.Errorf("want len(info) == cap(info), got %d != %d", len(info), cap(info)) } } ================================================ FILE: hybrid/internal/hpke/kdf.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke // kdf is a package-internal interface for the Hybrid Public Key Encryption // (HPKE) key derivation function (KDF). // // The HPKE RFC is available at // https://www.rfc-editor.org/rfc/rfc9180.html. type kdf interface { // labeledExtract extracts a pseudorandom key from salt, ikm using the // HPKE-specified values suiteID, ikmLabel to facilitate domain separation // and context binding. // // https://www.rfc-editor.org/rfc/rfc9180.html#section-4-9 labeledExtract(salt, ikm []byte, ikmLabel string, suiteID []byte) []byte // labeledExpand expands the pseudorandom key prk into length pseudorandom // bytes using info with other HPKE-specific values infoLabel, suiteID to // facilitate domain separation and context binding. // // https://www.rfc-editor.org/rfc/rfc9180.html#section-4-9 labeledExpand(prk, info []byte, infoLabel string, suiteID []byte, length int) ([]byte, error) // extractAndExpand calls labeledExtract and labeledExpand in order. // // https://www.rfc-editor.org/rfc/rfc9180.html#section-4.1-3 extractAndExpand(salt, ikm []byte, ikmLabel string, info []byte, infoLabel string, suiteID []byte, length int) ([]byte, error) // id returns the HPKE KDF algorithm identifier for the underlying KDF // implementation. // // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.2 id() KDFID } ================================================ FILE: hybrid/internal/hpke/kem.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke // kem is a package-internal interface for the Hybrid Public Key Encryption // (HPKE) key encapsulation mechanism (KEM). // // The HPKE RFC is available at // https://www.rfc-editor.org/rfc/rfc9180.html. type kem interface { // encapsulate generates and encapsulates a shared secret using // recipientPubKey. It returns the raw shared secret and encapsulated key. // The HPKE RFC refers to this function as Encap(). It is used by the sender. encapsulate(recipientPubKey []byte) ([]byte, []byte, error) // decapsulate extracts the shared secret from encapsulatedKey using // recipientPrivKey. It returns the raw shared secret. The HPKE RFC refers // to this function as Decap(). It is used by the recipient. decapsulate(encapsulatedKey, recipientPrivKey []byte) ([]byte, error) // id returns the HPKE KEM algorithm identifier for the underlying KEM // implementation. // // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.1 id() KEMID // encapsulatedKeyLength returns the length of the encapsulated key, // corresponding to Nenc in the following table. // // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.1 encapsulatedKeyLength() int } ================================================ FILE: hybrid/internal/hpke/mlkem_kem.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "fmt" "crypto/mlkem" ) // mlKEM implements interface kem for ML-KEM. type mlKEM struct { // HPKE KEM algorithm identifier. kemID KEMID } var _ kem = (*mlKEM)(nil) func newMLKEM(kemID KEMID) (*mlKEM, error) { switch kemID { case MLKEM768: return &mlKEM{kemID: MLKEM768}, nil case MLKEM1024: return &mlKEM{kemID: MLKEM1024}, nil default: return nil, fmt.Errorf("KEM ID %d is not supported", kemID) } } func (m *mlKEM) encapsulate(recipientPubKey []byte) (sharedSecret, senderPubKey []byte, err error) { switch m.kemID { case MLKEM768: ek, err := mlkem.NewEncapsulationKey768(recipientPubKey) if err != nil { return nil, nil, err } sharedSecret, ciphertext := ek.Encapsulate() return sharedSecret, ciphertext, nil case MLKEM1024: ek, err := mlkem.NewEncapsulationKey1024(recipientPubKey) if err != nil { return nil, nil, err } sharedSecret, ciphertext := ek.Encapsulate() return sharedSecret, ciphertext, nil default: return nil, nil, fmt.Errorf("KEM ID %d is not supported", m.kemID) } } func (m *mlKEM) decapsulate(encapsulatedKey, recipientPrivKey []byte) ([]byte, error) { switch m.kemID { case MLKEM768: dk, err := mlkem.NewDecapsulationKey768(recipientPrivKey) if err != nil { return nil, err } return dk.Decapsulate(encapsulatedKey) case MLKEM1024: dk, err := mlkem.NewDecapsulationKey1024(recipientPrivKey) if err != nil { return nil, err } return dk.Decapsulate(encapsulatedKey) default: return nil, fmt.Errorf("KEM ID %d is not supported", m.kemID) } } func (m *mlKEM) id() KEMID { return m.kemID } func (m *mlKEM) encapsulatedKeyLength() int { return kemLengths[m.kemID].nEnc } ================================================ FILE: hybrid/internal/hpke/mlkem_kem_test.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "bytes" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" ) func mustHexDecodeString(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q): err %q", s, err) } return b } type mlKEMTestVector struct { name string kemID KEMID recipientPrivKeyHex string recipientPubKeyHex string ciphertextHex string sharedSecretHex string } func mlKEMTestVectors(t *testing.T) []mlKEMTestVector { t.Helper() const ( // Test vector from https://github.com/C2SP/wycheproof/blob/main/testvectors_v1/mlkem_768_test.json. recipientPrivKeyMLKEM768Hex = "7c9935a0b07694aa0c6d10e4db6b1add2fd81a25ccb148032dcd739936737f2d8626ed79d451140800e03b59b956f8210e556067407d13dc90fa9e8b872bfb8f" recipientPubKeyMLKEM768Hex = "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" ciphertextMLKEM768Hex = "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" sharedSecretMLKEM768Hex = "e7184a0975ee3470878d2d159ec83129c8aec253d4ee17b4810311d198cd0368" // Test vector from https://github.com/C2SP/wycheproof/blob/main/testvectors_v1/mlkem_1024_test.json. recipientPrivKeyMLKEM1024Hex = "7c9935a0b07694aa0c6d10e4db6b1add2fd81a25ccb148032dcd739936737f2d8626ed79d451140800e03b59b956f8210e556067407d13dc90fa9e8b872bfb8f" recipientPubKeyMLKEM1024Hex = "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" ciphertextMLKEM1024Hex = "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" sharedSecretMLKEM1024Hex = "489dd1e9c2be4af3482bdb35bb26ce760e6e414da6ecbe489985748a825f1cd6" ) return []mlKEMTestVector{ { name: "ML-KEM-768", kemID: MLKEM768, recipientPrivKeyHex: recipientPrivKeyMLKEM768Hex, recipientPubKeyHex: recipientPubKeyMLKEM768Hex, ciphertextHex: ciphertextMLKEM768Hex, sharedSecretHex: sharedSecretMLKEM768Hex, }, { name: "ML-KEM-1024", kemID: MLKEM1024, recipientPrivKeyHex: recipientPrivKeyMLKEM1024Hex, recipientPubKeyHex: recipientPubKeyMLKEM1024Hex, ciphertextHex: ciphertextMLKEM1024Hex, sharedSecretHex: sharedSecretMLKEM1024Hex, }, } } func TestMLKEMRoundtrip(t *testing.T) { for _, vec := range mlKEMTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPrivKey := mustHexDecodeString(t, vec.recipientPrivKeyHex) recipientPubKey := mustHexDecodeString(t, vec.recipientPubKeyHex) kem, err := newKEM(vec.kemID) if err != nil { t.Fatal(err) } secret, enc, err := kem.encapsulate(recipientPubKey) if err != nil { t.Errorf("encapsulate: got err %q, want success", err) } otherSecret, err := kem.decapsulate(enc, recipientPrivKey) if err != nil { t.Errorf("decapsulate: got err %q, want success", err) } if !bytes.Equal(secret, otherSecret) { t.Errorf("decapsulate: got shared secret %v, want %v", otherSecret, secret) } }) } } func TestMLKEMDecapsulateWorks(t *testing.T) { for _, vec := range mlKEMTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPrivKey := mustHexDecodeString(t, vec.recipientPrivKeyHex) ciphertext := mustHexDecodeString(t, vec.ciphertextHex) sharedSecret := mustHexDecodeString(t, vec.sharedSecretHex) kem, err := newKEM(vec.kemID) if err != nil { t.Fatal(err) } secret, err := kem.decapsulate(ciphertext, recipientPrivKey) if err != nil { t.Errorf("decapsulate: got err %q, want success", err) } if !bytes.Equal(secret, sharedSecret) { t.Errorf("decapsulate: got shared secret %v, want %v", secret, sharedSecret) } }) } } func TestMLKEMEncapsulateBadRecipientPubKey(t *testing.T) { for _, vec := range mlKEMTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPubKey := mustHexDecodeString(t, vec.recipientPubKeyHex) kem, err := newKEM(vec.kemID) if err != nil { t.Fatal(err) } badRecipientPubKey := append(recipientPubKey, []byte("hello")...) if _, _, err := kem.encapsulate(badRecipientPubKey); err == nil { t.Error("encapsulate: got success, want err") } }) } } // TestMLKEMDecapsulateEncapsulatedKeyPrefixesLargerSlice checks--if the // encapsulated key is part of a larger slice, as in HPKE Encrypt // https://github.com/tink-crypto/tink-go/blob/d25153b336507a5cc37555d3c1ed36ba41cb3f30/hybrid/internal/hpke/encrypt.go#L58 // --that decapsulate does not modify the larger slice. func TestMLKEMDecapsulateEncapsulatedKeyPrefixesLargerSlice(t *testing.T) { for _, vec := range mlKEMTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPrivKey := mustHexDecodeString(t, vec.recipientPrivKeyHex) recipientPubKey := mustHexDecodeString(t, vec.recipientPubKeyHex) kem, err := newKEM(vec.kemID) if err != nil { t.Fatal(err) } secret, encapsulatedKey, err := kem.encapsulate(recipientPubKey) if err != nil { t.Errorf("encapsulate: got err %q, want success", err) } largerSlice := make([]byte, 3*len(encapsulatedKey)) suffix := largerSlice[len(encapsulatedKey):] zeroedSlice := make([]byte, len(suffix)) if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix: got %x, want %x", suffix, zeroedSlice) } copy(largerSlice, encapsulatedKey) if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix: got %x, want %x", suffix, zeroedSlice) } encapsulatedKeySlice := largerSlice[:len(encapsulatedKey)] otherSecret, err := kem.decapsulate(encapsulatedKeySlice, recipientPrivKey) if err != nil { t.Errorf("decapsulate: got err %q, want success", err) } if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix: got %x, want %x", suffix, zeroedSlice) } if !bytes.Equal(secret, otherSecret) { t.Errorf("decapsulate: got shared secret %v, want %v", otherSecret, secret) } }) } } func TestMLKEMDecapsulateBadEncapsulatedKey(t *testing.T) { for _, vec := range mlKEMTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPrivKey := mustHexDecodeString(t, vec.recipientPrivKeyHex) recipientPubKey := mustHexDecodeString(t, vec.recipientPubKeyHex) kem, err := newKEM(vec.kemID) if err != nil { t.Fatal(err) } _, encapsulatedKey, err := kem.encapsulate(recipientPubKey) if err != nil { t.Errorf("encapsulate: got err %q, want success", err) } badEncapsulatedKey := append(encapsulatedKey, []byte("hello")...) if _, err := kem.decapsulate(badEncapsulatedKey, recipientPrivKey); err == nil { t.Error("decapsulate: got success, want err") } }) } } func TestMLKEMDecapsulateBadRecipientPrivKey(t *testing.T) { for _, vec := range mlKEMTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPrivKey := mustHexDecodeString(t, vec.recipientPrivKeyHex) recipientPubKey := mustHexDecodeString(t, vec.recipientPubKeyHex) kem, err := newKEM(vec.kemID) if err != nil { t.Fatal(err) } _, encapsulatedKey, err := kem.encapsulate(recipientPubKey) if err != nil { t.Errorf("encapsulate: got err %q, want success", err) } badRecipientPrivKey := append(recipientPrivKey, []byte("hello")...) if _, err := kem.decapsulate(encapsulatedKey, badRecipientPrivKey); err == nil { t.Error("decapsulate: got success, want err") } }) } } func TestMLKEMEncapsulatedKeyLength(t *testing.T) { for _, vec := range mlKEMTestVectors(t) { t.Run(vec.name, func(t *testing.T) { kem, err := newKEM(vec.kemID) if err != nil { t.Fatal(err) } if kem.encapsulatedKeyLength() != kemLengths[vec.kemID].nEnc { t.Errorf("encapsulatedKeyLength: got %d, want %d", kem.encapsulatedKeyLength(), kemLengths[vec.kemID].nEnc) } }) } } func TestNewMLKEM_InvalidIDs(t *testing.T) { if _, err := newMLKEM(UnknownKEMID); err == nil { t.Errorf("newPrimitives() err = nil, want error") } } type mlKEMHPKETestVector struct { name string kemID KEMID kdfID KDFID aeadID AEADID privateKey []byte contextInfo []byte ciphertext []byte key []byte baseNonce []byte ptEnc []byte aadEnc []byte ctEnc []byte } func mlKEMHPKEVectors(t *testing.T) []mlKEMHPKETestVector { t.Helper() const ( // Test vector from https://www.ietf.org/archive/id/draft-ietf-hpke-pq-04.html. privateKeyMLKEM768Hex = "e3408aae322a3628a4d641c2690d4eb212fd66f369782f2dd22fa293476c69957716be20e83920cd26a7710110a34ac3d5da7d90efdc9759812f5cf1a47e85bf" contextInfoMLKEM768Hex = "34663634363532303666366532303631323034373732363536333639363136653230353537323665" ciphertextMLKEM768Hex = "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" keyMLKEM768Hex = "00fc412edb7a5adc4a2994869d1016ef" baseNonceMLKEM768Hex = "2a2bd95954150f73d200005e" ptEncMLKEM768Hex = "34323635363137353734373932303639373332303734373237353734363832633230373437323735373436383230363236353631373537343739" aadEncMLKEM768Hex = "436f756e742d30" ctEncMLKEM768Hex = "4793c6f4dc5824a0039d8faf2d84d359fd6cf423eaeee578bbb7830068ba34b576a6e3f4ba03c5c2c62f2b869224a1c5acf96083cd13bdc3623a47bde544171a72aa684b12a562196785" // Test vector from https://www.ietf.org/archive/id/draft-ietf-hpke-pq-04.html. privateKeyMLKEM1024Hex = "c58f733ea1245a7a54723c30dbf0837acdd7e93c188692523b53b132b993a25af933368a76bbcbf1212e1d34d7128e32c387dc9b04a7ceb0e2b40e1e5769c57d" contextInfoMLKEM1024Hex = "34663634363532303666366532303631323034373732363536333639363136653230353537323665" ciphertextMLKEM1024Hex = "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" keyMLKEM1024Hex = "57928282570ac8e002ebc79908293d65faabdb3ef58149edb33083cc2f38a55b" baseNonceMLKEM1024Hex = "107259b6ac73abb151fb98a8" ptEncMLKEM1024Hex = "34323635363137353734373932303639373332303734373237353734363832633230373437323735373436383230363236353631373537343739" aadEncMLKEM1024Hex = "436f756e742d30" ctEncMLKEM1024Hex = "433d24cb45dba60451bfcdd3fcc9033a55cbcf128f6068a09cc617dee516d02bd1b15d8bb9f8acc788b29086566124414183c07dfe160d135213dc21b34e7320a19e54d979b2ba3f2d66" ) return []mlKEMHPKETestVector{ { name: "ML-KEM-768", kemID: MLKEM768, kdfID: HKDFSHA256, aeadID: AES128GCM, privateKey: mustHexDecodeString(t, privateKeyMLKEM768Hex), contextInfo: mustHexDecodeString(t, contextInfoMLKEM768Hex), ciphertext: mustHexDecodeString(t, ciphertextMLKEM768Hex), key: mustHexDecodeString(t, keyMLKEM768Hex), baseNonce: mustHexDecodeString(t, baseNonceMLKEM768Hex), ptEnc: mustHexDecodeString(t, ptEncMLKEM768Hex), aadEnc: mustHexDecodeString(t, aadEncMLKEM768Hex), ctEnc: mustHexDecodeString(t, ctEncMLKEM768Hex), }, { name: "ML-KEM-1024", kemID: MLKEM1024, kdfID: HKDFSHA384, aeadID: AES256GCM, privateKey: mustHexDecodeString(t, privateKeyMLKEM1024Hex), contextInfo: mustHexDecodeString(t, contextInfoMLKEM1024Hex), ciphertext: mustHexDecodeString(t, ciphertextMLKEM1024Hex), key: mustHexDecodeString(t, keyMLKEM1024Hex), baseNonce: mustHexDecodeString(t, baseNonceMLKEM1024Hex), ptEnc: mustHexDecodeString(t, ptEncMLKEM1024Hex), aadEnc: mustHexDecodeString(t, aadEncMLKEM1024Hex), ctEnc: mustHexDecodeString(t, ctEncMLKEM1024Hex), }, } } func TestMLKEMHPKEVectors(t *testing.T) { for _, vec := range mlKEMHPKEVectors(t) { t.Run(vec.name, func(t *testing.T) { kem, kdf, aead, err := newPrimitives(vec.kemID, vec.kdfID, vec.aeadID) if err != nil { t.Fatal(err) } privateKeySecret := secretdata.NewBytesFromData(vec.privateKey, insecuresecretdataaccess.Token{}) ctx, err := newRecipientContext(vec.ciphertext, privateKeySecret, kem, kdf, aead, vec.contextInfo) if err != nil { t.Fatal(err) } if !bytes.Equal(vec.key, ctx.key) { t.Errorf("newRecipientContext(): got key %x, want %x", ctx.key, vec.key) } if !bytes.Equal(vec.baseNonce, ctx.baseNonce) { t.Errorf("newRecipientContext(): got baseNonce %x, want %x", ctx.baseNonce, vec.baseNonce) } otherPtEnc, err := ctx.open(vec.ctEnc, vec.aadEnc) if err != nil { t.Fatal(err) } if !bytes.Equal(vec.ptEnc, otherPtEnc) { t.Errorf("open(): got plaintext %x, want %x", otherPtEnc, vec.ptEnc) } }) } } ================================================ FILE: hybrid/internal/hpke/nist_curves_kem.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "crypto/ecdh" "crypto/rand" "fmt" "io" "slices" "github.com/tink-crypto/tink-go/v2/subtle" ) // nistCurvesKEM implements the `kem` interface for the NIST-curve HPKE KEMs from RFC 9180. type nistCurvesKEM struct { // kemID is an HPKE KEM algorithm identifier. kemID KEMID // hmacHashAlg is an HMAC hash algorithm name. hmacHashAlg HashType // curve is a NIST curve. curve ecdh.Curve // generatePrivateKey is a function to generate a random private key for the NIST curve. generatePrivateKey func(io.Reader) (*ecdh.PrivateKey, error) } var _ kem = (*nistCurvesKEM)(nil) // newNISTCurvesKEM constructs a NIST-curve HPKE KEM. func newNISTCurvesKEM(kemID KEMID) (*nistCurvesKEM, error) { switch kemID { case P256HKDFSHA256: return &nistCurvesKEM{ kemID: P256HKDFSHA256, hmacHashAlg: SHA256, curve: ecdh.P256(), generatePrivateKey: ecdh.P256().GenerateKey, }, nil case P384HKDFSHA384: return &nistCurvesKEM{ kemID: P384HKDFSHA384, hmacHashAlg: SHA384, curve: ecdh.P384(), generatePrivateKey: ecdh.P384().GenerateKey, }, nil case P521HKDFSHA512: return &nistCurvesKEM{ kemID: P521HKDFSHA512, hmacHashAlg: SHA512, curve: ecdh.P521(), generatePrivateKey: ecdh.P521().GenerateKey, }, nil default: return nil, fmt.Errorf("KEM ID %d is not supported", kemID) } } func (x *nistCurvesKEM) encapsulate(recipientPubKeyBytes []byte) (sharedSecret, senderPubKeyBytes []byte, err error) { senderPrivKey, err := x.generatePrivateKey(rand.Reader) if err != nil { return nil, nil, err } recipientPubKey, err := x.curve.NewPublicKey(recipientPubKeyBytes) if err != nil { return nil, nil, err } dh, err := senderPrivKey.ECDH(recipientPubKey) if err != nil { return nil, nil, err } senderPubKeyBytes = senderPrivKey.PublicKey().Bytes() sharedSecret, err = x.deriveKEMSharedSecret(dh, senderPubKeyBytes, recipientPubKeyBytes) if err != nil { return nil, nil, err } return sharedSecret, senderPubKeyBytes, nil } func (x *nistCurvesKEM) decapsulate(senderPubKeyBytes, recipientPrivKeyBytes []byte) ([]byte, error) { recipientPrivKey, err := x.curve.NewPrivateKey(recipientPrivKeyBytes) if err != nil { return nil, err } senderPubKey, err := x.curve.NewPublicKey(senderPubKeyBytes) if err != nil { return nil, err } dh, err := recipientPrivKey.ECDH(senderPubKey) if err != nil { return nil, err } recipientPubKeyBytes := recipientPrivKey.PublicKey().Bytes() return x.deriveKEMSharedSecret(dh, senderPubKeyBytes, recipientPubKeyBytes) } func (x *nistCurvesKEM) id() KEMID { return x.kemID } func (x *nistCurvesKEM) encapsulatedKeyLength() int { return kemLengths[x.kemID].nEnc } // deriveKEMSharedSecret returns a pseudorandom key obtained via the HKDF. func (x *nistCurvesKEM) deriveKEMSharedSecret(dh, senderPubKey, recipientPubKey []byte) ([]byte, error) { ctx := slices.Concat(senderPubKey, recipientPubKey) suiteID := kemSuiteID(x.kemID) hmacHashLength, err := subtle.GetHashDigestSize(x.hmacHashAlg.String()) if err != nil { return nil, err } hkdfKDF, err := newHKDFKDF(x.hmacHashAlg) if err != nil { return nil, err } return hkdfKDF.extractAndExpand( nil, /*=salt*/ dh, "eae_prk", ctx, "shared_secret", suiteID, int(hmacHashLength)) } ================================================ FILE: hybrid/internal/hpke/nist_curves_kem_test.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "bytes" "crypto/ecdh" "fmt" "io" "testing" ) func TestKEMEncapsulateBoringSSLVectors(t *testing.T) { i := 0 // TODO: b/235861932 - Add test vectors for P-384. vecs := hpkeBaseModeVectors(t) for key, vec := range vecs { if key.mode != baseMode || (key.kemID != P256HKDFSHA256 && key.kemID != P384HKDFSHA384 && key.kemID != P521HKDFSHA512) || (key.kdfID != HKDFSHA256 && key.kdfID != HKDFSHA384 && key.kdfID != HKDFSHA512) || (key.aeadID != AES128GCM && key.aeadID != AES256GCM && key.aeadID != ChaCha20Poly1305) { continue } i++ t.Run(fmt.Sprintf("%d", key.id), func(t *testing.T) { kem, err := newKEM(key.kemID) if err != nil { t.Fatal(err) } kem.(*nistCurvesKEM).generatePrivateKey = func(rand io.Reader) (*ecdh.PrivateKey, error) { return kem.(*nistCurvesKEM).curve.NewPrivateKey(vec.senderPrivKey) } secret, enc, err := kem.encapsulate(vec.recipientPubKey) if err != nil { t.Errorf("encapsulate for vector %v: got err %q, want success", key, err) } if !bytes.Equal(secret, vec.sharedSecret) { t.Errorf("encapsulate for vector %v: got shared secret %v, want %v", key, secret, vec.sharedSecret) } if !bytes.Equal(enc, vec.encapsulatedKey) { t.Errorf("encapsulate for vector %v: got encapsulated key %v, want %v", key, enc, vec.encapsulatedKey) } }) } // Verify that we actually tested something. // If no vectors match the filter, then the test should fail because nothing was tested. if i == 0 { t.Error("no vectors were tested") } } func rfcVectorTestCases(t *testing.T) []struct { name string kemID KEMID vector vector } { t.Helper() p256HPKEID, p256Vector := rfcVectorA3(t) // TODO: b/235861932 - Add test vectors for P-384. p521HPKEID, p521Vector := rfcVectorA6(t) return []struct { name string kemID KEMID vector vector }{ { name: "P-256", kemID: p256HPKEID.kemID, vector: p256Vector, }, { name: "P-521", kemID: p521HPKEID.kemID, vector: p521Vector, }, } } func TestKEMEncapsulateBadRecipientPubKey(t *testing.T) { for _, test := range rfcVectorTestCases(t) { t.Run(test.name, func(t *testing.T) { kem, err := newKEM(test.kemID) if err != nil { t.Fatal(err) } badRecipientPubKey := append(test.vector.recipientPubKey, []byte("hello")...) if _, _, err := kem.encapsulate(badRecipientPubKey); err == nil { t.Error("encapsulate: got success, want err") } }) } } func TestKEMDecapsulateBoringSSLVectors(t *testing.T) { i := 0 // TODO: b/235861932 - Add test vectors for P-384. vecs := hpkeBaseModeVectors(t) for key, vec := range vecs { if key.mode != baseMode || (key.kemID != P256HKDFSHA256 && key.kemID != P384HKDFSHA384 && key.kemID != P521HKDFSHA512) || (key.kdfID != HKDFSHA256 && key.kdfID != HKDFSHA384 && key.kdfID != HKDFSHA512) || (key.aeadID != AES128GCM && key.aeadID != AES256GCM && key.aeadID != ChaCha20Poly1305) { continue } i++ t.Run(fmt.Sprintf("%d", key.id), func(t *testing.T) { kem, err := newKEM(key.kemID) if err != nil { t.Fatal(err) } secret, err := kem.decapsulate(vec.encapsulatedKey, vec.recipientPrivKey) if err != nil { t.Errorf("decapsulate for vector %v: got err %q, want success", key, err) } if !bytes.Equal(secret, vec.sharedSecret) { t.Errorf("decapsulate for vector %v: got shared secret %v, want %v", key, secret, vec.sharedSecret) } }) } // Verify that we actually tested something. // If no vectors match the filter, then the test should fail because nothing was tested. if i == 0 { t.Error("no vectors were tested") } } // TestKEMDecapsulateEncapsulatedKeyPrefixesLargerSlice checks--if the // encapsulated key is part of a larger slice, as in HPKE Encrypt // https://github.com/tink-crypto/tink-go/blob/d25153b336507a5cc37555d3c1ed36ba41cb3f30/hybrid/internal/hpke/encrypt.go#L58 // --that decapsulate does not modify the larger slice. func TestKEMDecapsulateEncapsulatedKeyPrefixesLargerSlice(t *testing.T) { for _, test := range rfcVectorTestCases(t) { t.Run(test.name, func(t *testing.T) { kem, err := newKEM(test.kemID) if err != nil { t.Fatal(err) } largerSlice := make([]byte, 3*len(test.vector.encapsulatedKey)) suffix := largerSlice[len(test.vector.encapsulatedKey):] zeroedSlice := make([]byte, len(suffix)) if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix: got %x, want %x", suffix, zeroedSlice) } copy(largerSlice, test.vector.encapsulatedKey) if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix: got %x, want %x", suffix, zeroedSlice) } encapsulatedKey := largerSlice[:len(test.vector.encapsulatedKey)] if _, err := kem.decapsulate(encapsulatedKey, test.vector.recipientPrivKey); err != nil { t.Errorf("decapsulate: got err %q, want success", err) } if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix: got %x, want %x", suffix, zeroedSlice) } }) } } func TestKEMDecapsulateBadEncapsulatedKey(t *testing.T) { for _, test := range rfcVectorTestCases(t) { t.Run(test.name, func(t *testing.T) { kem, err := newKEM(test.kemID) if err != nil { t.Fatal(err) } badEncapsulatedKey := append(test.vector.encapsulatedKey, []byte("hello")...) if _, err := kem.decapsulate(badEncapsulatedKey, test.vector.recipientPrivKey); err == nil { t.Error("decapsulate: got success, want err") } }) } } func TestKEMDecapsulateBadRecipientPrivKey(t *testing.T) { for _, test := range rfcVectorTestCases(t) { t.Run(test.name, func(t *testing.T) { kem, err := newKEM(test.kemID) if err != nil { t.Fatal(err) } badRecipientPrivKey := append(test.vector.recipientPrivKey, []byte("hello")...) if _, err := kem.decapsulate(test.vector.encapsulatedKey, badRecipientPrivKey); err == nil { t.Error("decapsulate: got success, want err") } }) } } func TestKEMEncapsulatedKeyLength(t *testing.T) { tests := []struct { name string kemID KEMID want int }{ { name: "P-256", kemID: P256HKDFSHA256, want: kemLengths[P256HKDFSHA256].nEnc, }, { name: "P-384", kemID: P384HKDFSHA384, want: kemLengths[P384HKDFSHA384].nEnc, }, { name: "P-521", kemID: P521HKDFSHA512, want: kemLengths[P521HKDFSHA512].nEnc, }, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { kem, err := newKEM(test.kemID) if err != nil { t.Fatal(err) } if kem.encapsulatedKeyLength() != test.want { t.Errorf("encapsulatedKeyLength: got %d, want %d", kem.encapsulatedKeyLength(), test.want) } }) } } func TestNewNISTCurvesKEM_UnknownKEMID(t *testing.T) { if _, err := newNISTCurvesKEM(UnknownKEMID); err == nil { t.Errorf("newPrimitives() err = nil, want error") } } ================================================ FILE: hybrid/internal/hpke/primitive_factory.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "fmt" ) // newPrimitives constructs new KEM, KDF, AEADs. func newPrimitives(kemID KEMID, kdfID KDFID, aeadID AEADID) (kem, kdf, aead, error) { kem, err := newKEM(kemID) if err != nil { return nil, nil, nil, fmt.Errorf("newKEM(%d): %v", kemID, err) } kdf, err := newKDF(kdfID) if err != nil { return nil, nil, nil, fmt.Errorf("newKDF(%d): %v", kdfID, err) } aead, err := newAEAD(aeadID) if err != nil { return nil, nil, nil, fmt.Errorf("newAEAD(%d): %v", aeadID, err) } return kem, kdf, aead, nil } // newKEM constructs a HPKE KEM using kemID, which are specified at // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.1. func newKEM(kemID KEMID) (kem, error) { switch kemID { case P256HKDFSHA256: return newNISTCurvesKEM(P256HKDFSHA256) case P384HKDFSHA384: return newNISTCurvesKEM(P384HKDFSHA384) case P521HKDFSHA512: return newNISTCurvesKEM(P521HKDFSHA512) case X25519HKDFSHA256: return newX25519KEM(SHA256) case MLKEM768: return newMLKEM(MLKEM768) case MLKEM1024: return newMLKEM(MLKEM1024) case XWing: return newXWingKEM() default: return nil, fmt.Errorf("KEM ID %d is not supported", kemID) } } // newKDF constructs a HPKE KDF using kdfID, which are specified at // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.2. func newKDF(kdfID KDFID) (kdf, error) { switch kdfID { case HKDFSHA256: return newHKDFKDF(SHA256) case HKDFSHA384: return newHKDFKDF(SHA384) case HKDFSHA512: return newHKDFKDF(SHA512) default: return nil, fmt.Errorf("KDF ID %d is not supported", kdfID) } } // newAEAD constructs a HPKE AEAD using aeadID, which are specified at // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.3. func newAEAD(aeadID AEADID) (aead, error) { switch aeadID { case AES128GCM: return newAESGCMAEAD(16) case AES256GCM: return newAESGCMAEAD(32) case ChaCha20Poly1305: return &chaCha20Poly1305AEAD{}, nil default: return nil, fmt.Errorf("AEAD ID %d is not supported", aeadID) } } ================================================ FILE: hybrid/internal/hpke/primitive_factory_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "fmt" "testing" ) var kems = []struct { name string kemID KEMID }{ {name: "DHKEM_P256_HKDF_SHA256", kemID: P256HKDFSHA256}, {name: "DHKEM_P384_HKDF_SHA384", kemID: P384HKDFSHA384}, {name: "DHKEM_P521_HKDF_SHA512", kemID: P521HKDFSHA512}, {name: "DHKEM_X25519_HKDF_SHA256", kemID: X25519HKDFSHA256}, } func TestNewKEM(t *testing.T) { for _, k := range kems { t.Run(k.name, func(t *testing.T) { kem, err := newKEM(k.kemID) if err != nil { t.Fatal(err) } if kem.id() != k.kemID { t.Errorf("id: got %d, want %d", kem.id(), k.kemID) } }) } } func TestNewKEMUnsupportedID(t *testing.T) { if _, err := newKEM(0x0021 /*= DHKEM(X448, HKDF-SHA512)*/); err == nil { t.Fatal("newKEM(unsupported ID): got success, want err") } } var kdfs = []struct { name string kdfID KDFID }{ {name: "HKDF_SHA256", kdfID: HKDFSHA256}, {name: "HKDF_SHA384", kdfID: HKDFSHA384}, {name: "HKDF_SHA512", kdfID: HKDFSHA512}, } func TestNewKDF(t *testing.T) { for _, k := range kdfs { t.Run(k.name, func(t *testing.T) { kdf, err := newKDF(k.kdfID) if err != nil { t.Fatal(err) } if kdf.id() != k.kdfID { t.Errorf("id: got %d, want %d", kdf.id(), k.kdfID) } }) } } func TestNewKDFUnsupportedID(t *testing.T) { if _, err := newKDF(0x0000 /*= Reserved*/); err == nil { t.Fatal("newKDF(unsupported ID): got success, want err") } } var aeads = []struct { name string aeadID AEADID }{ {name: "AES-128-GCM", aeadID: AES128GCM}, {name: "AES-256-GCM", aeadID: AES256GCM}, {name: "ChaCha20Poly1305", aeadID: ChaCha20Poly1305}, } func TestNewAEAD(t *testing.T) { for _, a := range aeads { t.Run(a.name, func(t *testing.T) { aead, err := newAEAD(a.aeadID) if err != nil { t.Fatal(err) } if aead.id() != a.aeadID { t.Errorf("id: got %d, want %d", aead.id(), a.aeadID) } }) } } func TestNewAEADUnsupportedID(t *testing.T) { if _, err := newAEAD(0xFFFF /*= Export-only*/); err == nil { t.Fatal("newAEAD(unsupported ID): got success, want err") } } func TestNewPrimitives(t *testing.T) { for _, kem := range kems { for _, kdf := range kdfs { for _, aead := range aeads { t.Run(fmt.Sprintf("%s %s %s", kem.name, kdf.name, aead.name), func(t *testing.T) { gotKEM, gotKDF, gotAEAD, err := newPrimitives(kem.kemID, kdf.kdfID, aead.aeadID) if err != nil { t.Fatalf("newPrimitives: %v", err) } if gotKEM.id() != kem.kemID { t.Errorf("kem.id: got %d, want %d", gotKEM.id(), kem.kemID) } if gotKDF.id() != kdf.kdfID { t.Errorf("kdf.id: got %d, want %d", gotKDF.id(), kdf.kdfID) } if gotAEAD.id() != aead.aeadID { t.Errorf("aead.id: got %d, want %d", gotAEAD.id(), aead.aeadID) } }) } } } } func TestNewPrimitives_InvalidIDs(t *testing.T) { t.Run("Invalid KEM ID", func(t *testing.T) { if _, _, _, err := newPrimitives(UnknownKEMID, HKDFSHA256, AES256GCM); err == nil { t.Errorf("newPrimitives() err = nil, want error") } }) t.Run("Invalid KDF ID", func(t *testing.T) { if _, _, _, err := newPrimitives(X25519HKDFSHA256, UnknownKDFID, AES256GCM); err == nil { t.Errorf("newPrimitives() err = nil, want error") } }) t.Run("Invalid AEAD ID", func(t *testing.T) { if _, _, _, err := newPrimitives(X25519HKDFSHA256, HKDFSHA256, UnknownAEADID); err == nil { t.Errorf("newPrimitives() err = nil, want error") } }) } ================================================ FILE: hybrid/internal/hpke/x25519_kem.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "fmt" "github.com/tink-crypto/tink-go/v2/subtle" ) var ( x25519KEMGeneratePrivateKey = subtle.GeneratePrivateKeyX25519 x25519KEMPublicFromPrivate = subtle.PublicFromPrivateX25519 ) // x25519KEM is a Diffie-Hellman-based X25519 HPKE KEM variant that implements // interface kem. type x25519KEM struct { // HPKE KEM algorithm identifier. kemID KEMID hashAlg HashType } var _ kem = (*x25519KEM)(nil) // newX25519KEM constructs a X25519 HPKE KEM using hashAlg. func newX25519KEM(hashAlg HashType) (*x25519KEM, error) { if hashAlg == SHA256 { return &x25519KEM{kemID: X25519HKDFSHA256, hashAlg: SHA256}, nil } return nil, fmt.Errorf("HASH algorithm %s is not supported", hashAlg) } func (x *x25519KEM) encapsulate(recipientPubKey []byte) (sharedSecret, senderPubKey []byte, err error) { senderPrivKey, err := x25519KEMGeneratePrivateKey() if err != nil { return nil, nil, err } dh, err := subtle.ComputeSharedSecretX25519(senderPrivKey, recipientPubKey) if err != nil { return nil, nil, err } senderPubKey, err = x25519KEMPublicFromPrivate(senderPrivKey) if err != nil { return nil, nil, err } sharedSecret, err = x.deriveKEMSharedSecret(dh, senderPubKey, recipientPubKey) if err != nil { return nil, nil, err } return sharedSecret, senderPubKey, nil } func (x *x25519KEM) decapsulate(encapsulatedKey, recipientPrivKey []byte) ([]byte, error) { dh, err := subtle.ComputeSharedSecretX25519(recipientPrivKey, encapsulatedKey) if err != nil { return nil, err } recipientPubKey, err := x25519KEMPublicFromPrivate(recipientPrivKey) if err != nil { return nil, err } return x.deriveKEMSharedSecret(dh, encapsulatedKey, recipientPubKey) } func (x *x25519KEM) id() KEMID { return x.kemID } func (x *x25519KEM) encapsulatedKeyLength() int { return kemLengths[x.kemID].nEnc } // deriveKEMSharedSecret returns a pseudorandom key obtained via HKDF SHA256. func (x *x25519KEM) deriveKEMSharedSecret(dh, senderPubKey, recipientPubKey []byte) ([]byte, error) { ctx := make([]byte, 0, len(senderPubKey)+len(recipientPubKey)) ctx = append(ctx, senderPubKey...) ctx = append(ctx, recipientPubKey...) suiteID := kemSuiteID(X25519HKDFSHA256) macLength, err := subtle.GetHashDigestSize(x.hashAlg.String()) if err != nil { return nil, err } hkdfKDF, err := newHKDFKDF(x.hashAlg) if err != nil { return nil, err } return hkdfKDF.extractAndExpand( nil, /*=salt*/ dh, "eae_prk", ctx, "shared_secret", suiteID, int(macLength)) } ================================================ FILE: hybrid/internal/hpke/x25519_kem_test.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "bytes" "errors" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/subtle" ) // TODO: b/201070904 - Write tests using rfcVector. func TestX25519KEMEncapsulateBoringSSLVectors(t *testing.T) { i := 0 vecs := hpkeBaseModeVectors(t) for key, vec := range vecs { if key.mode != baseMode || key.kemID != X25519HKDFSHA256 || key.kdfID != HKDFSHA256 || (key.aeadID != AES128GCM && key.aeadID != AES256GCM && key.aeadID != ChaCha20Poly1305) { continue } i++ t.Run(fmt.Sprintf("%d", key.id), func(t *testing.T) { kem, err := newKEM(X25519HKDFSHA256) if err != nil { t.Fatal(err) } x25519KEMGeneratePrivateKey = func() ([]byte, error) { return vec.senderPrivKey, nil } secret, enc, err := kem.encapsulate(vec.recipientPubKey) if err != nil { t.Errorf("encapsulate for vector %v: got err %q, want success", key, err) } if !bytes.Equal(secret, vec.sharedSecret) { t.Errorf("encapsulate for vector %v: got shared secret %v, want %v", key, secret, vec.sharedSecret) } if !bytes.Equal(enc, vec.encapsulatedKey) { t.Errorf("encapsulate for vector %v: got encapsulated key %v, want %v", key, enc, vec.encapsulatedKey) } }) } x25519KEMGeneratePrivateKey = subtle.GeneratePrivateKeyX25519 // Verify that we actually tested something. // If no vectors match the filter, then the test should fail because nothing was tested. if i == 0 { t.Error("no vectors were tested") } } func TestX25519KEMEncapsulateBadRecipientPubKey(t *testing.T) { _, v := rfcVectorA1(t) kem, err := newKEM(X25519HKDFSHA256) if err != nil { t.Fatal(err) } badRecipientPubKey := append(v.recipientPubKey, []byte("hello")...) if _, _, err := kem.encapsulate(badRecipientPubKey); err == nil { t.Error("encapsulate: got success, want err") } } func TestX25519KEMEncapsulateBadSenderPrivKey(t *testing.T) { _, v := rfcVectorA1(t) kem, err := newKEM(X25519HKDFSHA256) if err != nil { t.Fatal(err) } x25519KEMPublicFromPrivate = func(privKey []byte) ([]byte, error) { return nil, errors.New("failed to compute public key") } if _, _, err := kem.encapsulate(v.recipientPubKey); err == nil { t.Error("encapsulate: got success, want err") } x25519KEMPublicFromPrivate = subtle.PublicFromPrivateX25519 } func TestX25519KEMDecapsulateBoringSSLVectors(t *testing.T) { i := 0 vecs := hpkeBaseModeVectors(t) for key, vec := range vecs { if key.mode != baseMode || key.kemID != X25519HKDFSHA256 || key.kdfID != HKDFSHA256 || (key.aeadID != AES128GCM && key.aeadID != AES256GCM && key.aeadID != ChaCha20Poly1305) { continue } i++ t.Run(fmt.Sprintf("%d", key.id), func(t *testing.T) { kem, err := newKEM(X25519HKDFSHA256) if err != nil { t.Fatal(err) } secret, err := kem.decapsulate(vec.encapsulatedKey, vec.recipientPrivKey) if err != nil { t.Errorf("decapsulate for vector %v: got err %q, want success", key, err) } if !bytes.Equal(secret, vec.sharedSecret) { t.Errorf("decapsulate for vector %v: got shared secret %v, want %v", key, secret, vec.sharedSecret) } }) } // Verify that we actually tested something. // If no vectors match the filter, then the test should fail because nothing was tested. if i == 0 { t.Error("no vectors were tested") } } // TestX25519KEMDecapsulateEncapsulatedKeyPrefixesLargerSlice checks--if the // encapsulated key is part of a larger slice, as in HPKE Encrypt // https://github.com/tink-crypto/tink-go/blob/d25153b336507a5cc37555d3c1ed36ba41cb3f30/hybrid/internal/hpke/encrypt.go#L58 // --that decapsulate does not modify the larger slice. func TestX25519KEMDecapsulateEncapsulatedKeyPrefixesLargerSlice(t *testing.T) { _, v := rfcVectorA1(t) kem, err := newKEM(X25519HKDFSHA256) if err != nil { t.Fatal(err) } largerSlice := make([]byte, 3*len(v.encapsulatedKey)) suffix := largerSlice[len(v.encapsulatedKey):] zeroedSlice := make([]byte, len(suffix)) if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix: got %x, want %x", suffix, zeroedSlice) } copy(largerSlice, v.encapsulatedKey) if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix: got %x, want %x", suffix, zeroedSlice) } encapsulatedKey := largerSlice[:len(v.encapsulatedKey)] if _, err := kem.decapsulate(encapsulatedKey, v.recipientPrivKey); err != nil { t.Errorf("decapsulate: got err %q, want success", err) } if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix: got %x, want %x", suffix, zeroedSlice) } } func TestX25519KEMDecapsulateBadEncapsulatedKey(t *testing.T) { _, v := rfcVectorA1(t) kem, err := newKEM(X25519HKDFSHA256) if err != nil { t.Fatal(err) } badEncapsulatedKey := append(v.encapsulatedKey, []byte("hello")...) if _, err := kem.decapsulate(badEncapsulatedKey, v.recipientPrivKey); err == nil { t.Error("decapsulate: got success, want err") } } func TestX25519KEMDecapsulateBadRecipientPrivKey(t *testing.T) { _, v := rfcVectorA1(t) kem, err := newKEM(X25519HKDFSHA256) if err != nil { t.Fatal(err) } badRecipientPrivKey := append(v.recipientPrivKey, []byte("hello")...) if _, err := kem.decapsulate(v.encapsulatedKey, badRecipientPrivKey); err == nil { t.Error("decapsulate: got success, want err") } } func TestX25519KEMEncapsulatedKeyLength(t *testing.T) { kem, err := newKEM(X25519HKDFSHA256) if err != nil { t.Fatal(err) } if kem.encapsulatedKeyLength() != kemLengths[X25519HKDFSHA256].nEnc { t.Errorf("encapsulatedKeyLength: got %d, want %d", kem.encapsulatedKeyLength(), kemLengths[X25519HKDFSHA256].nEnc) } } func TestNewX25519KEM_InvalidIDs(t *testing.T) { t.Run("Unknown Hash Type", func(t *testing.T) { if _, err := newX25519KEM(UnknownHashType); err == nil { t.Errorf("newPrimitives() err = nil, want error") } }) t.Run("Unsupported Hash Type", func(t *testing.T) { if _, err := newX25519KEM(SHA384); err == nil { t.Errorf("newPrimitives() err = nil, want error") } }) } ================================================ FILE: hybrid/internal/hpke/xwing_kem.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "github.com/tink-crypto/tink-go/v2/hybrid/internal/xwing" ) // xWingKEM implements interface kem for X-Wing. type xWingKEM struct{} var _ kem = (*xWingKEM)(nil) func newXWingKEM() (*xWingKEM, error) { return &xWingKEM{}, nil } func (x *xWingKEM) encapsulate(recipientPubKey []byte) (sharedSecret, senderPubKey []byte, err error) { return xwing.Encapsulate(recipientPubKey) } func (x *xWingKEM) decapsulate(encapsulatedKey, recipientPrivKey []byte) ([]byte, error) { return xwing.Decapsulate(encapsulatedKey, recipientPrivKey) } func (x *xWingKEM) id() KEMID { return XWing } func (x *xWingKEM) encapsulatedKeyLength() int { return kemLengths[XWing].nEnc } ================================================ FILE: hybrid/internal/hpke/xwing_kem_test.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hpke import ( "bytes" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" ) type xWingTestVector struct { name string recipientPrivKeyHex string recipientPubKeyHex string ciphertextHex string sharedSecretHex string } func xWingTestVectors(t *testing.T) []xWingTestVector { t.Helper() const ( // Test vectors from https://www.ietf.org/archive/id/draft-connolly-cfrg-xwing-kem-10.html. recipientPrivKey1Hex = "7f9c2ba4e88f827d616045507605853ed73b8093f6efbc88eb1a6eacfa66ef26" recipientPubKey1Hex = "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" ciphertext1Hex = "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" sharedSecret1Hex = "d2df0522128f09dd8e2c92b1e905c793d8f57a54c3da25861f10bf4ca613e384" recipientPrivKey2Hex = "badfd6dfaac359a5efbb7bcc4b59d538df9a04302e10c8bc1cbf1a0b3a5120ea" recipientPubKey2Hex = "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" ciphertext2Hex = "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" sharedSecret2Hex = "f2e86241c64d60f6649fbc6c5b7d17180b780a3f34355e64a85749949c45f150" ) return []xWingTestVector{ { name: "Vector1", recipientPrivKeyHex: recipientPrivKey1Hex, recipientPubKeyHex: recipientPubKey1Hex, ciphertextHex: ciphertext1Hex, sharedSecretHex: sharedSecret1Hex, }, { name: "Vector2", recipientPrivKeyHex: recipientPrivKey2Hex, recipientPubKeyHex: recipientPubKey2Hex, ciphertextHex: ciphertext2Hex, sharedSecretHex: sharedSecret2Hex, }, } } func TestXWingRoundtrip(t *testing.T) { for _, vec := range xWingTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPrivKey := mustHexDecodeString(t, vec.recipientPrivKeyHex) recipientPubKey := mustHexDecodeString(t, vec.recipientPubKeyHex) kem, err := newKEM(XWing) if err != nil { t.Fatal(err) } secret, enc, err := kem.encapsulate(recipientPubKey) if err != nil { t.Errorf("encapsulate(%x) = %q, want success", recipientPubKey, err) } otherSecret, err := kem.decapsulate(enc, recipientPrivKey) if err != nil { t.Errorf("decapsulate(%x, %x) = %q, want success", enc, recipientPrivKey, err) } if !bytes.Equal(secret, otherSecret) { t.Errorf("decapsulate(%x, %x) = %x, want %x", enc, recipientPrivKey, otherSecret, secret) } }) } } func TestXWingDecapsulateWorks(t *testing.T) { for _, vec := range xWingTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPrivKey := mustHexDecodeString(t, vec.recipientPrivKeyHex) ciphertext := mustHexDecodeString(t, vec.ciphertextHex) sharedSecret := mustHexDecodeString(t, vec.sharedSecretHex) kem, err := newKEM(XWing) if err != nil { t.Fatal(err) } secret, err := kem.decapsulate(ciphertext, recipientPrivKey) if err != nil { t.Errorf("decapsulate(%x, %x) = %q, want success", ciphertext, recipientPrivKey, err) } if !bytes.Equal(secret, sharedSecret) { t.Errorf("decapsulate(%x, %x) = %x, want %x", ciphertext, recipientPrivKey, secret, sharedSecret) } }) } } func TestXWingEncapsulateBadRecipientPubKey(t *testing.T) { for _, vec := range xWingTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPubKey := mustHexDecodeString(t, vec.recipientPubKeyHex) kem, err := newKEM(XWing) if err != nil { t.Fatal(err) } badRecipientPubKey := append(recipientPubKey, []byte("hello")...) if _, _, err := kem.encapsulate(badRecipientPubKey); err == nil { t.Errorf("encapsulate(%x) = success, want err", badRecipientPubKey) } }) } } // TestXWingDecapsulateEncapsulatedKeyPrefixesLargerSlice checks--if the // encapsulated key is part of a larger slice, as in HPKE Encrypt // https://github.com/tink-crypto/tink-go/blob/d25153b336507a5cc37555d3c1ed36ba41cb3f30/hybrid/internal/hpke/encrypt.go#L58 // --that decapsulate does not modify the larger slice. func TestXWingDecapsulateEncapsulatedKeyPrefixesLargerSlice(t *testing.T) { for _, vec := range xWingTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPrivKey := mustHexDecodeString(t, vec.recipientPrivKeyHex) recipientPubKey := mustHexDecodeString(t, vec.recipientPubKeyHex) kem, err := newKEM(XWing) if err != nil { t.Fatal(err) } secret, encapsulatedKey, err := kem.encapsulate(recipientPubKey) if err != nil { t.Errorf("encapsulate(%x) = %q, want success", recipientPubKey, err) } largerSlice := make([]byte, 3*len(encapsulatedKey)) suffix := largerSlice[len(encapsulatedKey):] zeroedSlice := make([]byte, len(suffix)) if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix = %x, want %x", suffix, zeroedSlice) } copy(largerSlice, encapsulatedKey) if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix = %x, want %x", suffix, zeroedSlice) } encapsulatedKeySlice := largerSlice[:len(encapsulatedKey)] otherSecret, err := kem.decapsulate(encapsulatedKeySlice, recipientPrivKey) if err != nil { t.Errorf("decapsulate(%x, %x) = %q, want success", encapsulatedKeySlice, recipientPrivKey, err) } if !bytes.Equal(suffix, zeroedSlice) { t.Errorf("suffix = %x, want %x", suffix, zeroedSlice) } if !bytes.Equal(secret, otherSecret) { t.Errorf("decapsulate(%x, %x) = %x, want %x", encapsulatedKeySlice, recipientPrivKey, otherSecret, secret) } }) } } func TestXWingDecapsulateBadEncapsulatedKey(t *testing.T) { for _, vec := range xWingTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPrivKey := mustHexDecodeString(t, vec.recipientPrivKeyHex) recipientPubKey := mustHexDecodeString(t, vec.recipientPubKeyHex) kem, err := newKEM(XWing) if err != nil { t.Fatal(err) } _, encapsulatedKey, err := kem.encapsulate(recipientPubKey) if err != nil { t.Errorf("encapsulate(%x) = %q, want success", recipientPubKey, err) } badEncapsulatedKey := append(encapsulatedKey, []byte("hello")...) if _, err := kem.decapsulate(badEncapsulatedKey, recipientPrivKey); err == nil { t.Errorf("decapsulate(%x, %x) = success, want err", badEncapsulatedKey, recipientPrivKey) } }) } } func TestXWingDecapsulateBadRecipientPrivKey(t *testing.T) { for _, vec := range xWingTestVectors(t) { t.Run(vec.name, func(t *testing.T) { recipientPrivKey := mustHexDecodeString(t, vec.recipientPrivKeyHex) recipientPubKey := mustHexDecodeString(t, vec.recipientPubKeyHex) kem, err := newKEM(XWing) if err != nil { t.Fatal(err) } _, encapsulatedKey, err := kem.encapsulate(recipientPubKey) if err != nil { t.Errorf("encapsulate(%x) = %q, want success", recipientPubKey, err) } badRecipientPrivKey := append(recipientPrivKey, []byte("hello")...) if _, err := kem.decapsulate(encapsulatedKey, badRecipientPrivKey); err == nil { t.Errorf("decapsulate(%x, %x) = success, want err", encapsulatedKey, badRecipientPrivKey) } }) } } func TestXWingEncapsulatedKeyLength(t *testing.T) { kem, err := newKEM(XWing) if err != nil { t.Fatal(err) } if kem.encapsulatedKeyLength() != kemLengths[XWing].nEnc { t.Errorf("encapsulatedKeyLength() = %d, want %d", kem.encapsulatedKeyLength(), kemLengths[XWing].nEnc) } } type xWingHPKETestVector struct { name string kdfID KDFID aeadID AEADID privateKey []byte contextInfo []byte ciphertext []byte key []byte baseNonce []byte ptEnc []byte aadEnc []byte ctEnc []byte } func xWingHPKEVectors(t *testing.T) []xWingHPKETestVector { t.Helper() const ( // Test vector from BoringSSL. privateKey1Hex = "7f9c2ba4e88f827d616045507605853ed73b8093f6efbc88eb1a6eacfa66ef26" contextInfo1Hex = "4f6465206f6e2061204772656369616e2055726e" ciphertext1Hex = "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" key1Hex = "11fb746c11b05e5c55009341c5756fe7" baseNonce1Hex = "79aa8112af02ab20a4587a85" ptEnc1Hex = "4265617574792069732074727574682c20747275746820626561757479" aadEnc1Hex = "436f756e742d30" ctEnc1Hex = "a96ea59259a2893265d79052bfa8e976f6a9aaf9fb0cce901449f23c18a9e9b238e29161c2d94b5b6fefa046af" ) return []xWingHPKETestVector{ { name: "Vector1", kdfID: HKDFSHA256, aeadID: AES128GCM, privateKey: mustHexDecodeString(t, privateKey1Hex), contextInfo: mustHexDecodeString(t, contextInfo1Hex), ciphertext: mustHexDecodeString(t, ciphertext1Hex), key: mustHexDecodeString(t, key1Hex), baseNonce: mustHexDecodeString(t, baseNonce1Hex), ptEnc: mustHexDecodeString(t, ptEnc1Hex), aadEnc: mustHexDecodeString(t, aadEnc1Hex), ctEnc: mustHexDecodeString(t, ctEnc1Hex), }, } } func TestXWingHPKEVectors(t *testing.T) { for _, vec := range xWingHPKEVectors(t) { t.Run(vec.name, func(t *testing.T) { kem, kdf, aead, err := newPrimitives(XWing, vec.kdfID, vec.aeadID) if err != nil { t.Fatal(err) } privateKeySecret := secretdata.NewBytesFromData(vec.privateKey, insecuresecretdataaccess.Token{}) ctx, err := newRecipientContext(vec.ciphertext, privateKeySecret, kem, kdf, aead, vec.contextInfo) if err != nil { t.Fatal(err) } if !bytes.Equal(vec.key, ctx.key) { t.Errorf("newRecipientContext(): got key %x, want %x", ctx.key, vec.key) } if !bytes.Equal(vec.baseNonce, ctx.baseNonce) { t.Errorf("newRecipientContext(): got baseNonce %x, want %x", ctx.baseNonce, vec.baseNonce) } otherPtEnc, err := ctx.open(vec.ctEnc, vec.aadEnc) if err != nil { t.Fatal(err) } if !bytes.Equal(vec.ptEnc, otherPtEnc) { t.Errorf("open(): got plaintext %x, want %x", otherPtEnc, vec.ptEnc) } }) } } ================================================ FILE: hybrid/internal/xwing/xwing.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package xwing implements the X-Wing KEM defined in // https://www.ietf.org/archive/id/draft-connolly-cfrg-xwing-kem-10.html. package xwing import ( "crypto/mlkem" "crypto/sha3" "fmt" "github.com/tink-crypto/tink-go/v2/subtle" ) const ( xWingLabel = `\.//^\` secretKeySize = 32 publicKeySize = 1216 ciphertextSize = 1120 ) // Encapsulate computes a new encapsulated shared secret. func Encapsulate(publicKey []byte) (sharedSecret, ciphertext []byte, err error) { if len(publicKey) != publicKeySize { return nil, nil, fmt.Errorf("invalid public key length: %d, want %d", len(publicKey), publicKeySize) } pkM := publicKey[:mlkem.EncapsulationKeySize768] pkX := publicKey[mlkem.EncapsulationKeySize768:] // Compute X25519 shared secret. ekX, err := subtle.GeneratePrivateKeyX25519() if err != nil { return nil, nil, err } ctX, err := subtle.PublicFromPrivateX25519(ekX) if err != nil { return nil, nil, err } ssX, err := subtle.ComputeSharedSecretX25519(ekX, pkX) if err != nil { return nil, nil, err } // ML-KEM-768 encapsulation. ekM, err := mlkem.NewEncapsulationKey768(pkM) if err != nil { return nil, nil, err } ssM, ctM := ekM.Encapsulate() // Combine secrets. ss := combiner(ssM, ssX, ctX, pkX) // encapsulatedKey = ctM || ctX. ct := make([]byte, 0, ciphertextSize) ct = append(ct, ctM...) ct = append(ct, ctX...) return ss, ct, nil } // Decapsulate computes the shared secret from the encapsulated key. func Decapsulate(ciphertext, recipientPrivKey []byte) ([]byte, error) { if len(ciphertext) != ciphertextSize { return nil, fmt.Errorf("invalid ciphertext length: %d, want %d", len(ciphertext), ciphertextSize) } seedM, skX, err := expandDecapsulationKey(recipientPrivKey) if err != nil { return nil, err } ctM := ciphertext[:mlkem.CiphertextSize768] ctX := ciphertext[mlkem.CiphertextSize768:] // ML-KEM-768 decapsulation. dkM, err := mlkem.NewDecapsulationKey768(seedM) if err != nil { return nil, err } ssM, err := dkM.Decapsulate(ctM) if err != nil { return nil, err } // Compute X25519 shared secret. ssX, err := subtle.ComputeSharedSecretX25519(skX, ctX) if err != nil { return nil, err } pkX, err := subtle.PublicFromPrivateX25519(skX) if err != nil { return nil, err } // Combine secrets. ss := combiner(ssM, ssX, ctX, pkX) return ss, nil } // PublicFromSecret computes the X-Wing public key from the X-Wing secret key. func PublicFromSecret(secretKey []byte) ([]byte, error) { if len(secretKey) != secretKeySize { return nil, fmt.Errorf("invalid secret key length: %d, want %d", len(secretKey), secretKeySize) } seedM, skX, err := expandDecapsulationKey(secretKey) if err != nil { return nil, err } // Compute ML-KEM-768 public key. skM, err := mlkem.NewDecapsulationKey768(seedM) if err != nil { return nil, err } pkM := skM.EncapsulationKey().Bytes() // Compute X25519 public key. pkX, err := subtle.PublicFromPrivateX25519(skX) if err != nil { return nil, err } publicKey := make([]byte, 0, publicKeySize) publicKey = append(publicKey, pkM...) publicKey = append(publicKey, pkX...) return publicKey, nil } func expandDecapsulationKey(secretKey []byte) (seedM []byte, skX []byte, err error) { if len(secretKey) != secretKeySize { return nil, nil, fmt.Errorf("invalid secret key length: %d, want %d", len(secretKey), secretKeySize) } // Expand the 32-byte secret key using SHAKE-256. s := sha3.NewSHAKE256() s.Write(secretKey) seedM = make([]byte, 64) s.Read(seedM) skX = make([]byte, 32) s.Read(skX) return seedM, skX, nil } func combiner(ssM, ssX, ctX, pkX []byte) []byte { // Combine secrets using SHA3-256. h := sha3.New256() h.Write(ssM) h.Write(ssX) h.Write(ctX) h.Write(pkX) h.Write([]byte(xWingLabel)) return h.Sum(nil) } ================================================ FILE: hybrid/internal/xwing/xwing_test.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package xwing import ( "bytes" "encoding/hex" "testing" ) func mustHexDecodeString(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q): err %q", s, err) } return b } type xWingTestVector struct { name string secretKeyHex string publicKeyHex string ciphertextHex string sharedSecretHex string } func xWingTestVectors(t *testing.T) []xWingTestVector { t.Helper() const ( // Test vectors from https://www.ietf.org/archive/id/draft-connolly-cfrg-xwing-kem-10.html. secretKey1Hex = "7f9c2ba4e88f827d616045507605853ed73b8093f6efbc88eb1a6eacfa66ef26" publicKey1Hex = "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" ciphertext1Hex = "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" sharedSecret1Hex = "d2df0522128f09dd8e2c92b1e905c793d8f57a54c3da25861f10bf4ca613e384" secretKey2Hex = "badfd6dfaac359a5efbb7bcc4b59d538df9a04302e10c8bc1cbf1a0b3a5120ea" publicKey2Hex = "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" ciphertext2Hex = "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" sharedSecret2Hex = "f2e86241c64d60f6649fbc6c5b7d17180b780a3f34355e64a85749949c45f150" ) return []xWingTestVector{ { name: "Vector1", secretKeyHex: secretKey1Hex, publicKeyHex: publicKey1Hex, ciphertextHex: ciphertext1Hex, sharedSecretHex: sharedSecret1Hex, }, { name: "Vector2", secretKeyHex: secretKey2Hex, publicKeyHex: publicKey2Hex, ciphertextHex: ciphertext2Hex, sharedSecretHex: sharedSecret2Hex, }, } } func TestXWingVectors(t *testing.T) { for _, vec := range xWingTestVectors(t) { t.Run(vec.name, func(t *testing.T) { // Test computing public key. secretKey := mustHexDecodeString(t, vec.secretKeyHex) publicKey := mustHexDecodeString(t, vec.publicKeyHex) otherPublicKey, err := PublicFromSecret(secretKey) if err != nil { t.Errorf("PublicFromSecret: got err %q, want success", err) } if !bytes.Equal(publicKey, otherPublicKey) { t.Errorf("PublicFromSecret: got public key %x, want %x", otherPublicKey, publicKey) } // Test decapsulating. ciphertext := mustHexDecodeString(t, vec.ciphertextHex) sharedSecret := mustHexDecodeString(t, vec.sharedSecretHex) otherSharedSecret, err := Decapsulate(ciphertext, secretKey) if err != nil { t.Errorf("Decapsulate: got err %q, want success", err) } if !bytes.Equal(sharedSecret, otherSharedSecret) { t.Errorf("Decapsulate: got shared secret %x, want %x", otherSharedSecret, sharedSecret) } }) } } func TestXWingRoundtrip(t *testing.T) { for _, vec := range xWingTestVectors(t) { t.Run(vec.name, func(t *testing.T) { secretKey := mustHexDecodeString(t, vec.secretKeyHex) publicKey := mustHexDecodeString(t, vec.publicKeyHex) sharedSecret, ciphertext, err := Encapsulate(publicKey) if err != nil { t.Errorf("Encapsulate: got err %q, want success", err) } otherSharedSecret, err := Decapsulate(ciphertext, secretKey) if err != nil { t.Errorf("Decapsulate: got err %q, want success", err) } if !bytes.Equal(sharedSecret, otherSharedSecret) { t.Errorf("Decapsulate: got shared secret %x, want %x", otherSharedSecret, sharedSecret) } }) } } func TestXWingEncapsulateBadRecipientPubKey(t *testing.T) { for _, vec := range xWingTestVectors(t) { t.Run(vec.name, func(t *testing.T) { publicKey := mustHexDecodeString(t, vec.publicKeyHex) badPublicKey := append(publicKey, []byte("hello")...) if _, _, err := Encapsulate(badPublicKey); err == nil { t.Error("Encapsulate: got success, want err") } }) } } func TestXWingDecapsulateBadCiphertext(t *testing.T) { for _, vec := range xWingTestVectors(t) { t.Run(vec.name, func(t *testing.T) { secretKey := mustHexDecodeString(t, vec.secretKeyHex) publicKey := mustHexDecodeString(t, vec.publicKeyHex) _, ciphertext, err := Encapsulate(publicKey) if err != nil { t.Errorf("Encapsulate: got err %q, want success", err) } badCiphertext := append(ciphertext, []byte("hello")...) if _, err := Decapsulate(badCiphertext, secretKey); err == nil { t.Error("Decapsulate: got success, want err") } }) } } func TestXWingDecapsulateBadSecretKey(t *testing.T) { for _, vec := range xWingTestVectors(t) { t.Run(vec.name, func(t *testing.T) { secretKey := mustHexDecodeString(t, vec.secretKeyHex) publicKey := mustHexDecodeString(t, vec.publicKeyHex) _, ciphertext, err := Encapsulate(publicKey) if err != nil { t.Errorf("Encapsulate: got err %q, want success", err) } badSecretKey := append(secretKey, []byte("hello")...) if _, err := Decapsulate(ciphertext, badSecretKey); err == nil { t.Error("Decapsulate: got success, want err") } }) } } ================================================ FILE: hybrid/subtle/ecies_aead_hkdf_dem_helper.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle // EciesAEADHKDFDEMHelper a helper for DEM (data encapsulation mechanism) of ECIES-AEAD-HKDF. type EciesAEADHKDFDEMHelper interface { // GetSymmetricKeySize gives the size of the DEM-key in bytes GetSymmetricKeySize() uint32 // GetAEADOrDAEAD returns the newly created AEAD or Deterministic Aead primitive. GetAEADOrDAEAD(symmetricKeyValue []byte) (any, error) } ================================================ FILE: hybrid/subtle/ecies_aead_hkdf_hybrid_decrypt.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "errors" "github.com/tink-crypto/tink-go/v2/tink" ) // ECIESAEADHKDFHybridDecrypt is an instance of ECIES decryption with HKDF-KEM (key encapsulation mechanism) // and AEAD-DEM (data encapsulation mechanism). type ECIESAEADHKDFHybridDecrypt struct { privateKey *ECPrivateKey hkdfSalt []byte hkdfHMACAlgo string pointFormat string demHelper EciesAEADHKDFDEMHelper } // NewECIESAEADHKDFHybridDecrypt returns ECIES decryption construct with HKDF-KEM (key encapsulation mechanism) // and AEAD-DEM (data encapsulation mechanism). func NewECIESAEADHKDFHybridDecrypt(pvt *ECPrivateKey, hkdfSalt []byte, hkdfHMACAlgo string, ptFormat string, demHelper EciesAEADHKDFDEMHelper) (*ECIESAEADHKDFHybridDecrypt, error) { return &ECIESAEADHKDFHybridDecrypt{ privateKey: pvt, hkdfSalt: hkdfSalt, hkdfHMACAlgo: hkdfHMACAlgo, pointFormat: ptFormat, demHelper: demHelper, }, nil } // Decrypt is used to decrypt using ECIES with a HKDF-KEM and AEAD-DEM mechanisms. func (e *ECIESAEADHKDFHybridDecrypt) Decrypt(ciphertext, contextInfo []byte) ([]byte, error) { curve := e.privateKey.PublicKey.Curve headerSize, err := encodingSizeInBytes(curve, e.pointFormat) if err != nil { return nil, err } if len(ciphertext) < headerSize { return nil, errors.New("ciphertext too short") } var kemBytes = make([]byte, headerSize) var ct = make([]byte, len(ciphertext)-headerSize) copy(kemBytes, ciphertext[:headerSize]) copy(ct, ciphertext[headerSize:]) rKem := &ECIESHKDFRecipientKem{ recipientPrivateKey: e.privateKey, } symmetricKey, err := rKem.decapsulate(kemBytes, e.hkdfHMACAlgo, e.hkdfSalt, contextInfo, e.demHelper.GetSymmetricKeySize(), e.pointFormat) if err != nil { return nil, err } prim, err := e.demHelper.GetAEADOrDAEAD(symmetricKey) if err != nil { return nil, err } switch a := prim.(type) { case tink.AEAD: return a.Decrypt(ct, []byte{}) case tink.DeterministicAEAD: return a.DecryptDeterministically(ct, []byte{}) default: return nil, errors.New("Internal error: unexpected primitive type") } } ================================================ FILE: hybrid/subtle/ecies_aead_hkdf_hybrid_encrypt.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "bytes" "errors" "github.com/tink-crypto/tink-go/v2/tink" ) // ECIESAEADHKDFHybridEncrypt is an instance of ECIES encryption with HKDF-KEM (key encapsulation mechanism) // and AEAD-DEM (data encapsulation mechanism). type ECIESAEADHKDFHybridEncrypt struct { publicKey *ECPublicKey hkdfSalt []byte hkdfHMACAlgo string pointFormat string demHelper EciesAEADHKDFDEMHelper } // NewECIESAEADHKDFHybridEncrypt returns ECIES encryption construct with HKDF-KEM (key encapsulation mechanism) // and AEAD-DEM (data encapsulation mechanism). func NewECIESAEADHKDFHybridEncrypt(pub *ECPublicKey, hkdfSalt []byte, hkdfHMACAlgo string, ptFormat string, demHelper EciesAEADHKDFDEMHelper) (*ECIESAEADHKDFHybridEncrypt, error) { c, err := GetCurve(pub.Curve.Params().Name) if err != nil { return nil, err } return &ECIESAEADHKDFHybridEncrypt{ publicKey: &ECPublicKey{ Curve: c, Point: pub.Point, }, hkdfSalt: hkdfSalt, hkdfHMACAlgo: hkdfHMACAlgo, pointFormat: ptFormat, demHelper: demHelper, }, nil } // Encrypt is used to encrypt using ECIES with a HKDF-KEM and AEAD-DEM mechanisms. func (e *ECIESAEADHKDFHybridEncrypt) Encrypt(plaintext, contextInfo []byte) ([]byte, error) { var b bytes.Buffer sKem := &ECIESHKDFSenderKem{ recipientPublicKey: e.publicKey, } kemKey, err := sKem.encapsulate(e.hkdfHMACAlgo, e.hkdfSalt, contextInfo, e.demHelper.GetSymmetricKeySize(), e.pointFormat) if err != nil { return nil, err } prim, err := e.demHelper.GetAEADOrDAEAD(kemKey.SymmetricKey) if err != nil { return nil, err } var ct []byte switch a := prim.(type) { case tink.AEAD: ct, err = a.Encrypt(plaintext, []byte{}) case tink.DeterministicAEAD: ct, err = a.EncryptDeterministically(plaintext, []byte{}) default: err = errors.New("Internal error: unexpected primitive type") } if err != nil { return nil, err } b.Write(kemKey.Kem) b.Write(ct) return b.Bytes(), nil } ================================================ FILE: hybrid/subtle/ecies_hkdf_recipient_kem.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import "github.com/tink-crypto/tink-go/v2/subtle" // ECIESHKDFRecipientKem represents a HKDF-based KEM (key encapsulation mechanism) // for ECIES recipient. type ECIESHKDFRecipientKem struct { recipientPrivateKey *ECPrivateKey } // decapsulate uses the KEM to generate a new HKDF-based key. func (s *ECIESHKDFRecipientKem) decapsulate(kem []byte, hashAlg string, salt []byte, info []byte, keySize uint32, pointFormat string) ([]byte, error) { pubPoint, err := PointDecode(s.recipientPrivateKey.PublicKey.Curve, pointFormat, kem) if err != nil { return nil, err } secret, err := ComputeSharedSecret(pubPoint, s.recipientPrivateKey) if err != nil { return nil, err } i := make([]byte, 0, len(kem)+len(secret)) i = append(i, kem...) i = append(i, secret...) return subtle.ComputeHKDF(hashAlg, i, salt, info, keySize) } ================================================ FILE: hybrid/subtle/ecies_hkdf_sender_kem.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import "github.com/tink-crypto/tink-go/v2/subtle" // KEMKey represents a KEM managed key. type KEMKey struct { Kem, SymmetricKey []byte } // ECIESHKDFSenderKem represents HKDF-based ECIES-KEM (key encapsulation mechanism) // for ECIES sender. type ECIESHKDFSenderKem struct { recipientPublicKey *ECPublicKey } // encapsulate generates an HKDF-based KEMKey. func (s *ECIESHKDFSenderKem) encapsulate(hashAlg string, salt []byte, info []byte, keySize uint32, pointFormat string) (*KEMKey, error) { pvt, err := GenerateECDHKeyPair(s.recipientPublicKey.Curve) if err != nil { return nil, err } pub := pvt.PublicKey secret, err := ComputeSharedSecret(&s.recipientPublicKey.Point, pvt) if err != nil { return nil, err } sdata, err := PointEncode(pub.Curve, pointFormat, pub.Point) if err != nil { return nil, err } i := make([]byte, 0, len(sdata)+len(secret)) i = append(i, sdata...) i = append(i, secret...) sKey, err := subtle.ComputeHKDF(hashAlg, i, salt, info, keySize) if err != nil { return nil, err } return &KEMKey{ Kem: sdata, SymmetricKey: sKey, }, nil } ================================================ FILE: hybrid/subtle/elliptic_curves.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "bytes" "crypto/elliptic" "crypto/rand" "errors" "fmt" "math/big" ) // ECPublicKey represents a elliptic curve public key. type ECPublicKey struct { elliptic.Curve Point ECPoint } // ECPrivateKey represents a elliptic curve private key. type ECPrivateKey struct { PublicKey ECPublicKey D *big.Int } // GetECPrivateKey converts a stored private key to ECPrivateKey. func GetECPrivateKey(c elliptic.Curve, b []byte) *ECPrivateKey { d := new(big.Int) d.SetBytes(b) x, y := c.Params().ScalarBaseMult(b) pub := ECPublicKey{ Curve: c, Point: ECPoint{ X: x, Y: y, }, } return &ECPrivateKey{ PublicKey: pub, D: d, } } // ECPoint represents a point on the elliptic curve. type ECPoint struct { X, Y *big.Int } func (p *ECPrivateKey) getParams() *elliptic.CurveParams { return p.PublicKey.Curve.Params() } func getModulus(c elliptic.Curve) *big.Int { return c.Params().P } func fieldSizeInBits(c elliptic.Curve) int { t := big.NewInt(1) r := t.Sub(getModulus(c), t) return r.BitLen() } func fieldSizeInBytes(c elliptic.Curve) int { return (fieldSizeInBits(c) + 7) / 8 } func encodingSizeInBytes(c elliptic.Curve, p string) (int, error) { cSize := fieldSizeInBytes(c) switch p { case "UNCOMPRESSED": return 2*cSize + 1, nil case "DO_NOT_USE_CRUNCHY_UNCOMPRESSED": return 2 * cSize, nil case "COMPRESSED": return cSize + 1, nil } return 0, fmt.Errorf("invalid point format :%s", p) } // PointEncode encodes a point into the format specified. func PointEncode(c elliptic.Curve, pFormat string, pt ECPoint) ([]byte, error) { if !c.IsOnCurve(pt.X, pt.Y) { return nil, errors.New("curve check failed") } cSize := fieldSizeInBytes(c) y := pt.Y.Bytes() x := pt.X.Bytes() switch pFormat { case "UNCOMPRESSED": encoded := make([]byte, 2*cSize+1) copy(encoded[1+2*cSize-len(y):], y) copy(encoded[1+cSize-len(x):], x) encoded[0] = 4 return encoded, nil case "DO_NOT_USE_CRUNCHY_UNCOMPRESSED": encoded := make([]byte, 2*cSize) if len(x) > cSize { x = bytes.Replace(x, []byte("\x00"), []byte{}, -1) } if len(y) > cSize { y = bytes.Replace(y, []byte("\x00"), []byte{}, -1) } copy(encoded[2*cSize-len(y):], y) copy(encoded[cSize-len(x):], x) return encoded, nil case "COMPRESSED": encoded := make([]byte, cSize+1) copy(encoded[1+cSize-len(x):], x) encoded[0] = 2 if pt.Y.Bit(0) > 0 { encoded[0] = 3 } return encoded, nil } return nil, errors.New("invalid point format") } // PointDecode decodes a encoded point to return an ECPoint func PointDecode(c elliptic.Curve, pFormat string, e []byte) (*ECPoint, error) { cSize := fieldSizeInBytes(c) x, y := new(big.Int), new(big.Int) switch pFormat { case "UNCOMPRESSED": if len(e) != (2*cSize + 1) { return nil, errors.New("invalid point size") } if e[0] != 4 { return nil, errors.New("invalid point format") } x.SetBytes(e[1 : cSize+1]) y.SetBytes(e[cSize+1:]) if !c.IsOnCurve(x, y) { return nil, errors.New("invalid point") } return &ECPoint{ X: x, Y: y, }, nil case "DO_NOT_USE_CRUNCHY_UNCOMPRESSED": if len(e) != 2*cSize { return nil, errors.New("invalid point size") } x.SetBytes(e[:cSize]) y.SetBytes(e[cSize:]) if !c.IsOnCurve(x, y) { return nil, errors.New("invalid point") } return &ECPoint{ X: x, Y: y, }, nil case "COMPRESSED": if len(e) != cSize+1 { return nil, errors.New("compressed point has wrong length") } lsb := false if e[0] == 2 { lsb = false } else if e[0] == 3 { lsb = true } else { return nil, errors.New("invalid format") } x := new(big.Int) x.SetBytes(e[1:]) if (x.Sign() == -1) || (x.Cmp(c.Params().P) != -1) { return nil, errors.New("x is out of range") } y := getY(x, lsb, c) return &ECPoint{ X: x, Y: y, }, nil } return nil, fmt.Errorf("invalid format: %s", pFormat) } func getY(x *big.Int, lsb bool, c elliptic.Curve) *big.Int { // y² = x³ - 3x + b x3 := new(big.Int).Mul(x, x) x3.Mul(x3, x) threeX := new(big.Int).Lsh(x, 1) threeX.Add(threeX, x) b := c.Params().B p := c.Params().P x3.Sub(x3, threeX) x3.Add(x3, b) x3.ModSqrt(x3, p) e := uint(1) if lsb { e = 0 } if e == x3.Bit(0) { x3 := x3.Sub(p, x3) x3.Mod(x3, p) } return x3 } func validatePublicPoint(pub *ECPoint, priv *ECPrivateKey) error { if priv.PublicKey.Curve.IsOnCurve(pub.X, pub.Y) { return nil } return errors.New("invalid public key") } // ComputeSharedSecret is used to compute a shared secret using given private key and peer public key. func ComputeSharedSecret(pub *ECPoint, priv *ECPrivateKey) ([]byte, error) { if err := validatePublicPoint(pub, priv); err != nil { return nil, err } x, y := priv.PublicKey.Curve.ScalarMult(pub.X, pub.Y, priv.D.Bytes()) if x == nil { return nil, errors.New("shared key compute error") } // check if x,y are on the curve if err := validatePublicPoint(&ECPoint{X: x, Y: y}, priv); err != nil { return nil, errors.New("invalid shared key") } sharedSecret := make([]byte, maxSharedKeyLength(priv.PublicKey)) return x.FillBytes(sharedSecret), nil } func maxSharedKeyLength(pub ECPublicKey) int { return (pub.Curve.Params().BitSize + 7) / 8 } // GenerateECDHKeyPair will create a new private key for a given curve. func GenerateECDHKeyPair(c elliptic.Curve) (*ECPrivateKey, error) { p, x, y, err := elliptic.GenerateKey(c, rand.Reader) if err != nil { return nil, err } return &ECPrivateKey{ PublicKey: ECPublicKey{ Curve: c, Point: ECPoint{ X: x, Y: y, }, }, D: new(big.Int).SetBytes(p), }, nil } // GetCurve returns the elliptic.Curve for a given standard curve name. func GetCurve(c string) (elliptic.Curve, error) { switch c { case "secp224r1", "NIST_P224", "P-224": return elliptic.P224(), nil case "secp256r1", "NIST_P256", "P-256", "EllipticCurveType_NIST_P256": return elliptic.P256(), nil case "secp384r1", "NIST_P384", "P-384", "EllipticCurveType_NIST_P384": return elliptic.P384(), nil case "secp521r1", "NIST_P521", "P-521", "EllipticCurveType_NIST_P521": return elliptic.P521(), nil default: return nil, errors.New("unsupported curve") } } ================================================ FILE: hybrid/subtle/elliptic_curves_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "crypto/ecdsa" "crypto/elliptic" "crypto/x509" "encoding/hex" "errors" "fmt" "math/big" "strings" "testing" "github.com/tink-crypto/tink-go/v2/hybrid/subtle" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" ) // The tests are from // http://google.github.io/end-to-end/api/source/src/javascript/crypto/e2e/ecc/ecdh_testdata.js.src.html. type testEC1 struct { elliptic.Curve pubX, pubY string } type testEC2 struct { elliptic.Curve pointFormat string encoded string X, Y string } var ( tEC1 = []testEC1{ { elliptic.P256(), "700c48f77f56584c5cc632ca65640db91b6bacce3a4df6b42ce7cc838833d287", "db71e509e3fd9b060ddb20ba5c51dcc5948d46fbf640dfe0441782cab85fa4ac", }, { elliptic.P256(), "809f04289c64348c01515eb03d5ce7ac1a8cb9498f5caa50197e58d43a86a7ae", "b29d84e811197f25eba8f5194092cb6ff440e26d4421011372461f579271cda3", }, { elliptic.P256(), "df3989b9fa55495719b3cf46dccd28b5153f7808191dd518eff0c3cff2b705ed", "422294ff46003429d739a33206c8752552c8ba54a270defc06e221e0feaf6ac4", }, { elliptic.P256(), "356c5a444c049a52fee0adeb7e5d82ae5aa83030bfff31bbf8ce2096cf161c4b", "57d128de8b2a57a094d1a001e572173f96e8866ae352bf29cddaf92fc85b2f92", }, { elliptic.P384(), "a7c76b970c3b5fe8b05d2838ae04ab47697b9eaf52e764592efda27fe7513272" + "734466b400091adbf2d68c58e0c50066", "ac68f19f2e1cb879aed43a9969b91a0839c4c38a49749b661efedf243451915e" + "d0905a32b060992b468c64766fc8437a", }, { elliptic.P384(), "30f43fcf2b6b00de53f624f1543090681839717d53c7c955d1d69efaf0349b736" + "3acb447240101cbb3af6641ce4b88e0", "25e46c0c54f0162a77efcc27b6ea792002ae2ba82714299c860857a68153ab62e" + "525ec0530d81b5aa15897981e858757", }, { elliptic.P521(), "000000685a48e86c79f0f0875f7bc18d25eb5fc8c0b07e5da4f4370f3a9490340" + "854334b1e1b87fa395464c60626124a4e70d0f785601d37c09870ebf176666877a2" + "046d", "000001ba52c56fc8776d9e8f5db4f0cc27636d0b741bbe05400697942e80b7398" + "84a83bde99e0f6716939e632bc8986fa18dccd443a348b6c3e522497955a4f3c302" + "f676", }, { elliptic.P521(), "000001df277c152108349bc34d539ee0cf06b24f5d3500677b4445453ccc21409" + "453aafb8a72a0be9ebe54d12270aa51b3ab7f316aa5e74a951c5e53f74cd95fc29a" + "ee7a", "0000013d52f33a9f3c14384d1587fa8abe7aed74bc33749ad9c570b471776422c" + "7d4505d9b0a96b3bfac041e4c6a6990ae7f700e5b4a6640229112deafa0cd8bb0d0" + "89b0", }, { elliptic.P521(), "00000092db3142564d27a5f0006f819908fba1b85038a5bc2509906a497daac67" + "fd7aee0fc2daba4e4334eeaef0e0019204b471cd88024f82115d8149cc0cf4f7ce1" + "a4d5", "0000016bad0623f517b158d9881841d2571efbad63f85cbe2e581960c5d670601" + "a6760272675a548996217e4ab2b8ebce31d71fca63fcc3c08e91c1d8edd91cf6fe8" + "45f8", }, { elliptic.P521(), "0000004f38816681771289ce0cb83a5e29a1ab06fc91f786994b23708ff08a08a" + "0f675b809ae99e9f9967eb1a49f196057d69e50d6dedb4dd2d9a81c02bdcc8f7f51" + "8460", "0000009efb244c8b91087de1eed766500f0e81530752d469256ef79f6b965d8a2" + "232a0c2dbc4e8e1d09214bab38485be6e357c4200d073b52f04e4a16fc6f5247187" + "aecb", }, { elliptic.P521(), "000001a32099b02c0bd85371f60b0dd20890e6c7af048c8179890fda308b359db" + "bc2b7a832bb8c6526c4af99a7ea3f0b3cb96ae1eb7684132795c478ad6f962e4a6f" + "446d", "0000017627357b39e9d7632a1370b3e93c1afb5c851b910eb4ead0c9d387df67c" + "de85003e0e427552f1cd09059aad0262e235cce5fba8cedc4fdc1463da76dcd4b6d" + "1a46", }, } tEC2 = []testEC2{ // NIST_P256 { elliptic.P256(), "UNCOMPRESSED", "04" + "b0cfc7bc02fc980d858077552947ffb449b10df8949dee4e56fe21e016dcb25a" + "1886ccdca5487a6772f9401888203f90587cc00a730e2b83d5c6f89b3b568df7", "79974177209371530366349631093481213364328002500948308276357601809416549347930", "11093679777528052772423074391650378811758820120351664471899251711300542565879", }, { elliptic.P256(), "DO_NOT_USE_CRUNCHY_UNCOMPRESSED", "b0cfc7bc02fc980d858077552947ffb449b10df8949dee4e56fe21e016dcb25a" + "1886ccdca5487a6772f9401888203f90587cc00a730e2b83d5c6f89b3b568df7", "79974177209371530366349631093481213364328002500948308276357601809416549347930", "11093679777528052772423074391650378811758820120351664471899251711300542565879", }, { elliptic.P256(), "COMPRESSED", "03b0cfc7bc02fc980d858077552947ffb449b10df8949dee4e56fe21e016dcb25a", "79974177209371530366349631093481213364328002500948308276357601809416549347930", "11093679777528052772423074391650378811758820120351664471899251711300542565879", }, // Exceptional point: x==0 { elliptic.P256(), "UNCOMPRESSED", "04" + "0000000000000000000000000000000000000000000000000000000000000000" + "66485c780e2f83d72433bd5d84a06bb6541c2af31dae871728bf856a174f93f4", "0", "46263761741508638697010950048709651021688891777877937875096931459006746039284", }, { elliptic.P256(), "DO_NOT_USE_CRUNCHY_UNCOMPRESSED", "0000000000000000000000000000000000000000000000000000000000000000" + "66485c780e2f83d72433bd5d84a06bb6541c2af31dae871728bf856a174f93f4", "0", "46263761741508638697010950048709651021688891777877937875096931459006746039284", }, { elliptic.P256(), "COMPRESSED", "020000000000000000000000000000000000000000000000000000000000000000", "0", "46263761741508638697010950048709651021688891777877937875096931459006746039284", }, // Exceptional point: x==-3 { elliptic.P256(), "UNCOMPRESSED", "04" + "ffffffff00000001000000000000000000000000fffffffffffffffffffffffc" + "19719bebf6aea13f25c96dfd7c71f5225d4c8fc09eb5a0ab9f39e9178e55c121", "115792089210356248762697446949407573530086143415290314195533631308867097853948", "11508551065151498768481026661199445482476508121209842448718573150489103679777", }, { elliptic.P256(), "DO_NOT_USE_CRUNCHY_UNCOMPRESSED", "ffffffff00000001000000000000000000000000fffffffffffffffffffffffc" + "19719bebf6aea13f25c96dfd7c71f5225d4c8fc09eb5a0ab9f39e9178e55c121", "115792089210356248762697446949407573530086143415290314195533631308867097853948", "11508551065151498768481026661199445482476508121209842448718573150489103679777", }, { elliptic.P256(), "COMPRESSED", "03ffffffff00000001000000000000000000000000fffffffffffffffffffffffc", "115792089210356248762697446949407573530086143415290314195533631308867097853948", "11508551065151498768481026661199445482476508121209842448718573150489103679777", }, // NIST_P384 { elliptic.P384(), "UNCOMPRESSED", "04aa87ca22be8b05378eb1c71ef320ad746e1d3b628ba79b9859f741e082542a" + "385502f25dbf55296c3a545e3872760ab73617de4a96262c6f5d9e98bf9292dc" + "29f8f41dbd289a147ce9da3113b5f0b8c00a60b1ce1d7e819d7a431d7c90ea0e" + "5f", "2624703509579968926862315674456698189185292349110921338781561590" + "0925518854738050089022388053975719786650872476732087", "8325710961489029985546751289520108179287853048861315594709205902" + "480503199884419224438643760392947333078086511627871", }, { elliptic.P384(), "COMPRESSED", "03aa87ca22be8b05378eb1c71ef320ad746e1d3b628ba79b9859f741e082542a" + "385502f25dbf55296c3a545e3872760ab7", "2624703509579968926862315674456698189185292349110921338781561590" + "0925518854738050089022388053975719786650872476732087", "8325710961489029985546751289520108179287853048861315594709205902" + "480503199884419224438643760392947333078086511627871", }, // x = 0 { elliptic.P384(), "UNCOMPRESSED", "0400000000000000000000000000000000000000000000000000000000000000" + "00000000000000000000000000000000003cf99ef04f51a5ea630ba3f9f960dd" + "593a14c9be39fd2bd215d3b4b08aaaf86bbf927f2c46e52ab06fb742b8850e52" + "1e", "0", "9384923975005507693384933751151973636103286582194273515051780595" + "652610803541482195894618304099771370981414591681054", }, { elliptic.P384(), "COMPRESSED", "0200000000000000000000000000000000000000000000000000000000000000" + "0000000000000000000000000000000000", "0", "9384923975005507693384933751151973636103286582194273515051780595" + "652610803541482195894618304099771370981414591681054", }, // x = 2 { elliptic.P384(), "UNCOMPRESSED", "0400000000000000000000000000000000000000000000000000000000000000" + "0000000000000000000000000000000002732152442fb6ee5c3e6ce1d920c059" + "bc623563814d79042b903ce60f1d4487fccd450a86da03f3e6ed525d02017bfd" + "b3", "2", "1772015366480916228638409476801818679957736647795608728422858375" + "4887974043472116432532980617621641492831213601947059", }, { elliptic.P384(), "COMPRESSED", "0300000000000000000000000000000000000000000000000000000000000000" + "0000000000000000000000000000000002", "2", "1772015366480916228638409476801818679957736647795608728422858375" + "4887974043472116432532980617621641492831213601947059", }, // x = -3 { elliptic.P384(), "UNCOMPRESSED", "04ffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff" + "feffffffff0000000000000000fffffffc2de9de09a95b74e6b2c430363e1afb" + "8dff7164987a8cfe0a0d5139250ac02f797f81092a9bdc0e09b574a8f43bf80c" + "17", "3940200619639447921227904010014361380507973927046544666794829340" + "4245721771496870329047266088258938001861606973112316", "7066741234775658874139271223692271325950306561732202191471600407" + "582071247913794644254895122656050391930754095909911", }, { elliptic.P384(), "COMPRESSED", "03ffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff" + "feffffffff0000000000000000fffffffc", "3940200619639447921227904010014361380507973927046544666794829340" + "4245721771496870329047266088258938001861606973112316", "7066741234775658874139271223692271325950306561732202191471600407" + "582071247913794644254895122656050391930754095909911", }, // NIST_P521 { elliptic.P521(), "UNCOMPRESSED", "0400c6858e06b70404e9cd9e3ecb662395b4429c648139053fb521f828af606b" + "4d3dbaa14b5e77efe75928fe1dc127a2ffa8de3348b3c1856a429bf97e7e31c2" + "e5bd66011839296a789a3bc0045c8a5fb42c7d1bd998f54449579b446817afbd" + "17273e662c97ee72995ef42640c550b9013fad0761353c7086a272c24088be94" + "769fd16650", "2661740802050217063228768716723360960729859168756973147706671368" + "4188029449964278084915450806277719023520942412250655586621571135" + "45570916814161637315895999846", "3757180025770020463545507224491183603594455134769762486694567779" + "6155444774405563166912344050129455395621444445372894285225856667" + "29196580810124344277578376784", }, { elliptic.P521(), "COMPRESSED", "0200c6858e06b70404e9cd9e3ecb662395b4429c648139053fb521f828af606b" + "4d3dbaa14b5e77efe75928fe1dc127a2ffa8de3348b3c1856a429bf97e7e31c2" + "e5bd66", "2661740802050217063228768716723360960729859168756973147706671368" + "4188029449964278084915450806277719023520942412250655586621571135" + "45570916814161637315895999846", "3757180025770020463545507224491183603594455134769762486694567779" + "6155444774405563166912344050129455395621444445372894285225856667" + "29196580810124344277578376784", }, // x = 0 { elliptic.P521(), "UNCOMPRESSED", "0400000000000000000000000000000000000000000000000000000000000000" + "0000000000000000000000000000000000000000000000000000000000000000" + "00000000d20ec9fea6b577c10d26ca1bb446f40b299e648b1ad508aad068896f" + "ee3f8e614bc63054d5772bf01a65d412e0bcaa8e965d2f5d332d7f39f846d440" + "ae001f4f87", "0", "2816414230262626695230339754503506208598534788872316917808418392" + "0894686826982898181454171638541149642517061885689521392260532032" + "30035588176689756661142736775", }, { elliptic.P521(), "COMPRESSED", "0300000000000000000000000000000000000000000000000000000000000000" + "0000000000000000000000000000000000000000000000000000000000000000" + "000000", "0", "2816414230262626695230339754503506208598534788872316917808418392" + "0894686826982898181454171638541149642517061885689521392260532032" + "30035588176689756661142736775", }, // x = 1 { elliptic.P521(), "UNCOMPRESSED", "0400000000000000000000000000000000000000000000000000000000000000" + "0000000000000000000000000000000000000000000000000000000000000000" + "0000010010e59be93c4f269c0269c79e2afd65d6aeaa9b701eacc194fb3ee03d" + "f47849bf550ec636ebee0ddd4a16f1cd9406605af38f584567770e3f272d688c" + "832e843564", "1", "2265505274322546447629271557184988697103589068170534253193208655" + "0778100463909972583865730916407864371153050622267306901033104806" + "9570407113457901669103973732", }, { elliptic.P521(), "COMPRESSED", "0200000000000000000000000000000000000000000000000000000000000000" + "0000000000000000000000000000000000000000000000000000000000000000" + "000001", "1", "2265505274322546447629271557184988697103589068170534253193208655" + "0778100463909972583865730916407864371153050622267306901033104806" + "9570407113457901669103973732", }, // x = 2 { elliptic.P521(), "UNCOMPRESSED", "0400000000000000000000000000000000000000000000000000000000000000" + "0000000000000000000000000000000000000000000000000000000000000000" + "00000200d9254fdf800496acb33790b103c5ee9fac12832fe546c632225b0f7f" + "ce3da4574b1a879b623d722fa8fc34d5fc2a8731aad691a9a8bb8b554c95a051" + "d6aa505acf", "2", "2911448509017565583245824537994174021964465504209366849707937264" + "0417919148200722009442607963590225526059407040161685364728526719" + "10134103604091376779754756815", }, { elliptic.P521(), "COMPRESSED", "0300000000000000000000000000000000000000000000000000000000000000" + "0000000000000000000000000000000000000000000000000000000000000000" + "000002", "2", "2911448509017565583245824537994174021964465504209366849707937264" + "0417919148200722009442607963590225526059407040161685364728526719" + "10134103604091376779754756815", }, // x = -2 { elliptic.P521(), "UNCOMPRESSED", "0401ffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff" + "ffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff" + "fffffd0010e59be93c4f269c0269c79e2afd65d6aeaa9b701eacc194fb3ee03d" + "f47849bf550ec636ebee0ddd4a16f1cd9406605af38f584567770e3f272d688c" + "832e843564", "6864797660130609714981900799081393217269435300143305409394463459" + "1855431833976560521225596406614545549772963113914808580371219879" + "99716643812574028291115057149", "2265505274322546447629271557184988697103589068170534253193208655" + "0778100463909972583865730916407864371153050622267306901033104806" + "9570407113457901669103973732", }, { elliptic.P521(), "COMPRESSED", "0201ffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff" + "ffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff" + "fffffd", "6864797660130609714981900799081393217269435300143305409394463459" + "1855431833976560521225596406614545549772963113914808580371219879" + "99716643812574028291115057149", "2265505274322546447629271557184988697103589068170534253193208655" + "0778100463909972583865730916407864371153050622267306901033104806" + "9570407113457901669103973732", }, } ) func TestPointOnCurve(t *testing.T) { for i := 0; i < len(tEC1); i++ { x, y, ye := new(big.Int), new(big.Int), new(big.Int) x.SetString(tEC1[i].pubX, 16) y.SetString(tEC1[i].pubY, 16) ye.Sub(y, big.NewInt(1)) if !tEC1[i].Curve.IsOnCurve(x, y) { t.Fatalf("valid points not on curve for test case :%d", i) } if tEC1[i].Curve.IsOnCurve(x, ye) { t.Fatalf("invalid points is on curve for test case :%d", i) } } } func TestPointEncode(t *testing.T) { for i := 0; i < len(tEC2); i++ { x, y := new(big.Int), new(big.Int) x.SetString(tEC2[i].X, 10) y.SetString(tEC2[i].Y, 10) p := subtle.ECPoint{ X: x, Y: y, } encodedpoint, err := subtle.PointEncode(tEC2[i].Curve, tEC2[i].pointFormat, p) if err != nil { t.Errorf("error in point encoding in test case %d : %v", i, err) } want, err := hex.DecodeString(tEC2[i].encoded) if err != nil { t.Errorf("error reading encoded point in test case %d", i) } if !bytes.Equal(encodedpoint, want) { t.Errorf("mismatch point encoding in test case %d", i) } } } func TestPointDecode(t *testing.T) { for i := 0; i < len(tEC2); i++ { x, y := new(big.Int), new(big.Int) x.SetString(tEC2[i].X, 10) y.SetString(tEC2[i].Y, 10) e, err := hex.DecodeString(tEC2[i].encoded) if err != nil { t.Errorf("error reading encoded point in test case %d", i) } pt, err := subtle.PointDecode(tEC2[i].Curve, tEC2[i].pointFormat, e) if err != nil { t.Errorf("error in point decoding in test case %d: %v", i, err) } spt := subtle.ECPoint{ X: x, Y: y, } if pt.X.Cmp(spt.X) != 0 || pt.Y.Cmp(spt.Y) != 0 { t.Errorf("mismatch point decoding in test case %d", i) } } } func checkFlag(t *testing.T, flags []string, check []string) bool { t.Helper() for _, f := range flags { for _, c := range check { if strings.Compare(f, c) == 0 { return true } } } return false } // convertX509PublicKey converts an encoded public key to an ECPublicKey. func convertX509PublicKey(t *testing.T, b []byte) (*subtle.ECPublicKey, error) { t.Helper() pkey, err := x509.ParsePKIXPublicKey(b) if err != nil { return nil, err } ecdsaP, ok := pkey.(*ecdsa.PublicKey) if !ok { return nil, errors.New("invalid elliptic curve key") } return &subtle.ECPublicKey{ Curve: ecdsaP.Curve, Point: subtle.ECPoint{ X: ecdsaP.X, Y: ecdsaP.Y, }, }, nil } // convertPointPublicKey converts an EC point public key to an ECPublicKey. func convertPointPublicKey(t *testing.T, pk []byte, curve elliptic.Curve, flags []string) (*subtle.ECPublicKey, error) { ptFormat := "UNCOMPRESSED" if checkFlag(t, flags, []string{"CompressedPoint"}) { ptFormat = "COMPRESSED" } pt, err := subtle.PointDecode(curve, ptFormat, pk) if err != nil { return nil, err } return &subtle.ECPublicKey{ Curve: curve, Point: *pt, }, nil } func TestECWycheproofCases(t *testing.T) { vectors := []string{ "ecdh_secp224r1_test.json", "ecdh_secp256r1_test.json", "ecdh_secp384r1_test.json", "ecdh_secp521r1_test.json", "ecdh_secp224r1_ecpoint_test.json", "ecdh_secp256r1_ecpoint_test.json", "ecdh_secp384r1_ecpoint_test.json", "ecdh_secp521r1_ecpoint_test.json", } for _, v := range vectors { suite := new(ecdhSuite) wycheproof.PopulateSuiteV1(t, suite, v) for _, group := range suite.TestGroups { curve, err := subtle.GetCurve(group.Curve) if err != nil { t.Logf("unsupported curve: %s", group.Curve) continue } for _, test := range group.Tests { caseName := fmt.Sprintf("%s-%s:Case-%d", suite.Algorithm, group.Type, test.CaseID) t.Run(caseName, func(t *testing.T) { pvtKey := subtle.GetECPrivateKey(curve, test.Private) var pubKey *subtle.ECPublicKey var errPub error switch suite.Schema { case "ecdh_test_schema_v1.json": pubKey, errPub = convertX509PublicKey(t, test.Public) case "ecdh_ecpoint_test_schema_v1.json": pubKey, errPub = convertPointPublicKey(t, test.Public, curve, test.Flags) default: t.Errorf("Unsupported schema: %q", suite.Schema) return } switch test.Result { case "valid": if errPub != nil { t.Fatalf("failed decoding public key: %s", errPub) } shared, err := subtle.ComputeSharedSecret(&pubKey.Point, pvtKey) if err != nil { t.Errorf("subtle.ComputeSharedSecret() failed: %s", err) } if !bytes.Equal(shared, test.Shared) { t.Error("valid test case, incorrect shared secret") } case "invalid": if errPub != nil { // Public key not decoded. OK for invalid test case. return } shared, err := subtle.ComputeSharedSecret(&pubKey.Point, pvtKey) if err != nil { // Shared secret was not computed. OK for invalid test case. return } validReason := checkFlag(t, test.Flags, []string{"WrongOrder", "WeakPublicKey", "UnnamedCurve"}) if validReason && bytes.Equal(shared, test.Shared) { t.Log("accepted invalid parameters but shared secret is correct") return } t.Error("accepted invalid parameters") case "acceptable": if errPub != nil { // Public key not decoded. OK for acceptable test case. return } shared, err := subtle.ComputeSharedSecret(&pubKey.Point, pvtKey) if err != nil { // Shared secret was not computed. OK for acceptable test case. return } if !bytes.Equal(shared, test.Shared) { t.Error("acceptable test case, incorrect shared secret") } default: t.Errorf("unsupported test result: %q", test.Result) } }) } } } } ================================================ FILE: hybrid/subtle/public_key.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "fmt" "github.com/tink-crypto/tink-go/v2/hybrid/hpke" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/keyset" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // SerializePrimaryPublicKey serializes a public keyset handle's primary key if // the primary key is a public key and matches both the template argument and a // supported template. // // Supported templates are the same as KeysetHandleFromSerializedPublicKey's: // - DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template, // which returns the KEM-encoding of the public key, i.e. SerializePublicKey // in https://www.rfc-editor.org/rfc/rfc9180.html#section-7.1.1. func SerializePrimaryPublicKey(handle *keyset.Handle, template *tinkpb.KeyTemplate) ([]byte, error) { params, err := protoserialization.ParseParameters(template) if err != nil { return nil, fmt.Errorf("failed to parse parameters: %v", err) } paramsHPKE, ok := params.(*hpke.Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T, want %T", params, (*hpke.Parameters)(nil)) } if err := validateParameters(paramsHPKE); err != nil { return nil, fmt.Errorf("invalid parameters: %v", err) } primaryEntry, err := handle.Primary() if err != nil { return nil, fmt.Errorf("failed to get primary key: %v", err) } switch publicKey := primaryEntry.Key().(type) { case *hpke.PublicKey: if !paramsHPKE.Equal(publicKey.Parameters()) { return nil, fmt.Errorf("invalid template: %v, want %v", paramsHPKE, publicKey.Parameters()) } return publicKey.PublicKeyBytes(), nil default: return nil, fmt.Errorf("invalid key type: %T, want %T", publicKey, (*hpke.PublicKey)(nil)) } } // KeysetHandleFromSerializedPublicKey returns a keyset handle containing a // primary key that has the specified pubKeyBytes and matches template. // // Supported templates are the same as PublicKeyFromPrimaryKey's: // - DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template, // which requires pubKeyBytes to be the KEM-encoding of the public key, i.e. // SerializePublicKey in // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.1.1. func KeysetHandleFromSerializedPublicKey(pubKeyBytes []byte, template *tinkpb.KeyTemplate) (*keyset.Handle, error) { params, err := protoserialization.ParseParameters(template) if err != nil { return nil, fmt.Errorf("failed to parse parameters: %v", err) } paramsHPKE, ok := params.(*hpke.Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T, want %T", params, (*hpke.Parameters)(nil)) } if err := validateParameters(paramsHPKE); err != nil { return nil, fmt.Errorf("invalid parameters: %v", err) } pubKey, err := hpke.NewPublicKey(pubKeyBytes, 0, paramsHPKE) if err != nil { return nil, fmt.Errorf("failed to create HPKE public key: %v", err) } manager := keyset.NewManager() keyID := uint32(1) opts := []keyset.KeyOpts{keyset.WithFixedID(keyID), keyset.AsPrimary()} if _, err := manager.AddKeyWithOpts(pubKey, internalapi.Token{}, opts...); err != nil { return nil, fmt.Errorf("failed to add key: %v", err) } return manager.Handle() } func validateParameters(params *hpke.Parameters) error { if params.AEADID() != hpke.ChaCha20Poly1305 { return fmt.Errorf("invalid AEAD ID: %v, want %v", params.AEADID(), hpke.ChaCha20Poly1305) } if params.KEMID() != hpke.DHKEM_X25519_HKDF_SHA256 { return fmt.Errorf("invalid KEM ID: %v, want %v", params.KEMID(), hpke.DHKEM_X25519_HKDF_SHA256) } if params.Variant() != hpke.VariantNoPrefix { return fmt.Errorf("invalid variant: %v, want %v", params.Variant(), hpke.VariantNoPrefix) } if params.KDFID() != hpke.HKDFSHA256 { return fmt.Errorf("invalid KDF ID: %v, want %v", params.KDFID(), hpke.HKDFSHA256) } if params.Variant() != hpke.VariantNoPrefix { return fmt.Errorf("invalid variant: %v, want %v", params.Variant(), hpke.VariantNoPrefix) } return nil } ================================================ FILE: hybrid/subtle/public_key_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "testing" "github.com/tink-crypto/tink-go/v2/hybrid/hpke" "github.com/tink-crypto/tink-go/v2/hybrid" "github.com/tink-crypto/tink-go/v2/hybrid/subtle" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestHPKEPublicKeySerialization(t *testing.T) { // Obtain private and public keyset handles via key template. keyTemplate := hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template() privHandle, err := keyset.NewHandle(keyTemplate) if err != nil { t.Fatalf("NewHandle(%v) err = %v, want nil", keyTemplate, err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("Public() err = %v, want nil", err) } // Export public key as bytes. pubKeyBytes, err := subtle.SerializePrimaryPublicKey(pubHandle, keyTemplate) if err != nil { t.Fatalf("SerializePrimaryPublicKey(%v) err = %v, want nil", pubHandle, err) } // Import public key bytes as keyset handle. gotPubHandle, err := subtle.KeysetHandleFromSerializedPublicKey(pubKeyBytes, keyTemplate) if err != nil { t.Fatalf("KeysetHandleFromSerializedPublicKey(%v, %v) err = %v, want nil", pubKeyBytes, keyTemplate, err) } plaintext := random.GetRandomBytes(200) ctxInfo := random.GetRandomBytes(100) // Encrypt with public keyset handle constructed from public key bytes. enc, err := hybrid.NewHybridEncrypt(gotPubHandle) if err != nil { t.Fatalf("NewHybridEncrypt(%v) err = %v, want nil", gotPubHandle, err) } ciphertext, err := enc.Encrypt(plaintext, ctxInfo) if err != nil { t.Fatalf("Encrypt(%x, %x) err = %v, want nil", plaintext, ctxInfo, err) } // Decrypt with original private keyset handle. dec, err := hybrid.NewHybridDecrypt(privHandle) if err != nil { t.Fatalf("NewHybridDecrypt(%v) err = %v, want nil", privHandle, err) } gotPlaintext, err := dec.Decrypt(ciphertext, ctxInfo) if err != nil { t.Fatalf("Decrypt(%x, %x) err = %v, want nil", plaintext, ctxInfo, err) } if !bytes.Equal(gotPlaintext, plaintext) { t.Errorf("Decrypt(%x, %x) = %x, want %x", plaintext, ctxInfo, gotPlaintext, plaintext) } } func TestSerializePrimaryPublicKeyInvalidTemplateFails(t *testing.T) { keyTemplate := hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template() privHandle, err := keyset.NewHandle(keyTemplate) if err != nil { t.Fatalf("NewHandle(%v) err = %v, want nil", keyTemplate, err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("Public() err = %v, want nil", err) } tests := []struct { name string template *tinkpb.KeyTemplate }{ {"AES_128_GCM", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template()}, {"AES_128_GCM_Raw", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Raw_Key_Template()}, {"AES_256_GCM", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Key_Template()}, {"AES_256_GCM_Raw", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Raw_Key_Template()}, {"CHACHA20_POLY1305", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Key_Template()}, {"invalid type URL", &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", Value: keyTemplate.GetValue(), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }}, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { if _, err := subtle.SerializePrimaryPublicKey(pubHandle, test.template); err == nil { t.Errorf("SerializePrimaryPublicKey(%v, %v) err = nil, want error", pubHandle, test.template) } }) } } func mustCreatePublicKeysetHandle(t *testing.T, opts hpke.ParametersOpts) *keyset.Handle { t.Helper() params, err := hpke.NewParameters(opts) if err != nil { t.Fatalf("hpke.NewParameters(%v) err = %v, want nil", opts, err) } km := keyset.NewManager() keyID, err := km.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("km.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", keyID, err) } kh, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicHandle, err := kh.Public() if err != nil { t.Fatalf("kh.Public() err = %v, want nil", err) } return publicHandle } func TestSerializePrimaryPublicKeyInvalidKeyFails(t *testing.T) { // Build valid key data. keyTemplate := hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template() tests := []struct { name string keyTemplate *tinkpb.KeyTemplate kh *keyset.Handle }{ { name: "invalid variant", keyTemplate: keyTemplate, kh: mustCreatePublicKeysetHandle(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.ChaCha20Poly1305, Variant: hpke.VariantTink, // Want no prefix. }), }, { name: "invalid KEMID", keyTemplate: keyTemplate, kh: mustCreatePublicKeysetHandle(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_P384_HKDF_SHA384, // P384 is not supported. KDFID: hpke.HKDFSHA256, AEADID: hpke.ChaCha20Poly1305, Variant: hpke.VariantNoPrefix, }), }, { name: "invalid KDFID", keyTemplate: keyTemplate, kh: mustCreatePublicKeysetHandle(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA384, // SHA384 is not supported. AEADID: hpke.ChaCha20Poly1305, Variant: hpke.VariantNoPrefix, }), }, { name: "invalid AEADID", keyTemplate: keyTemplate, kh: mustCreatePublicKeysetHandle(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES256GCM, // AES256GCM is not supported. Variant: hpke.VariantNoPrefix, }), }, { name: "invalid key template", keyTemplate: hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Key_Template(), // Want Raw key. kh: mustCreatePublicKeysetHandle(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.ChaCha20Poly1305, Variant: hpke.VariantNoPrefix, }), }, { name: "invalid keyset handle", keyTemplate: keyTemplate, // Private keyset handle. kh: func() *keyset.Handle { kh, err := keyset.NewHandle(keyTemplate) if err != nil { t.Fatalf("NewHandle(%v) err = %v, want nil", keyTemplate, err) } return kh }(), }, { name: "nil keyset handle", keyTemplate: keyTemplate, kh: nil, }, { name: "nil template", keyTemplate: nil, kh: mustCreatePublicKeysetHandle(t, hpke.ParametersOpts{ KEMID: hpke.DHKEM_X25519_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.ChaCha20Poly1305, Variant: hpke.VariantNoPrefix, }), }, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { if _, err := subtle.SerializePrimaryPublicKey(test.kh, test.keyTemplate); err == nil { t.Errorf("SerializePrimaryPublicKey() err = nil, want error") } else { t.Logf("SerializePrimaryPublicKey() err = %v", err) } }) } } func TestSerializePrimaryPublicKeyFailsWithEmptyHandle(t *testing.T) { handle := &keyset.Handle{} keyTemplate := hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template() if _, err := subtle.SerializePrimaryPublicKey(handle, keyTemplate); err == nil { t.Errorf("SerializePrimaryPublicKey(%v, %v) err = nil, want error", handle, keyTemplate) } } func TestKeysetHandleFromSerializedPublicKeyInvalidTemplateFails(t *testing.T) { keyTemplate := hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template() privHandle, err := keyset.NewHandle(keyTemplate) if err != nil { t.Fatalf("NewHandle(%v) err = %v, want nil", keyTemplate, err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("Public() err = %v, want nil", err) } pubKeyBytes, err := subtle.SerializePrimaryPublicKey(pubHandle, keyTemplate) if err != nil { t.Fatalf("SerializePrimaryPublicKey(%v) err = %v, want nil", pubHandle, err) } tests := []struct { name string template *tinkpb.KeyTemplate }{ {"AES_128_GCM", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template()}, {"AES_128_GCM_Raw", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Raw_Key_Template()}, {"AES_256_GCM", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Key_Template()}, {"AES_256_GCM_Raw", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Raw_Key_Template()}, {"CHACHA20_POLY1305", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Key_Template()}, {"invalid type URL", &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", Value: keyTemplate.GetValue(), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }}, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { if _, err := subtle.KeysetHandleFromSerializedPublicKey(pubKeyBytes, test.template); err == nil { t.Errorf("KeysetHandleFromSerializedPublicKey(%v, %v) err = nil, want error", pubKeyBytes, test.template) } }) } } ================================================ FILE: hybrid/subtle/subtle.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package subtle provides subtle implementations of the Hybrid Encryption // primitive. package subtle ================================================ FILE: hybrid/subtle/subtle_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/testutil" ) type ecdhSuite struct { wycheproof.Suite Schema string `json:"schema"` TestGroups []*ecdhGroup `json:"testGroups"` } type ecdhGroup struct { wycheproof.Group Curve string `json:"curve"` Encoding string `json:"encoding"` Type string `json:"type"` Tests []*ecdhCase `json:"tests"` } type ecdhCase struct { wycheproof.Case Public testutil.HexBytes `json:"public"` Private testutil.HexBytes `json:"private"` Shared testutil.HexBytes `json:"shared"` } ================================================ FILE: insecurecleartextkeyset/example_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package insecurecleartextkeyset_test // [START cleartext-keyset-example] import ( "bytes" "fmt" "log" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/keyset" ) func Example_cleartextKeysetInBinary() { // Generate a new keyset handle for the primitive we want to use. handle, err := keyset.NewHandle(aead.AES256GCMKeyTemplate()) if err != nil { log.Fatal(err) } // Serialize the keyset. buff := &bytes.Buffer{} err = insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)) if err != nil { log.Fatal(err) } serializedKeyset := buff.Bytes() // serializedKeyset can now be stored at a secure location. // WARNING: Storing the keyset in cleartext to disk is not recommended! // Parse the keyset. parsedHandle, err := insecurecleartextkeyset.Read( keyset.NewBinaryReader(bytes.NewBuffer(serializedKeyset))) if err != nil { log.Fatal(err) } // Get the primitive. primitive, err := aead.New(parsedHandle) if err != nil { log.Fatal(err) } // Use the primitive. plaintext := []byte("message") associatedData := []byte("example encryption") ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { log.Fatal(err) } decrypted, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { log.Fatal(err) } fmt.Println(string(decrypted)) // Output: message } // [END cleartext-keyset-example] func Example_cleartextKeysetInJSON() { // Generate a new keyset handle for the primitive we want to use. handle, err := keyset.NewHandle(aead.AES256GCMKeyTemplate()) if err != nil { log.Fatal(err) } // Serialize the keyset. buff := &bytes.Buffer{} err = insecurecleartextkeyset.Write(handle, keyset.NewJSONWriter(buff)) if err != nil { log.Fatal(err) } serializedKeyset := buff.Bytes() // serializedKeyset can now be stored at a secure location. // WARNING: Storing the keyset in cleartext to disk is not recommended! // Parse the keyset. parsedHandle, err := insecurecleartextkeyset.Read(keyset.NewJSONReader(bytes.NewBuffer(serializedKeyset))) if err != nil { log.Fatal(err) } // Get the primitive. primitive, err := aead.New(parsedHandle) if err != nil { log.Fatal(err) } // Use the primitive. plaintext := []byte("message") associatedData := []byte("example encryption") ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { log.Fatal(err) } decrypted, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { log.Fatal(err) } fmt.Println(string(decrypted)) // Output: message } ================================================ FILE: insecurecleartextkeyset/insecurecleartextkeyset.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package insecurecleartextkeyset provides methods to read or write cleartext // keyset material. // // This package contains dangerous functions, and is separate from the rest of // Tink so that its usage can be restricted and audited. package insecurecleartextkeyset import ( "errors" "github.com/tink-crypto/tink-go/v2/internal" "github.com/tink-crypto/tink-go/v2/keyset" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) var ( keysetHandle = internal.KeysetHandle.(func(*tinkpb.Keyset, ...keyset.Option) (*keyset.Handle, error)) keysetMaterial = internal.KeysetMaterial.(func(*keyset.Handle) *tinkpb.Keyset) errInvalidKeyset = errors.New("insecurecleartextkeyset: invalid keyset") errInvalidHandle = errors.New("insecurecleartextkeyset: invalid handle") errInvalidReader = errors.New("insecurecleartextkeyset: invalid reader") errInvalidWriter = errors.New("insecurecleartextkeyset: invalid writer") ) // Read creates a keyset.Handle from a cleartext keyset obtained via r. func Read(r keyset.Reader, opts ...keyset.Option) (*keyset.Handle, error) { if r == nil { return nil, errInvalidReader } ks, err := r.Read() if err != nil || ks == nil || len(ks.Key) == 0 { return nil, errInvalidKeyset } return keysetHandle(ks, opts...) } // Write exports the keyset from handle to the given writer w without encrypting it. // // Storing secret key material in an unencrypted fashion is dangerous. If // feasible, you should use [keyset.Handle.Write] instead. func Write(handle *keyset.Handle, w keyset.Writer) error { if handle == nil { return errInvalidHandle } if w == nil { return errInvalidWriter } return w.Write(KeysetMaterial(handle)) } // KeysetMaterial returns the key material contained in a keyset.Handle. func KeysetMaterial(handle *keyset.Handle) *tinkpb.Keyset { return keysetMaterial(handle) } // KeysetHandle creates a keyset.Handle from cleartext key material. // // Callers should verify that the returned *keyset.Handle isn't nil. // // Deprecated: Use [Read] instead with a serialized keyset. // // sks, err := proto.Marshal(ks) // if err != nil { // return err // } // h, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(bytes.NewBuffer(sks))) // if err != nil { // return err // } func KeysetHandle(ks *tinkpb.Keyset) *keyset.Handle { kh, err := keysetHandle(ks) if err != nil { // this *keyset.Handle can only return errors when *keyset.Option arguments // are provided. To maintain backwards compatibility and avoid panic, it returns // a nil value if an error happens. return nil } return kh } ================================================ FILE: insecurecleartextkeyset/insecurecleartextkeyset_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package insecurecleartextkeyset_test import ( "bytes" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/hybrid" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // A KeysetReader that always returns nil. type NilKeysetReader struct { } func (m *NilKeysetReader) Read() (*tinkpb.Keyset, error) { return nil, nil } func (m *NilKeysetReader) ReadEncrypted() (*tinkpb.EncryptedKeyset, error) { return nil, nil } func TestReadWithNilKeysetFails(t *testing.T) { if _, err := insecurecleartextkeyset.Read(&NilKeysetReader{}); err == nil { t.Error("insecurecleartextkeyset.Read(&NilKeysetReader{}) err = nil, want error") } } func TestReadWithNilReaderFails(t *testing.T) { if _, err := insecurecleartextkeyset.Read(nil); err == nil { t.Error("insecurecleartextkeyset.Read(nil) err = nil, want error") } } func TestWriteWithNilHandleFails(t *testing.T) { buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(nil, keyset.NewBinaryWriter(buff)); err == nil { t.Error("insecurecleartextkeyset.Write(nil, _) err = nil, want error") } } func TestWriteWithNilWriterFails(t *testing.T) { handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } if err := insecurecleartextkeyset.Write(handle, nil); err == nil { t.Error("insecurecleartextkeyset.Write(_, nil) err = nil, want error") } } func TestWriteAndReadInBinary(t *testing.T) { handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } buff := &bytes.Buffer{} err = insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)) if err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } serialized := buff.Bytes() parsedHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(bytes.NewBuffer(serialized))) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } want := insecurecleartextkeyset.KeysetMaterial(handle) got := insecurecleartextkeyset.KeysetMaterial(parsedHandle) if !proto.Equal(got, want) { t.Errorf("KeysetMaterial(Read()) = %q, want %q", got, want) } } func TestWriteAndReadInJson(t *testing.T) { handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } buff := &bytes.Buffer{} err = insecurecleartextkeyset.Write(handle, keyset.NewJSONWriter(buff)) if err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } serialized := buff.Bytes() parsedHandle, err := insecurecleartextkeyset.Read(keyset.NewJSONReader(bytes.NewBuffer(serialized))) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } want := insecurecleartextkeyset.KeysetMaterial(handle) got := insecurecleartextkeyset.KeysetMaterial(parsedHandle) if !proto.Equal(got, want) { t.Errorf("KeysetMaterial(Read()) = %q, want %q", got, want) } } func TestLegacyKeysetHandle(t *testing.T) { handle, err := keyset.NewHandle(hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template()) if err != nil { t.Fatalf(" keyset.NewHandle(hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template()) err = %v, want nil", err) } ks := insecurecleartextkeyset.KeysetMaterial(handle) gotHandle1 := insecurecleartextkeyset.KeysetHandle(ks) if !cmp.Equal(gotHandle1.KeysetInfo(), handle.KeysetInfo(), protocmp.Transform()) { t.Errorf("gotHandle1.KeysetInfo() = %v, want %v", gotHandle1.KeysetInfo(), handle.KeysetInfo()) } serializedKeyset, err := proto.Marshal(ks) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } gotHandle2, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(bytes.NewBuffer(serializedKeyset))) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } if !cmp.Equal(gotHandle2.KeysetInfo(), handle.KeysetInfo(), protocmp.Transform()) { t.Errorf("gotHandle2.KeysetInfo() = %v, want %v", gotHandle2.KeysetInfo(), handle.KeysetInfo()) } } func TestLegacyKeysetHandleWithNilKeysetReturnsNil(t *testing.T) { handle := insecurecleartextkeyset.KeysetHandle(nil) if handle != nil { t.Error("insecurecleartextkeyset.KeysetHandle(nil) != nil, want nil") } } func TestHandleFromReaderWithAnnotationsGetsMonitored(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := &fakemonitoring.Client{} if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } handle, err := keyset.NewHandle(aead.AES256GCMKeyTemplate()) if err != nil { t.Fatalf(" keyset.NewHandle(aead.AES256GCMKeyTemplate()) err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } wantAnnotations := map[string]string{"foo": "bar"} annotatedHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(wantAnnotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := aead.New(annotatedHandle) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } if _, err := p.Encrypt([]byte("some_data"), nil); err != nil { t.Fatalf("Encrypt() err = %v, want nil", err) } events := client.Events() gotAnnotations := events[0].Context.KeysetInfo.Annotations if !cmp.Equal(gotAnnotations, wantAnnotations) { t.Errorf("Annotations = %v, want %v", gotAnnotations, wantAnnotations) } } func TestHandleFromReaderWithAnnotationsTwiceFails(t *testing.T) { handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf(" keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} if _, err := insecurecleartextkeyset.Read( keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations), keyset.WithAnnotations(annotations)); err == nil { t.Fatalf("insecurecleartextkeyset.Read() err = nil, want error") } } func TestHandleFromReaderWithoutAnnotationsDoesNotGetMonitored(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := &fakemonitoring.Client{} if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } handle, err := keyset.NewHandle(aead.AES256GCMKeyTemplate()) if err != nil { t.Fatalf(" keyset.NewHandle(aead.AES256GCMKeyTemplate()) err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } unannotatedHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := aead.New(unannotatedHandle) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } if _, err := p.Encrypt([]byte("some_data"), nil); err != nil { t.Fatalf("Encrypt() err = %v, want nil", err) } if len(client.Events()) != 0 { t.Errorf("len(client.Events()) = %d, want 0", len(client.Events())) } } ================================================ FILE: insecuresecretdataaccess/insecuresecretdataaccess.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package insecuresecretdataaccess provides the definition of a token // used to control and track access to secret data. package insecuresecretdataaccess // Token is a required parameter for Tink APIs that return secret data. // // Users who need access to secret data must hold a value of this type. // Within Google, this token is used in conjunction with the build system to // restrict access to functions that return secret data. type Token struct{} ================================================ FILE: internal/aead/aead.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aead provides internal implementations of the AEAD primitive. package aead import "fmt" // ValidateAESKeySize checks if the given key size is a valid AES key size. func ValidateAESKeySize(sizeInBytes uint32) error { switch sizeInBytes { case 16, 32: return nil default: return fmt.Errorf("invalid AES key size; want 16 or 32, got %d", sizeInBytes) } } ================================================ FILE: internal/aead/aead_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test import ( "testing" "github.com/tink-crypto/tink-go/v2/internal/aead" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/testutil" ) type AEADSuite struct { wycheproof.Suite TestGroups []*AEADGroup `json:"testGroups"` } type AEADGroup struct { wycheproof.Group IVSize uint32 `json:"ivSize"` KeySize uint32 `json:"keySize"` TagSize uint32 `json:"tagSize"` Tests []*AEADCase `json:"tests"` } type AEADCase struct { wycheproof.Case AD testutil.HexBytes `json:"aad"` CT testutil.HexBytes `json:"ct"` IV testutil.HexBytes `json:"iv"` Key testutil.HexBytes `json:"key"` Message testutil.HexBytes `json:"msg"` Tag testutil.HexBytes `json:"tag"` } func TestValidateAESKeySize(t *testing.T) { for _, keySize := range []uint32{8, 16, 24, 32, 40} { err := aead.ValidateAESKeySize(keySize) if keySize == 16 || keySize == 32 { if err != nil { t.Errorf("ValidateAESKeySize(%d): got err %q, want success", keySize, err) } } else if err == nil { t.Errorf("ValidateAESKeySize(%d): got success, want error", keySize) } } } ================================================ FILE: internal/aead/aesctr.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead import ( "crypto/aes" "crypto/cipher" "fmt" "github.com/tink-crypto/tink-go/v2/internal/random" ) const ( aesCTRMinIVSize = 12 ) // AESCTR is an implementation of IndCpa Interface. type AESCTR struct { block cipher.Block ivSize int } // NewAESCTR returns an instance of [AESCTR] unauthenticated encryption. func NewAESCTR(key []byte, ivSize int) (*AESCTR, error) { keySize := uint32(len(key)) if err := ValidateAESKeySize(keySize); err != nil { return nil, fmt.Errorf("aes_ctr: %s", err) } if ivSize < aesCTRMinIVSize || ivSize > aes.BlockSize { return nil, fmt.Errorf("aes_ctr: invalid IV size: %d", ivSize) } block, err := aes.NewCipher(key) if err != nil { return nil, fmt.Errorf("aes_ctr: failed to create block cipher, error: %v", err) } return &AESCTR{block: block, ivSize: ivSize}, nil } // Encrypt encrypts plaintext using AES in CTR mode. func (a *AESCTR) Encrypt(dst, plaintext []byte) ([]byte, error) { if len(plaintext) > maxInt-a.ivSize { return nil, fmt.Errorf("aes_ctr: plaintext too long") } ctSize := len(plaintext) + a.ivSize if len(dst) == 0 { dst = make([]byte, ctSize) } if len(dst) < ctSize { return nil, fmt.Errorf("aes_ctr: destination buffer too small (%d vs %d)", len(dst), ctSize) } iv := dst[:a.ivSize] random.MustRand(iv) stream, err := a.newCipher(iv) if err != nil { return nil, err } stream.XORKeyStream(dst[a.ivSize:], plaintext) return dst, nil } // Decrypt decrypts ciphertext in the format (prefix || iv || ciphertext). func (a *AESCTR) Decrypt(dst, ciphertext []byte) ([]byte, error) { if len(ciphertext) < a.ivSize { return nil, fmt.Errorf("aes_ctr: ciphertext too short") } ptSize := len(ciphertext) - a.ivSize if len(dst) == 0 { dst = make([]byte, ptSize) } if len(dst) < ptSize { return nil, fmt.Errorf("aes_ctr: destination buffer too small (%d vs %d)", len(dst), ptSize) } stream, err := a.newCipher(ciphertext[:a.ivSize]) if err != nil { return nil, err } stream.XORKeyStream(dst, ciphertext[a.ivSize:]) return dst, nil } func (a *AESCTR) newCipher(iv []byte) (cipher.Stream, error) { // If the IV is less than BlockSize bytes we need to pad it with zeros // otherwise NewCTR will panic. if len(iv) < aes.BlockSize { paddedIV := make([]byte, aes.BlockSize) if n := copy(paddedIV, iv); n != a.ivSize { return nil, fmt.Errorf("aes_ctr: failed to pad IV") } iv = paddedIV } return cipher.NewCTR(a.block, iv), nil } ================================================ FILE: internal/aead/aesctr_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test import ( "bytes" "crypto/aes" "crypto/cipher" "encoding/hex" "strings" "testing" "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/internal/aead" "github.com/tink-crypto/tink-go/v2/subtle/random" ) func TestNewAESCTR(t *testing.T) { key := make([]byte, 64) // Test various key sizes with a fixed IV size. for i := 0; i < 64; i++ { k := key[:i] _, err := aead.NewAESCTR(k, subtle.AESCTRMinIVSize) switch len(k) { case 16: fallthrough case 32: // Valid key sizes. if err != nil { t.Errorf("want: valid cipher (key size=%d), got: error %v", len(k), err) } default: // Invalid key sizes. if !strings.Contains(err.Error(), "aes_ctr: invalid AES key size; want 16 or 32") { t.Errorf("wrong error message; want a string starting with \"aes_ctr: invalid AES key size; want 16 or 32\", got %v", err) } } } } func TestNewAESCTRWithValidIVSizes(t *testing.T) { key := make([]byte, 16) for ivSize := subtle.AESCTRMinIVSize; ivSize <= aes.BlockSize; ivSize++ { _, err := aead.NewAESCTR(key, ivSize) if err != nil { t.Errorf("aead.NewAESCTR(%v, %d) failed, want nil, got: %v", key, ivSize, err) } } } func TestNewAESCTRWithInvalidIVSize(t *testing.T) { key := make([]byte, 16) invalidIVSizes := []int{0, 1, 11, 17} for _, ivSize := range invalidIVSizes { _, err := aead.NewAESCTR(key, ivSize) if err == nil { t.Fatalf("aead.NewAESCTR(%v, %d) succeeded, want error", key, ivSize) } if err != nil && !strings.Contains(err.Error(), "aes_ctr: invalid IV size:") { t.Errorf("want: error invalid IV size, got: %v", err) } } } func TestAESCTRIVIsRandom(t *testing.T) { key := random.GetRandomBytes(16) plaintext := []byte("Some data to encrypt.") stream, err := aead.NewAESCTR(key, 12) if err != nil { t.Fatalf("failed to create AESCTR instance, error: %v", err) } ct1, err := stream.Encrypt(nil, plaintext) if err != nil { t.Fatalf("encryption failed, error: %v", err) } ct2, err := stream.Encrypt(nil, plaintext) if err != nil { t.Fatalf("encryption failed, error: %v", err) } iv1 := ct1[:12] iv2 := ct2[:12] if bytes.Equal(iv1, iv2) { t.Errorf("IVs are equal: %x", iv1) } } func TestAESCTRIVIsPadded(t *testing.T) { key := random.GetRandomBytes(16) plaintext := []byte("Some data to encrypt.") stream, err := aead.NewAESCTR(key, 12) if err != nil { t.Fatalf("failed to create AESCTR instance, error: %v", err) } ct, err := stream.Encrypt(nil, plaintext) if err != nil { t.Fatalf("encryption failed, error: %v", err) } iv := ct[:12] // Make sure the IV is padded to BlockSize. We pad and decrypt. paddedIV := make([]byte, aes.BlockSize) copy(paddedIV, iv) block, err := aes.NewCipher(key) if err != nil { t.Fatalf("failed to create block cipher, error: %v", err) } decryptingStream := cipher.NewCTR(block, paddedIV) dst := make([]byte, len(plaintext)) decryptingStream.XORKeyStream(dst, ct[12:]) if !bytes.Equal(dst, plaintext) { t.Errorf("decryption failed, got: %v, want: %v", dst, plaintext) } } func TestNistTestVector(t *testing.T) { // NIST SP 800-38A pp 55 key, err := hex.DecodeString("2b7e151628aed2a6abf7158809cf4f3c") if err != nil { t.Fatalf("failed to hex decode key, error: %v", err) } // NIST IV iv := "f0f1f2f3f4f5f6f7f8f9fafbfcfdfeff" // NIST ciphertext blocks c := "874d6191b620e3261bef6864990db6ce" + "9806f66b7970fdff8617187bb9fffdff" + "5ae4df3edbd5d35e5b4f09020db03eab" + "1e031dda2fbe03d1792170a0f3009cee" ciphertext, err := hex.DecodeString(iv + c) if err != nil { t.Fatalf("failed to hex decode ciphertext, error: %v", err) } // NIST plaintext blocks p := "6bc1bee22e409f96e93d7e117393172a" + "ae2d8a571e03ac9c9eb76fac45af8e51" + "30c81c46a35ce411e5fbc1191a0a52ef" + "f69f2445df4f9b17ad2b417be66c3710" message, err := hex.DecodeString(p) if err != nil { t.Fatalf("failed to hex decode message, error: %v", err) } stream, err := aead.NewAESCTR(key, len(iv)/2) if err != nil { t.Fatalf("failed to create AESCTR instance, error: %v", err) } plaintext, err := stream.Decrypt(nil, ciphertext) if err != nil { t.Errorf("failed to decrypt ciphertext, error: %v", err) } if !bytes.Equal(plaintext, message) { t.Errorf("plaintext doesn't match message") } } func TestMultipleEncrypt(t *testing.T) { key := random.GetRandomBytes(16) stream, err := aead.NewAESCTR(key, subtle.AESCTRMinIVSize) if err != nil { t.Fatalf("failed to create AESCTR instance, error: %v", err) } plaintext := []byte("Some data to encrypt.") ct1, err := stream.Encrypt(nil, plaintext) if err != nil { t.Errorf("encryption failed, error: %v", err) } ct2, err := stream.Encrypt(nil, plaintext) if err != nil { t.Errorf("encryption failed, error: %v", err) } if bytes.Equal(ct1, ct2) { t.Error("the two ciphertexts cannot be equal") } // Encrypt 100 times and verify that the result is 100 different ciphertexts. ciphertexts := map[string]bool{} for i := 0; i < 100; i++ { c, err := stream.Encrypt(nil, plaintext) if err != nil { t.Errorf("encryption failed for iteration %d, error: %v", i, err) } ciphertexts[string(c)] = true } if len(ciphertexts) != 100 { t.Errorf("got: %d ciphertexts, want: 100 ciphertexts", len(ciphertexts)) } } func TestEncryptDecrypt(t *testing.T) { key, err := hex.DecodeString("000102030405060708090a0b0c0d0e0f") if err != nil { t.Fatal("failed to hex decode key") } stream, err := aead.NewAESCTR(key, subtle.AESCTRMinIVSize) if err != nil { t.Fatalf("failed to get AESCTR instance, error: %v", err) } message := []byte("Some data to encrypt.") ciphertext, err := stream.Encrypt(nil, message) if err != nil { t.Errorf("encryption failed, error: %v", err) } if len(ciphertext) != len(message)+subtle.AESCTRMinIVSize { t.Errorf("ciphertext incorrect size, got: %d, want: %d", len(ciphertext), len(message)+subtle.AESCTRMinIVSize) } plaintext, err := stream.Decrypt(nil, ciphertext) if err != nil { t.Errorf("decryption failed, error: %v", err) } if !bytes.Equal(message, plaintext) { t.Errorf("decryption result mismatch, got: %v, want: %v", plaintext, message) } } func TestEncryptRandomMessage(t *testing.T) { key := random.GetRandomBytes(16) stream, err := aead.NewAESCTR(key, subtle.AESCTRMinIVSize) if err != nil { t.Errorf("failed to instantiate AESCTR, error: %v", err) } for i := 0; i < 256; i++ { message := random.GetRandomBytes(uint32(i)) ciphertext, err := stream.Encrypt(nil, message) if err != nil { t.Errorf("encryption failed at iteration %d, error: %v", i, err) } if len(ciphertext) != len(message)+subtle.AESCTRMinIVSize { t.Errorf("invalid ciphertext length for i = %d", i) } plaintext, err := stream.Decrypt(nil, ciphertext) if err != nil { t.Errorf("decryption failed at iteration %d, error: %v", i, err) } if !bytes.Equal(plaintext, message) { t.Errorf("plaintext doesn't match message, i = %d", i) } } } func TestEncryptRandomKeyAndMessage(t *testing.T) { for i := 0; i < 256; i++ { key := random.GetRandomBytes(16) stream, err := aead.NewAESCTR(key, subtle.AESCTRMinIVSize) if err != nil { t.Errorf("failed to instantiate AESCTR, error: %v", err) } message := random.GetRandomBytes(uint32(i)) ciphertext, err := stream.Encrypt(nil, message) if err != nil { t.Errorf("encryption failed at iteration %d, error: %v", i, err) } if len(ciphertext) != len(message)+subtle.AESCTRMinIVSize { t.Errorf("invalid ciphertext length for i = %d", i) } plaintext, err := stream.Decrypt(nil, ciphertext) if err != nil { t.Errorf("decryption failed at iteration %d, error: %v", i, err) } if !bytes.Equal(plaintext, message) { t.Errorf("plaintext doesn't match message, i = %d", i) } } } func TestEncryptDecryptWithDestinationBuffer(t *testing.T) { aesCTR, err := aead.NewAESCTR(random.GetRandomBytes(16), subtle.AESCTRMinIVSize) if err != nil { t.Fatalf("NewAESCTR failed, error: %v, want nil", err) } pt := random.GetRandomBytes(16) ct := make([]byte, len(pt)+subtle.AESCTRMinIVSize) if _, err = aesCTR.Encrypt(ct, pt); err != nil { t.Fatalf("Encrypt failed, error: %v, want nil", err) } rpt := make([]byte, len(pt)) if _, err := aesCTR.Decrypt(rpt, ct); err != nil { t.Fatalf("Decrypt failed, error: %v, want nil", err) } if !bytes.Equal(pt, rpt) { t.Errorf("recovered plaintext doesn't match original plaintext, got: %v, want: %v", hex.EncodeToString(pt), hex.EncodeToString(rpt)) } } func TestEncryptDecryptWithInvalidDestinationBufferFails(t *testing.T) { aesCTR, err := aead.NewAESCTR(random.GetRandomBytes(16), subtle.AESCTRMinIVSize) if err != nil { t.Fatalf("NewAESCTR failed, error: %v, want nil", err) } pt := random.GetRandomBytes(16) ct := make([]byte, len(pt)+subtle.AESCTRMinIVSize) if _, err = aesCTR.Encrypt(ct[len(ct)-1:], pt); err == nil { t.Fatal("Encrypt() succeeded, want error", err) } rpt := make([]byte, len(pt)-1) if _, err := aesCTR.Decrypt(rpt, ct); err == nil { t.Fatal("Decrypt() succeeded, want error", err) } } ================================================ FILE: internal/aead/aesgcm.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead import ( "fmt" ) const ( // AESGCMIVSize is the acceptable IV size defined by RFC 5116. AESGCMIVSize = 12 // AESGCMTagSize is the acceptable tag size defined by RFC 5116. AESGCMTagSize = 16 // aesGCMMaxPlaintextSize is the maximum plaintext size defined by RFC 5116. aesGCMMaxPlaintextSize = (1 << 36) - 31 intSize = 32 << (^uint(0) >> 63) // 32 or 64 maxInt = 1<<(intSize-1) - 1 maxIntPlaintextSize = maxInt - AESGCMIVSize - AESGCMTagSize ) // CheckAESGCMPlaintextSize checks if the given plaintext size is valid for AES-GCM. func CheckAESGCMPlaintextSize(size uint64) error { var maxPlaintextSize uint64 = maxIntPlaintextSize if maxIntPlaintextSize > aesGCMMaxPlaintextSize { maxPlaintextSize = aesGCMMaxPlaintextSize } if size > maxPlaintextSize { return fmt.Errorf("plaintext too long: got %d", size) } return nil } ================================================ FILE: internal/aead/aesgcm_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test import ( "testing" "github.com/tink-crypto/tink-go/v2/internal/aead" ) func TestCheckAESGCMPlaintextSize(t *testing.T) { for _, plaintextSize := range []uint64{16, 1 << 24} { if err := aead.CheckAESGCMPlaintextSize(plaintextSize); err != nil { t.Errorf("aead.CheckAESGCMPlaintextSize(%v) err = %v, want nil", plaintextSize, err) } } var largePlaintextSize uint64 = 1 << 60 if err := aead.CheckAESGCMPlaintextSize(largePlaintextSize); err == nil { t.Errorf("aead.CheckAESGCMPlaintextSize(%v) err = nil, want error", largePlaintextSize) } } ================================================ FILE: internal/aead/chacha20poly1305.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead import ( "fmt" "math" "golang.org/x/crypto/chacha20poly1305" ) // CheckChaCha20Poly1305PlaintextSize checks if the given plaintext size is // valid for ChaCha20Poly1305. func CheckChaCha20Poly1305PlaintextSize(plaintextLength int) error { maxSize := math.MaxInt - chacha20poly1305.NonceSize - chacha20poly1305.Overhead if plaintextLength > maxSize { return fmt.Errorf("plaintext too long: got %d, want %d", plaintextLength, maxSize) } return nil } ================================================ FILE: internal/aead/chacha20poly1305_test.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aead_test import ( "math" "testing" "golang.org/x/crypto/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/internal/aead" ) func TestCheckChaCha20Poly1305PlaintextSize(t *testing.T) { tests := []struct { name string plaintextSize int wantErr bool }{ { name: "plaintext too long", plaintextSize: math.MaxInt - chacha20poly1305.NonceSize - chacha20poly1305.Overhead + 1, wantErr: true, }, { name: "plaintext ok", plaintextSize: math.MaxInt - chacha20poly1305.NonceSize - chacha20poly1305.Overhead, wantErr: false, }, } for _, tc := range tests { t.Run(tc.name, func(t *testing.T) { err := aead.CheckChaCha20Poly1305PlaintextSize(tc.plaintextSize) if got, want := (err != nil), tc.wantErr; got != want { t.Errorf("aead.CheckChaCha20Poly1305PlaintextSize(%d) err = %v, want %v", tc.plaintextSize, err, tc.wantErr) t.Errorf("aead.CheckChaCha20Poly1305PlaintextSize(plaintext) (err == nil) = %v, want %v", got, want) } }) } } ================================================ FILE: internal/config/aeadconfig/v0.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aeadconfig provides an instance of the Config for AEAD primitives. package aeadconfig import ( "fmt" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/aead/aesgcmsiv" "github.com/tink-crypto/tink-go/v2/aead/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/aead/xchacha20poly1305" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" ) var configV0 = mustCreateConfigV0() func mustCreateConfigV0() config.Config { builder := config.NewBuilder() if err := aesctrhmac.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register AES-CTR-HMAC: %v", err)) } if err := aesgcm.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register AES-GCM: %v", err)) } if err := aesgcmsiv.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register AES-GCM: %v", err)) } if err := chacha20poly1305.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register CHACHA20-POLY1305: %v", err)) } if err := xchacha20poly1305.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register XCHACHA20-POLY1305: %v", err)) } return builder.Build() } // V0 returns an instance of the ConfigV0. func V0() config.Config { return configV0 } ================================================ FILE: internal/config/aeadconfig/v0_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aeadconfig_test import ( "bytes" "encoding/hex" "reflect" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/aead/aesgcmsiv" "github.com/tink-crypto/tink-go/v2/aead/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/aead/xchacha20poly1305" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config/aeadconfig" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ctrpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_go_proto" achpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_aead_go_proto" aesgcmpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" aesgcmsivpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_siv_go_proto" cc30p1305pb "github.com/tink-crypto/tink-go/v2/proto/chacha20_poly1305_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" xcc30p1305pb "github.com/tink-crypto/tink-go/v2/proto/xchacha20_poly1305_go_proto" ) func mustMarshal(t *testing.T, m proto.Message) []byte { t.Helper() b, err := proto.Marshal(m) if err != nil { t.Fatalf("proto.Marshal(%v) err=%v, want nil", m, err) } return b } func TestConfigV0AEAD(t *testing.T) { configV0 := aeadconfig.V0() // AES-CTR-HMAC. aesCTRHMACParams, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ AESKeySizeInBytes: 32, HMACKeySizeInBytes: 32, TagSizeInBytes: 32, IVSizeInBytes: 16, HashType: aesctrhmac.SHA256, Variant: aesctrhmac.VariantNoPrefix, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err=%v, want nil", err) } aesCTRHMACKey, err := aesctrhmac.NewKey(aesctrhmac.KeyOpts{ AESKeyBytes: secretdata.NewBytesFromData(make([]byte, 32), insecuresecretdataaccess.Token{}), HMACKeyBytes: secretdata.NewBytesFromData(make([]byte, 32), insecuresecretdataaccess.Token{}), IDRequirement: 0, Parameters: aesCTRHMACParams, }) if err != nil { t.Fatalf(" aesctrhmac.NewKey() err=%v, want nil", err) } // AES-GCM. aesGCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err=%v, want nil", err) } aesGCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData(make([]byte, 32), insecuresecretdataaccess.Token{}), 0, aesGCMParams) if err != nil { t.Fatalf(" aesgcm.NewKey() err=%v, want nil", err) } // AES-GCM-SIV. aesGCMSIVParams, err := aesgcmsiv.NewParameters(32, aesgcmsiv.VariantNoPrefix) if err != nil { t.Fatalf("aesgcmsiv.NewParameters() err=%v, want nil", err) } aesGCMSIVKey, err := aesgcmsiv.NewKey(secretdata.NewBytesFromData(make([]byte, 32), insecuresecretdataaccess.Token{}), 0, aesGCMSIVParams) if err != nil { t.Fatalf(" aesgcmsiv.NewKey() err=%v, want nil", err) } // CHACHA20-POLY1305. chaCha20Poly1305Params, err := chacha20poly1305.NewParameters(chacha20poly1305.VariantNoPrefix) if err != nil { t.Fatalf("chacha20poly1305.NewParameters() err=%v, want nil", err) } chaCha20Poly1305Key, err := chacha20poly1305.NewKey(secretdata.NewBytesFromData(make([]byte, 32), insecuresecretdataaccess.Token{}), 0, chaCha20Poly1305Params) if err != nil { t.Fatalf(" chacha20poly1305.NewKey() err=%v, want nil", err) } // X-CHACHA20-POLY1305. xchaCha20Poly1305Params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantNoPrefix) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters() err=%v, want nil", err) } xchaCha20Poly1305Key, err := xchacha20poly1305.NewKey(secretdata.NewBytesFromData(make([]byte, 32), insecuresecretdataaccess.Token{}), 0, xchaCha20Poly1305Params) if err != nil { t.Fatalf(" xchacha20poly1305.NewKey() err=%v, want nil", err) } for _, test := range []struct { name string key key.Key keyData *tinkpb.KeyData ciphertext string }{ { name: "AES-CTR-HMAC", key: aesCTRHMACKey, keyData: &tinkpb.KeyData{ TypeUrl: testutil.AESCTRHMACTypeURL, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, Value: mustMarshal(t, &achpb.AesCtrHmacAeadKey{ Version: 0, AesCtrKey: &ctrpb.AesCtrKey{ Version: 0, KeyValue: make([]byte, 32), Params: &ctrpb.AesCtrParams{IvSize: 16}, }, HmacKey: &hmacpb.HmacKey{ Version: 0, KeyValue: make([]byte, 32), Params: &hmacpb.HmacParams{Hash: commonpb.HashType_SHA256, TagSize: 32}, }, }), }, ciphertext: "ad99a2c8aa74afdcac06b6b1ff9bddf156d27b8f08cf6a452b385596bd468ecfd3eee47d2a1054c178c9f0cc0e17fd5ec855f44d2b44935b03fa81e8e4882f059983f7de82c79046b6", }, { name: "AES-GCM", key: aesGCMKey, keyData: &tinkpb.KeyData{ TypeUrl: testutil.AESGCMTypeURL, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, Value: mustMarshal(t, &aesgcmpb.AesGcmKey{ Version: testutil.AESGCMKeyVersion, KeyValue: make([]byte, 32), }), }, ciphertext: "78e5a9c49bcd68f212ab26ca1f08d173a2e842802488b805f73b4b902a2b9b51706d5cdefffcbf8dcc4506fa8706d9a3c71018dc11", }, { name: "CHACHA20-POLY1305", key: chaCha20Poly1305Key, keyData: &tinkpb.KeyData{ TypeUrl: testutil.ChaCha20Poly1305TypeURL, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, Value: mustMarshal(t, &cc30p1305pb.ChaCha20Poly1305Key{ Version: testutil.ChaCha20Poly1305KeyVersion, KeyValue: make([]byte, 32), }), }, ciphertext: "19af0737e87ced9c95d9e05afd2136ef084ec7635238e59e193bde2f9d5e44812aedd917b3ebcde0339cc3e3cd3b91f224768e9299", }, { name: "X-CHACHA20-POLY1305", key: xchaCha20Poly1305Key, keyData: &tinkpb.KeyData{ TypeUrl: testutil.ChaCha20Poly1305TypeURL, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, Value: mustMarshal(t, &xcc30p1305pb.XChaCha20Poly1305Key{ Version: testutil.XChaCha20Poly1305KeyVersion, KeyValue: make([]byte, 32), }), }, ciphertext: "3a14e26b23a042cd0976ff846c27762edabf9c0bca6901f05891bdfd79dd98fb352c6ab2167883262a2b7a8508e0ebaf4ea08a02215b44518171b317190674a935", }, { name: "AES-GCM-SIV", key: aesGCMSIVKey, keyData: &tinkpb.KeyData{ TypeUrl: testutil.ChaCha20Poly1305TypeURL, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, Value: mustMarshal(t, &aesgcmsivpb.AesGcmSivKey{ Version: testutil.AESGCMSIVKeyVersion, KeyValue: make([]byte, 32), }), }, ciphertext: "e3e3352092e8b0309f38192ec526c391fc65c963d92831f25699882c5203e2b7a4ce5d920ef736fc74120447325806a47dfc08f254", }, } { t.Run(test.name, func(t *testing.T) { aead, err := configV0.PrimitiveFromKey(test.key, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err=%v, want nil", err) } a, ok := aead.(tink.AEAD) if !ok { t.Fatalf("aead was of type %v, want tink.AEAD", reflect.TypeOf(aead)) } plaintext := []byte("this is a test ciphertext") aad := []byte("this is an aad") ct, err := hex.DecodeString(test.ciphertext) if err != nil { t.Fatalf("hex.Decode(ciphertext) err=%v, want nil", err) } pt, err := a.Decrypt(ct, aad) if err != nil { t.Fatalf("aead.Decrypt known ciphertext err=%v, want nil", err) } if !bytes.Equal(pt, plaintext) { t.Errorf("Decrypted plaintext=%q, want %q", pt, plaintext) } }) } } ================================================ FILE: internal/config/config.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package config provides internal implementation of Configs. package config import ( "fmt" "maps" "reflect" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" ) // Config keeps a collection of functions that create a primitive from // [key.Key]. type Config struct { primitiveConstructors map[reflect.Type]func(key key.Key) (any, error) keysetManagers map[string]registry.KeyManager } // PrimitiveFromKey creates a primitive from the given [key.Key]. Returns an // error if there is no primitiveConstructor registered for the given key. // // This implements [keyset.Config]. func (c *Config) PrimitiveFromKey(k key.Key, _ internalapi.Token) (any, error) { keyType := reflect.TypeOf(k) creator, ok := c.primitiveConstructors[keyType] if !ok { return nil, fmt.Errorf("PrimitiveFromKey: no primitive creator from key %v registered", keyType) } return creator(k) } // Builder keeps a collection of functions that create a primitive from // [key.Key]. type Builder struct { config Config } // RegisterPrimitiveConstructor registers a primitiveConstructor for the keyType. // Not thread-safe. // // Returns an error if a primitiveConstructor for the keyType already // registered (no matter whether it's the same object or different, since // constructors are of type [Func] and they are never considered equal in Go // unless they are nil). func (b *Builder) RegisterPrimitiveConstructor(keyType reflect.Type, constructor func(key key.Key) (any, error), _ internalapi.Token) error { if _, ok := b.config.primitiveConstructors[keyType]; ok { return fmt.Errorf("RegisterPrimitiveConstructor: attempt to register a different primitive constructor for the same key type %v", keyType) } b.config.primitiveConstructors[keyType] = constructor return nil } // Build creates a [Config] from the [Builder]. func (b *Builder) Build() Config { c := Config{ primitiveConstructors: maps.Clone(b.config.primitiveConstructors), keysetManagers: maps.Clone(b.config.keysetManagers), } return c } // NewBuilder creates an empty [Builder]. func NewBuilder() *Builder { return &Builder{ config: Config{ primitiveConstructors: map[reflect.Type]func(key key.Key) (any, error){}, keysetManagers: map[string]registry.KeyManager{}, }, } } ================================================ FILE: internal/config/config_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package config_test import ( "reflect" "testing" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" ) type testParameters0 struct{} func (tp testParameters0) HasIDRequirement() bool { return false } func (tp testParameters0) Equal(other key.Parameters) bool { return false } type testKey0 struct{} func (tk testKey0) Parameters() key.Parameters { return new(testParameters0) } func (tk testKey0) IDRequirement() (id uint32, required bool) { return 0, false } func (tk testKey0) Equal(other key.Key) bool { return false } type testPrimitive0 struct{} type testParameters1 struct{} func (tp testParameters1) HasIDRequirement() bool { return false } func (tp testParameters1) Equal(other key.Parameters) bool { return false } func primitive0Constructor(k key.Key) (any, error) { return testPrimitive0{}, nil } type testKey1 struct{} func (tk testKey1) Parameters() key.Parameters { return new(testParameters1) } func (tk testKey1) IDRequirement() (id uint32, required bool) { return 0, false } func (tk testKey1) Equal(other key.Key) bool { return false } type testPrimitive1 struct{} type testKeyUnregistered struct{} func (tk testKeyUnregistered) Parameters() key.Parameters { return new(testParameters1) } func (tk testKeyUnregistered) IDRequirement() (id uint32, required bool) { return 0, false } func (tk testKeyUnregistered) Equal(other key.Key) bool { return false } func primitive1Constructor(k key.Key) (any, error) { return testPrimitive1{}, nil } func TestConfigPrimitiveFromKeyWorks(t *testing.T) { builder := config.NewBuilder() token := internalapi.Token{} if err := builder.RegisterPrimitiveConstructor(reflect.TypeFor[testKey0](), primitive0Constructor, token); err != nil { t.Fatalf("builder.RegisterPrimitiveConstructor() err = %v, want nil", err) } config := builder.Build() p0, err := config.PrimitiveFromKey(testKey0{}, token) if err != nil { t.Fatalf("config.PrimitiveFromKey() err = %v, want nil", err) } if reflect.TypeOf(p0) != reflect.TypeFor[testPrimitive0]() { t.Errorf("Wrong primitive returned: got %T, want testPrimitive0", p0) } } const ( typeURL0 = "type_url_0" typeURL1 = "type_url_1" ) func TestMultiplePrimitiveConstructors(t *testing.T) { builder := config.NewBuilder() token := internalapi.Token{} if err := builder.RegisterPrimitiveConstructor(reflect.TypeFor[testKey0](), primitive0Constructor, token); err != nil { t.Fatalf("builder.RegisterPrimitiveConstructor() err = %v, want nil", err) } if err := builder.RegisterPrimitiveConstructor(reflect.TypeFor[testKey1](), primitive1Constructor, token); err != nil { t.Fatalf("builder.RegisterPrimitiveConstructor() err = %v, want nil", err) } config := builder.Build() p0, err := config.PrimitiveFromKey(testKey0{}, token) if err != nil { t.Fatalf("builder.PrimitiveFromKey() err = %v, want nil", err) } if reflect.TypeOf(p0) != reflect.TypeFor[testPrimitive0]() { t.Errorf("Wrong primitive returned: got %T, want testPrimitive0", p0) } p1, err := config.PrimitiveFromKey(testKey1{}, token) if err != nil { t.Fatalf("builder.PrimitiveFromKey() err = %v, want nil", err) } if reflect.TypeOf(p1) != reflect.TypeFor[testPrimitive1]() { t.Errorf("Wrong primitive returned: got %T, want testPrimitive0", p1) } } func TestRegisterDifferentPrimitiveConstructor(t *testing.T) { builder := config.NewBuilder() token := internalapi.Token{} if err := builder.RegisterPrimitiveConstructor(reflect.TypeFor[testKey1](), primitive1Constructor, token); err != nil { t.Fatalf("builder.RegisterPrimitiveConstructor() err = %v, want nil", err) } // Register another primitiveCreator for the same key type fails. if err := builder.RegisterPrimitiveConstructor(reflect.TypeFor[testKey1](), primitive0Constructor, token); err == nil { t.Errorf("builder.RegisterPrimitiveConstructor() err = nil, want error") } } func TestUnregisteredPrimitive(t *testing.T) { builder := config.NewBuilder() token := internalapi.Token{} if err := builder.RegisterPrimitiveConstructor(reflect.TypeFor[testKey0](), primitive0Constructor, token); err != nil { t.Fatalf("builder.RegisterPrimitiveConstructor() err = %v, want nil", err) } config := builder.Build() res, err := config.PrimitiveFromKey(testKeyUnregistered{}, token) if err == nil { t.Errorf("config.PrimitiveFromKey() err = nil, want error") } if res != nil { t.Errorf("config.PrimitiveFromKey() return value = %v, want nil", res) } } func TestConfigV0_ConfigIsDeepcopied(t *testing.T) { builder := config.NewBuilder() if err := builder.RegisterPrimitiveConstructor(reflect.TypeFor[*testKey0](), primitive0Constructor, internalapi.Token{}); err != nil { t.Fatalf("builder.RegisterPrimitiveConstructor() err = %v, want nil", err) } config := builder.Build() if _, err := config.PrimitiveFromKey(&testKey0{}, internalapi.Token{}); err != nil { t.Fatalf("config.PrimitiveFromKey() err=%v, want nil", err) } if _, err := config.PrimitiveFromKey(&testKey1{}, internalapi.Token{}); err == nil { t.Fatalf("config.PrimitiveFromKey() err=nil, want error") } if err := builder.RegisterPrimitiveConstructor(reflect.TypeFor[*testKey1](), primitive1Constructor, internalapi.Token{}); err != nil { t.Fatalf("builder.RegisterPrimitiveConstructor() err=%v, want nil", err) } // This is not available in the original config. if _, err := config.PrimitiveFromKey(&testKey1{}, internalapi.Token{}); err == nil { t.Fatalf("config.PrimitiveFromKey() err=nil, want error") } config2 := builder.Build() if _, err := config2.PrimitiveFromKey(&testKey1{}, internalapi.Token{}); err != nil { t.Fatalf("config.PrimitiveFromKey() err=%v, want nil", err) } } ================================================ FILE: internal/config/daeadconfig/v0.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package daeadconfig provides an instance of the Config for DAEAD primitives. package daeadconfig import ( "fmt" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" ) var configV0 = mustCreateConfigV0() func mustCreateConfigV0() config.Config { builder := config.NewBuilder() if err := aessiv.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register HMAC: %v", err)) } return builder.Build() } // V0 returns an instance of the ConfigV0. func V0() config.Config { return configV0 } ================================================ FILE: internal/config/daeadconfig/v0_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package daeadconfig_test import ( "bytes" "encoding/hex" "reflect" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config/daeadconfig" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/tink" ) func mustMarshal(t *testing.T, m proto.Message) []byte { t.Helper() b, err := proto.Marshal(m) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", m, err) } return b } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", s, err) } return b } const ( // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_siv_cmac_test.json#L2865. aesSIVKeyHex = "c25cafc6018b98dfbb79a40ec89c575a4f88c4116489bba27707479800c0130235334a45dbe8d8dae3da8dcb45bbe5dce031b0f68ded544fda7eca30d6749442" aesSIVMsgHex = "beec61030fa3d670337196beade6aeaa" aesSIVAad = "deeb0ccf3aef47a296ed1ca8f4ae5907" aesSIVCiphertextHex = "5865208eab9163db85cab9f96d846234a2626aae22f5c17c9aad4b501f4416e4" ) func TestConfigV0MACFailsIfKeyNotMAC(t *testing.T) { configV0 := daeadconfig.V0() aesGCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, IVSizeInBytes: 12, }) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } aesGCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData(mustHexDecode(t, "ea3b016bdd387dd64d837c71683808f335dbdc53598a4ea8c5f952473fafaf5f"), insecuresecretdataaccess.Token{}), 0, aesGCMParams) if err != nil { t.Fatalf(" aessiv.NewKey() err = %v, want nil", err) } if _, err := configV0.PrimitiveFromKey(aesGCMKey, internalapi.Token{}); err == nil { t.Errorf("configV0.PrimitiveFromKey() err = nil, want error") } } func TestConfigV0MAC(t *testing.T) { configV0 := daeadconfig.V0() // AES-SIV. aesSIVParams, err := aessiv.NewParameters(64, aessiv.VariantNoPrefix) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } aesSIVKey, err := aessiv.NewKey(secretdata.NewBytesFromData(mustHexDecode(t, aesSIVKeyHex), insecuresecretdataaccess.Token{}), 0, aesSIVParams) if err != nil { t.Fatalf(" aessiv.NewKey() err = %v, want nil", err) } for _, test := range []struct { name string key key.Key msg []byte aad []byte ciphertext []byte }{ { name: "AES-SIV", key: aesSIVKey, msg: mustHexDecode(t, aesSIVMsgHex), aad: mustHexDecode(t, aesSIVAad), ciphertext: mustHexDecode(t, aesSIVCiphertextHex), }, } { t.Run(test.name, func(t *testing.T) { d, err := configV0.PrimitiveFromKey(test.key, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err = %v, want nil", err) } m, ok := d.(tink.DeterministicAEAD) if !ok { t.Fatalf("d was of type %v, want tink.MAC", reflect.TypeOf(d)) } got, err := m.DecryptDeterministically(test.ciphertext, test.aad) if err != nil { t.Fatalf("d.DecryptDeterministically() err = %v, want nil", err) } if !bytes.Equal(got, test.msg) { t.Errorf("d.DecryptDeterministically() = %v, want %v", got, test.msg) } }) } } ================================================ FILE: internal/config/hybridconfig/v0.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package hybridconfig provides an instance of the Config for hybrid primitives. package hybridconfig import ( "fmt" "github.com/tink-crypto/tink-go/v2/hybrid/ecies" "github.com/tink-crypto/tink-go/v2/hybrid/hpke" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" ) var configV0 = mustCreateConfigV0() func mustCreateConfigV0() config.Config { builder := config.NewBuilder() if err := ecies.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register ECIES: %v", err)) } if err := hpke.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register HPKE: %v", err)) } return builder.Build() } // V0 returns an instance of the ConfigV0 for hybrid primitives.. func V0() config.Config { return configV0 } ================================================ FILE: internal/config/hybridconfig/v0_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hybridconfig_test import ( "reflect" "testing" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/hybrid/ecies" "github.com/tink-crypto/tink-go/v2/hybrid/hpke" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config/hybridconfig" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/tink" ) func TestConfigV0EncryptDecryptFailsIfKeyNotHybrid(t *testing.T) { configV0 := hybridconfig.V0() aesGCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, IVSizeInBytes: 12, }) if err != nil { t.Fatalf("aescmac.NewParameters() err=%v, want nil", err) } aesGCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}), 0, aesGCMParams) if err != nil { t.Fatalf(" aescmac.NewKey() err=%v, want nil", err) } if _, err := configV0.PrimitiveFromKey(aesGCMKey, internalapi.Token{}); err == nil { t.Errorf("configV0.PrimitiveFromKey() err=nil, want error") } } func TestConfigV0EncryptDecrypt(t *testing.T) { configV0 := hybridconfig.V0() hpkeParams, err := hpke.NewParameters(hpke.ParametersOpts{ KEMID: hpke.DHKEM_P256_HKDF_SHA256, KDFID: hpke.HKDFSHA256, AEADID: hpke.AES128GCM, Variant: hpke.VariantNoPrefix, }) if err != nil { t.Fatalf("hpke.NewParameters() err=%v, want nil", err) } hpkePrivKey, err := keygenregistry.CreateKey(hpkeParams, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey() err=%v, want nil", err) } eciesDemParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err=%v, want nil", err) } eciesParams, err := ecies.NewParameters(ecies.ParametersOpts{ CurveType: ecies.NISTP256, HashType: ecies.SHA256, NISTCurvePointFormat: ecies.UncompressedPointFormat, DEMParameters: eciesDemParams, Variant: ecies.VariantNoPrefix, }) if err != nil { t.Fatalf("ecies.NewParameters() err=%v, want nil", err) } eciesPrivKey, err := keygenregistry.CreateKey(eciesParams, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey() err=%v, want nil", err) } for _, test := range []struct { name string key key.Key }{ { name: "HPKE", key: hpkePrivKey, }, { name: "ECIES", key: eciesPrivKey, }, } { t.Run(test.name, func(t *testing.T) { primitive, err := configV0.PrimitiveFromKey(test.key, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err=%v, want nil", err) } decrypter, ok := primitive.(tink.HybridDecrypt) if !ok { t.Fatalf("primitive is of type %v, want tink.HybridDecrypt", reflect.TypeOf(primitive)) } privKey := test.key.(interface { PublicKey() (key.Key, error) }) pubKey, err := privKey.PublicKey() if err != nil { t.Fatalf("privKey.PublicKey() err=%v, want nil", err) } primitive, err = configV0.PrimitiveFromKey(pubKey, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err=%v, want nil", err) } encrypter, ok := primitive.(tink.HybridEncrypt) if !ok { t.Fatalf("primitive is of type %v, want tink.HybridEncrypt", reflect.TypeOf(primitive)) } plaintext := []byte("plaintext") contextInfo := []byte("context info") ciphertext, err := encrypter.Encrypt(plaintext, contextInfo) if err != nil { t.Fatalf("encrypter.Encrypt() err=%v, want nil", err) } gotPlaintext, err := decrypter.Decrypt(ciphertext, contextInfo) if err != nil { t.Fatalf("decrypter.Decrypt() err=%v, want nil", err) } if string(gotPlaintext) != string(plaintext) { t.Errorf("decrypter.Decrypt() = %q, want %q", gotPlaintext, plaintext) } }) } } ================================================ FILE: internal/config/jwtmacconfig/v0.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package jwtmacconfig provides an instance of the Config for JWT MAC primitives. package jwtmacconfig import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/jwt" ) var configV0 = mustCreateConfigV0() func mustCreateConfigV0() config.Config { builder := config.NewBuilder() if err := jwt.RegisterJWTHMACPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register JWT MAC: %v", err)) } return builder.Build() } // V0 returns an instance of the ConfigV0 for JWT MAC primitives. func V0() config.Config { return configV0 } ================================================ FILE: internal/config/jwtmacconfig/v0_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwtmacconfig_test import ( "encoding/base64" "reflect" "testing" "time" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config/jwtmacconfig" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/jwt/jwthmac" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestConfigV0JWTMACFailsIfKeyNotMAC(t *testing.T) { configV0 := jwtmacconfig.V0() aesGCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, IVSizeInBytes: 12, }) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } aesGCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}), 0, aesGCMParams) if err != nil { t.Fatalf(" aessiv.NewKey() err = %v, want nil", err) } if _, err := configV0.PrimitiveFromKey(aesGCMKey, internalapi.Token{}); err == nil { t.Errorf("configV0.PrimitiveFromKey() err = nil, want error") } } func mustBase64Dec(t *testing.T, s string) []byte { t.Helper() res, err := base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(s) if err != nil { t.Fatalf("base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(%q) err = %v, want nil", s, err) } return res } func TestConfigV0WithJWTHMACKey(t *testing.T) { // https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.1. token := "eyJhbGciOiJIUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "dCfJaSBBMSnC8CXslIf5orCzS7AboBan4qE7aXuYSDs" keyBytes := mustBase64Dec(t, "AyM1SysPpbyDfgZld3umj1qzKObwVMkoqQ-EstJQLr_T-1qS0gZH75aKtMN3Yj0iPS4hcgUuTwjAzZr1Z9CAow") iss := "joe" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } configV0 := jwtmacconfig.V0() params, err := jwthmac.NewParameters(len(keyBytes), jwthmac.IgnoredKID, jwthmac.HS256) if err != nil { t.Fatalf("jwthmac.NewParameters() err = %v, want nil", err) } key, err := jwthmac.NewKey(jwthmac.KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), }) if err != nil { t.Fatalf("jwthmac.NewKey() err = %v, want nil", err) } p, err := configV0.PrimitiveFromKey(key, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err = %v, want nil", err) } m, ok := p.(jwt.MAC) if !ok { t.Fatalf("primitive is of type %v, want jwt.MAC", reflect.TypeOf(p)) } // Verify the test vector if _, err := m.VerifyMACAndDecode(token, validator); err != nil { t.Errorf("m.VerifyMACAndDecode() err = %v, want nil", err) } // Sign and verify rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Issuer: &iss, WithoutExpiration: true, }) if err != nil { t.Fatalf("jwt.NewRawJWT() = %v, want nil", err) } gotJWT, err := m.ComputeMACAndEncode(rawJWT) if err != nil { t.Fatalf("m.ComputeMACAndEncode() = %v, want nil", err) } validator2, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("jwt.NewValidator() = %v, want nil", err) } if _, err := m.VerifyMACAndDecode(gotJWT, validator2); err != nil { t.Errorf("m.VerifyMACAndDecode() = %v, want nil", err) } } ================================================ FILE: internal/config/jwtsignatureconfig/v0.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package jwtsignatureconfig provides an instance of the Config for JWT Signature primitives. package jwtsignatureconfig import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/jwt" ) var configV0 = mustCreateConfigV0() func mustCreateConfigV0() config.Config { builder := config.NewBuilder() if err := jwt.RegisterJWTECDSAPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register JWT ECDSA: %v", err)) } if err := jwt.RegisterJWTRSASSAPKCS1PrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register JWT RSA SSA PKCS1: %v", err)) } if err := jwt.RegisterJWTRSASSAPSSPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register JWT RSA SSA PSS: %v", err)) } return builder.Build() } // V0 returns an instance of the ConfigV0 for JWT Signature primitives. func V0() config.Config { return configV0 } ================================================ FILE: internal/config/jwtsignatureconfig/v0_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwtsignatureconfig_test import ( "encoding/base64" "slices" "testing" "time" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config/jwtsignatureconfig" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/jwt/jwtecdsa" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapkcs1" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapss" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestConfigV0JWTSignatureFailsIfKeyNotSignature(t *testing.T) { configV0 := jwtsignatureconfig.V0() aesGCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, IVSizeInBytes: 12, }) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } aesGCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}), 0, aesGCMParams) if err != nil { t.Fatalf(" aessiv.NewKey() err = %v, want nil", err) } if _, err := configV0.PrimitiveFromKey(aesGCMKey, internalapi.Token{}); err == nil { t.Errorf("configV0.PrimitiveFromKey() err = nil, want error") } } func mustBase64Decode(t *testing.T, in string) []byte { t.Helper() d, err := base64.RawURLEncoding.DecodeString(in) if err != nil { t.Fatalf("base64.RawURLEncoding.DecodeString(%q) failed: %v", in, err) } return d } const ( // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L13 n2048Base64 = "s1EKK81M5kTFtZSuUFnhKy8FS2WNXaWVmi_fGHG4CLw98-Yo0nkuUarVwSS0O9pFPcpc3kvPKOe9Tv-6DLS3Qru21aATy2PRqjqJ4CYn71OYtSwM_ZfSCKvrjXybzgu-sBmobdtYm-sppbdL-GEHXGd8gdQw8DDCZSR6-dPJFAzLZTCdB-Ctwe_RXPF-ewVdfaOGjkZIzDoYDw7n-OHnsYCYozkbTOcWHpjVevipR-IBpGPi1rvKgFnlcG6d_tj0hWRl_6cS7RqhjoiNEtxqoJzpXs_Kg8xbCxXbCchkf11STA8udiCjQWuWI8rcDwl69XMmHJjIQAqhKvOOQ8rYTQ" d2048Base64 = "GlAtDupse2niHVg5EB9wVFbtDvhS-0f-IQcfVMXzPIzrBmxi1yfjLSbFgTcyn4nTGVMlt5UmTBldhUcvdQfb0JYdKVH5NaJrNPCsJNFUkOESiptxOJFbx9v6j-OWNXExxUOunJhQc2jZzrCMHGGYo-2nrqGFoOl2zULCLQDwA9nxnZbqTJr8v-FEHMyALPsGifWdgExqTk9ATBUXR0XtbLi8iO8LM7oNKoDjXkO8kPNQBS5yAW51sA01ejgcnA1GcGnKZgiHyYd2Y0n8xDRgtKpRa84Hnt2HuhZDB7dSwnftlSitO6C_GHc0ntO3lmpsJAEQQJv00PreDGj9rdhH_Q" p2048Base64 = "7BJc834xCi_0YmO5suBinWOQAF7IiRPU-3G9TdhWEkSYquupg9e6K9lC5k0iP-t6I69NYF7-6mvXDTmv6Z01o6oV50oXaHeAk74O3UqNCbLe9tybZ_-FdkYlwuGSNttMQBzjCiVy0-y0-Wm3rRnFIsAtd0RlZ24aN3bFTWJINIs" q2048Base64 = "wnQqvNmJe9SwtnH5c_yCqPhKv1cF_4jdQZSGI6_p3KYNxlQzkHZ_6uvrU5V27ov6YbX8vKlKfO91oJFQxUD6lpTdgAStI3GMiJBJIZNpyZ9EWNSvwUj28H34cySpbZz3s4XdhiJBShgy-fKURvBQwtWmQHZJ3EGrcOI7PcwiyYc" dp2048Base64 = "lql5jSUCY0ALtidzQogWJ-B87N-RGHsBuJ_0cxQYinwg-ySAAVbSyF1WZujfbO_5-YBN362A_1dn3lbswCnHK_bHF9-fZNqvwprPnceQj5oK1n4g6JSZNsy6GNAhosT-uwQ0misgR8SQE4W25dDGkdEYsz-BgCsyrCcu8J5C-tU" dq2048Base64 = "BVT0GwuH9opFcis74M9KseFlA0wakQAquPKenvni2rb-57JFW6-0IDfp0vflM_NIoUdBL9cggL58JjP12ALJHDnmvOzj5nXlmZUDPFVzcCDa2eizDQS4KK37kwStVKEaNaT1BwmHasWxGCNrp2pNfJopHdlgexad4dGCOFaRmZ8" qInv2048Base64 = "HGQBidm_6MYjgzIQp2xCDG9E5ddg4lmRbOwq4rFWRWlg_ZXidHZgw4lWIlDwVQSc-rflwwOVSThKeiquscgk069wlIKoz5tYcCKgCx8HIttQ8zyybcIN0iRdUmXfYe4pg8k4whZ9zuEh_EtEecI35yjPYzq2CowOzQT85-O6pVk" ) func TestConfigV0WithJWTSignatureKey(t *testing.T) { iss := "joe" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } // https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.3 jwtECDSAParams, err := jwtecdsa.NewParameters(jwtecdsa.IgnoredKID, jwtecdsa.ES256) if err != nil { t.Fatalf("jwtecdsa.NewParameters() err = %v, want nil", err) } jwtECDSAPublicKey, err := jwtecdsa.NewPublicKey(jwtecdsa.PublicKeyOpts{ Parameters: jwtECDSAParams, PublicPoint: slices.Concat([]byte{4}, mustBase64Decode(t, "f83OJ3D2xF1Bg8vub9tLe1gHMzV76e8Tus9uPHvRVEU"), mustBase64Decode(t, "x_FEzRu9m36HLN_tue659LNpXW6pCyStikYjKIWI5a0")), IDRequirement: 0, }) if err != nil { t.Fatalf("jwtecdsa.NewPublicKey() err = %v, want nil", err) } secretDataKeyValue := secretdata.NewBytesFromData(mustBase64Decode(t, "jpsQnnGQmL-YBIffH1136cspYG6-0iY7X1fCE9-E9LI"), insecuresecretdataaccess.Token{}) jwtECDSAPrivateKey, err := jwtecdsa.NewPrivateKeyFromPublicKey(secretDataKeyValue, jwtECDSAPublicKey) if err != nil { t.Fatalf("jwtecdsa.NewPrivateKeyFromPublicKey() err = %v, want nil", err) } ecdsaJWT := "eyJhbGciOiJFUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "DtEhU3ljbEg8L38VWAfUAqOyKAM6-Xx-F4GawxaepmXFCgfTjDxw5djxLa8ISlSA" + "pmWQxfKTUJqPP3-Kg6NU1Q" jwtRSASSAPKCS1Params, err := jwtrsassapkcs1.NewParameters(jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 0x10001, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }) if err != nil { t.Fatalf("jwtrsassapkcs1.NewParameters() err = %v, want nil", err) } jwtRSASSAPKCS1PublicKey, err := jwtrsassapkcs1.NewPublicKey(jwtrsassapkcs1.PublicKeyOpts{ Parameters: jwtRSASSAPKCS1Params, IDRequirement: 0, Modulus: mustBase64Decode(t, n2048Base64), }) if err != nil { t.Fatalf("jwtrsassapkcs1.NewPublicKey() err = %v, want nil", err) } jwtRSASSAPKCS1PrivateKey, err := jwtrsassapkcs1.NewPrivateKey(jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: jwtRSASSAPKCS1PublicKey, D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }) if err != nil { t.Fatalf("jwtrsassapkcs1.NewPrivateKey() err = %v, want nil", err) } rsaSSAPKCS1JWT := "eyJhbGciOiJSUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "F_h14Jj1TXhtO6DzWk5Ecei4h7I-" + "y9aCLUn8wMzFaIQ76MbE5qjkvLGyVpf5zwhrEx8WGmQTjufQ1kIFiu45O9qg0ZnDvRunMi" + "73F80PxXOdbWIUfY1QF1JCO-TqFHfymG8xShpQEm6R-WeF-" + "LeWxa6GWaNrJcvM4aggotdGKhgHC7SwYXVYjPhmH4r8jaUuGzCIO_iQb31n-" + "aR05XR16xti54pIgWlxXNgLhZ13umDeohZ6xkSny4HFvsJ2j08zo1CXtGOPdd34IKv4Y5S" + "xKJ5YwXVLukyGqvPLy8PNCkQlh32N5kjh9IGdg25OgR08ADQjRKinVjO_UxROv0bj4Q" jwtRSASSAPSSParams, err := jwtrsassapss.NewParameters(jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 0x10001, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }) if err != nil { t.Fatalf("jwtrsassapss.NewParameters() err = %v, want nil", err) } jwtRSASSAPSSPublicKey, err := jwtrsassapss.NewPublicKey(jwtrsassapss.PublicKeyOpts{ Parameters: jwtRSASSAPSSParams, IDRequirement: 0, Modulus: mustBase64Decode(t, n2048Base64), }) if err != nil { t.Fatalf("jwtrsassapss.NewPublicKey() err = %v, want nil", err) } jwtRSASSAPSSPrivateKey, err := jwtrsassapss.NewPrivateKey(jwtrsassapss.PrivateKeyOpts{ PublicKey: jwtRSASSAPSSPublicKey, D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }) if err != nil { t.Fatalf("jwtrsassapss.NewPrivateKey() err = %v, want nil", err) } rsaSSAPSSJWT := "eyJhbGciOiJQUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "WeMZxYgxDNYFbVm2-pt3uxlj1fIS540KIz1mUMwBfcWunpduvtzj_fWPJv_" + "bqRC78GdqUaOju01Sega8ECcVsg_8guRyJOl_" + "BmE9c6kxzSiPyZJ9f1xUjx9WfQ5kcoYMNMVJ_" + "gUO9QbWin23UiHBBs61rolzn0M6xfNS6MkaYXfsa8aYOWAmsLU_" + "6WOQtN645bSyoyHDIah2dHXZXQBc6SkqLP8fW1oiTLU4PcVr6SzQIHfK0kS674lqqmdFVK" + "QfyIakLEhGsQuZ0XzKRE-RbUrQGelKiC1q5Jz3Gq0nAGqOSPkFMA_" + "5TK1TQhykfbIuXYAClbt1tM74ee27sb2uuQ" for _, tc := range []struct { name string jwt string privateKey key.Key publicKey key.Key }{ { name: "jwtecdsa", publicKey: jwtECDSAPublicKey, privateKey: jwtECDSAPrivateKey, jwt: ecdsaJWT, }, { name: "jwtrsassapkcs1", publicKey: jwtRSASSAPKCS1PublicKey, privateKey: jwtRSASSAPKCS1PrivateKey, jwt: rsaSSAPKCS1JWT, }, { name: "jwtrsassapss", publicKey: jwtRSASSAPSSPublicKey, privateKey: jwtRSASSAPSSPrivateKey, jwt: rsaSSAPSSJWT, }, } { t.Run(tc.name, func(t *testing.T) { configV0 := jwtsignatureconfig.V0() p1, err := configV0.PrimitiveFromKey(tc.publicKey, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err = %v, want nil", err) } verifier, ok := p1.(jwt.Verifier) if !ok { t.Fatalf("primitive is of type %T, want jwt.Verifier", p1) } p2, err := configV0.PrimitiveFromKey(tc.privateKey, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err = %v, want nil", err) } signer, ok := p2.(jwt.Signer) if !ok { t.Fatalf("primitive is of type %T, want jwt.Signer", p2) } // Verify the JWTs test vector. if _, err := verifier.VerifyAndDecode(tc.jwt, validator); err != nil { t.Errorf("verifier.VerifyAndDecode() err = %v, want nil", err) } // Sign and verify iss := "issuer" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Issuer: &iss, WithoutExpiration: true, }) if err != nil { t.Fatalf("NewRawJWT() = %v, want nil", err) } signedJWT, err := signer.SignAndEncode(rawJWT) if err != nil { t.Fatalf("signer.SignAndEncode() = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(signedJWT, validator); err != nil { t.Errorf("verifier.VerifyAndDecode() = %v, want nil", err) } }) } } ================================================ FILE: internal/config/keyderivationconfig/v0.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package keyderivationconfig provides tink configs for key derivation. package keyderivationconfig import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/keyderivation/prfbasedkeyderivation" ) var configV0 = mustCreateConfigV0() func mustCreateConfigV0() config.Config { builder := config.NewBuilder() if err := prfbasedkeyderivation.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("keyderivationconfig.init() failed: %v", err)) } return builder.Build() } // V0 returns an instance of the ConfigV0. func V0() config.Config { return configV0 } ================================================ FILE: internal/config/keyderivationconfig/v0_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyderivationconfig import ( "reflect" "testing" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyderivation/prfbasedkeyderivation" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/secretdata" ) type keyDeriver interface { // DeriveKey derives a new key. DeriveKey(salt []byte) (key.Key, error) } func TestRegisterPrimitiveConstructor(t *testing.T) { prfParams, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, nil) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } keyBytes := make([]byte, 32) prfKey, err := hkdfprf.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), prfParams) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } aes128GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } keyDerivationParams, err := prfbasedkeyderivation.NewParameters(prfParams, aes128GCMParams) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters() err = %v, want nil", err) } keyDerivationKey, err := prfbasedkeyderivation.NewKey(keyDerivationParams, prfKey, 0x1234) if err != nil { t.Fatalf("prfbasedkeyderivation.NewKey() err = %v, want nil", err) } b := config.NewBuilder() configWithoutKeyDerivation := b.Build() // Should fail because prfbasedkeyderivation.RegisterPrimitiveConstructor() was not called. if _, err := configWithoutKeyDerivation.PrimitiveFromKey(keyDerivationKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutKeyDerivation.PrimitiveFromKey() err = nil, want error") } // Register prfbasedkeyderivation.RegisterPrimitiveConstructor() and check that it now works. if err := prfbasedkeyderivation.RegisterPrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("prfbasedkeyderivation.RegisterPrimitiveConstructor() err = %v, want nil", err) } configWithKeyDerivation := b.Build() primitive, err := configWithKeyDerivation.PrimitiveFromKey(keyDerivationKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithKeyDerivation.PrimitiveFromKey() err = %v, want nil", err) } kd, ok := primitive.(keyDeriver) if !ok { t.Fatalf("primitive was of type %v, want keyDeriver", reflect.TypeOf(kd)) } salt := []byte("salt") if _, err := kd.DeriveKey(salt); err != nil { t.Fatalf("kd.DeriveKey() err = %v, want nil", err) } } ================================================ FILE: internal/config/macconfig/v0.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package macconfig provides an instance of the Config for MAC primitives. package macconfig import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/mac/aescmac" "github.com/tink-crypto/tink-go/v2/mac/hmac" ) var configV0 = mustCreateConfigV0() func mustCreateConfigV0() config.Config { builder := config.NewBuilder() if err := hmac.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register HMAC: %v", err)) } if err := aescmac.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register AES-CMAC: %v", err)) } return builder.Build() } // V0 returns an instance of the ConfigV0. func V0() config.Config { return configV0 } ================================================ FILE: internal/config/macconfig/v0_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package macconfig_test import ( "encoding/hex" "reflect" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config/macconfig" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/mac/aescmac" "github.com/tink-crypto/tink-go/v2/mac/hmac" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, m proto.Message) []byte { t.Helper() b, err := proto.Marshal(m) if err != nil { t.Fatalf("proto.Marshal(%v) err=%v, want nil", m, err) } return b } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q) err=%v, want nil", s, err) } return b } const ( // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha256_test.json#L37. hmacKeyHex = "85a7cbaae825bb82c9b6f6c5c2af5ac03d1f6daa63d2a93c189948ec41b9ded9" hmacMsgHex = "a59b" hmacTagHex = "0fe2f13bba2198f6dda1a084be928e304e9cb16a56bc0b7b939a073280244373" // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_cmac_test.json#L1869 aesCMACKeyHex = "ea3b016bdd387dd64d837c71683808f335dbdc53598a4ea8c5f952473fafaf5f" aesCMACMsgHex = "6601" aesCMACTagHex = "c7c44e31c466334992d6f9de3c771634" ) func TestConfigV0MACFailsIfKeyNotMAC(t *testing.T) { configV0 := macconfig.V0() aesGCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, IVSizeInBytes: 12, }) if err != nil { t.Fatalf("aescmac.NewParameters() err=%v, want nil", err) } aesGCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData(mustHexDecode(t, "ea3b016bdd387dd64d837c71683808f335dbdc53598a4ea8c5f952473fafaf5f"), insecuresecretdataaccess.Token{}), 0, aesGCMParams) if err != nil { t.Fatalf(" aescmac.NewKey() err=%v, want nil", err) } if _, err := configV0.PrimitiveFromKey(aesGCMKey, internalapi.Token{}); err == nil { t.Errorf("configV0.PrimitiveFromKey() err=nil, want error") } } func TestConfigV0MAC(t *testing.T) { configV0 := macconfig.V0() // HMAC. hmacParams, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 32, HashType: hmac.SHA256, Variant: hmac.VariantNoPrefix, }) if err != nil { t.Fatalf("hmac.NewParameters() err=%v, want nil", err) } hmacKey, err := hmac.NewKey(secretdata.NewBytesFromData(mustHexDecode(t, hmacKeyHex), insecuresecretdataaccess.Token{}), hmacParams, 0) if err != nil { t.Fatalf(" hmac.NewKey() err=%v, want nil", err) } hmacKeyPS, err := protoserialization.SerializeKey(hmacKey) if err != nil { t.Fatalf("protoserialization.SerializeKey() err=%v, want nil", err) } // AES-CMAC. aesCMACParams, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aescmac.VariantNoPrefix, }) if err != nil { t.Fatalf("aescmac.NewParameters() err=%v, want nil", err) } aesCMACKey, err := aescmac.NewKey(secretdata.NewBytesFromData(mustHexDecode(t, "ea3b016bdd387dd64d837c71683808f335dbdc53598a4ea8c5f952473fafaf5f"), insecuresecretdataaccess.Token{}), aesCMACParams, 0) if err != nil { t.Fatalf(" aescmac.NewKey() err=%v, want nil", err) } aesCMACKeyPS, err := protoserialization.SerializeKey(aesCMACKey) if err != nil { t.Fatalf("protoserialization.SerializeKey() err=%v, want nil", err) } for _, test := range []struct { name string key key.Key keyData *tinkpb.KeyData msg []byte tag []byte }{ { name: "HMAC", key: hmacKey, keyData: hmacKeyPS.KeyData(), msg: mustHexDecode(t, hmacMsgHex), tag: mustHexDecode(t, hmacTagHex), }, { name: "AES-CMAC", key: aesCMACKey, keyData: aesCMACKeyPS.KeyData(), msg: mustHexDecode(t, aesCMACMsgHex), tag: mustHexDecode(t, aesCMACTagHex), }, } { t.Run(test.name, func(t *testing.T) { mac, err := configV0.PrimitiveFromKey(test.key, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err=%v, want nil", err) } m, ok := mac.(tink.MAC) if !ok { t.Fatalf("mac was of type %v, want tink.MAC", reflect.TypeOf(mac)) } if err := m.VerifyMAC(test.tag, test.msg); err != nil { t.Errorf("mac.VerifyMAC() err=%v, want nil", err) } }) } } ================================================ FILE: internal/config/prfconfig/v0.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package prfconfig provides an instance of the Config for PRF primitives. package prfconfig import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" ) var configV0 = mustCreateConfigV0() func mustCreateConfigV0() config.Config { builder := config.NewBuilder() if err := aescmacprf.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register AES-CMAC PRF: %v", err)) } if err := hkdfprf.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register HKDF PRF: %v", err)) } if err := hmacprf.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register HMAC PRF: %v", err)) } return builder.Build() } // V0 returns an instance of the ConfigV0 for PRF primitives. func V0() config.Config { return configV0 } ================================================ FILE: internal/config/prfconfig/v0_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfconfig_test import ( "bytes" "encoding/hex" "reflect" "testing" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config/prfconfig" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestConfigV0FailsIfKeyNotPRF(t *testing.T) { configV0 := prfconfig.V0() aesGCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, IVSizeInBytes: 12, }) if err != nil { t.Fatalf("aescmac.NewParameters() err = %v, want nil", err) } aesGCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}), 0, aesGCMParams) if err != nil { t.Fatalf(" aescmac.NewKey() err = %v, want nil", err) } if _, err := configV0.PrimitiveFromKey(aesGCMKey, internalapi.Token{}); err == nil { t.Errorf("configV0.PrimitiveFromKey() err = nil, want error") } } const ( // https://datatracker.ietf.org/doc/html/rfc5869#appendix-A.2 hkdfKeyHex = "000102030405060708090a0b0c0d0e0f" + "101112131415161718191a1b1c1d1e1f" + "202122232425262728292a2b2c2d2e2f" + "303132333435363738393a3b3c3d3e3f" + "404142434445464748494a4b4c4d4e4f" hkdfSaltHex = "606162636465666768696a6b6c6d6e6f" + "707172737475767778797a7b7c7d7e7f" + "808182838485868788898a8b8c8d8e8f" + "909192939495969798999a9b9c9d9e9f" + "a0a1a2a3a4a5a6a7a8a9aaabacadaeaf" hkdfDataHex = "b0b1b2b3b4b5b6b7b8b9babbbcbdbebf" + "c0c1c2c3c4c5c6c7c8c9cacbcccdcecf" + "d0d1d2d3d4d5d6d7d8d9dadbdcdddedf" + "e0e1e2e3e4e5e6e7e8e9eaebecedeeef" + "f0f1f2f3f4f5f6f7f8f9fafbfcfdfeff" hkdfWantOutputHex = "b11e398dc80327a1c8e7f78c596a4934" + "4f012eda2d4efad8a050cc4c19afa97c" + "59045a99cac7827271cb41c65e590e09" + "da3275600c2f09b8367793a9aca3db71" + "cc30c58179ec3e87c14c01d5c1f3434f" + "1d87" // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_cmac_test.json#L1860 aesCMACPRFKeyHex = "e754076ceab3fdaf4f9bcab7d4f0df0cbbafbc87731b8f9b7cd2166472e8eebc" aesCMACPRFWantOutputHex = "9d47482c2d9252bace43a75a8335b8b8" aesCMACPRFDataHex = "40" // https://github.com/C2SP/wycheproof/blob/3bfb67fca7c7a2ef436e263da53cdabe0fa1dd36/testvectors/hmac_sha256_test.json#L31 hmacSHA256KeyHex = "8159fd15133cd964c9a6964c94f0ea269a806fd9f43f0da58b6cd1b33d189b2a" hmacSHA256WantOutputHex = "dfc5105d5eecf7ae7b8b8de3930e7659e84c4172f2555142f1e568fc1872ad93" hmacSHA256DataHex = "77" ) func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("failed to decode hex string %q: %v", s, err) } return b } func TestConfigV0WithPRFKeys(t *testing.T) { configV0 := prfconfig.V0() aesCMACPRFKeyBytes := mustHexDecode(t, aesCMACPRFKeyHex) aesCMACPRFKey, err := aescmacprf.NewKey(secretdata.NewBytesFromData(aesCMACPRFKeyBytes, insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } hkdfKeyBytes := mustHexDecode(t, hkdfKeyHex) hkdfprfParams, err := hkdfprf.NewParameters(len(hkdfKeyBytes), hkdfprf.SHA256, mustHexDecode(t, hkdfSaltHex)) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } hkdfprfKey, err := hkdfprf.NewKey(secretdata.NewBytesFromData(hkdfKeyBytes, insecuresecretdataaccess.Token{}), hkdfprfParams) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } hmacSHA256KeyBytes := mustHexDecode(t, hmacSHA256KeyHex) hmacSHA256PRFParams, err := hmacprf.NewParameters(len(hmacSHA256KeyBytes), hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } hmacSHA256PRFKey, err := hmacprf.NewKey(secretdata.NewBytesFromData(hmacSHA256KeyBytes, insecuresecretdataaccess.Token{}), hmacSHA256PRFParams) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } for _, test := range []struct { name string key key.Key data []byte want []byte }{ { name: "AES-CMAC-PRF", key: aesCMACPRFKey, data: mustHexDecode(t, aesCMACPRFDataHex), want: mustHexDecode(t, aesCMACPRFWantOutputHex), }, { name: "HKDF-PRF", key: hkdfprfKey, data: mustHexDecode(t, hkdfDataHex), want: mustHexDecode(t, hkdfWantOutputHex), }, { name: "HMAC-PRF", key: hmacSHA256PRFKey, data: mustHexDecode(t, hmacSHA256DataHex), want: mustHexDecode(t, hmacSHA256WantOutputHex), }, } { t.Run(test.name, func(t *testing.T) { primitive, err := configV0.PrimitiveFromKey(test.key, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err = %v, want nil", err) } p, ok := primitive.(prf.PRF) if !ok { t.Fatalf("primitive is of type %v, want prf.Set", reflect.TypeOf(primitive)) } output, err := p.ComputePRF(test.data, uint32(len(test.want))) if err != nil { t.Fatalf("p.ComputePRF() err = %v, want nil", err) } if !bytes.Equal(output, test.want) { t.Errorf("p.ComputePRF() output = %x, want %x", output, test.want) } }) } } ================================================ FILE: internal/config/signatureconfig/v0.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package signatureconfig provides an instance of the Config for signature primitives. package signatureconfig import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/signature/mldsa" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" "github.com/tink-crypto/tink-go/v2/signature/slhdsa" ) var configV0 = mustCreateConfigV0() func mustCreateConfigV0() config.Config { builder := config.NewBuilder() if err := ecdsa.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register ECDSA: %v", err)) } if err := ed25519.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register Ed25519: %v", err)) } if err := mldsa.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register ML-DSA: %v", err)) } if err := rsassapkcs1.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register RSA-SSA-PKCS1: %v", err)) } if err := rsassapss.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register RSA-SSA-PSS: %v", err)) } if err := slhdsa.RegisterPrimitiveConstructors(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register SLH-DSA: %v", err)) } return builder.Build() } // V0 returns an instance of the ConfigV0. func V0() config.Config { return configV0 } ================================================ FILE: internal/config/signatureconfig/v0_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signatureconfig_test import ( "reflect" "testing" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config/signatureconfig" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/signature/mldsa" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" "github.com/tink-crypto/tink-go/v2/signature/slhdsa" "github.com/tink-crypto/tink-go/v2/tink" ) func TestConfigV0MACFailsIfKeyNotSignerOrVerifier(t *testing.T) { configV0 := signatureconfig.V0() aesGCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, IVSizeInBytes: 12, }) if err != nil { t.Fatalf("aescmac.NewParameters() err=%v, want nil", err) } aesGCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}), 0, aesGCMParams) if err != nil { t.Fatalf(" aescmac.NewKey() err=%v, want nil", err) } if _, err := configV0.PrimitiveFromKey(aesGCMKey, internalapi.Token{}); err == nil { t.Errorf("configV0.PrimitiveFromKey() err=nil, want error") } } func TestConfigV0Signer(t *testing.T) { configV0 := signatureconfig.V0() // ECDSA ecdsaParams, err := ecdsa.NewParameters(ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantNoPrefix) if err != nil { t.Fatalf("ecdsa.NewParameters() err = %v, want nil", err) } ecdsaPrivKey, err := keygenregistry.CreateKey(ecdsaParams, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } // Ed25519 ed25519Params, err := ed25519.NewParameters(ed25519.VariantNoPrefix) if err != nil { t.Fatalf("ed25519.NewParameters() err = %v, want nil", err) } ed25519PrivKey, err := keygenregistry.CreateKey(&ed25519Params, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } // ML-DSA mldsaParams, err := mldsa.NewParameters(mldsa.MLDSA65, mldsa.VariantNoPrefix) if err != nil { t.Fatalf("mldsa.NewParameters() err = %v, want nil", err) } mldsaPrivKey, err := keygenregistry.CreateKey(mldsaParams, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } // RSA-SSA-PKCS1 rsapkcs1Params, err := rsassapkcs1.NewParameters(2048, rsassapkcs1.SHA256, 65537, rsassapkcs1.VariantNoPrefix) if err != nil { t.Fatalf("rsassapkcs1.NewParameters() err = %v, want nil", err) } rsapkcs1PrivKey, err := keygenregistry.CreateKey(rsapkcs1Params, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } // RSA-SSA-PSS rsapssParams, err := rsassapss.NewParameters(rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: 65537, SaltLengthBytes: 32, }, rsassapss.VariantNoPrefix) if err != nil { t.Fatalf("rsassapss.NewParameters() err = %v, want nil", err) } rsapssPrivKey, err := keygenregistry.CreateKey(rsapssParams, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } // SLH-DSA slhdsaParams, err := slhdsa.NewParameters(slhdsa.SHA2, 64, slhdsa.SmallSignature, slhdsa.VariantNoPrefix) if err != nil { t.Fatalf("slhdsa.NewParameters() err = %v, want nil", err) } slhdsaPrivKey, err := keygenregistry.CreateKey(slhdsaParams, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } for _, test := range []struct { name string key key.Key }{ { name: "ECDSA", key: ecdsaPrivKey, }, { name: "Ed25519", key: ed25519PrivKey, }, { name: "ML-DSA", key: mldsaPrivKey, }, { name: "RSA-SSA-PKCS1", key: rsapkcs1PrivKey, }, { name: "RSA-SSA-PSS", key: rsapssPrivKey, }, { name: "SLH-DSA", key: slhdsaPrivKey, }, } { t.Run(test.name, func(t *testing.T) { primitive, err := configV0.PrimitiveFromKey(test.key, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err = %v, want nil", err) } signer, ok := primitive.(tink.Signer) if !ok { t.Fatalf("primitive is of type %v, want tink.Signer", reflect.TypeOf(primitive)) } data := []byte("data") sig, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign() err = %v, want nil", err) } // Get verifier from config and verify. privKey := test.key.(interface { PublicKey() (key.Key, error) }) pubKey, err := privKey.PublicKey() if err != nil { t.Fatalf("privKey.PublicKey() err = %v, want nil", err) } primitive, err = configV0.PrimitiveFromKey(pubKey, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err = %v, want nil", err) } verifier, ok := primitive.(tink.Verifier) if !ok { t.Fatalf("primitive is of type %v, want tink.Verifier", reflect.TypeOf(primitive)) } if err := verifier.Verify(sig, data); err != nil { t.Errorf("verifier.Verify() err = %v, want nil", err) } }) } } ================================================ FILE: internal/config/streamingaeadconfig/v0.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package streamingaeadconfig provides StreamingAEAD configurations for Tink. package streamingaeadconfig import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/streamingaead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/streamingaead/aesgcmhkdf" ) var configV0 = mustCreateConfigV0() func mustCreateConfigV0() config.Config { builder := config.NewBuilder() if err := aesgcmhkdf.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register AES-GCM-HKDF: %v", err)) } if err := aesctrhmac.RegisterPrimitiveConstructor(builder, internalapi.Token{}); err != nil { panic(fmt.Sprintf("mustCreateConfigV0() failed to register AES-CTR-HMAC: %v", err)) } return builder.Build() } // V0 returns an instance of the ConfigV0. func V0() config.Config { return configV0 } ================================================ FILE: internal/config/streamingaeadconfig/v0_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package streamingaeadconfig_test import ( "bytes" "io/ioutil" "reflect" "testing" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config/streamingaeadconfig" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/streamingaead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/streamingaead/aesgcmhkdf" "github.com/tink-crypto/tink-go/v2/tink" ) func TestConfigV0StreamingAEADFailsIfKeyNotStreamingAEAD(t *testing.T) { configV0 := streamingaeadconfig.V0() aesGCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, IVSizeInBytes: 12, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } keyMaterial := secretdata.NewBytesFromData([]byte("12345678901234567890123456789012"), insecuresecretdataaccess.Token{}) aesGCMKey, err := aesgcm.NewKey(keyMaterial, 0, aesGCMParams) if err != nil { t.Fatalf("aesgcm.NewKey() err = %v, want nil", err) } if _, err := configV0.PrimitiveFromKey(aesGCMKey, internalapi.Token{}); err == nil { t.Errorf("configV0.PrimitiveFromKey() err = nil, want error") } } func TestConfigV0StreamingAEAD(t *testing.T) { configV0 := streamingaeadconfig.V0() // AES-CTR-HMAC aesCTRHMACParams, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: 32, HkdfHashType: aesctrhmac.SHA256, DerivedKeySizeInBytes: 32, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 1024, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } keyMaterialCTRHMAC := secretdata.NewBytesFromData([]byte("12345678901234567890123456789012"), insecuresecretdataaccess.Token{}) aesCTRHMACKey, err := aesctrhmac.NewKey(aesCTRHMACParams, keyMaterialCTRHMAC) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } // AES-GCM-HKDF aesGCMHKDFParams, err := aesgcmhkdf.NewParameters(aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters() err = %v, want nil", err) } keyMaterialGCMHKDF := secretdata.NewBytesFromData([]byte("12345678901234567890123456789012"), insecuresecretdataaccess.Token{}) aesGCMHKDFKey, err := aesgcmhkdf.NewKey(aesGCMHKDFParams, keyMaterialGCMHKDF) if err != nil { t.Fatalf("aesgcmhkdf.NewKey() err = %v, want nil", err) } for _, test := range []struct { name string key key.Key }{ { name: "AES-CTR-HMAC", key: aesCTRHMACKey, }, { name: "AES-GCM-HKDF", key: aesGCMHKDFKey, }, } { t.Run(test.name, func(t *testing.T) { p, err := configV0.PrimitiveFromKey(test.key, internalapi.Token{}) if err != nil { t.Fatalf("configV0.PrimitiveFromKey() err = %v, want nil", err) } sa, ok := p.(tink.StreamingAEAD) if !ok { t.Fatalf("p was of type %v, want tink.StreamingAEAD", reflect.TypeOf(p)) } plaintext := []byte("some plaintext") aad := []byte("some associated data") ctBuf := &bytes.Buffer{} w, err := sa.NewEncryptingWriter(ctBuf, aad) if err != nil { t.Fatalf("sa.NewEncryptingWriter() err = %v, want nil", err) } if _, err := w.Write(plaintext); err != nil { t.Fatalf("w.Write() err = %v, want nil", err) } if err := w.Close(); err != nil { t.Fatalf("w.Close() err = %v, want nil", err) } ciphertext := ctBuf.Bytes() r, err := sa.NewDecryptingReader(bytes.NewReader(ciphertext), aad) if err != nil { t.Fatalf("sa.NewDecryptingReader() err = %v, want nil", err) } got, err := ioutil.ReadAll(r) if err != nil { t.Fatalf("ioutil.ReadAll() err = %v, want nil", err) } if !bytes.Equal(got, plaintext) { t.Errorf("r.Read() = %v, want %v", got, plaintext) } }) } } ================================================ FILE: internal/ec/ec.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package ec provides utility functions for Elliptic Curves. package ec import "fmt" // BigIntBytesToFixedSizeBuffer converts a big integer representation to a // fixed size buffer. // // If the bytes representation is smaller, it is padded with leading zeros. // If the bytes representation is larger, the leading bytes are removed. // If the bytes representation is larger than the given size, an error is // returned. func BigIntBytesToFixedSizeBuffer(bigIntBytes []byte, size int) ([]byte, error) { // Nothing to do if the big integer representation is already of the given size. if len(bigIntBytes) == size { return bigIntBytes, nil } if len(bigIntBytes) < size { // Pad the big integer representation with leading zeros to the given size. buf := make([]byte, size-len(bigIntBytes), size) return append(buf, bigIntBytes...), nil } // Remove the leading len(bigIntValue)-size bytes. Fail if any is not zero. for i := 0; i < len(bigIntBytes)-size; i++ { if bigIntBytes[i] != 0 { return nil, fmt.Errorf("big int has invalid size: %v, want %v", len(bigIntBytes)-i, size) } } return bigIntBytes[len(bigIntBytes)-size:], nil } ================================================ FILE: internal/ec/ec_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ec_test import ( "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/internal/ec" ) func TestBigIntBytesToFixedSizeBuffer(t *testing.T) { for _, tc := range []struct { name string input []byte size int want []byte }{ { name: "same size", input: []byte{0x01, 0x02, 0x03, 0x04}, size: 4, want: []byte{0x01, 0x02, 0x03, 0x04}, }, { name: "input smaller than size", input: []byte{0x01, 0x02, 0x03, 0x04}, size: 5, want: []byte{0x00, 0x01, 0x02, 0x03, 0x04}, }, { name: "input larger than size", input: []byte{0x00, 0x00, 0x03, 0x04, 0x05, 0x06}, size: 4, want: []byte{0x03, 0x04, 0x05, 0x06}, }, { name: "input larger than size with leading zeros", input: []byte{0x00, 0x00, 0x03, 0x04, 0x05, 0x06}, size: 5, want: []byte{0x00, 0x03, 0x04, 0x05, 0x06}, }, } { t.Run(tc.name, func(t *testing.T) { got, err := ec.BigIntBytesToFixedSizeBuffer(tc.input, tc.size) if err != nil { t.Fatalf("ec.BigIntBytesToFixedSizeBuffer(%v, %v) err = %v, want nil", tc.input, tc.size, err) } if diff := cmp.Diff(tc.want, got); diff != "" { t.Errorf("ec.BigIntBytesToFixedSizeBuffer(%v, %v) returned unexpected diff (-want +got):\n%s", tc.input, tc.size, diff) } }) } } func TestBigIntBytesToFixedSizeBuffer_FailsWhenInputTooLarge(t *testing.T) { if _, err := ec.BigIntBytesToFixedSizeBuffer([]byte{0x01, 0x02}, 1); err == nil { t.Errorf("ec.BigIntBytesToFixedSizeBuffer() err = nil, want error") } } ================================================ FILE: internal/internal.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package internal provides a coordination point for package keyset, package // insecurecleartextkeyset, and package testkeyset. internal must only be // imported by these three packages. package internal // KeysetHandle is a raw constructor of keyset.Handle. var KeysetHandle any // KeysetMaterial returns the key material contained in a keyset.Handle. var KeysetMaterial any ================================================ FILE: internal/internalapi/token.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package internalapi provides a token that restricts access to Tink APIs. package internalapi // Token is used to restrict access to APIs that must be exported from their // public packages but shouldn't be accessed by Tink users. type Token struct{} ================================================ FILE: internal/internalregistry/internal_registry.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package internalregistry provides a container for functionality that is required // across Tink similar to the `registry` but isn't part of the public API. package internalregistry import ( "fmt" "sync" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/monitoring" ) var ( monitoringClientMu sync.RWMutex monitoringClient monitoring.Client = defaultClient ) var defaultLogger = &monitoringutil.DoNothingLogger{} type doNothingClient struct{} var _ monitoring.Client = (*doNothingClient)(nil) func (c *doNothingClient) NewLogger(*monitoring.Context) (monitoring.Logger, error) { return defaultLogger, nil } var defaultClient = &doNothingClient{} // RegisterMonitoringClient registers a client that can create loggers. func RegisterMonitoringClient(client monitoring.Client) error { monitoringClientMu.Lock() defer monitoringClientMu.Unlock() if monitoringClient != nil && monitoringClient != defaultClient { return fmt.Errorf("monitoring client is already registered") } monitoringClient = client return nil } // ClearMonitoringClient removes the registered monitoring client. func ClearMonitoringClient() { monitoringClientMu.Lock() defer monitoringClientMu.Unlock() monitoringClient = defaultClient } // GetMonitoringClient returns the registered monitoring client. func GetMonitoringClient() monitoring.Client { monitoringClientMu.RLock() defer monitoringClientMu.RUnlock() return monitoringClient } ================================================ FILE: internal/internalregistry/internal_registry_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package internalregistry_test import ( "testing" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" ) func TestRegisterMonitoringClient(t *testing.T) { defer internalregistry.ClearMonitoringClient() fakeClient := &fakemonitoring.Client{ Name: "fake-monitor-client-1", } if err := internalregistry.RegisterMonitoringClient(fakeClient); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } got := internalregistry.GetMonitoringClient().(*fakemonitoring.Client) if got.Name != "fake-monitor-client-1" { t.Errorf("got = %q, want %q", got.Name, "fake-monitor-client-1") } } func TestRegisterTwiceFailsMonitoringClient(t *testing.T) { defer internalregistry.ClearMonitoringClient() fakeClient := fakemonitoring.Client{} if err := internalregistry.RegisterMonitoringClient(&fakeClient); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } if err := internalregistry.RegisterMonitoringClient(&fakeClient); err == nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = nil, want error") } } func TestDefaultMonitoringLogger(t *testing.T) { defaultClient := internalregistry.GetMonitoringClient() defaultLogger, err := defaultClient.NewLogger(nil) if err != nil { t.Fatalf("defaultClient.NewLogger() err = %v, want nil", err) } defaultLogger.Log(0, 0) defaultLogger.LogFailure() } func TestClearMonitoringClient(t *testing.T) { defer internalregistry.ClearMonitoringClient() fakeClient := &fakemonitoring.Client{ Name: "fake-monitor-client-1", } defaultClient := internalregistry.GetMonitoringClient() if err := internalregistry.RegisterMonitoringClient(fakeClient); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } got := internalregistry.GetMonitoringClient() if got != fakeClient { t.Errorf("internalregistry.GetMonitoringClient() = %v, want %v", got, fakeClient) } internalregistry.ClearMonitoringClient() got = internalregistry.GetMonitoringClient() if got != defaultClient { t.Errorf("internalregistry.GetMonitoringClient() = %v, want %v", got, defaultClient) } } func TestClearReRegisterMonitoringClient(t *testing.T) { defer internalregistry.ClearMonitoringClient() fakeClient := &fakemonitoring.Client{ Name: "fake-monitor-client-1", } if err := internalregistry.RegisterMonitoringClient(fakeClient); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } internalregistry.ClearMonitoringClient() fakeClient2 := &fakemonitoring.Client{ Name: "fake-monitor-client-2", } if err := internalregistry.RegisterMonitoringClient(fakeClient2); err != nil { t.Errorf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } got := internalregistry.GetMonitoringClient() if got != fakeClient2 { t.Errorf("internalregistry.GetMonitoringClient() = %v, want %v", got, fakeClient2) } } ================================================ FILE: internal/jwk/jwk.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package jwk provides functions to convert between JWK and Tink keysets. package jwk import ( "encoding/base64" "encoding/binary" "fmt" "math/big" "slices" spb "google.golang.org/protobuf/types/known/structpb" "github.com/tink-crypto/tink-go/v2/jwt/jwtecdsa" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapkcs1" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapss" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/signature/ed25519" ) // Ed25519SupportType is an enum to control Ed25519 key conversion. type Ed25519SupportType int const ( // Ed25519SupportNone means Ed25519 keys are not supported and will return an error. Ed25519SupportNone Ed25519SupportType = iota // Ed25519SupportTink means Ed25519 keys are supported and will be converted to Tink keys. Ed25519SupportTink ) func hasItem(s *spb.Struct, name string) bool { if s.GetFields() == nil { return false } _, ok := s.Fields[name] return ok } func stringItem(s *spb.Struct, name string) (string, error) { fields := s.GetFields() if fields == nil { return "", fmt.Errorf("no fields") } val, ok := fields[name] if !ok { return "", fmt.Errorf("field %q not found", name) } r, ok := val.Kind.(*spb.Value_StringValue) if !ok { return "", fmt.Errorf("field %q is not a string", name) } return r.StringValue, nil } func listValue(s *spb.Struct, name string) (*spb.ListValue, error) { fields := s.GetFields() if fields == nil { return nil, fmt.Errorf("empty set") } vals, ok := fields[name] if !ok { return nil, fmt.Errorf("%q not found", name) } list, ok := vals.Kind.(*spb.Value_ListValue) if !ok { return nil, fmt.Errorf("%q is not a list", name) } if list.ListValue == nil || len(list.ListValue.GetValues()) == 0 { return nil, fmt.Errorf("%q list is empty", name) } return list.ListValue, nil } func expectStringItem(s *spb.Struct, name, value string) error { item, err := stringItem(s, name) if err != nil { return err } if item != value { return fmt.Errorf("unexpected value %q for %q", value, name) } return nil } func decodeItem(s *spb.Struct, name string) ([]byte, error) { e, err := stringItem(s, name) if err != nil { return nil, err } return base64Decode(e) } func validateKeyOPSIsVerify(s *spb.Struct) error { if !hasItem(s, "key_ops") { return nil } keyOPSList, err := listValue(s, "key_ops") if err != nil { return err } if len(keyOPSList.GetValues()) != 1 { return fmt.Errorf("key_ops size is not 1") } value, ok := keyOPSList.GetValues()[0].Kind.(*spb.Value_StringValue) if !ok { return fmt.Errorf("key_ops is not a string") } if value.StringValue != "verify" { return fmt.Errorf("key_ops is not equal to [\"verify\"]") } return nil } func validateUseIsSig(s *spb.Struct) error { if !hasItem(s, "use") { return nil } return expectStringItem(s, "use", "sig") } func algorithmPrefix(s *spb.Struct) (string, error) { alg, err := stringItem(s, "alg") if err != nil { return "", err } if len(alg) < 2 { return "", fmt.Errorf("invalid algorithm") } return alg[0:2], nil } func psPublicKeyDataFromStruct(keyStruct *spb.Struct) (key.Key, error) { alg, err := stringItem(keyStruct, "alg") if err != nil { return nil, err } var algorithm jwtrsassapss.Algorithm switch alg { case "PS256": algorithm = jwtrsassapss.PS256 case "PS384": algorithm = jwtrsassapss.PS384 case "PS512": algorithm = jwtrsassapss.PS512 default: return nil, fmt.Errorf("invalid alg header: %q", alg) } rsaPubKey, err := rsaPubKeyFromStruct(keyStruct) if err != nil { return nil, err } kidStrategy := jwtrsassapss.IgnoredKID if rsaPubKey.hasCustomKID { kidStrategy = jwtrsassapss.CustomKID } publicExponent := new(big.Int).SetBytes(rsaPubKey.exponent) if !publicExponent.IsInt64() { return nil, fmt.Errorf("public exponent cannot be represented as int64") } params, err := jwtrsassapss.NewParameters(jwtrsassapss.ParametersOpts{ ModulusSizeInBits: new(big.Int).SetBytes(rsaPubKey.modulus).BitLen(), PublicExponent: int(publicExponent.Int64()), Algorithm: algorithm, KidStrategy: kidStrategy, }) if err != nil { return nil, err } return jwtrsassapss.NewPublicKey(jwtrsassapss.PublicKeyOpts{ Parameters: params, Modulus: rsaPubKey.modulus, CustomKID: rsaPubKey.customKID, HasCustomKID: rsaPubKey.hasCustomKID, IDRequirement: 0, }) } func rsPublicKeyDataFromStruct(keyStruct *spb.Struct) (key.Key, error) { alg, err := stringItem(keyStruct, "alg") if err != nil { return nil, err } var algorithm jwtrsassapkcs1.Algorithm switch alg { case "RS256": algorithm = jwtrsassapkcs1.RS256 case "RS384": algorithm = jwtrsassapkcs1.RS384 case "RS512": algorithm = jwtrsassapkcs1.RS512 default: return nil, fmt.Errorf("invalid alg header: %q", alg) } rsaPubKey, err := rsaPubKeyFromStruct(keyStruct) if err != nil { return nil, err } kidStrategy := jwtrsassapkcs1.IgnoredKID if rsaPubKey.hasCustomKID { kidStrategy = jwtrsassapkcs1.CustomKID } params, err := jwtrsassapkcs1.NewParameters(jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: new(big.Int).SetBytes(rsaPubKey.modulus).BitLen(), PublicExponent: int(new(big.Int).SetBytes(rsaPubKey.exponent).Int64()), Algorithm: algorithm, KidStrategy: kidStrategy, }) if err != nil { return nil, err } return jwtrsassapkcs1.NewPublicKey(jwtrsassapkcs1.PublicKeyOpts{ Parameters: params, Modulus: rsaPubKey.modulus, CustomKID: rsaPubKey.customKID, HasCustomKID: rsaPubKey.hasCustomKID, IDRequirement: 0, }) } type rsaPubKey struct { exponent []byte modulus []byte customKID string hasCustomKID bool } func rsaPubKeyFromStruct(keyStruct *spb.Struct) (*rsaPubKey, error) { if hasItem(keyStruct, "p") || hasItem(keyStruct, "q") || hasItem(keyStruct, "dq") || hasItem(keyStruct, "dp") || hasItem(keyStruct, "d") || hasItem(keyStruct, "qi") { return nil, fmt.Errorf("private key can't be converted") } if err := expectStringItem(keyStruct, "kty", "RSA"); err != nil { return nil, err } if err := validateUseIsSig(keyStruct); err != nil { return nil, err } if err := validateKeyOPSIsVerify(keyStruct); err != nil { return nil, err } e, err := decodeItem(keyStruct, "e") if err != nil { return nil, err } n, err := decodeItem(keyStruct, "n") if err != nil { return nil, err } customKID := "" hasCustomKID := false if hasItem(keyStruct, "kid") { kid, err := stringItem(keyStruct, "kid") if err != nil { return nil, err } customKID = kid hasCustomKID = true } return &rsaPubKey{ exponent: e, modulus: n, customKID: customKID, hasCustomKID: hasCustomKID, }, nil } func esPublicKeyDataFromStruct(keyStruct *spb.Struct) (key.Key, error) { alg, err := stringItem(keyStruct, "alg") if err != nil { return nil, err } curve, err := stringItem(keyStruct, "crv") if err != nil { return nil, err } algorithm := jwtecdsa.UnknownAlgorithm if alg == "ES256" && curve == "P-256" { algorithm = jwtecdsa.ES256 } else if alg == "ES384" && curve == "P-384" { algorithm = jwtecdsa.ES384 } else if alg == "ES512" && curve == "P-521" { algorithm = jwtecdsa.ES512 } else { return nil, fmt.Errorf("invalid algorithm %q and curve %q", alg, curve) } if hasItem(keyStruct, "d") { return nil, fmt.Errorf("private keys cannot be converted") } if err := expectStringItem(keyStruct, "kty", "EC"); err != nil { return nil, err } if err := validateUseIsSig(keyStruct); err != nil { return nil, err } if err := validateKeyOPSIsVerify(keyStruct); err != nil { return nil, err } x, err := decodeItem(keyStruct, "x") if err != nil { return nil, fmt.Errorf("failed to decode x: %v", err) } y, err := decodeItem(keyStruct, "y") if err != nil { return nil, fmt.Errorf("failed to decode y: %v", err) } customKID := "" hasCustomKID := false strategy := jwtecdsa.IgnoredKID if hasItem(keyStruct, "kid") { kid, err := stringItem(keyStruct, "kid") if err != nil { return nil, err } customKID = kid hasCustomKID = true strategy = jwtecdsa.CustomKID } params, err := jwtecdsa.NewParameters(strategy, algorithm) if err != nil { return nil, err } return jwtecdsa.NewPublicKey(jwtecdsa.PublicKeyOpts{ Parameters: params, PublicPoint: slices.Concat([]byte{0x04}, x, y), CustomKID: customKID, HasCustomKID: hasCustomKID, IDRequirement: 0, }) } func ed25519PublicKeyDataFromStruct(keyStruct *spb.Struct) (key.Key, error) { if err := expectStringItem(keyStruct, "kty", "OKP"); err != nil { return nil, err } if err := expectStringItem(keyStruct, "crv", "Ed25519"); err != nil { return nil, err } if err := validateUseIsSig(keyStruct); err != nil { return nil, err } if err := validateKeyOPSIsVerify(keyStruct); err != nil { return nil, err } x, err := decodeItem(keyStruct, "x") if err != nil { return nil, fmt.Errorf("failed to decode x: %v", err) } params, err := ed25519.NewParameters(ed25519.VariantNoPrefix) if err != nil { return nil, err } return ed25519.NewPublicKey(x, 0, params) } func keysetKeyFromStruct(val *spb.Value, ed25519Support Ed25519SupportType) (key.Key, error) { keyStruct := val.GetStructValue() if keyStruct == nil { return nil, fmt.Errorf("key is not a JSON object") } algPrefix, err := algorithmPrefix(keyStruct) if err != nil { return nil, err } var key key.Key switch algPrefix { case "ES": key, err = esPublicKeyDataFromStruct(keyStruct) case "RS": key, err = rsPublicKeyDataFromStruct(keyStruct) case "PS": key, err = psPublicKeyDataFromStruct(keyStruct) case "Ed": if keyStruct.GetFields()["crv"].GetStringValue() == "Ed25519" && ed25519Support != Ed25519SupportNone { key, err = ed25519PublicKeyDataFromStruct(keyStruct) } else { return nil, fmt.Errorf("Ed25519 is not supported") } default: return nil, fmt.Errorf("unsupported algorithm prefix: %v", algPrefix) } if err != nil { return nil, err } return key, nil } // ToPublicKeysetHandle converts a Json Web Key (JWK) set into a Tink public KeysetHandle. // It requires that all keys in the set have the "alg" field set. Currently, only // public keys for algorithms ES256, ES384, ES512, RS256, RS384, RS512 are supported. // Ed25519 is supported, but it will return a Tink Verification Key instead of JWT verification. // TODO - b/436348879: separate JWK Signature and JWT conversions. // JWK is defined in https://www.rfc-editor.org/rfc/rfc7517.txt. func ToPublicKeysetHandle(jwkSet []byte, ed25519Support Ed25519SupportType) (*keyset.Handle, error) { jwk := &spb.Struct{} if err := jwk.UnmarshalJSON(jwkSet); err != nil { return nil, err } keyList, err := listValue(jwk, "keys") if err != nil { return nil, err } km := keyset.NewManager() var lastKeyID uint32 for _, keyStruct := range keyList.GetValues() { key, err := keysetKeyFromStruct(keyStruct, ed25519Support) if err != nil { return nil, err } if lastKeyID, err = km.AddKey(key); err != nil { return nil, err } } if err := km.SetPrimary(lastKeyID); err != nil { return nil, err } return km.Handle() } func addKeyOPSVerify(s *spb.Struct) { s.GetFields()["key_ops"] = spb.NewListValue(&spb.ListValue{Values: []*spb.Value{spb.NewStringValue("verify")}}) } func addStringEntry(s *spb.Struct, key, val string) { s.GetFields()[key] = spb.NewStringValue(val) } func psPublicKeyToStruct(key *jwtrsassapss.PublicKey) (*spb.Struct, error) { params := key.Parameters().(*jwtrsassapss.Parameters) alg := params.Algorithm().String() outKey := &spb.Struct{ Fields: map[string]*spb.Value{}, } addStringEntry(outKey, "alg", alg) addStringEntry(outKey, "kty", "RSA") addStringEntry(outKey, "e", base64Encode(new(big.Int).SetInt64(int64(params.PublicExponent())).Bytes())) addStringEntry(outKey, "n", base64Encode(key.Modulus())) addStringEntry(outKey, "use", "sig") addKeyOPSVerify(outKey) idRequirement, hasIDRequirement := key.IDRequirement() kid, _ := key.KID() var customKID *string = nil if params.KIDStrategy() == jwtrsassapss.CustomKID { customKID = &kid } if err := setKeyID(outKey, idRequirement, hasIDRequirement, customKID); err != nil { return nil, err } return outKey, nil } func rsPublicKeyToStruct(key *jwtrsassapkcs1.PublicKey) (*spb.Struct, error) { params := key.Parameters().(*jwtrsassapkcs1.Parameters) alg := params.Algorithm().String() outKey := &spb.Struct{ Fields: map[string]*spb.Value{}, } addStringEntry(outKey, "alg", alg) addStringEntry(outKey, "kty", "RSA") addStringEntry(outKey, "e", base64Encode(new(big.Int).SetInt64(int64(params.PublicExponent())).Bytes())) addStringEntry(outKey, "n", base64Encode(key.Modulus())) addStringEntry(outKey, "use", "sig") addKeyOPSVerify(outKey) idRequirement, hasIDRequirement := key.IDRequirement() kid, _ := key.KID() var customKID *string = nil if params.KIDStrategy() == jwtrsassapkcs1.CustomKID { customKID = &kid } if err := setKeyID(outKey, idRequirement, hasIDRequirement, customKID); err != nil { return nil, err } return outKey, nil } // Assumes key is not nil and valid, that is, created via [jwtecdsa.NewPublicKey]. func esPublicKeyToStruct(key *jwtecdsa.PublicKey) (*spb.Struct, error) { params := key.Parameters().(*jwtecdsa.Parameters) var algorithm, curve string var encLen int switch params.Algorithm() { case jwtecdsa.ES256: curve, algorithm, encLen = "P-256", "ES256", 32 case jwtecdsa.ES384: curve, algorithm, encLen = "P-384", "ES384", 48 case jwtecdsa.ES512: curve, algorithm, encLen = "P-521", "ES512", 66 default: return nil, fmt.Errorf("invalid algorithm") } // Point of the form [0x04, x, y]. publicPoint := key.PublicPoint()[1:] x, y := publicPoint[:encLen], publicPoint[encLen:] // RFC 7518 specifies a fixed sized encoding for the x and y coordinates from SEC 1 // https://datatracker.ietf.org/doc/html/rfc7518#section-6.2.1.2 if len, wantLen := new(big.Int).SetBytes(x).BitLen(), encLen*8; len > wantLen { return nil, fmt.Errorf("invalid x coordinate length; got %d bit, want %d bit", len, wantLen) } if len, wantLen := new(big.Int).SetBytes(y).BitLen(), encLen*8; len > wantLen { return nil, fmt.Errorf("invalid y coordinate length; got %d bit, want %d bit", len, wantLen) } outKey := &spb.Struct{ Fields: map[string]*spb.Value{}, } addStringEntry(outKey, "crv", curve) addStringEntry(outKey, "alg", algorithm) addStringEntry(outKey, "kty", "EC") addStringEntry(outKey, "x", base64Encode(x)) addStringEntry(outKey, "y", base64Encode(y)) addStringEntry(outKey, "use", "sig") addKeyOPSVerify(outKey) idRequirement, hasIDRequirement := key.IDRequirement() kid, _ := key.KID() var customKID *string = nil if params.KIDStrategy() == jwtecdsa.CustomKID { customKID = &kid } if err := setKeyID(outKey, idRequirement, hasIDRequirement, customKID); err != nil { return nil, err } return outKey, nil } func ed25519PublicKeyToStruct(key *ed25519.PublicKey, encodedKID *string) (*spb.Struct, error) { outKey := &spb.Struct{ Fields: map[string]*spb.Value{}, } addStringEntry(outKey, "kty", "OKP") addStringEntry(outKey, "crv", "Ed25519") addStringEntry(outKey, "alg", "EdDSA") addStringEntry(outKey, "x", base64Encode(key.KeyBytes())) addStringEntry(outKey, "use", "sig") addKeyOPSVerify(outKey) // Signature keys only use the provided key ID, not the idRequirement. if err := setKeyID(outKey, 0, false, encodedKID); err != nil { return nil, err } return outKey, nil } func setKeyID(outKey *spb.Struct, keyID uint32, hasIDRequirement bool, customKID *string) error { if hasIDRequirement { // TINK if customKID != nil { return fmt.Errorf("TINK keys shouldn't have custom KID") } kid := keyIDToKID(keyID) addStringEntry(outKey, "kid", *kid) } else if customKID != nil { // RAW addStringEntry(outKey, "kid", *customKID) } return nil } // FromPublicKeysetHandle converts a Tink KeysetHandle into a Json Web Key (JWK) set. // Currently only public keys for algorithms ES256, ES384, ES512, RS256, RS384, RS512 are supported. // Ed25519 is supported, but it will return a Tink Verification Key instead of JWT verification. // TODO - b/436348879: separate JWK Signature and JWT conversions. // JWK is defined in https://www.rfc-editor.org/rfc/rfc7517.html. func FromPublicKeysetHandle(kh *keyset.Handle, ed25519Support Ed25519SupportType) ([]byte, error) { var keyValList []*spb.Value for i := 0; i < kh.Len(); i++ { e, err := kh.Entry(i) if err != nil { return nil, err } if e.KeyStatus() != keyset.Enabled { continue } keyStruct := &spb.Struct{} switch k := e.Key().(type) { case *jwtecdsa.PublicKey: keyStruct, err = esPublicKeyToStruct(k) case *jwtrsassapkcs1.PublicKey: keyStruct, err = rsPublicKeyToStruct(k) case *jwtrsassapss.PublicKey: keyStruct, err = psPublicKeyToStruct(k) case *ed25519.PublicKey: switch ed25519Support { case Ed25519SupportNone: return nil, fmt.Errorf("Ed25519 keys are not supported") case Ed25519SupportTink: // ed25519PublicKeyToStruct will always encode the provided key ID instead of idRequirement. keyStruct, err = ed25519PublicKeyToStruct(k, keyIDToKID(e.KeyID())) } default: return nil, fmt.Errorf("unsupported key type %T", k) } if err != nil { return nil, err } keyValList = append(keyValList, spb.NewStructValue(keyStruct)) } output := &spb.Struct{ Fields: map[string]*spb.Value{ "keys": spb.NewListValue(&spb.ListValue{Values: keyValList}), }, } return output.MarshalJSON() } // From google3/third_party/tink/go/jwt/jwt_encoding.go // base64Encode encodes a byte array into a base64 URL safe string with no padding. func base64Encode(content []byte) string { return base64.URLEncoding.WithPadding(base64.NoPadding).EncodeToString(content) } // base64Decode decodes a URL safe base64 encoded string into a byte array ignoring padding. func base64Decode(content string) ([]byte, error) { for _, c := range content { if !isValidURLsafeBase64Char(c) { return nil, fmt.Errorf("invalid encoding") } } return base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(content) } func isValidURLsafeBase64Char(c rune) bool { return (((c >= 'a') && (c <= 'z')) || ((c >= 'A') && (c <= 'Z')) || ((c >= '0') && (c <= '9')) || ((c == '-') || (c == '_'))) } // keyIDToKID returns the keyID in big endian format base64 encoded. func keyIDToKID(keyID uint32) *string { buf := make([]byte, 4) binary.BigEndian.PutUint32(buf, keyID) s := base64Encode(buf) return &s } ================================================ FILE: internal/jwk/jwk_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwk_test import ( "testing" spb "google.golang.org/protobuf/types/known/structpb" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/internal/jwk" ) func TestEd25519KeyConversion(t *testing.T) { jwkSet := `{ "keys":[ { "kty":"OKP", "crv":"Ed25519", "x":"11qYAYKxCrfVS_7TyWQHOg7hcvPapiMlrwIaaPmd1Xo", "use":"sig", "alg":"EdDSA", "key_ops":["verify"] } ] }` // Convert JWK Set to KeysetHandle. handle, err := jwk.ToPublicKeysetHandle([]byte(jwkSet), jwk.Ed25519SupportTink) if err != nil { t.Fatalf("ToPublicKeysetHandle() err = %v, want nil", err) } // Convert KeysetHandle back to JWK Set. gotJWKSet, err := jwk.FromPublicKeysetHandle(handle, jwk.Ed25519SupportTink) if err != nil { t.Fatalf("FromPublicKeysetHandle() err = %v, want nil", err) } // Compare the original and converted JWK Sets. want := &spb.Struct{} if err := want.UnmarshalJSON([]byte(jwkSet)); err != nil { t.Fatalf("want.UnmarshalJSON() err = %v, want nil", err) } got := &spb.Struct{} if err := got.UnmarshalJSON(gotJWKSet); err != nil { t.Fatalf("got.UnmarshalJSON() err = %v, want nil", err) } if got.GetFields()["keys"].GetListValue().GetValues()[0].GetStructValue().GetFields()["kid"].GetStringValue() == "" { t.Errorf("kid is empty, expected a randomly generated value") } // Remove the random generated kid from the got JWK Set to compare with the original JWK Set. delete(got.GetFields()["keys"].GetListValue().GetValues()[0].GetStructValue().GetFields(), "kid") if diff := cmp.Diff(want, got, protocmp.Transform()); diff != "" { t.Errorf("mismatch in jwk sets: diff (-want +got):\n%s", diff) } } func TestEd25519KeyConversionNotSupported(t *testing.T) { jwkSet := `{ "keys":[ { "kty":"OKP", "crv":"Ed25519", "x":"11qYAYKxCrfVS_7TyWQHOg7hcvPapiMlrwIaaPmd1Xo", "use":"sig", "alg":"EdDSA", "key_ops":["verify"] } ] }` // Attempt to convert JWK Set to KeysetHandle with Ed25519SupportNone. _, err := jwk.ToPublicKeysetHandle([]byte(jwkSet), jwk.Ed25519SupportNone) if err == nil { t.Fatalf("ToPublicKeysetHandle() err = nil, want error") } // Convert JWK Set to KeysetHandle. handle, err := jwk.ToPublicKeysetHandle([]byte(jwkSet), jwk.Ed25519SupportTink) if err != nil { t.Fatalf("ToPublicKeysetHandle() err = %v, want nil", err) } // Attempt to convert KeysetHandle back to JWK Set with Ed25519SupportNone. _, err = jwk.FromPublicKeysetHandle(handle, jwk.Ed25519SupportNone) if err == nil { t.Fatalf("FromPublicKeysetHandle() err = nil, want error") } } ================================================ FILE: internal/keygenregistry/keygenregistry.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package keygenregistry is a registry for key creators. package keygenregistry import ( "fmt" "reflect" "sync" "github.com/tink-crypto/tink-go/v2/key" ) type keyCreator = func(p key.Parameters, idRequirement uint32) (key.Key, error) var ( keyCreatorsMutex sync.RWMutex keyCreators = make(map[reflect.Type]keyCreator) ) // RegisterKeyCreator registers a function that creates a key from // the given [key.Parameters]. // // Returns an error if a creator for parametersType is already registered (no // matter whether it's the same object or different, since constructors are of // type [Func] and they are never considered equal in Go unless they are nil). func RegisterKeyCreator[P key.Parameters](creator func(p key.Parameters, idRequirement uint32) (key.Key, error)) error { defer keyCreatorsMutex.Unlock() keyCreatorsMutex.Lock() parametersType := reflect.TypeFor[P]() if _, found := keyCreators[parametersType]; found { return fmt.Errorf("a different key creator already registered for %v", parametersType) } keyCreators[parametersType] = creator return nil } // CreateKey creates a key from the given [key.Parameters] using the registry. func CreateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { keyCreatorsMutex.RLock() creator, found := keyCreators[reflect.TypeOf(p)] keyCreatorsMutex.RUnlock() if !found { return nil, fmt.Errorf("no creator found for parameters %T", p) } return creator(p, idRequirement) } // UnregisterKeyCreator unregisters a key creator for the given parametersType. // // This is for testing only. func UnregisterKeyCreator[P key.Parameters]() { defer keyCreatorsMutex.Unlock() keyCreatorsMutex.Lock() parametersType := reflect.TypeFor[P]() delete(keyCreators, parametersType) } ================================================ FILE: internal/keygenregistry/keygenregistry_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keygenregistry_test import ( "errors" "testing" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" ) type stubParams1 struct{} func (p *stubParams1) HasIDRequirement() bool { return true } func (p *stubParams1) Equal(other key.Parameters) bool { return true } type stubKey1 struct{} func (k *stubKey1) Parameters() key.Parameters { return &stubParams1{} } func (k *stubKey1) Equal(other key.Key) bool { return true } func (k *stubKey1) IDRequirement() (uint32, bool) { return 123, true } func stubKeyCreator1(p key.Parameters, idRequirement uint32) (key.Key, error) { return &stubKey1{}, nil } type stubParams2 struct{} func (p *stubParams2) HasIDRequirement() bool { return false } func (p *stubParams2) Equal(other key.Parameters) bool { return true } type stubKey2 struct{} func (k *stubKey2) Parameters() key.Parameters { return nil } func (k *stubKey2) Equal(other key.Key) bool { return true } func (k *stubKey2) IDRequirement() (uint32, bool) { return 123, true } func stubKeyCreator2(p key.Parameters, idRequirement uint32) (key.Key, error) { return &stubKey2{}, nil } func TestRegisterKeyCreatorWorks(t *testing.T) { defer keygenregistry.UnregisterKeyCreator[*stubParams1]() defer keygenregistry.UnregisterKeyCreator[*stubParams2]() if err := keygenregistry.RegisterKeyCreator[*stubParams1](stubKeyCreator1); err != nil { t.Fatalf("keygenregistry.RegisterKeyCreator[*stubParams1](stubKeyCreator1) err = %v, want nil", err) } if err := keygenregistry.RegisterKeyCreator[*stubParams2](stubKeyCreator2); err != nil { t.Fatalf("keygenregistry.RegisterKeyCreator[*stubParams2](stubKeyCreator2) err = %v, want nil", err) } key1, err := keygenregistry.CreateKey(&stubParams1{}, 123) if err != nil { t.Fatalf("keygenregistry.CreateKey(&stubParams1{}, 123) err = %v, want nil", err) } if _, ok := key1.(*stubKey1); !ok { t.Errorf("key is of type %T; want *stubKey1", key1) } key2, err := keygenregistry.CreateKey(&stubParams2{}, 123) if err != nil { t.Fatalf("keygenregistry.CreateKey(&stubParams2{}, 123) err = %v, want nil", err) } if _, ok := key2.(*stubKey2); !ok { t.Errorf("key is of type %T; want *stubKey2", key2) } } func TestRegisterKeyCreatorFailsIfRegisteredTwice(t *testing.T) { defer keygenregistry.UnregisterKeyCreator[*stubParams1]() if err := keygenregistry.RegisterKeyCreator[*stubParams1](stubKeyCreator1); err != nil { t.Errorf("keygenregistry.RegisterKeyCreator[*stubParams1](stubKeyCreator1) err = %v, want nil", err) } // Another creator function for the same type fails. if err := keygenregistry.RegisterKeyCreator[*stubParams1](stubKeyCreator2); err == nil { t.Errorf("keygenregistry.RegisterKeyCreator[*stubParams1](stubKeyCreator1) err = nil, want error") } } func TestCreateKeyFailsIfKeyCreatorIsNotRegistered(t *testing.T) { if _, err := keygenregistry.CreateKey(&stubParams1{}, 123); err == nil { t.Errorf("keygenregistry.CreateKey(&stubParams1{}, 123) err = nil, want error") } } func stubKeyCreatorFails(p key.Parameters, idRequirement uint32) (key.Key, error) { return nil, errors.New("oh no :(") } func TestCreateKeyFailsIfKeyCreatorFails(t *testing.T) { defer keygenregistry.UnregisterKeyCreator[*stubParams1]() if err := keygenregistry.RegisterKeyCreator[*stubParams1](stubKeyCreatorFails); err != nil { t.Errorf("keygenregistry.RegisterKeyCreator[*stubParams1](stubKeyCreatorFails) err = %v, want nil", err) } if _, err := keygenregistry.CreateKey(&stubParams1{}, 123); err == nil { t.Errorf("keygenregistry.CreateKey(&stubParams1{}, 123) err = nil, want error") } } ================================================ FILE: internal/legacykeymanager/legacykeymanager.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package legacykeymanager provides a legacy implementation of the // [registry.KeyManager] interface. package legacykeymanager import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // config is a subset of [keyset.Config]. Defined here to avoid potential // circular dependencies. type config interface { PrimitiveFromKey(key key.Key, _ internalapi.Token) (any, error) } type primitiveConstructor func(key key.Key) (any, error) // KeyManager implements the [registry.KeyManager] interface. type KeyManager struct { typeURL string protoKeyUnmashaller func([]byte) (proto.Message, error) keyMaterialType tinkpb.KeyData_KeyMaterialType primitiveConstructor primitiveConstructor } var _ registry.KeyManager = (*KeyManager)(nil) // New creates a new [LegacyKeyManager]. // // Assumes parameters are not nil. func New(typeURL string, primitiveConstructor primitiveConstructor, keyMaterialType tinkpb.KeyData_KeyMaterialType, protoKeyUnmashaller func([]byte) (proto.Message, error)) *KeyManager { return &KeyManager{ typeURL: typeURL, protoKeyUnmashaller: protoKeyUnmashaller, keyMaterialType: keyMaterialType, primitiveConstructor: primitiveConstructor, } } // Primitive creates a primitive from the given serialized key. func (m *KeyManager) Primitive(serializedKey []byte) (any, error) { keySerialization, err := protoserialization.NewKeySerialization(&tinkpb.KeyData{ TypeUrl: m.typeURL, Value: serializedKey, KeyMaterialType: m.keyMaterialType, }, tinkpb.OutputPrefixType_RAW, 0) if err != nil { return nil, err } key, err := protoserialization.ParseKey(keySerialization) if err != nil { return nil, err } return m.primitiveConstructor(key) } // NewKey creates a new key from the given serialized key format. // // Deprecated: Tink always used [NewKeyData] to create new keys. This is // implemented only to support: // - the deprecated function [registry.NewKey] // - direct usage of the [registry.KeyManager] via [registry.GetKeyManager] func (m *KeyManager) NewKey(serializedKeyFormat []byte) (proto.Message, error) { keyData, err := m.NewKeyData(serializedKeyFormat) if err != nil { return nil, err } return m.protoKeyUnmashaller(keyData.GetValue()) } // DoesSupport implements the [registry.KeyManager] interface. func (m *KeyManager) DoesSupport(typeURL string) bool { return m.typeURL == typeURL } // TypeURL implements the [registry.KeyManager] interface. func (m *KeyManager) TypeURL() string { return m.typeURL } // NewKeyData generates a new KeyData according to specification in serializedkeyFormat. func (m *KeyManager) NewKeyData(serializedKeyFormat []byte) (*tinkpb.KeyData, error) { parameters, err := protoserialization.ParseParameters(&tinkpb.KeyTemplate{ TypeUrl: m.typeURL, Value: serializedKeyFormat, OutputPrefixType: tinkpb.OutputPrefixType_RAW, // Always RAW for key managers. }) if err != nil { return nil, err } k, err := keygenregistry.CreateKey(parameters, 0) if err != nil { return nil, err } keySerialization, err := protoserialization.SerializeKey(k) if err != nil { return nil, err } return keySerialization.KeyData(), nil } // privateKey represents a key with a public key. Matches [keyset.privateKey]. type privateKey interface { PublicKey() (key.Key, error) } // PrivateKeyManager is a type of [KeyManager] that understands private key // types. It implements the [registry.PrivateKeyManager] interface. type PrivateKeyManager struct { KeyManager } var _ registry.PrivateKeyManager = (*PrivateKeyManager)(nil) // NewPrivateKeyManager creates a new [PrivateKeyManager]. func NewPrivateKeyManager(typeURL string, primitiveConstructor primitiveConstructor, keyMaterialType tinkpb.KeyData_KeyMaterialType, protoKeyUnmashaller func([]byte) (proto.Message, error)) *PrivateKeyManager { return &PrivateKeyManager{ KeyManager: *New(typeURL, primitiveConstructor, keyMaterialType, protoKeyUnmashaller), } } // PublicKeyData extracts the public key as [tinkpb.KeyData] from the private // key. func (m *PrivateKeyManager) PublicKeyData(serializedPrivKey []byte) (*tinkpb.KeyData, error) { keySerialization, err := protoserialization.NewKeySerialization(&tinkpb.KeyData{ TypeUrl: m.typeURL, Value: serializedPrivKey, KeyMaterialType: m.keyMaterialType, }, tinkpb.OutputPrefixType_RAW, 0) if err != nil { return nil, err } key, err := protoserialization.ParseKey(keySerialization) if err != nil { return nil, err } privateKey, ok := key.(privateKey) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want a key implementing PublicKey() (key.Key, error)", key) } publicKey, err := privateKey.PublicKey() if err != nil { return nil, err } publicKeySerialization, err := protoserialization.SerializeKey(publicKey) if err != nil { return nil, err } return publicKeySerialization.KeyData(), nil } ================================================ FILE: internal/legacykeymanager/legacykeymanager_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package legacykeymanager import ( "errors" "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/subtle/random" aesgcmpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( fakeKeyTypeURL = "type.googleapis.com/google.crypto.tink.FakeKey" ) var ( errFake = errors.New("fake error") ) func fakePrimitiveConstructor(_ key.Key) (any, error) { return "123", nil } type fakeKey struct{} var _ key.Key = (*fakeKey)(nil) func (k *fakeKey) IDRequirement() (uint32, bool) { return 0, false } func (k *fakeKey) Equal(other key.Key) bool { return false } func (k *fakeKey) Parameters() key.Parameters { return &fakeParameters{} } type fakeParameters struct { keyTypeURL string } func (p *fakeParameters) HasIDRequirement() bool { return false } func (p *fakeParameters) Equal(other key.Parameters) bool { return false } func (p *fakeParameters) KeyType() string { return p.keyTypeURL } func TestDoesSupport(t *testing.T) { for _, tc := range []struct { name string km registry.KeyManager typeURL string want bool }{ { name: "KeyManager", km: New(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, nil), typeURL: fakeKeyTypeURL, want: true, }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, nil), typeURL: fakeKeyTypeURL, want: true, }, { name: "KeyManager_invalidTypeURL", km: New(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, nil), typeURL: "invalid type URL", want: false, }, { name: "PrivateKeyManager_invalidTypeURL", km: NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, nil), typeURL: "invalid type URL", want: false, }, } { t.Run(tc.name, func(t *testing.T) { if got := tc.km.DoesSupport(tc.typeURL); got != tc.want { t.Errorf("DoesSupport(%q) = %v, want %v", tc.typeURL, got, tc.want) } }) } } func TestTypeURL(t *testing.T) { for _, tc := range []struct { name string km registry.KeyManager want string }{ { name: "KeyManager", km: New(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, nil), want: fakeKeyTypeURL, }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, nil), want: fakeKeyTypeURL, }, } { t.Run(tc.name, func(t *testing.T) { if got := tc.km.TypeURL(); got != tc.want { t.Errorf("TypeURL() = %q, want %q", got, tc.want) } }) } } func TestPrimitive_Success(t *testing.T) { for _, tc := range []struct { name string km registry.KeyManager wantPrimitive any }{ { name: "KeyManager", km: New(fakeKeyTypeURL, func(_ key.Key) (any, error) { return "primitive", nil }, tinkpb.KeyData_SYMMETRIC, nil), wantPrimitive: "primitive", }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, func(_ key.Key) (any, error) { return "primitive", nil }, tinkpb.KeyData_SYMMETRIC, nil), wantPrimitive: "primitive", }, } { t.Run(tc.name, func(t *testing.T) { serializedKey := random.GetRandomBytes(16) gotPrimitive, err := tc.km.Primitive(serializedKey) if err != nil { t.Fatalf("Primitive() err = %v, want nil", err) } if gotPrimitive != tc.wantPrimitive { t.Errorf("Primitive() = %v, want %v", gotPrimitive, tc.wantPrimitive) } }) } } type fakeKeyParser struct { key key.Key err error } func (p *fakeKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if p.err != nil { return nil, p.err } return p.key, nil } type fakeKeySerializer struct { keyData *tinkpb.KeyData err error } func (s *fakeKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { if s.err != nil { return nil, s.err } return protoserialization.NewKeySerialization(s.keyData, tinkpb.OutputPrefixType_RAW, 0) } type fakeParametersParser struct { params key.Parameters err error } func (p *fakeParametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if p.err != nil { return nil, p.err } return p.params, nil } func failingPrimitiveConstructor(_ key.Key) (any, error) { return nil, errFake } func TestPrimitive_FailsIfPrimitiveConstructorFails(t *testing.T) { defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*fakeKey]() if err := protoserialization.RegisterKeyParser(fakeKeyTypeURL, &fakeKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } if err := protoserialization.RegisterKeySerializer[*fakeKey](&fakeKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v", err) } for _, tc := range []struct { name string km registry.KeyManager }{ { name: "KeyManager", km: New(fakeKeyTypeURL, failingPrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, nil), }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, failingPrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, nil), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := tc.km.Primitive(random.GetRandomBytes(16)); !errors.Is(err, errFake) { t.Errorf("Primitive() err = %v, want %v", err, errFake) } }) } } func TestNewKeyAndNewKeyData_Success(t *testing.T) { defer keygenregistry.UnregisterKeyCreator[*fakeParameters]() err := keygenregistry.RegisterKeyCreator[*fakeParameters](func(p key.Parameters, idRequirement uint32) (key.Key, error) { if _, ok := p.(*fakeParameters); !ok { return nil, fmt.Errorf("unexpected parameters: %v", p) } return &fakeKey{}, nil }) if err != nil { t.Fatalf("keygenregistry.RegisterKeyCreator() err = %v", err) } defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*fakeKey]() defer protoserialization.UnregisterParametersParser(fakeKeyTypeURL) if err := protoserialization.RegisterKeyParser(fakeKeyTypeURL, &fakeKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } if err := protoserialization.RegisterKeySerializer[*fakeKey](&fakeKeySerializer{ keyData: &tinkpb.KeyData{ TypeUrl: fakeKeyTypeURL, Value: []byte("key format"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, }); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v", err) } if err := protoserialization.RegisterParametersParser(fakeKeyTypeURL, &fakeParametersParser{ params: &fakeParameters{keyTypeURL: fakeKeyTypeURL}, }); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } for _, tc := range []struct { name string km registry.KeyManager keyMaterialType tinkpb.KeyData_KeyMaterialType wantKey proto.Message }{ { name: "KeyManager", km: New(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), keyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, wantKey: &aesgcmpb.AesGcmKey{}, }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), keyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, wantKey: &aesgcmpb.AesGcmKey{}, }, } { t.Run(tc.name, func(t *testing.T) { t.Run("NewKey", func(t *testing.T) { gotKey, err := tc.km.NewKey([]byte("key format")) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } if !proto.Equal(gotKey, tc.wantKey) { t.Errorf("NewKey() = %v, want %v", gotKey, tc.wantKey) } }) t.Run("NewKeyData", func(t *testing.T) { gotKeyData, err := tc.km.NewKeyData([]byte("key format")) if err != nil { t.Fatalf("NewKeyData() err = %v, want nil", err) } want := &tinkpb.KeyData{ TypeUrl: fakeKeyTypeURL, Value: []byte("key format"), KeyMaterialType: tc.keyMaterialType, } if diff := cmp.Diff(want, gotKeyData, protocmp.Transform()); diff != "" { t.Errorf("NewKeyData() returned unexpected diff (-want +got):\n%s", diff) } }) }) } } func TestNewKeyAndNewKeyData_FailsIfNoParametersParserRegistered(t *testing.T) { defer keygenregistry.UnregisterKeyCreator[*fakeParameters]() err := keygenregistry.RegisterKeyCreator[*fakeParameters](func(p key.Parameters, idRequirement uint32) (key.Key, error) { if _, ok := p.(*fakeParameters); !ok { return nil, fmt.Errorf("unexpected parameters: %v", p) } return &fakeKey{}, nil }) if err != nil { t.Fatalf("keygenregistry.RegisterKeyCreator() err = %v", err) } defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*fakeKey]() for _, tc := range []struct { name string km registry.KeyManager }{ { name: "KeyManager", km: New(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, } { t.Run(tc.name, func(t *testing.T) { t.Run("NewKey", func(t *testing.T) { if _, err := tc.km.NewKey([]byte("key format")); err == nil { t.Error("NewKey() err = nil, want error") } }) t.Run("NewKeyData", func(t *testing.T) { if _, err := tc.km.NewKeyData([]byte("key format")); err == nil { t.Error("NewKeyData() err = nil, want error") } }) }) } } func TestNewKeyAndNewKeyData_FailsIfParametersParserFails(t *testing.T) { defer keygenregistry.UnregisterKeyCreator[*fakeParameters]() err := keygenregistry.RegisterKeyCreator[*fakeParameters](func(p key.Parameters, idRequirement uint32) (key.Key, error) { if _, ok := p.(*fakeParameters); !ok { return nil, fmt.Errorf("unexpected parameters: %v", p) } return &fakeKey{}, nil }) if err != nil { t.Fatalf("keygenregistry.RegisterKeyCreator() err = %v", err) } defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*fakeKey]() defer protoserialization.UnregisterParametersParser(fakeKeyTypeURL) if err := protoserialization.RegisterKeyParser(fakeKeyTypeURL, &fakeKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } if err := protoserialization.RegisterKeySerializer[*fakeKey](&fakeKeySerializer{ keyData: &tinkpb.KeyData{ TypeUrl: fakeKeyTypeURL, Value: []byte("key format"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, }); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v", err) } if err := protoserialization.RegisterParametersParser(fakeKeyTypeURL, &fakeParametersParser{ err: errFake, // Causes an error when parsing the parameters. }); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } for _, tc := range []struct { name string km registry.KeyManager keyMashaller func([]byte) (proto.Message, error) }{ { name: "KeyManager", km: New(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, } { t.Run(tc.name, func(t *testing.T) { t.Run("NewKey", func(t *testing.T) { if _, err := tc.km.NewKey([]byte("key format")); !errors.Is(err, errFake) { t.Errorf("NewKey() err = %v, want %v", err, errFake) } }) t.Run("NewKeyData", func(t *testing.T) { if _, err := tc.km.NewKeyData([]byte("key format")); !errors.Is(err, errFake) { t.Errorf("NewKeyData() err = %v, want %v", err, errFake) } }) }) } } func TestNewKeyAndNewKeyData_FailsIfNoKeyCreatorRegistered(t *testing.T) { defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*fakeKey]() defer protoserialization.UnregisterParametersParser(fakeKeyTypeURL) if err := protoserialization.RegisterKeyParser(fakeKeyTypeURL, &fakeKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } if err := protoserialization.RegisterKeySerializer[*fakeKey](&fakeKeySerializer{ keyData: &tinkpb.KeyData{ TypeUrl: fakeKeyTypeURL, Value: []byte("key format"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, }); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v", err) } if err := protoserialization.RegisterParametersParser(fakeKeyTypeURL, &fakeParametersParser{ params: &fakeParameters{keyTypeURL: fakeKeyTypeURL}, }); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } for _, tc := range []struct { name string km registry.KeyManager }{ { name: "KeyManager", km: New(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, } { t.Run(tc.name, func(t *testing.T) { t.Run("NewKey", func(t *testing.T) { if _, err := tc.km.NewKey([]byte("key format")); err == nil { t.Error("NewKey() err = nil, want error") } }) t.Run("NewKeyData", func(t *testing.T) { if _, err := tc.km.NewKeyData([]byte("key format")); err == nil { t.Error("NewKeyData() err = nil, want error") } }) }) } } func TestNewKeyAndNewKeyData_FailsIfKeyCreatorFails(t *testing.T) { defer keygenregistry.UnregisterKeyCreator[*fakeParameters]() err := keygenregistry.RegisterKeyCreator[*fakeParameters](func(p key.Parameters, idRequirement uint32) (key.Key, error) { return nil, errFake // Causes an error when creating the key. }) if err != nil { t.Fatalf("keygenregistry.RegisterKeyCreator() err = %v", err) } defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*fakeKey]() defer protoserialization.UnregisterParametersParser(fakeKeyTypeURL) if err := protoserialization.RegisterKeyParser(fakeKeyTypeURL, &fakeKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } if err := protoserialization.RegisterKeySerializer[*fakeKey](&fakeKeySerializer{ keyData: &tinkpb.KeyData{ TypeUrl: fakeKeyTypeURL, Value: []byte("key format"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, }); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v", err) } if err := protoserialization.RegisterParametersParser(fakeKeyTypeURL, &fakeParametersParser{ params: &fakeParameters{keyTypeURL: fakeKeyTypeURL}, }); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } for _, tc := range []struct { name string km registry.KeyManager }{ { name: "KeyManager", km: New(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, } { t.Run(tc.name, func(t *testing.T) { t.Run("NewKey", func(t *testing.T) { if _, err := tc.km.NewKey([]byte("key format")); !errors.Is(err, errFake) { t.Errorf("NewKey() err = %v, want %v", err, errFake) } }) t.Run("NewKeyData", func(t *testing.T) { if _, err := tc.km.NewKeyData([]byte("key format")); !errors.Is(err, errFake) { t.Errorf("NewKeyData() err = %v, want %v", err, errFake) } }) }) } } func TestNewKeyAndNewKeyData_FailsIfNoKeySerializerRegistered(t *testing.T) { defer keygenregistry.UnregisterKeyCreator[*fakeParameters]() err := keygenregistry.RegisterKeyCreator[*fakeParameters](func(p key.Parameters, idRequirement uint32) (key.Key, error) { if _, ok := p.(*fakeParameters); !ok { return nil, fmt.Errorf("unexpected parameters: %v", p) } return &fakeKey{}, nil }) if err != nil { t.Fatalf("keygenregistry.RegisterKeyCreator() err = %v", err) } defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) defer protoserialization.UnregisterParametersParser(fakeKeyTypeURL) if err := protoserialization.RegisterKeyParser(fakeKeyTypeURL, &fakeKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } if err := protoserialization.RegisterParametersParser(fakeKeyTypeURL, &fakeParametersParser{ params: &fakeParameters{keyTypeURL: fakeKeyTypeURL}, }); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } for _, tc := range []struct { name string km registry.KeyManager }{ { name: "KeyManager", km: New(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, } { t.Run(tc.name, func(t *testing.T) { t.Run("NewKey", func(t *testing.T) { if _, err := tc.km.NewKey([]byte("key format")); err == nil { t.Error("NewKey() err = nil, want error") } }) t.Run("NewKeyData", func(t *testing.T) { if _, err := tc.km.NewKeyData([]byte("key format")); err == nil { t.Error("NewKeyData() err = nil, want error") } }) }) } } func TestNewKeyAndNewKeyData_FailsIfKeySerializerFails(t *testing.T) { defer keygenregistry.UnregisterKeyCreator[*fakeParameters]() err := keygenregistry.RegisterKeyCreator[*fakeParameters](func(p key.Parameters, idRequirement uint32) (key.Key, error) { if _, ok := p.(*fakeParameters); !ok { return nil, fmt.Errorf("unexpected parameters: %v", p) } return &fakeKey{}, nil }) if err != nil { t.Fatalf("keygenregistry.RegisterKeyCreator() err = %v", err) } defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*fakeKey]() defer protoserialization.UnregisterParametersParser(fakeKeyTypeURL) if err := protoserialization.RegisterKeyParser(fakeKeyTypeURL, &fakeKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } if err := protoserialization.RegisterKeySerializer[*fakeKey](&fakeKeySerializer{ err: errFake, // Causes an error when serializing the key. }); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v", err) } if err := protoserialization.RegisterParametersParser(fakeKeyTypeURL, &fakeParametersParser{ params: &fakeParameters{keyTypeURL: fakeKeyTypeURL}, }); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } for _, tc := range []struct { name string km registry.KeyManager }{ { name: "KeyManager", km: New(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }), }, } { t.Run(tc.name, func(t *testing.T) { t.Run("NewKey", func(t *testing.T) { if _, err := tc.km.NewKey([]byte("key format")); !errors.Is(err, errFake) { t.Errorf("NewKey() err = %v, want %v", err, errFake) } }) t.Run("NewKeyData", func(t *testing.T) { if _, err := tc.km.NewKeyData([]byte("key format")); !errors.Is(err, errFake) { t.Errorf("NewKeyData() err = %v, want %v", err, errFake) } }) }) } } func TestNewKey_FailsIfKeyMashallerFails(t *testing.T) { defer keygenregistry.UnregisterKeyCreator[*fakeParameters]() err := keygenregistry.RegisterKeyCreator[*fakeParameters](func(p key.Parameters, idRequirement uint32) (key.Key, error) { if _, ok := p.(*fakeParameters); !ok { return nil, fmt.Errorf("unexpected parameters: %v", p) } return &fakeKey{}, nil }) if err != nil { t.Fatalf("keygenregistry.RegisterKeyCreator() err = %v", err) } defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*fakeKey]() defer protoserialization.UnregisterParametersParser(fakeKeyTypeURL) if err := protoserialization.RegisterKeyParser(fakeKeyTypeURL, &fakeKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } if err := protoserialization.RegisterKeySerializer[*fakeKey](&fakeKeySerializer{ keyData: &tinkpb.KeyData{ TypeUrl: fakeKeyTypeURL, Value: []byte("key format"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, }); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v", err) } if err := protoserialization.RegisterParametersParser(fakeKeyTypeURL, &fakeParametersParser{ params: &fakeParameters{keyTypeURL: fakeKeyTypeURL}, }); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } for _, tc := range []struct { name string km registry.KeyManager }{ { name: "KeyManager", km: New(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return nil, errFake }), }, { name: "PrivateKeyManager", km: NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_SYMMETRIC, func([]byte) (proto.Message, error) { return nil, errFake }), }, } { t.Run(tc.name, func(t *testing.T) { t.Run("NewKey", func(t *testing.T) { if _, err := tc.km.NewKey([]byte("key format")); !errors.Is(err, errFake) { t.Errorf("NewKey() err = %v, want %v", err, errFake) } }) t.Run("NewKeyData", func(t *testing.T) { // Make sure NewKeyData doesn't fail. if _, err := tc.km.NewKeyData([]byte("key format")); err != nil { t.Errorf("NewKeyData() err = %v, want nil", err) } }) }) } } type fakePublicKey = fakeKey type fakePrivateKey struct{} var _ key.Key = (*fakePrivateKey)(nil) func (k *fakePrivateKey) IDRequirement() (uint32, bool) { return 0, false } func (k *fakePrivateKey) Equal(other key.Key) bool { return false } func (k *fakePrivateKey) Parameters() key.Parameters { return &fakeParameters{} } func (k *fakePrivateKey) PublicKey() (key.Key, error) { return &fakePublicKey{}, nil } func TestPublicKeyData_Success(t *testing.T) { defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*fakePublicKey]() if err := protoserialization.RegisterKeyParser(fakeKeyTypeURL, &fakeKeyParser{key: &fakePrivateKey{}}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } if err := protoserialization.RegisterKeySerializer[*fakePublicKey](&fakeKeySerializer{ keyData: &tinkpb.KeyData{ TypeUrl: fakeKeyTypeURL, Value: []byte("public key format"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, }); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v", err) } km := NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }) got, err := km.PublicKeyData([]byte("private key format")) if err != nil { t.Errorf("PublicKeyData() err = %v, want nil", err) } want := &tinkpb.KeyData{ TypeUrl: fakeKeyTypeURL, Value: []byte("public key format"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } if diff := cmp.Diff(want, got, protocmp.Transform()); diff != "" { t.Errorf("NewKeyData() returned unexpected diff (-want +got):\n%s", diff) } } func TestPublicKeyData_FailsIfNoKeyParserRegistered(t *testing.T) { km := NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }) if _, err := km.PublicKeyData([]byte("private key format")); err == nil { t.Errorf("NewKeyData() err = nil, want error") } } func TestPublicKeyData_FailsIfKeyNotPrivateKey(t *testing.T) { defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*fakeKey]() if err := protoserialization.RegisterKeyParser(fakeKeyTypeURL, &fakeKeyParser{key: &fakeKey{}}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } if err := protoserialization.RegisterKeySerializer[*fakeKey](&fakeKeySerializer{ keyData: &tinkpb.KeyData{ TypeUrl: fakeKeyTypeURL, Value: []byte("some key format"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, }); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v", err) } km := NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }) if _, err := km.PublicKeyData([]byte("private key format")); err == nil { t.Errorf("NewKeyData() err = nil, want error") } } func TestPublicKeyData_FailsIfNoPublicKeySerializerRegistered(t *testing.T) { defer protoserialization.UnregisterKeyParser(fakeKeyTypeURL) if err := protoserialization.RegisterKeyParser(fakeKeyTypeURL, &fakeKeyParser{key: &fakePrivateKey{}}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v", err) } km := NewPrivateKeyManager(fakeKeyTypeURL, fakePrimitiveConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func([]byte) (proto.Message, error) { return &aesgcmpb.AesGcmKey{}, nil }) if _, err := km.PublicKeyData([]byte("private key format")); err == nil { t.Errorf("NewKeyData() err = nil, want error") } } ================================================ FILE: internal/mac/aescmac/aescmac.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aescmac implements AES-CMAC. package aescmac import ( "crypto/aes" "crypto/cipher" "crypto/subtle" "fmt" ) const ( // BlockSize is the block size of AES. BlockSize = aes.BlockSize mul = 0x87 // 0x87 is the generator of GF(2^128). pad = byte(0x80) ) // CMAC is an implementation of AES-CMAC as defined in RFC 4493. type CMAC struct { bc cipher.Block k1, k2 [BlockSize]byte } // multiplyByX multiplies an element in GF(2^128) by its generator. // // This is used to for key generation in section 2.3 of RFC 4493. func mulByX(block []byte) { // This is computed as: // if block[0] >> 7 == 1: // leftShift(block, 1) XOR 0x87 // else: // leftShift(block, 1) v := int(block[0] >> 7) for i := 0; i < BlockSize-1; i++ { block[i] = block[i]<<1 | block[i+1]>>7 } block[BlockSize-1] = (block[BlockSize-1] << 1) ^ byte(subtle.ConstantTimeSelect(v, mul, 0x00)) } // New returns a new CMAC instance. func New(key []byte) (*CMAC, error) { if len(key) != 32 && len(key) != 24 && len(key) != 16 { return nil, fmt.Errorf("aescmac: invalid key size; got %d, want 16, 24, or 32", len(key)) } bc, err := aes.NewCipher(key) if err != nil { return nil, fmt.Errorf("aescmac: could not obtain cipher: %v", err) } cmac := &CMAC{bc: bc} var zeroBlock [BlockSize]byte // Generate Subkeys cmac.bc.Encrypt(cmac.k1[:], zeroBlock[:]) mulByX(cmac.k1[:]) copy(cmac.k2[:], cmac.k1[:]) mulByX(cmac.k2[:]) return cmac, nil } // Compute computes the AES-CMAC of the given data. // // The timing of this function will only depend on len(data), and not leak any // additional information about the key or the data. func (c *CMAC) Compute(data []byte) []byte { numBlocksButLast := len(data) / BlockSize // The following "if" only depends on len(data). if len(data) > 0 && len(data)%BlockSize == 0 { numBlocksButLast-- } output := make([]byte, BlockSize) // Process blocks from M_1, ..., M_(n-1). This is regardless of the // length of the last block. for i := 0; i < numBlocksButLast; i++ { subtle.XORBytes(output, data[:BlockSize], output) c.bc.Encrypt(output, output) data = data[BlockSize:] } // Last block M_n. If len(data) == 0, it simply sets lastBlock = 100...0. var lastBlock [BlockSize]byte // The following "if" only depends on len(data). if len(data) == BlockSize { // Full last block. subtle.XORBytes(lastBlock[:], data[:], c.k1[:]) } else { // Either empty or partial last block. copy(lastBlock[:], data[:]) lastBlock[len(data)] = pad subtle.XORBytes(lastBlock[:], lastBlock[:], c.k2[:]) } subtle.XORBytes(output, output, lastBlock[:]) c.bc.Encrypt(output, output) return output } // XOREndAndCompute computes the AES-CMAC over "data xorend last". // // data must be >= BlockSize. // last and out must be == BlockSize. // // The `xorend` function is XOR(data[len(data)-BlockSize:], last) // // The timing of this function will only depend on len(data), and not leak any // additional information about the key or the data. func (c *CMAC) XOREndAndCompute(data, last []byte) ([]byte, error) { if len(last) != BlockSize { return nil, fmt.Errorf("aescmac: invalid size for \"last\"; got %d, want %d", len(last), BlockSize) } if len(data) < BlockSize { return nil, fmt.Errorf("aescmac: invalid size for \"data\"; got %d, want at least %d", len(data), BlockSize) } numBlocksButLast := len(data) / BlockSize // The following "if" only depends on len(data). if len(data)%BlockSize == 0 { numBlocksButLast-- } // Starting position for the portion of`data` to be XORed with `last`. startPos := len(data) - BlockSize output := make([]byte, BlockSize) // Process blocks from M_0, ..., M_(n/BlockSize-1). for i := 0; i < numBlocksButLast; i++ { subtle.XORBytes(output, data[:BlockSize], output) if (i+1)*BlockSize > startPos { // XOR a portion of the current block with `last`. portionSize := (i+1)*BlockSize - startPos subtle.XORBytes(output[BlockSize-portionSize:], output[BlockSize-portionSize:], last[:portionSize]) last = last[portionSize:] } c.bc.Encrypt(output, output) data = data[BlockSize:] } // Last block M_n. var lastBlock [BlockSize]byte subtle.XORBytes(lastBlock[:], data[:], last[:]) // The following "if" only depends on len(data). if len(data) == BlockSize { // Full last block. subtle.XORBytes(lastBlock[:], lastBlock[:], c.k1[:]) } else { // Partial last block. lastBlock[len(data)] = pad subtle.XORBytes(lastBlock[:], lastBlock[:], c.k2[:]) } subtle.XORBytes(output, output, lastBlock[:]) c.bc.Encrypt(output, output) return output, nil } ================================================ FILE: internal/mac/aescmac/aescmac_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmac_test import ( "bytes" "crypto/subtle" "encoding/hex" "fmt" "slices" "testing" "github.com/tink-crypto/tink-go/v2/internal/mac/aescmac" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestNewWrongKeySize(t *testing.T) { for _, tc := range []struct { name string key []byte }{ { name: "too short", key: []byte{0x01, 0x02}, }, { name: "too long", key: []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x11}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := aescmac.New(tc.key); err == nil { t.Errorf("aescmac.New(%x) err = nil, want error", tc.key) } }) } } func xorEnd(data, last []byte) []byte { dataXOREnd := slices.Clone(data) subtle.XORBytes(dataXOREnd[len(data)-aescmac.BlockSize:], data[len(data)-aescmac.BlockSize:], last) return dataXOREnd } func TestXOREndAndCompute(t *testing.T) { key := random.GetRandomBytes(32) a, err := aescmac.New(key) if err != nil { t.Fatalf("aescmac.New(%x) err = %v, want nil", key, err) } for _, size := range []uint32{16, 19, 33, 64, 110} { data := random.GetRandomBytes(size) lastBlock := random.GetRandomBytes(aescmac.BlockSize) want := a.Compute(xorEnd(data, lastBlock)) got, err := a.XOREndAndCompute(data, lastBlock) if err != nil { t.Fatalf("a.XOREndAndCompute(%x, %x) err = %v, want nil", data, lastBlock, err) } if !bytes.Equal(got, want) { t.Errorf("a.XOREndAndCompute(%x, %x) = %x, want %x", data, lastBlock, got, want) } } } func TestXOREndAndComputeFailsWithInvalidInputs(t *testing.T) { key := random.GetRandomBytes(32) a, err := aescmac.New(key) if err != nil { t.Fatalf("aescmac.New(%x) err = %v, want nil", key, err) } for _, tc := range []struct { name string data []byte last []byte block []byte }{ { name: "last is too short", data: random.GetRandomBytes(16), last: random.GetRandomBytes(15), }, { name: "data is too short", data: random.GetRandomBytes(15), last: random.GetRandomBytes(16), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := a.XOREndAndCompute(tc.data, tc.last); err == nil { t.Errorf("a.XOREndAndCompute(%x, %x) err = nil, want error", tc.data, tc.last) } }) } } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", s, err) } return b } func TestVectorsRFC4493(t *testing.T) { // Test vectors from RFC 4493. key := mustHexDecode(t, "2b7e151628aed2a6abf7158809cf4f3c") data := mustHexDecode(t, "6bc1bee22e409f96e93d7e117393172a"+ "ae2d8a571e03ac9c9eb76fac45af8e51"+ "30c81c46a35ce411e5fbc1191a0a52ef"+ "f69f2445df4f9b17ad2b417be66c3710") expected := map[int][]byte{ 0: mustHexDecode(t, "bb1d6929e95937287fa37d129b756746"), 16: mustHexDecode(t, "070a16b46b4d4144f79bdd9dd04a287c"), 40: mustHexDecode(t, "dfa66747de9ae63030ca32611497c827"), 64: mustHexDecode(t, "51f0bebf7e3b9d92fc49741779363cfe"), } a, err := aescmac.New(key) if err != nil { t.Fatalf("aescmac.New(%x) err = %v, want nil", key, err) } for inputSize, want := range expected { if output := a.Compute(data[:inputSize]); !bytes.Equal(output, want) { t.Errorf("a.Compute(data[:inputSize]) = %x, want %x", output, want) } } } type macSuite struct { wycheproof.Suite TestGroups []*macGroup `json:"testGroups"` } type macGroup struct { wycheproof.Group KeySize uint32 `json:"keySize"` TagSize uint32 `json:"tagSize"` Type string `json:"type"` Tests []*macCase `json:"tests"` } type macCase struct { wycheproof.Case Key testutil.HexBytes `json:"key"` Message testutil.HexBytes `json:"msg"` Tag testutil.HexBytes `json:"tag"` } func TestAESCMACPRFWycheproofCases(t *testing.T) { suite := new(macSuite) wycheproof.PopulateSuiteV1(t, suite, "aes_cmac_test.json") for _, group := range suite.TestGroups { groupName := fmt.Sprintf("%s-%s-%d", suite.Algorithm, group.Type, group.KeySize) if group.TagSize%8 != 0 { t.Errorf("For %s, requested tag size is not a multiple of 8, but %d", groupName, group.TagSize) continue } for _, test := range group.Tests { caseName := fmt.Sprintf("%s:Case-%d", groupName, test.CaseID) t.Run(caseName, func(t *testing.T) { if uint32(len(test.Key))*8 != group.KeySize { t.Fatalf("Invalid key length: %s", test.Comment) } cmac, err := aescmac.New(test.Key) switch test.Result { case "valid": if err != nil { t.Fatalf("aescmac.New(%x) err = %v, want nil", test.Key, err) } if res := cmac.Compute(test.Message); !bytes.Equal(res, test.Tag) { t.Errorf("cmac.Compute() = %x, want %x", res, test.Tag) } case "invalid": if err != nil { return } if res := cmac.Compute(test.Message); bytes.Equal(res, test.Tag) { t.Errorf("cmac.Compute() err = %v and expected result match", err) } default: t.Fatalf("Unsupported test result: %q", test.Result) } }) } } } ================================================ FILE: internal/mac/hmac/hmac.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package hmac implements the hmac algorithm. package hmac import ( "crypto/hmac" "errors" "fmt" "hash" "github.com/tink-crypto/tink-go/v2/subtle" ) const ( // Minimum key size in bytes. minKeySizeInBytes = uint32(16) // Minimum tag size in bytes. This provides minimum 80-bit security strength. minTagSizeInBytes = uint32(10) ) // HMAC implements the MAC interface. type HMAC struct { HashFunc func() hash.Hash key []byte tagSize uint32 } // ValidateHMACParams validates parameters of HMAC constructor. func ValidateHMACParams(hash string, keySize uint32, tagSize uint32) error { // validate tag size digestSize, err := subtle.GetHashDigestSize(hash) if err != nil { return err } if tagSize > digestSize { return fmt.Errorf("tag size too big") } if tagSize < minTagSizeInBytes { return fmt.Errorf("tag size too small") } // validate key size if keySize < minKeySizeInBytes { return fmt.Errorf("key too short") } return nil } // New returns a new HMAC instance. func New(hashAlg string, key []byte, tagSize uint32) (*HMAC, error) { if err := ValidateHMACParams(hashAlg, uint32(len(key)), tagSize); err != nil { return nil, err } hashFunc := subtle.GetHashFunc(hashAlg) if hashFunc == nil { return nil, fmt.Errorf("hmac: invalid hash algorithm") } return &HMAC{ HashFunc: hashFunc, key: key, tagSize: tagSize, }, nil } // ComputeMAC computes message authentication code (MAC) for the given data. func (h *HMAC) ComputeMAC(data ...[]byte) ([]byte, error) { if h.HashFunc == nil { return nil, fmt.Errorf("hmac: invalid hash algorithm") } mac := hmac.New(h.HashFunc, h.key) for _, d := range data { if _, err := mac.Write(d); err != nil { return nil, fmt.Errorf("hmac: failed to write data: %v", err) } } tag := mac.Sum(nil) return tag[:h.tagSize], nil } // VerifyMAC verifies whether the given MAC is a correct message authentication // code (MAC) the given data. func (h *HMAC) VerifyMAC(mac []byte, data ...[]byte) error { expectedMAC, err := h.ComputeMAC(data...) if err != nil { return err } if hmac.Equal(expectedMAC, mac) { return nil } return errors.New("HMAC: invalid MAC") } ================================================ FILE: internal/mac/hmac/hmac_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmac_test import ( "encoding/hex" "strings" "testing" "github.com/tink-crypto/tink-go/v2/internal/mac/hmac" "github.com/tink-crypto/tink-go/v2/subtle/random" ) var key, _ = hex.DecodeString("000102030405060708090a0b0c0d0e0f") var data = []byte("Hello") var hmacTests = []struct { desc string hashAlg string tagSize uint32 key []byte data []byte expectedMac string }{ { desc: "with SHA256 and 32 byte tag", hashAlg: "SHA256", tagSize: 32, data: data, key: key, expectedMac: "e0ff02553d9a619661026c7aa1ddf59b7b44eac06a9908ff9e19961d481935d4", }, { desc: "with SHA512 and 64 byte tag", hashAlg: "SHA512", tagSize: 64, data: data, key: key, expectedMac: "481e10d823ba64c15b94537a3de3f253c16642451ac45124dd4dde120bf1e5c15" + "e55487d55ba72b43039f235226e7954cd5854b30abc4b5b53171a4177047c9b", }, // empty data { desc: "empty data", hashAlg: "SHA256", tagSize: 32, data: []byte{}, key: key, expectedMac: "07eff8b326b7798c9ccfcbdbe579489ac785a7995a04618b1a2813c26744777d", }, } func TestHMACBasic(t *testing.T) { for _, test := range hmacTests { t.Run(test.desc, func(t *testing.T) { cipher, err := hmac.New(test.hashAlg, test.key, test.tagSize) if err != nil { t.Fatalf("hmac.New() err = %q, want nil", err) } mac, err := cipher.ComputeMAC(test.data) if err != nil { t.Fatalf("cipher.ComputeMAC() err = %q, want nil", err) } if hex.EncodeToString(mac) != test.expectedMac { t.Errorf("hex.EncodeToString(mac) = %q, want %q", hex.EncodeToString(mac), test.expectedMac) } if err := cipher.VerifyMAC(mac, test.data); err != nil { t.Errorf("cipher.VerifyMAC() err = %q, want nil", err) } }) } } func TestNewHMACWithInvalidInput(t *testing.T) { // invalid hash algorithm _, err := hmac.New("MD5", random.GetRandomBytes(16), 32) if err == nil || !strings.Contains(err.Error(), "invalid hash algorithm") { t.Errorf("expect an error when hash algorithm is invalid") } // key too short _, err = hmac.New("SHA256", random.GetRandomBytes(1), 32) if err == nil || !strings.Contains(err.Error(), "key too short") { t.Errorf("expect an error when key is too short") } // tag too short _, err = hmac.New("SHA256", random.GetRandomBytes(16), 9) if err == nil || !strings.Contains(err.Error(), "tag size too small") { t.Errorf("expect an error when tag size is too small") } // tag too big _, err = hmac.New("SHA1", random.GetRandomBytes(16), 21) if err == nil || !strings.Contains(err.Error(), "tag size too big") { t.Errorf("expect an error when tag size is too big") } _, err = hmac.New("SHA256", random.GetRandomBytes(16), 33) if err == nil || !strings.Contains(err.Error(), "tag size too big") { t.Errorf("expect an error when tag size is too big") } _, err = hmac.New("SHA512", random.GetRandomBytes(16), 65) if err == nil || !strings.Contains(err.Error(), "tag size too big") { t.Errorf("expect an error when tag size is too big") } } func TestHMACWithNilHashFunc(t *testing.T) { cipher, err := hmac.New("SHA256", random.GetRandomBytes(32), 32) if err != nil { t.Fatalf("hmac.New() err = %v", err) } // Modify exported field. cipher.HashFunc = nil if _, err := cipher.ComputeMAC([]byte{}); err == nil { t.Errorf("cipher.ComputerMAC() err = nil, want not nil") } } func TestHMAComputeVerifyWithNilInput(t *testing.T) { cipher, err := hmac.New("SHA256", random.GetRandomBytes(16), 32) if err != nil { t.Errorf("unexpected error when creating new HMAC") } tag, err := cipher.ComputeMAC(nil) if err != nil { t.Errorf("cipher.ComputeMAC(nil) failed: %v", err) } if err := cipher.VerifyMAC(tag, nil); err != nil { t.Errorf("cipher.VerifyMAC(tag, nil) failed: %v", err) } } func TestVerifyMACWithInvalidInput(t *testing.T) { cipher, err := hmac.New("SHA256", random.GetRandomBytes(16), 32) if err != nil { t.Errorf("unexpected error when creating new HMAC") } if err := cipher.VerifyMAC(nil, []byte{1}); err == nil { t.Errorf("expect an error when mac is nil") } if err := cipher.VerifyMAC([]byte{1}, nil); err == nil { t.Errorf("expect an error when data is nil") } if err := cipher.VerifyMAC(nil, nil); err == nil { t.Errorf("cipher.VerifyMAC(nil, nil) succeeded unexpectedly") } } func TestHMACModification(t *testing.T) { for _, test := range hmacTests { t.Run(test.desc, func(t *testing.T) { cipher, err := hmac.New(test.hashAlg, test.key, test.tagSize) if err != nil { t.Fatalf("hmac.New() err = %q, want nil", err) } mac, err := cipher.ComputeMAC(test.data) if err != nil { t.Fatalf("cipher.ComputeMAC() err = %q, want nil", err) } for i := 0; i < len(mac); i++ { tmp := mac[i] for j := 0; j < 8; j++ { mac[i] ^= 1 << uint8(j) err := cipher.VerifyMAC(mac, test.data) if err == nil { t.Errorf("cipher.VerifyMAC() of valid mac modified at position (%d, %d) is nil, want error", i, j) } mac[i] = tmp } } }) } } func TestHMACTruncation(t *testing.T) { for i, test := range hmacTests { t.Run(test.desc, func(t *testing.T) { cipher, err := hmac.New(test.hashAlg, test.key, test.tagSize) if err != nil { t.Fatalf("hmac.New() err = %q, want nil", err) } mac, err := cipher.ComputeMAC(test.data) if err != nil { t.Fatalf("cipher.ComputeMAC() err = %q, want nil", err) } for truncatedLen := 1; i < len(mac); i++ { truncatedMAC := mac[:truncatedLen] err := cipher.VerifyMAC(truncatedMAC, test.data) if err == nil { t.Errorf("cipher.VerifyMAC() of a valid mac truncated to %d bytes is nil, want error", truncatedLen) } } }) } } ================================================ FILE: internal/monitoringutil/monitoring_util.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package monitoringutil implements utility functions for monitoring. package monitoringutil import ( "fmt" "strings" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/monitoring" tpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const keytypeURLPrefix = "type.googleapis.com/google.crypto." // DoNothingLogger is a Logger that does nothing when invoked. type DoNothingLogger struct{} var _ monitoring.Logger = (*DoNothingLogger)(nil) // Log drops a log call. func (l *DoNothingLogger) Log(uint32, int) {} // LogFailure drops a failure call. func (l *DoNothingLogger) LogFailure() {} // LogKeyExport drops a key export call. func (l *DoNothingLogger) LogKeyExport(keyID uint32) {} func keyStatusFromProto(status tpb.KeyStatusType) (monitoring.KeyStatus, error) { var keyStatus monitoring.KeyStatus = 55 switch status { case tpb.KeyStatusType_ENABLED: keyStatus = monitoring.Enabled case tpb.KeyStatusType_DISABLED: keyStatus = monitoring.Disabled case tpb.KeyStatusType_DESTROYED: keyStatus = monitoring.Destroyed default: return keyStatus, fmt.Errorf("unknown key status: %q", status) } return keyStatus, nil } func parseKeyTypeURL(ktu string) string { return strings.TrimPrefix(ktu, keytypeURLPrefix) } // MonitoringKeysetInfoFromKeysetInfo creates a [monitoring.KeysetInfo] from a // [tpb.KeysetInfo] with annotations. func MonitoringKeysetInfoFromKeysetInfo(keysetInfo *tpb.KeysetInfo, annotations map[string]string) (*monitoring.KeysetInfo, error) { keysetInfoEntries := make([]*monitoring.Entry, len(keysetInfo.GetKeyInfo())) for i, keyInfo := range keysetInfo.GetKeyInfo() { status, err := keyStatusFromProto(keyInfo.GetStatus()) if err != nil { return nil, err } keysetInfoEntries[i] = &monitoring.Entry{ KeyID: keyInfo.GetKeyId(), Status: status, KeyType: parseKeyTypeURL(keyInfo.GetTypeUrl()), KeyPrefix: keyInfo.GetOutputPrefixType().String(), } } return &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: keysetInfo.GetPrimaryKeyId(), Entries: keysetInfoEntries, }, nil } // KeysetInfoFromPrimitiveSet creates a `KeysetInfo` from a `PrimitiveSet`. // This function doesn't guarantee to preserve the ordering of the keys in the keyset. func KeysetInfoFromPrimitiveSet[T any](ps *primitiveset.PrimitiveSet[T]) (*monitoring.KeysetInfo, error) { if ps == nil { return nil, fmt.Errorf("primitive set is nil") } if len(ps.Entries) == 0 { return nil, fmt.Errorf("primitive set is empty") } if ps.Primary == nil { return nil, fmt.Errorf("primary key must not be nil") } entries := []*monitoring.Entry{} for _, pe := range ps.EntriesInKeysetOrder { protoKey, err := protoserialization.SerializeKey(pe.Key) if err != nil { return nil, err } e := &monitoring.Entry{ KeyID: pe.KeyID, Status: monitoring.Enabled, // Primitiveset only contains enabled keys. KeyType: parseKeyTypeURL(protoKey.KeyData().GetTypeUrl()), KeyPrefix: protoKey.OutputPrefixType().String(), } entries = append(entries, e) } return &monitoring.KeysetInfo{ Annotations: ps.Annotations, PrimaryKeyID: ps.Primary.KeyID, Entries: entries, }, nil } ================================================ FILE: internal/monitoringutil/monitoring_util_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package monitoringutil_test import ( "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ) func TestKeysetInfoFromPrimitiveSetWithNilPrimitiveSetFails(t *testing.T) { if _, err := monitoringutil.KeysetInfoFromPrimitiveSet[any](nil); err == nil { t.Errorf("monitoringutil.KeysetInfoFromPrimitiveSet[any](nil) err = nil, want error") } } func validPrimitiveSet(t *testing.T) *primitiveset.PrimitiveSet[tink.AEAD] { t.Helper() kh, err := keyset.NewHandle(aead.AES256GCMKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } entry, err := kh.Primary() if err != nil { t.Fatalf("kh.Primary() err = %v, want nil", err) } ps := primitiveset.New[tink.AEAD]() ps.Add(&primitiveset.Entry[tink.AEAD]{ KeyID: 1234567, Key: entry.Key(), Primitive: &testutil.DummyAEAD{Name: "test"}, IsPrimary: entry.IsPrimary(), }) return ps } func TestBaselinePrimitiveSet(t *testing.T) { if _, err := monitoringutil.KeysetInfoFromPrimitiveSet(validPrimitiveSet(t)); err != nil { t.Errorf("KeysetInfoFromPrimitiveSet() err = %v, want nil", err) } } func TestKeysetInfoFromPrimitiveSetWithNoEntryFails(t *testing.T) { ps := validPrimitiveSet(t) ps.Entries = nil if _, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps); err == nil { t.Errorf("KeysetInfoFromPrimitiveSet() err = nil, want error") } } func TestKeysetInfoFromPrimitiveSetWithNoPrimaryFails(t *testing.T) { ps := validPrimitiveSet(t) ps.Primary = nil if _, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps); err == nil { t.Errorf("KeysetInfoFromPrimitiveSet() err = nil, want error") } } func TestKeysetInfoFromPrimitiveSet(t *testing.T) { km := keyset.NewManager() keyID1, err := km.Add(aead.AES256GCMKeyTemplate()) if err != nil { t.Fatalf("km.Add() err = %v, want nil", err) } if err := km.SetPrimary(keyID1); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } keyID2, err := km.Add(aead.AES256GCMSIVNoPrefixKeyTemplate()) if err != nil { t.Fatalf("km.Add() err = %v, want nil", err) } keyID3, err := km.Add(aead.AES128CTRHMACSHA256KeyTemplate()) if err != nil { t.Fatalf("km.Add() err = %v, want nil", err) } if err := km.Disable(keyID3); err != nil { t.Fatalf("km.Disable() err = %v, want nil", err) } if err := km.SetAnnotations(map[string]string{"foo": "bar", "zoo": "far"}); err != nil { t.Fatalf("km.SetAnnotations() err = %v, want nil", err) } h, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } ps, err := keyset.Primitives[tink.AEAD](h, ®istryconfig.RegistryConfig{}, internalapi.Token{}) if err != nil { t.Fatalf("primitiveset.NewFromKeysetHandle() err = %v, want nil", err) } want := &monitoring.KeysetInfo{ PrimaryKeyID: keyID1, Annotations: map[string]string{ "foo": "bar", "zoo": "far", }, Entries: []*monitoring.Entry{ { KeyID: keyID1, Status: monitoring.Enabled, KeyType: "tink.AesGcmKey", KeyPrefix: "TINK", }, { KeyID: keyID2, Status: monitoring.Enabled, KeyType: "tink.AesGcmSivKey", KeyPrefix: "RAW", }, }, } got, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { t.Fatalf("KeysetInfoFromPrimitiveSet() err = %v, want nil", err) } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestMonitoringKeysetInfoFromKeysetInfo_Nil(t *testing.T) { if _, err := monitoringutil.MonitoringKeysetInfoFromKeysetInfo(nil, nil); err != nil { t.Errorf("MonitoringKeysetInfoFromKeysetInfo() err = %v, want nil", err) } } func TestMonitoringKeysetInfoFromKeysetInfo(t *testing.T) { km := keyset.NewManager() keyID1, err := km.Add(aead.AES256GCMKeyTemplate()) if err != nil { t.Fatalf("km.Add() err = %v, want nil", err) } if err := km.SetPrimary(keyID1); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } keyID2, err := km.Add(aead.AES128CTRHMACSHA256KeyTemplate()) if err != nil { t.Fatalf("km.Add() err = %v, want nil", err) } if err := km.Disable(keyID2); err != nil { t.Fatalf("km.Disable() err = %v, want nil", err) } keyID3, err := km.Add(aead.XAES256GCM192BitNonceNoPrefixKeyTemplate()) if err != nil { t.Fatalf("km.Add() err = %v, want nil", err) } h, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } info := h.KeysetInfo() annotations := map[string]string{ "foo": "bar", "zoo": "far", } got, err := monitoringutil.MonitoringKeysetInfoFromKeysetInfo(info, annotations) if err != nil { t.Fatalf("MonitoringKeysetInfoFromKeysetInfo() err = %v, want nil", err) } want := &monitoring.KeysetInfo{ PrimaryKeyID: keyID1, Annotations: map[string]string{ "foo": "bar", "zoo": "far", }, Entries: []*monitoring.Entry{ { KeyID: keyID1, Status: monitoring.Enabled, KeyType: "tink.AesGcmKey", KeyPrefix: "TINK", }, { KeyID: keyID2, Status: monitoring.Disabled, KeyType: "tink.AesCtrHmacAeadKey", KeyPrefix: "TINK", }, { KeyID: keyID3, Status: monitoring.Enabled, KeyType: "tink.XAesGcmKey", KeyPrefix: "RAW", }, }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } ================================================ FILE: internal/outputprefix/outputprefix.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package outputprefix provides constants and shared utility functions for // computing the prefix applied to the output of a cryptographic function. package outputprefix import ( "encoding/binary" ) const ( // nonRawPrefixSize is the prefix size of Tink and Legacy key types. nonRawPrefixSize = 5 // legacyStartByte is the first byte of the prefix of legacy key types. legacyStartByte = byte(0) // tinkStartByte is the first byte of the prefix of Tink key types. tinkStartByte = byte(1) ) // calculatePrefixBytes calculates the bytes prefixed to the output // of a cryptographic function. // // The prefix of prefixSize bytes consists of a start byte and a 4-byte key id. func calculatePrefixBytes(startByte byte, id uint32) []byte { prefix := make([]byte, nonRawPrefixSize) prefix[0] = startByte binary.BigEndian.PutUint32(prefix[1:], id) return prefix } // Tink returns the output prefix bytes from keyID for TINK keys. func Tink(keyID uint32) []byte { return calculatePrefixBytes(tinkStartByte, keyID) } // Legacy returns the output prefix bytes from keyID for LEGACY keys. func Legacy(keyID uint32) []byte { return calculatePrefixBytes(legacyStartByte, keyID) } ================================================ FILE: internal/outputprefix/outputprefix_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package outputprefix_test import ( "bytes" "testing" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" ) func TestTink(t *testing.T) { prefix := outputprefix.Tink(0x02030405) if want := []byte{0x01, 0x02, 0x03, 0x04, 0x05}; !bytes.Equal(prefix, want) { t.Errorf("prefix = %v, want %v", prefix, want) } } func TestLegacy(t *testing.T) { prefix := outputprefix.Legacy(0x02030405) if want := []byte{0x00, 0x02, 0x03, 0x04, 0x05}; !bytes.Equal(prefix, want) { t.Errorf("prefix = %v, want %v", prefix, want) } } ================================================ FILE: internal/prefixmap/prefixmap.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package prefixmap provides a map that adds a prefix to each primitive. package prefixmap import ( "fmt" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" ) const ( // EmptyPrefix is the empty prefix. EmptyPrefix = "" ) // PrefixMap is a map that adds a prefix to each primitive. type PrefixMap[P any] struct { items map[string][]P } // New creates a new PrefixMap. func New[P any]() *PrefixMap[P] { return &PrefixMap[P]{ items: make(map[string][]P), } } // Iterator is an iterator over the primitives in [PrefixMap]. // // The iterator returns the primitives in the following order: // 1. All primitives with a non-empty prefix. // 2. All primitives with an empty prefix. // // NOTE: We are using a custom iterator instead of [iter.Seq] for performance // reasons. type Iterator[P any] struct { fiveBytePrefixedPrimitives []P rawPrimitives []P index int } // Next returns the next primitive in the iterator. func (i *Iterator[P]) Next() (P, bool) { if i.index < len(i.fiveBytePrefixedPrimitives) { p := i.fiveBytePrefixedPrimitives[i.index] i.index++ return p, true } if i.index < len(i.fiveBytePrefixedPrimitives)+len(i.rawPrimitives) { p := i.rawPrimitives[i.index-len(i.fiveBytePrefixedPrimitives)] i.index++ return p, true } return *new(P), false } // PrimitivesMatchingPrefix returns the primitive with the given prefix. func (m *PrefixMap[P]) PrimitivesMatchingPrefix(prefix []byte) *Iterator[P] { var entriesWithPrefix []P if len(prefix) >= cryptofmt.NonRawPrefixSize { // Cap the prefix to the size of the non-raw prefix. entriesWithPrefix = m.items[string(prefix[:cryptofmt.NonRawPrefixSize])] } entriesWithoutPrefix := m.items[EmptyPrefix] return &Iterator[P]{ fiveBytePrefixedPrimitives: entriesWithPrefix, rawPrimitives: entriesWithoutPrefix, index: 0, } } // Insert adds the primitive with the given prefix. func (m *PrefixMap[P]) Insert(prefix string, primitive P) error { if len(prefix) > 0 && len(prefix) != cryptofmt.NonRawPrefixSize { return fmt.Errorf("prefixmap: prefix has size %d, want %d", len(prefix), cryptofmt.NonRawPrefixSize) } m.items[prefix] = append(m.items[prefix], primitive) return nil } ================================================ FILE: internal/prefixmap/prefixmap_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prefixmap_test import ( "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/internal/prefixmap" ) func TestInsert_FailsWithInvalidPrefix(t *testing.T) { pm := prefixmap.New[int]() if err := pm.Insert("ab", 1); err == nil { t.Errorf("pm.Insert(\"ab\", 1) err = nil, want error") } if err := pm.Insert("ababab", 1); err == nil { t.Errorf("pm.Insert(\"ababab\", 1) err = nil, want error") } } func TestPrimitivesMatchingPrefix_EmptyMap(t *testing.T) { t.Run("nil prefix", func(t *testing.T) { var got []int it := prefixmap.New[int]().PrimitivesMatchingPrefix(nil) for p, ok := it.Next(); ok; p, ok = it.Next() { got = append(got, p) } if len(got) != 0 { t.Errorf("pm.PrimitivesMatchingPrefix(%q) = %v, want empty", "", got) } }) t.Run("empty prefix", func(t *testing.T) { var got []int it := prefixmap.New[int]().PrimitivesMatchingPrefix([]byte("")) for p, ok := it.Next(); ok; p, ok = it.Next() { got = append(got, p) } if len(got) != 0 { t.Errorf("pm.PrimitivesMatchingPrefix(%q) = %v, want empty", "", got) } }) t.Run("non-empty prefix", func(t *testing.T) { var got []int it := prefixmap.New[int]().PrimitivesMatchingPrefix([]byte("abcde")) for p, ok := it.Next(); ok; p, ok = it.Next() { got = append(got, p) } if len(got) != 0 { t.Errorf("pm.PrimitivesMatchingPrefix(%q) = %v, want empty", "", got) } }) } func TestPrimitivesMatchingPrefix_NullOrEmptySlices(t *testing.T) { t.Run("empty_raw_keys", func(t *testing.T) { pm := prefixmap.New[int]() if err := pm.Insert("abcde", 1); err != nil { t.Errorf("m.Insert(%v) err = %v, want nil", "abcde", err) } var got []int it := pm.PrimitivesMatchingPrefix([]byte("abcde")) for p, ok := it.Next(); ok; p, ok = it.Next() { got = append(got, p) } if diff := cmp.Diff([]int{1}, got); diff != "" { t.Errorf("pm.PrimitivesMatchingPrefix(%q) diff (-want +got):\n%s", "", diff) } }) t.Run("raw_only_keys", func(t *testing.T) { pm := prefixmap.New[int]() if err := pm.Insert(prefixmap.EmptyPrefix, 1); err != nil { t.Errorf("m.Insert(%v) err = %v, want nil", "abcde", err) } { var got []int it := pm.PrimitivesMatchingPrefix([]byte(prefixmap.EmptyPrefix)) for p, ok := it.Next(); ok; p, ok = it.Next() { got = append(got, p) } if diff := cmp.Diff([]int{1}, got); diff != "" { t.Errorf("pm.PrimitivesMatchingPrefix(%q) diff (-want +got):\n%s", "", diff) } } { var got []int it := pm.PrimitivesMatchingPrefix([]byte("fffff")) for p, ok := it.Next(); ok; p, ok = it.Next() { got = append(got, p) } if diff := cmp.Diff([]int{1}, got); diff != "" { t.Errorf("pm.PrimitivesMatchingPrefix(%q) diff (-want +got):\n%s", "", diff) } } }) } func TestPrimitivesMatchingPrefix(t *testing.T) { pm := prefixmap.New[int]() if err := pm.Insert("abcde", 1); err != nil { t.Errorf("m.Insert(%v) err = %v, want nil", "abcde", err) } if err := pm.Insert("abcde", 2); err != nil { t.Errorf("m.Insert(%v) err = %v, want nil", "abcde", err) } if err := pm.Insert("abcde", 3); err != nil { t.Errorf("m.Insert(%v) err = %v, want nil", "abcde", err) } if err := pm.Insert("fghil", 4); err != nil { t.Errorf("m.Insert(%v) err = %v, want nil", "fghil", err) } if err := pm.Insert("fghil", 5); err != nil { t.Errorf("m.Insert(%v) err = %v, want nil", "fghil", err) } if err := pm.Insert(prefixmap.EmptyPrefix, 6); err != nil { t.Errorf("m.Insert(%v) err = %v, want nil", prefixmap.EmptyPrefix, err) } if err := pm.Insert(prefixmap.EmptyPrefix, 7); err != nil { t.Errorf("m.Insert(%v) err = %v, want nil", prefixmap.EmptyPrefix, err) } for _, tc := range []struct { name string prefix []byte want []int }{ { name: "existing prefix", prefix: []byte("abcde"), want: []int{1, 2, 3, 6, 7}, }, { name: "larger prefix with existing prefix", prefix: []byte("abcdefghil"), want: []int{1, 2, 3, 6, 7}, }, { name: "non-existing prefix", prefix: []byte("ddddd"), want: []int{6, 7}, }, { name: "empty prefix", prefix: []byte(prefixmap.EmptyPrefix), want: []int{6, 7}, }, } { t.Run(tc.name, func(t *testing.T) { var got []int it := pm.PrimitivesMatchingPrefix(tc.prefix) for p, ok := it.Next(); ok; p, ok = it.Next() { got = append(got, p) } if diff := cmp.Diff(tc.want, got); diff != "" { t.Errorf("pm.PrimitivesMatchingPrefix(%q) diff (-want +got):\n%s", tc.prefix, diff) } }) } } ================================================ FILE: internal/primitiveregistry/benchmark_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package primitiveregistry_test import ( "testing" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" _ "github.com/tink-crypto/tink-go/v2/aead" // To register primitives. _ "github.com/tink-crypto/tink-go/v2/mac" // To register primitives. _ "github.com/tink-crypto/tink-go/v2/signature" // To register primitives. ) func BenchmarkPrimitive(b *testing.B) { aesGCMKeyParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }) if err != nil { b.Fatalf("%v", err) } aesGCMKey, err := keygenregistry.CreateKey(aesGCMKeyParams, 0x1234) if err != nil { b.Fatalf("%v", err) } b.Run("Primitive", func(b *testing.B) { b.ResetTimer() b.ReportAllocs() for i := 0; i < b.N; i++ { if _, err := primitiveregistry.Primitive(aesGCMKey); err != nil { b.Fatalf("%v", err) } } }) } ================================================ FILE: internal/primitiveregistry/primitiveregistry.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package primitiveregistry provides a registry for primitive constructors. package primitiveregistry import ( "fmt" "reflect" "sync" "github.com/tink-crypto/tink-go/v2/key" ) var ( primitiveConstructorsMu sync.RWMutex primitiveConstructors = make(map[reflect.Type]primitiveConstructor) ) type primitiveConstructor func(key key.Key) (any, error) // RegisterPrimitiveConstructor registers a function that constructs primitives // from a given [key.Key] to the global registry. func RegisterPrimitiveConstructor[K key.Key](constructor primitiveConstructor) error { keyType := reflect.TypeFor[K]() primitiveConstructorsMu.Lock() defer primitiveConstructorsMu.Unlock() if existingCreator, found := primitiveConstructors[keyType]; found && reflect.ValueOf(existingCreator).Pointer() != reflect.ValueOf(constructor).Pointer() { return fmt.Errorf("a different constructor already registered for %v", keyType) } primitiveConstructors[keyType] = constructor return nil } // UnregisterPrimitiveConstructor removes the primitive constructor for the // given key type. // // This function is intended to be used in tests only. func UnregisterPrimitiveConstructor[K key.Key]() { primitiveConstructorsMu.Lock() defer primitiveConstructorsMu.Unlock() delete(primitiveConstructors, reflect.TypeFor[K]()) } // Primitive constructs a primitive from a given [key.Key]. func Primitive(key key.Key) (any, error) { if key == nil { return nil, fmt.Errorf("key is nil") } primitiveConstructorsMu.RLock() constructor, found := primitiveConstructors[reflect.TypeOf(key)] primitiveConstructorsMu.RUnlock() if !found { return nil, fmt.Errorf("no constructor found for key %T", key) } return constructor(key) } ================================================ FILE: internal/primitiveregistry/primitiveregistry_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package primitiveregistry_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/key" ) type testParameters struct { key.Parameters hasIDRequirement bool } func (p *testParameters) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParameters) Equal(other key.Parameters) bool { otherP, ok := other.(*testParameters) if !ok { return false } return p.hasIDRequirement == otherP.hasIDRequirement } type testKey struct { key.Key params *testParameters id uint32 } func (k *testKey) Parameters() key.Parameters { return k.params } func (k *testKey) IDRequirement() (uint32, bool) { if k.params.HasIDRequirement() { return k.id, true } return 0, false } func (k *testKey) Equal(other key.Key) bool { otherK, ok := other.(*testKey) if !ok { return false } return k.id == otherK.id && k.params.Equal(otherK.params) } type testPrimitive struct { ID uint32 } type anotherTestKey struct { key.Key } func (k *anotherTestKey) Parameters() key.Parameters { return nil } func (k *anotherTestKey) IDRequirement() (uint32, bool) { return 0, false } func (k *anotherTestKey) Equal(other key.Key) bool { _, ok := other.(*anotherTestKey) return ok } func testPrimitiveConstructor(k key.Key) (any, error) { testK, ok := k.(*testKey) if !ok { return nil, fmt.Errorf("unexpected key type: %T", k) } id, _ := testK.IDRequirement() return &testPrimitive{ID: id}, nil } func TestRegisterPrimitiveConstructorAndPrimitive_Success(t *testing.T) { if err := primitiveregistry.RegisterPrimitiveConstructor[*testKey](testPrimitiveConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } defer primitiveregistry.UnregisterPrimitiveConstructor[*testKey]() k := &testKey{params: &testParameters{hasIDRequirement: true}, id: 123} p, err := primitiveregistry.Primitive(k) if err != nil { t.Fatalf("primitiveregistry.Primitive() err = %v, want nil", err) } testP, ok := p.(*testPrimitive) if !ok { t.Fatalf("primitive is not of type *testPrimitive") } if !cmp.Equal(testP, &testPrimitive{ID: 123}) { t.Errorf("primitiveregistry.Primitive() = %v, want %v", testP, &testPrimitive{ID: 123}) } } func TestRegisterPrimitiveConstructor_SameConstructorTwiceIsNoOp(t *testing.T) { if err := primitiveregistry.RegisterPrimitiveConstructor[*testKey](testPrimitiveConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } defer primitiveregistry.UnregisterPrimitiveConstructor[*testKey]() if err := primitiveregistry.RegisterPrimitiveConstructor[*testKey](testPrimitiveConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } } func TestRegisterPrimitiveConstructor_FailsIfDifferentConstructorRegistered(t *testing.T) { if err := primitiveregistry.RegisterPrimitiveConstructor[*testKey](testPrimitiveConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } defer primitiveregistry.UnregisterPrimitiveConstructor[*testKey]() anotherConstructor := func(k key.Key) (any, error) { return nil, nil } if err := primitiveregistry.RegisterPrimitiveConstructor[*testKey](anotherConstructor); err == nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = nil, want error") } } func TestPrimitive_Fails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "anotherTestKey", key: &anotherTestKey{}, }, { name: "nilKey", key: nil, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := primitiveregistry.Primitive(tc.key); err == nil { t.Fatalf("primitiveregistry.Primitive() err = nil, want error") } }) } } func TestUnregisterRemovesConstructor(t *testing.T) { if err := primitiveregistry.RegisterPrimitiveConstructor[*testKey](testPrimitiveConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } k := &testKey{params: &testParameters{hasIDRequirement: true}, id: 123} if _, err := primitiveregistry.Primitive(k); err != nil { t.Fatalf("primitiveregistry.Primitive() err = %v, want nil", err) } primitiveregistry.UnregisterPrimitiveConstructor[*testKey]() if _, err := primitiveregistry.Primitive(k); err == nil { t.Fatalf("primitiveregistry.Primitive() err = nil, want error") } } ================================================ FILE: internal/primitiveset/primitiveset.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package primitiveset provides a container for a set of cryptographic // primitives. // // It provides also additional properties for the primitives it holds. In // particular, one of the primitives in the set can be distinguished as "the // primary" one. package primitiveset import ( "fmt" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/key" ) // Entry represents a single entry in the keyset. In addition to the actual // primitive, it holds the identifier and status of the primitive. type Entry[T any] struct { KeyID uint32 Primitive T FullPrimitive T Key key.Key IsPrimary bool } // OutputPrefix returns the output prefix of the key. func (e *Entry[T]) OutputPrefix() []byte { return outputPrefix(e.Key) } // PrimitiveSet is used for supporting key rotation: primitives in a set // correspond to keys in a keyset. Users will usually work with primitive // instances, which essentially wrap primitive sets. For example an instance of // an AEAD-primitive for a given keyset holds a set of AEAD-primitives // corresponding to the keys in the keyset, and uses the set members to do the // actual crypto operations: to encrypt data the primary AEAD-primitive from // the set is used, and upon decryption the ciphertext's prefix determines the // id of the primitive from the set. type PrimitiveSet[T any] struct { // Primary entry. Primary *Entry[T] // The primitives are stored in a map of (ciphertext prefix, list of // primitives sharing the prefix). This allows quickly retrieving the // primitives sharing some particular prefix. Entries map[string][]*Entry[T] // Stores entries in the original keyset key order. EntriesInKeysetOrder []*Entry[T] Annotations map[string]string } // New returns an empty instance of PrimitiveSet. func New[T any]() *PrimitiveSet[T] { return &PrimitiveSet[T]{ Primary: nil, Entries: make(map[string][]*Entry[T]), EntriesInKeysetOrder: make([]*Entry[T], 0), Annotations: nil, } } // RawEntries returns all primitives in the set that have RAW prefix. func (ps *PrimitiveSet[T]) RawEntries() ([]*Entry[T], error) { return ps.EntriesForPrefix(cryptofmt.RawPrefix) } // EntriesForPrefix returns all primitives in the set that have the given prefix. func (ps *PrimitiveSet[T]) EntriesForPrefix(prefix string) ([]*Entry[T], error) { result, found := ps.Entries[prefix] if !found { return []*Entry[T]{}, nil } return result, nil } type withOutputPrefix interface { OutputPrefix() []byte } func outputPrefix(key key.Key) []byte { if withOutputPrefix, ok := key.(withOutputPrefix); ok { return withOutputPrefix.OutputPrefix() } return nil } // Add creates a new entry in the primitive set and returns the added entry. func (ps *PrimitiveSet[T]) Add(e *Entry[T]) error { // TODO: b/442750026 - Consider forcing T to be a pointer type and check for // nil primitives. if e.Key == nil { return fmt.Errorf("key must be set") } prefix := string(e.OutputPrefix()) ps.Entries[prefix] = append(ps.Entries[prefix], e) ps.EntriesInKeysetOrder = append(ps.EntriesInKeysetOrder, e) if e.IsPrimary { ps.Primary = e } return nil } ================================================ FILE: internal/primitiveset/primitiveset_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package primitiveset_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/aead/chacha20poly1305" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ) func TestPrimitvesetNew(t *testing.T) { ps := primitiveset.New[any]() if ps.Primary != nil || ps.Entries == nil || ps.EntriesInKeysetOrder == nil { t.Errorf("expect primary to be nil and primitives is initialized") } } type testKey struct { keyID uint32 key key.Key primitive tink.AEAD isFull bool } var ( keyBytes = []byte("01234567890123456789012345678901") ) func mustCreateAESGCMKey(t *testing.T, variant aesgcm.Variant, keyID uint32) *aesgcm.Key { params, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ Variant: variant, KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } sd := secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}) key, err := aesgcm.NewKey(sd, keyID, params) if err != nil { t.Fatalf("aesgcm.NewKey() err = %v, want nil", err) } return key } func mustCreateChaCha20Poly1305Key(t *testing.T, variant chacha20poly1305.Variant, keyID uint32) *chacha20poly1305.Key { params, err := chacha20poly1305.NewParameters(variant) if err != nil { t.Fatalf("chacha20poly1305.NewParameters() err = %v, want nil", err) } sd := secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}) key, err := chacha20poly1305.NewKey(sd, keyID, params) if err != nil { t.Fatalf("chacha20poly1305.NewKey() err = %v, want nil", err) } return key } func TestPrimitivesetAddAndEntriesInKeysetOrder(t *testing.T) { keys := []testKey{ testKey{ keyID: 0x1234543, key: mustCreateAESGCMKey(t, aesgcm.VariantTink, 0x1234543), primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x1234543)}, }, testKey{ keyID: 0x7213743, key: mustCreateAESGCMKey(t, aesgcm.VariantCrunchy, 0x7213743), primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x7213743)}, }, testKey{ keyID: 0, key: mustCreateAESGCMKey(t, aesgcm.VariantNoPrefix, 0), primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x1111111)}, }, testKey{ keyID: 0x9876543, key: mustCreateChaCha20Poly1305Key(t, chacha20poly1305.VariantTink, 0x9876543), primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x9876543)}, isFull: true, }, } ps := primitiveset.New[tink.AEAD]() var got []*primitiveset.Entry[tink.AEAD] for _, k := range keys { e := &primitiveset.Entry[tink.AEAD]{ KeyID: k.keyID, Key: k.key, } if k.isFull { e.FullPrimitive = k.primitive } else { e.Primitive = k.primitive } got = append(got, e) if err := ps.Add(e); err != nil { t.Fatalf("ps.Add() err = %v, want nil", err) } } want := []*primitiveset.Entry[tink.AEAD]{ { KeyID: 0x1234543, Primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x1234543)}, Key: keys[0].key, }, { KeyID: 0x7213743, Primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x7213743)}, Key: keys[1].key, }, { KeyID: 0, Primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x1111111)}, Key: keys[2].key, }, { KeyID: 0x9876543, FullPrimitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x9876543)}, Key: keys[3].key, }, } if diff := cmp.Diff(got, want); diff != "" { t.Errorf("got diff (-want +got):\n%s", diff) } if !cmp.Equal(ps.EntriesInKeysetOrder, want) { t.Errorf("EntriesInKeysetOrder = %v, want = %v", ps.EntriesInKeysetOrder, want) } } func TestPrimitivesetRawEntries(t *testing.T) { keys := []testKey{ testKey{ keyID: 0x1234543, key: mustCreateAESGCMKey(t, aesgcm.VariantTink, 0x1234543), primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x1234543)}, }, testKey{ keyID: 0x7213743, key: mustCreateAESGCMKey(t, aesgcm.VariantCrunchy, 0x7213743), primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x7213743)}, }, testKey{ keyID: 0, key: mustCreateAESGCMKey(t, aesgcm.VariantNoPrefix, 0), primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x1111111)}, }, testKey{ keyID: 0x9876543, key: mustCreateChaCha20Poly1305Key(t, chacha20poly1305.VariantNoPrefix, 0), primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x9876543)}, isFull: true, }, } ps := primitiveset.New[tink.AEAD]() for _, k := range keys { e := &primitiveset.Entry[tink.AEAD]{ KeyID: k.keyID, Key: k.key, } if k.isFull { e.FullPrimitive = k.primitive } else { e.Primitive = k.primitive } if err := ps.Add(e); err != nil { t.Fatalf("ps.Add() err = %v, want nil", err) } } got, err := ps.RawEntries() if err != nil { t.Errorf("RawEntries() err = %v, want nil", err) } want := []*primitiveset.Entry[tink.AEAD]{ { KeyID: 0, Primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x1111111)}, Key: keys[2].key, }, { KeyID: 0x9876543, FullPrimitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x9876543)}, Key: keys[3].key, }, } if diff := cmp.Diff(got, want); diff != "" { t.Errorf("ps.RawEntries() diff (-want +got):\n%s", diff) } } type primitive struct { primitive tink.AEAD isFull bool } func TestPrimitivesetPrefixedEntries(t *testing.T) { type testCase struct { tag string prefix string entries []*primitiveset.Entry[tink.AEAD] wantForPrefix []*primitiveset.Entry[tink.AEAD] } for _, tc := range []testCase{ { tag: "legacy Prefix", prefix: string([]byte{0, 0, 18, 214, 111}), // LEGACY_PREFIX + 1234543, entries: []*primitiveset.Entry[tink.AEAD]{ { KeyID: 1234543, Primitive: &testutil.DummyAEAD{Name: "1"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantCrunchy, 1234543), }, { KeyID: 7213743, FullPrimitive: &testutil.DummyAEAD{Name: "2"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantCrunchy, 7213743), }, }, wantForPrefix: []*primitiveset.Entry[tink.AEAD]{ { KeyID: 1234543, Primitive: &testutil.DummyAEAD{Name: "1"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantCrunchy, 1234543), }, }, }, { tag: "raw prefix", prefix: "", entries: []*primitiveset.Entry[tink.AEAD]{ { KeyID: 1234543, Primitive: &testutil.DummyAEAD{Name: "1"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantNoPrefix, 0), }, { KeyID: 7213743, FullPrimitive: &testutil.DummyAEAD{Name: "2"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantCrunchy, 7213743), }, { KeyID: 9876543, FullPrimitive: &testutil.DummyAEAD{Name: "3"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantNoPrefix, 0), }, }, wantForPrefix: []*primitiveset.Entry[tink.AEAD]{ { KeyID: 1234543, Primitive: &testutil.DummyAEAD{Name: "1"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantNoPrefix, 0), }, { KeyID: 9876543, FullPrimitive: &testutil.DummyAEAD{Name: "3"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantNoPrefix, 0), }, }, }, { tag: "tink prefix multiple entries", prefix: string([]byte{1, 0, 18, 214, 111}), // TINK_PREFIX + 1234543 entries: []*primitiveset.Entry[tink.AEAD]{ { KeyID: 1234543, Primitive: &testutil.DummyAEAD{Name: "1"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantTink, 1234543), }, { KeyID: 1234543, FullPrimitive: &testutil.DummyAEAD{Name: "2"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantTink, 1234543), }, { KeyID: 9876543, FullPrimitive: &testutil.DummyAEAD{Name: "3"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantNoPrefix, 0), }, { KeyID: 7213743, Primitive: &testutil.DummyAEAD{Name: "2"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantTink, 7213743), }, }, wantForPrefix: []*primitiveset.Entry[tink.AEAD]{ { KeyID: 1234543, Primitive: &testutil.DummyAEAD{Name: "1"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantTink, 1234543), }, { KeyID: 1234543, FullPrimitive: &testutil.DummyAEAD{Name: "2"}, Key: mustCreateAESGCMKey(t, aesgcm.VariantTink, 1234543), }, }, }, } { t.Run(tc.tag, func(t *testing.T) { ps := primitiveset.New[tink.AEAD]() for i := 0; i < len(tc.entries); i++ { err := ps.Add(tc.entries[i]) if err != nil { t.Fatalf("ps.Add() err = %v, want nil", err) } } got, err := ps.EntriesForPrefix(tc.prefix) if err != nil { t.Errorf("EntriesForPrefix() err = %v, want nil", err) } if diff := cmp.Diff(got, tc.wantForPrefix); diff != "" { t.Errorf("EntriesForPrefix() diff (-want +got):\n%s", diff) } }) } } func TestAddWithInvalidInput(t *testing.T) { ps := primitiveset.New[tink.AEAD]() type testCase struct { name string entry *primitiveset.Entry[tink.AEAD] } for _, tc := range []testCase{ { name: "nil key", entry: &primitiveset.Entry[tink.AEAD]{ KeyID: 0, Primitive: &testutil.DummyAEAD{Name: fmt.Sprintf("AESGCM_%d", 0x1111111)}, }, }, } { t.Run(tc.name, func(t *testing.T) { if err := ps.Add(tc.entry); err == nil { t.Errorf("ps.Add() err = nil, want non-nil") } }) } } ================================================ FILE: internal/protoserialization/protoserialization.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package protoserialization defines interfaces for proto key to key objects parsers, and provides // a global registry that maps key type URLs to key parsers. The package also provides a fallback // proto key struct that wraps a proto keyset key. package protoserialization import ( "bytes" "fmt" "reflect" "sync" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) var ( keyParsersMu sync.RWMutex keyParsers = make(map[string]KeyParser) // TypeURL -> KeyParser keySerializersMu sync.RWMutex keySerializers = make(map[reflect.Type]KeySerializer) // KeyType -> KeySerializer parametersSerializersMu sync.RWMutex parameterSerializers = make(map[reflect.Type]ParametersSerializer) // ParameterType -> ParametersSerializer parametersParsersMu sync.RWMutex parameterParsers = make(map[string]ParametersParser) // TypeURL -> ParametersParser ) type fallbackProtoKeyParams struct { hasIDRequirement bool } func (p *fallbackProtoKeyParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *fallbackProtoKeyParams) Equal(parameters key.Parameters) bool { _, ok := parameters.(*fallbackProtoKeyParams) return ok && p.hasIDRequirement == parameters.HasIDRequirement() } // KeySerialization represents a Protobuf serialization of a [key.Key]. type KeySerialization struct { keyData *tinkpb.KeyData outputPrefixType tinkpb.OutputPrefixType idRequirement uint32 } // NewKeySerialization creates a new KeySerialization. // // idRequirement must be zero if outputPrefixType is RAW. func NewKeySerialization(keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) (*KeySerialization, error) { if outputPrefixType == tinkpb.OutputPrefixType_RAW && idRequirement != 0 { return nil, fmt.Errorf("idRequirement must be zero if hasIDRequirement is false") } return &KeySerialization{ keyData: keyData, outputPrefixType: outputPrefixType, idRequirement: idRequirement, }, nil } // KeyData returns the proto key data. func (k *KeySerialization) KeyData() *tinkpb.KeyData { return k.keyData } // OutputPrefixType returns the output prefix type of the key. func (k *KeySerialization) OutputPrefixType() tinkpb.OutputPrefixType { return k.outputPrefixType } // HasIDRequirement returns whether the key has an ID requirement. func (k *KeySerialization) HasIDRequirement() bool { return k.OutputPrefixType() != tinkpb.OutputPrefixType_RAW } // IDRequirement returns the key ID and whether it is required. // // If the key ID is not required, the returned ID is zero. func (k *KeySerialization) IDRequirement() (uint32, bool) { return k.idRequirement, k.HasIDRequirement() } // Equal reports whether k is equal to other. func (k *KeySerialization) Equal(other *KeySerialization) bool { return proto.Equal(k.keyData, other.keyData) && k.outputPrefixType == other.outputPrefixType && k.idRequirement == other.idRequirement } // clone returns a copy of the key serialization. func (k *KeySerialization) clone() *KeySerialization { return &KeySerialization{ keyData: proto.Clone(k.keyData).(*tinkpb.KeyData), outputPrefixType: k.outputPrefixType, idRequirement: k.idRequirement, } } // FallbackProtoKey is a key that wraps a proto key serialization. // // FallbackProtoKey implements the [key.Key] interface. This is a fallback key // type that is used to wrap individual keyset keys when no concrete key type // is available; it is purposely internal and does not allow accessing the // internal proto representation to avoid premature use of this type. type FallbackProtoKey struct { protoKeySerialization *KeySerialization parameters *fallbackProtoKeyParams outputPrefix []byte } // Parameters returns the parameters of this key. func (k *FallbackProtoKey) Parameters() key.Parameters { return k.parameters } // Equal reports whether k is equal to other. func (k *FallbackProtoKey) Equal(other key.Key) bool { otherFallbackProtoKey, ok := other.(*FallbackProtoKey) return ok && k.parameters.Equal(other.Parameters()) && k.protoKeySerialization.Equal(otherFallbackProtoKey.protoKeySerialization) } // IDRequirement returns the key ID and whether it is required. func (k *FallbackProtoKey) IDRequirement() (uint32, bool) { return k.protoKeySerialization.IDRequirement() } // OutputPrefix returns the output prefix of the key. func (k *FallbackProtoKey) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // calculateOutputPrefix calculates the output prefix from keyID. func calculateOutputPrefix(outputPrefixType tinkpb.OutputPrefixType, keyID uint32) ([]byte, error) { switch outputPrefixType { case tinkpb.OutputPrefixType_TINK: return outputprefix.Tink(keyID), nil case tinkpb.OutputPrefixType_LEGACY, tinkpb.OutputPrefixType_CRUNCHY: return outputprefix.Legacy(keyID), nil case tinkpb.OutputPrefixType_RAW: return nil, nil default: return nil, fmt.Errorf("unknown output prefix type: %v", outputPrefixType) } } // NewFallbackProtoKey creates a new FallbackProtoKey. func NewFallbackProtoKey(protoKeySerialization *KeySerialization) (*FallbackProtoKey, error) { outputPrefix, err := calculateOutputPrefix(protoKeySerialization.OutputPrefixType(), protoKeySerialization.idRequirement) if err != nil { return nil, err } return &FallbackProtoKey{ protoKeySerialization: protoKeySerialization, parameters: &fallbackProtoKeyParams{ hasIDRequirement: protoKeySerialization.HasIDRequirement(), }, outputPrefix: outputPrefix, }, nil } // FallbackProtoPrivateKey represents a fallback private key that wraps a proto // keyset key. type FallbackProtoPrivateKey struct { FallbackProtoKey } var _ key.Key = (*FallbackProtoPrivateKey)(nil) // Equal returns whether k is equal to other. func (k *FallbackProtoPrivateKey) Equal(other key.Key) bool { that, ok := other.(*FallbackProtoPrivateKey) return ok && k.FallbackProtoKey.Equal(&that.FallbackProtoKey) } // NewFallbackProtoPrivateKey creates a new FallbackProtoPrivateKey. func NewFallbackProtoPrivateKey(protoKeySerialization *KeySerialization) (*FallbackProtoPrivateKey, error) { if protoKeySerialization.KeyData().GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("the key is not a private key") } fallbackProtoKey, err := NewFallbackProtoKey(protoKeySerialization) if err != nil { return nil, err } return &FallbackProtoPrivateKey{ FallbackProtoKey: *fallbackProtoKey, }, nil } // PublicKey returns the public key of the private key. func (k *FallbackProtoPrivateKey) PublicKey() (key.Key, error) { privKeyData := k.protoKeySerialization.KeyData() keyManager, err := registry.GetKeyManager(privKeyData.GetTypeUrl()) if err != nil { return nil, err } privateKeyManager, ok := keyManager.(registry.PrivateKeyManager) if !ok { return nil, fmt.Errorf("%s does not correspond to a PrivateKeyManager", privKeyData.GetTypeUrl()) } publicKeyData, err := privateKeyManager.PublicKeyData(privKeyData.GetValue()) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := k.protoKeySerialization.IDRequirement() keySerialization, err := NewKeySerialization(publicKeyData, k.protoKeySerialization.OutputPrefixType(), idRequirement) if err != nil { return nil, err } return ParseKey(keySerialization) } // GetKeySerialization returns the fallbackProtoKey's proto key serialization. func GetKeySerialization(fallbackProtoKey *FallbackProtoKey) *KeySerialization { return fallbackProtoKey.protoKeySerialization } // KeyParser is an interface for parsing a key serialization into a key. type KeyParser interface { // ParseKey parses the given key serialization into a key. ParseKey(keysetKey *KeySerialization) (key.Key, error) } // KeySerializer is an interface for serializing a key into a proto key // serialization. type KeySerializer interface { // SerializeKey serializes the given key into a proto key serialization. SerializeKey(key key.Key) (*KeySerialization, error) } // ParametersSerializer is an interface for serializing [key.Parameters] into // [*tinkpb.KeyTemplate]. type ParametersSerializer interface { // Serialize serializes the given parameters into a proto key template. Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) } // ParametersParser is an interface for parsing key templates into a // [key.Parameters]. type ParametersParser interface { // Parse parses the given [*tinkpb.KeyTemplate] into a [key.Parameters]. Parse(template *tinkpb.KeyTemplate) (key.Parameters, error) } // RegisterKeySerializer registers the given key serializer for keys of type K. // // It doesn't allow replacing existing serializers. func RegisterKeySerializer[K key.Key](keySerializer KeySerializer) error { keySerializersMu.Lock() defer keySerializersMu.Unlock() keyType := reflect.TypeFor[K]() if _, found := keySerializers[keyType]; found { return fmt.Errorf("protoserialization.RegisterKeySerializer: type %v already registered", keyType) } keySerializers[keyType] = keySerializer return nil } // RegisterParametersSerializer registers the given parameter serializer for // parameters of type P. // // It doesn't allow replacing existing serializers. func RegisterParametersSerializer[P key.Parameters](parameterSerializer ParametersSerializer) error { parametersSerializersMu.Lock() defer parametersSerializersMu.Unlock() parameterType := reflect.TypeOf((*P)(nil)).Elem() if _, found := parameterSerializers[parameterType]; found { return fmt.Errorf("protoserialization.RegisterParametersSerializer: type %v already registered", parameterType) } parameterSerializers[parameterType] = parameterSerializer return nil } // RegisterParametersParser registers the given parameter parser for // a given type URL. // // It doesn't allow replacing existing serializers. func RegisterParametersParser(keyTypeURL string, parameterParser ParametersParser) error { parametersParsersMu.Lock() defer parametersParsersMu.Unlock() if _, found := parameterParsers[keyTypeURL]; found { return fmt.Errorf("protoserialization.RegisterParametersParser: type %v already registered", keyTypeURL) } parameterParsers[keyTypeURL] = parameterParser return nil } // SerializeKey serializes the given key into a proto keyset key. func SerializeKey(key key.Key) (*KeySerialization, error) { keyType := reflect.TypeOf(key) keySerializersMu.RLock() serializer, ok := keySerializers[keyType] keySerializersMu.RUnlock() if !ok { return nil, fmt.Errorf("protoserialization.SerializeKey: no serializer for type %v", keyType) } return serializer.SerializeKey(key) } // SerializeParameters serializes the given parameters into a proto key template. func SerializeParameters(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { if parameters == nil { return nil, fmt.Errorf("protoserialization.SerializeParameters: parameters is nil") } parametersType := reflect.TypeOf(parameters) parametersSerializersMu.RLock() serializer, ok := parameterSerializers[parametersType] parametersSerializersMu.RUnlock() if !ok { return nil, fmt.Errorf("protoserialization.SerializeParameters: no serializer for type %v", parametersType) } return serializer.Serialize(parameters) } // RegisterKeyParser registers the given key parser. // // It doesn't allow replacing existing parsers. func RegisterKeyParser(keyTypeURL string, keyParser KeyParser) error { keyParsersMu.Lock() defer keyParsersMu.Unlock() if _, found := keyParsers[keyTypeURL]; found { return fmt.Errorf("protoserialization.RegisterKeyParser: type %s already registered", keyTypeURL) } keyParsers[keyTypeURL] = keyParser return nil } // ParseKey parses the given keyset key into a key. // // If no parser is registered for the given type URL, a fallback key is returned. func ParseKey(keySerialization *KeySerialization) (key.Key, error) { keyParsersMu.RLock() parser, found := keyParsers[keySerialization.KeyData().GetTypeUrl()] keyParsersMu.RUnlock() if !found { if keySerialization.KeyData().GetKeyMaterialType() == tinkpb.KeyData_ASYMMETRIC_PRIVATE { return NewFallbackProtoPrivateKey(keySerialization) } return NewFallbackProtoKey(keySerialization) } return parser.ParseKey(keySerialization) } // ParseParameters parses the given keyset key into a [key.Parameters]. // // If no parser is registered for the given type URL, returns an error. func ParseParameters(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { parametersParsersMu.RLock() parser, found := parameterParsers[keyTemplate.GetTypeUrl()] parametersParsersMu.RUnlock() if !found { return nil, fmt.Errorf("protoserialization.ParseParameters: no parser for type %s", keyTemplate.GetTypeUrl()) } return parser.Parse(keyTemplate) } type fallbackProtoKeySerializer struct{} func (s *fallbackProtoKeySerializer) SerializeKey(key key.Key) (*KeySerialization, error) { fallbackKey, ok := key.(*FallbackProtoKey) if !ok { return nil, fmt.Errorf("key is of type %T; needed *FallbackProtoKey", fallbackKey) } // Make a copy of the proto key serialization. This is to avoid the caller // modifying the key data field of the key. return fallbackKey.protoKeySerialization.clone(), nil } type fallbackProtoPrivateKeySerializer struct{} func (s *fallbackProtoPrivateKeySerializer) SerializeKey(key key.Key) (*KeySerialization, error) { fallbackKey, ok := key.(*FallbackProtoPrivateKey) if !ok { return nil, fmt.Errorf("key is of type %T; needed *FallbackProtoPrivateKey", fallbackKey) } // Make a copy of the proto key serialization. This is to avoid the caller // modifying the key data field of the key. return fallbackKey.protoKeySerialization.clone(), nil } // UnregisterKeyParser removes the key parser for the given type URL from the // global key parsers registry. // // This function is intended to be used in tests only. func UnregisterKeyParser(keyTypeURL string) { keyParsersMu.Lock() defer keyParsersMu.Unlock() delete(keyParsers, keyTypeURL) } // UnregisterKeySerializer removes the serializer for the given key type from // the global registry. If no serializer is registered for the given type, this // function does nothing. // // This function is intended to be used in tests only. func UnregisterKeySerializer[K key.Key]() { keySerializersMu.Lock() defer keySerializersMu.Unlock() keyType := reflect.TypeFor[K]() delete(keySerializers, keyType) } // ClearParametersSerializers clears the global parameters serializers registry. // // This function is intended to be used in tests only. func ClearParametersSerializers() { parametersSerializersMu.Lock() defer parametersSerializersMu.Unlock() clear(parameterSerializers) } // UnregisterParametersParser removes the parameters parser for the given type // URL from the global registry. // // This function is intended to be used in tests only. func UnregisterParametersParser(keyTypeURL string) { parametersParsersMu.Lock() defer parametersParsersMu.Unlock() delete(parameterParsers, keyTypeURL) } func init() { RegisterKeySerializer[*FallbackProtoKey](&fallbackProtoKeySerializer{}) RegisterKeySerializer[*FallbackProtoPrivateKey](&fallbackProtoPrivateKeySerializer{}) } ================================================ FILE: internal/protoserialization/protoserialization_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package protoserialization_test import ( "encoding/hex" "errors" "fmt" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/testutil" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" ecdsapb "github.com/tink-crypto/tink-go/v2/proto/ecdsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( testKeyURL = "test-key-url" testKeyURL2 = "test-key-url-2" ) var ( ErrKeyParsing = errors.New("key parsing failed") ErrKeySerialization = errors.New("key serialization failed") ErrParamtersSerialization = errors.New("parameters serialization failed") ErrParamtersParsing = errors.New("parameters parsing failed") ) func TestNewKeySerializationFailsIfIDRequirementIsSetButOutputPrefixTypeIsRAW(t *testing.T) { keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } if _, err := protoserialization.NewKeySerialization(keyData, tinkpb.OutputPrefixType_RAW, 123); err == nil { t.Errorf("protoserialization.NewKeySerialization(%v, tinkpb.OutputPrefixType_RAW, 123) err = nil, want error", keyData) } } func newKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestNewKeySerialization(t *testing.T) { keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } for _, tc := range []struct { name string outputPrefixType tinkpb.OutputPrefixType idRequirement uint32 idRequired bool }{ { name: "TINK output prefix type", outputPrefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 123, idRequired: true, }, { name: "CRUNCHY output prefix type", outputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, idRequirement: 123, idRequired: true, }, { name: "LEGACY output prefix type", outputPrefixType: tinkpb.OutputPrefixType_LEGACY, idRequirement: 123, idRequired: true, }, { name: "RAW output prefix type", outputPrefixType: tinkpb.OutputPrefixType_RAW, idRequirement: 0, idRequired: false, }, } { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.NewKeySerialization(keyData, tc.outputPrefixType, tc.idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, tc.outputPrefixType, tc.idRequirement, err) } if diff := cmp.Diff(keySerialization.KeyData(), keyData, protocmp.Transform()); diff != "" { t.Errorf("keySerialization.KeyData() diff (-want +got):\n%s", diff) } if got, want := keySerialization.OutputPrefixType(), tc.outputPrefixType; got != want { t.Errorf("keySerialization.OutputPrefixType() = %v, want %v", got, want) } gotIDRequirement, gotIDRequired := keySerialization.IDRequirement() if gotIDRequirement != tc.idRequirement { t.Errorf("keySerialization.IDRequirement() = %v, want %v", gotIDRequirement, tc.idRequirement) } if gotIDRequired != tc.idRequired { t.Errorf("gotIDRequired = %v, want %v", gotIDRequired, tc.idRequired) } }) } } func TestKeySerializationEqual(t *testing.T) { for _, tc := range []struct { name string ks1 *protoserialization.KeySerialization ks2 *protoserialization.KeySerialization want bool }{ { name: "equal", ks1: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123), ks2: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123), want: true, }, { name: "different key data value", ks1: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123), ks2: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("345"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123), want: false, }, { name: "different key data type URL", ks1: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123), ks2: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL2, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123), want: false, }, { name: "different key data key material type", ks1: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123), ks2: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), want: false, }, { name: "different key ID", ks1: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123), ks2: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 345), want: false, }, { name: "different output prefix type", ks1: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123), ks2: newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_CRUNCHY, 123), want: false, }, } { t.Run(tc.name, func(t *testing.T) { if got := tc.ks1.Equal(tc.ks2); got != tc.want { t.Errorf("ks1.Equal(ks2) = %v, want %v", got, tc.want) } }) } } func mustCreateFallbackProtoKey(t *testing.T, keySerialization *protoserialization.KeySerialization) *protoserialization.FallbackProtoKey { t.Helper() key, err := protoserialization.NewFallbackProtoKey(keySerialization) if err != nil { t.Fatalf("protoserialization.NewFallbackProtoKey() err = %v, want nil", err) } return key } func TestFallbackProtoKeyEqual(t *testing.T) { keyData1 := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } keyData2 := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("456"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } tests := []struct { name string key1 key.Key key2 key.Key want bool }{ { name: "equal keys", key1: mustCreateFallbackProtoKey(t, newKeySerialization(t, keyData1, tinkpb.OutputPrefixType_TINK, 1)), key2: mustCreateFallbackProtoKey(t, newKeySerialization(t, keyData1, tinkpb.OutputPrefixType_TINK, 1)), want: true, }, { name: "keys with different key IDs", key1: mustCreateFallbackProtoKey(t, newKeySerialization(t, keyData1, tinkpb.OutputPrefixType_TINK, 0)), key2: mustCreateFallbackProtoKey(t, newKeySerialization(t, keyData1, tinkpb.OutputPrefixType_TINK, 1)), want: false, }, { name: "different key data", key1: mustCreateFallbackProtoKey(t, newKeySerialization(t, keyData1, tinkpb.OutputPrefixType_TINK, 1)), key2: mustCreateFallbackProtoKey(t, newKeySerialization(t, keyData2, tinkpb.OutputPrefixType_TINK, 1)), want: false, }, { name: "different output prefix", key1: mustCreateFallbackProtoKey(t, newKeySerialization(t, keyData1, tinkpb.OutputPrefixType_CRUNCHY, 1)), key2: mustCreateFallbackProtoKey(t, newKeySerialization(t, keyData1, tinkpb.OutputPrefixType_TINK, 1)), want: false, }, } for _, tc := range tests { t.Run(tc.name, func(t *testing.T) { if got := tc.key1.Equal(tc.key2); got != tc.want { t.Errorf("key1.Equal(key2) = %v, want %v", got, tc.want) } }) } } func TestFallbackProtoPrivateKeyEqual(t *testing.T) { keyData1 := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } keyData2 := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("456"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } privateKey1, err := protoserialization.NewFallbackProtoPrivateKey(newKeySerialization(t, keyData1, tinkpb.OutputPrefixType_TINK, 1)) if err != nil { t.Fatalf("protoserialization.NewFallbackProtoPrivateKey(%v) err = %v, want nil", keyData1, err) } privateKey1DifferentID, err := protoserialization.NewFallbackProtoPrivateKey(newKeySerialization(t, keyData1, tinkpb.OutputPrefixType_TINK, 2)) if err != nil { t.Fatalf("protoserialization.NewFallbackProtoPrivateKey(%v) err = %v, want nil", keyData1, err) } privateKey1Crunchy, err := protoserialization.NewFallbackProtoPrivateKey(newKeySerialization(t, keyData1, tinkpb.OutputPrefixType_CRUNCHY, 1)) if err != nil { t.Fatalf("protoserialization.NewFallbackProtoPrivateKey(%v) err = %v, want nil", keyData1, err) } privateKey2, err := protoserialization.NewFallbackProtoPrivateKey(newKeySerialization(t, keyData2, tinkpb.OutputPrefixType_TINK, 1)) if err != nil { t.Fatalf("protoserialization.NewFallbackProtoPrivateKey(%v) err = %v, want nil", keyData1, err) } tests := []struct { name string key1 key.Key key2 key.Key want bool }{ { name: "equal keys", key1: privateKey1, key2: privateKey1, want: true, }, { name: "keys with different key IDs", key1: privateKey1DifferentID, key2: privateKey1, want: false, }, { name: "different key data", key1: privateKey1, key2: privateKey2, want: false, }, { name: "different output prefix", key1: privateKey1Crunchy, key2: privateKey1, want: false, }, { name: "not a private key", key1: privateKey1, key2: mustCreateFallbackProtoKey(t, newKeySerialization(t, keyData1, tinkpb.OutputPrefixType_TINK, 1)), want: false, }, } for _, tc := range tests { t.Run(tc.name, func(t *testing.T) { if got := tc.key1.Equal(tc.key2); got != tc.want { t.Errorf("key1.Equal(key2) = %v, want %v", got, tc.want) } if got := tc.key2.Equal(tc.key1); got != tc.want { t.Errorf("key2.Equal(key1) = %v, want %v", got, tc.want) } }) } } func TestFallbackProtoKey_ParametersEqual(t *testing.T) { keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } tests := []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "with ID requirement", keySerialization: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_TINK, 1), }, { name: "without ID requirement", keySerialization: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_RAW, 0), }, } for _, tc := range tests { t.Run(tc.name, func(t *testing.T) { key := mustCreateFallbackProtoKey(t, tc.keySerialization) params := key.Parameters() if params == nil { t.Errorf("key.Parameters() = nil, want not nil") } otherParameters := mustCreateFallbackProtoKey(t, tc.keySerialization).Parameters() if otherParameters == nil { t.Errorf("protoserialization.NewFallbackProtoKey(protoKey).Parameters() = nil, want not nil") } if !params.Equal(otherParameters) { t.Errorf("parameters.Equal(otherParameters) = false, want true") } }) } } func TestFallbackProtoKey_ParametersNotEqual(t *testing.T) { keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } key1 := mustCreateFallbackProtoKey(t, newKeySerialization(t, keyData, tinkpb.OutputPrefixType_RAW, 0)) key2 := mustCreateFallbackProtoKey(t, newKeySerialization(t, keyData, tinkpb.OutputPrefixType_TINK, 123)) if key1.Parameters().Equal(key2.Parameters()) { t.Errorf("parameters.Equal(otherParameters) = true, want false") } } func TestFallbackProtoKey_OutputPrefix(t *testing.T) { keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } for _, tc := range []struct { name string ks *protoserialization.KeySerialization wantOutputPrefix []byte }{ { name: "TINK", ks: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_TINK, 0x01020304), wantOutputPrefix: slices.Concat([]byte{cryptofmt.TinkStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: "LEGACY", ks: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_LEGACY, 0x01020304), wantOutputPrefix: slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: "CRUNCY", ks: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_CRUNCHY, 0x01020304), wantOutputPrefix: slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: "RAW", ks: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_RAW, 0), wantOutputPrefix: nil, }, } { t.Run(tc.name, func(t *testing.T) { key, err := protoserialization.NewFallbackProtoKey(tc.ks) if err != nil { t.Fatalf("protoserialization.NewFallbackProtoKey(%v) err = %v, want nil", tc.ks, err) } if diff := cmp.Diff(tc.wantOutputPrefix, key.OutputPrefix()); diff != "" { t.Errorf("key.OutputPrefix() diff (-want +got):\n%s", diff) } }) } } func TestFallbackProtoPrivateKey_OutputPrefix(t *testing.T) { keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } for _, tc := range []struct { name string ks *protoserialization.KeySerialization wantOutputPrefix []byte }{ { name: "TINK", ks: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_TINK, 0x01020304), wantOutputPrefix: slices.Concat([]byte{cryptofmt.TinkStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: "LEGACY", ks: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_LEGACY, 0x01020304), wantOutputPrefix: slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: "CRUNCY", ks: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_CRUNCHY, 0x01020304), wantOutputPrefix: slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: "RAW", ks: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_RAW, 0), wantOutputPrefix: nil, }, } { t.Run(tc.name, func(t *testing.T) { key, err := protoserialization.NewFallbackProtoPrivateKey(tc.ks) if err != nil { t.Fatalf("protoserialization.NewFallbackProtoPrivateKey(%v) err = %v, want nil", tc.ks, err) } if diff := cmp.Diff(tc.wantOutputPrefix, key.OutputPrefix()); diff != "" { t.Errorf("key.OutputPrefix() diff (-want +got):\n%s", diff) } }) } } func TestFallbackProtoKeyIDRequirement(t *testing.T) { keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } for _, tc := range []struct { name string ks *protoserialization.KeySerialization wantHasIDRequirement bool wantIDRequirement uint32 }{ { name: "with ID requirement", ks: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_TINK, 123), wantHasIDRequirement: true, wantIDRequirement: 123, }, { name: "without ID requirement", ks: newKeySerialization(t, keyData, tinkpb.OutputPrefixType_RAW, 0), wantHasIDRequirement: false, wantIDRequirement: 0, }, } { t.Run(tc.name, func(t *testing.T) { key, err := protoserialization.NewFallbackProtoKey(tc.ks) if err != nil { t.Fatalf("protoserialization.NewFallbackProtoKey(%v) err = %v, want nil", tc.ks, err) } idRequirement, hasIDRequirement := key.IDRequirement() if hasIDRequirement != tc.wantHasIDRequirement || idRequirement != tc.wantIDRequirement { t.Errorf("key.IDRequirement() = (%v, %v), want (%v, %v)", hasIDRequirement, idRequirement, tc.wantHasIDRequirement, tc.wantIDRequirement) } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type testKey struct { keyData *tinkpb.KeyData id uint32 params testParams } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*testKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *testKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } type testParser struct{} func (p *testParser) ParseKey(keysetKey *protoserialization.KeySerialization) (key.Key, error) { return &testKey{keyData: keysetKey.KeyData()}, nil } var _ protoserialization.KeyParser = (*testParser)(nil) type testKeySerializer struct{} func (s *testKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := key.(*testKey) if !ok { return nil, fmt.Errorf("type mismatch: got %T, want *testKey", key) } idReq, _ := actualKey.IDRequirement() return protoserialization.NewKeySerialization(actualKey.keyData, tinkpb.OutputPrefixType_TINK, idReq) } var _ protoserialization.KeySerializer = (*testKeySerializer)(nil) type testParamsSerializer struct{} func (s *testParamsSerializer) Serialize(params key.Parameters) (*tinkpb.KeyTemplate, error) { _, ok := params.(*testParams) if !ok { return nil, fmt.Errorf("type mismatch: got %T, want *testParams", params) } return &tinkpb.KeyTemplate{ TypeUrl: testKeyURL, }, nil } var _ protoserialization.ParametersSerializer = (*testParamsSerializer)(nil) type testParamsParser struct{} func (s *testParamsParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { return &testParams{ hasIDRequirement: true, }, nil } var _ protoserialization.ParametersParser = (*testParamsParser)(nil) func TestRegisterKeyParserFailsIfAlreadyRegistered(t *testing.T) { defer protoserialization.UnregisterKeyParser(testKeyURL) err := protoserialization.RegisterKeyParser(testKeyURL, &testParser{}) if err != nil { t.Fatalf("protoserialization.RegisterKeyParser(%s) err = %v, want nil", testKeyURL, err) } if protoserialization.RegisterKeyParser(testKeyURL, &testParser{}) == nil { t.Errorf("protoserialization.RegisterKeyParser(%s) err = nil, want error", testKeyURL) } } func TestParseKey(t *testing.T) { defer protoserialization.UnregisterKeyParser(testKeyURL) err := protoserialization.RegisterKeyParser(testKeyURL, &testParser{}) if err != nil { t.Fatalf("protoserialization.RegisterKeyParser(%s) err = %v, want nil", testKeyURL, err) } keySerialization := newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123) key, err := protoserialization.ParseKey(keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%s) err = %v, want nil", testKeyURL, err) } gotKey, ok := key.(*testKey) if !ok { t.Fatalf("type mismatch: got %T, want *testKey", key) } wantKey := &testKey{keyData: &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }} if diff := cmp.Diff(gotKey.keyData, wantKey.keyData, protocmp.Transform()); diff != "" { t.Errorf("testKey.KeyData() diff (-want +got):\n%s", diff) } } func TestParseKeyReturnsFallbackIfNoParsersRegistered(t *testing.T) { // Empty parser map. keySerialization := newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123) key, err := protoserialization.ParseKey(keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%s) err = %v, want nil", testKeyURL, err) } fallbackProtoKey, ok := key.(*protoserialization.FallbackProtoKey) if !ok { t.Errorf("type mismatch: got %T, want *protoserialization.FallbackProtoKey", key) } keyID, hasIDRequirement := fallbackProtoKey.IDRequirement() if !hasIDRequirement { t.Errorf("hasIDRequirement = false, want true") } if hasIDRequirement != fallbackProtoKey.Parameters().HasIDRequirement() { t.Errorf("hasIDRequirement != fallbackProtoKey.Parameters().HasIDRequirement(), want equal") } if keyID != 123 { t.Errorf("keyID = %d, want 123", keyID) } } func TestParseKeyReturnsFallbackIfDifferentParserRegistered(t *testing.T) { defer protoserialization.UnregisterKeyParser(testKeyURL2) // Register a parser for a different key type URL. err := protoserialization.RegisterKeyParser(testKeyURL2, &testParser{}) if err != nil { t.Fatalf("protoserialization.RegisterKeyParser(%s) err = %v, want nil", testKeyURL2, err) } keySerialization := newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123) key, err := protoserialization.ParseKey(keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%s) err = %v, want nil", testKeyURL, err) } _, ok := key.(*protoserialization.FallbackProtoKey) if !ok { t.Errorf("type mismatch: got %T, want *protoserialization.FallbackProtoKey", key) } } type alwaysFailingKeyParser struct{} func (p *alwaysFailingKeyParser) ParseKey(keysetKey *protoserialization.KeySerialization) (key.Key, error) { return nil, ErrKeyParsing } var _ protoserialization.KeyParser = (*alwaysFailingKeyParser)(nil) func TestParseKeyFailsIfParserFails(t *testing.T) { defer protoserialization.UnregisterKeyParser(testKeyURL) err := protoserialization.RegisterKeyParser(testKeyURL, &alwaysFailingKeyParser{}) if err != nil { t.Fatalf("protoserialization.RegisterKeyParser(%s) err = %v, want nil", testKeyURL, err) } keySerialization := newKeySerialization(t, &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123) _, err = protoserialization.ParseKey(keySerialization) if err == nil { t.Errorf("protoserialization.ParseKey(%s) err = nil, want error", testKeyURL) } if !errors.Is(err, ErrKeyParsing) { t.Errorf("protoserialization.ParseKey(%s) err = %v, want %v", testKeyURL, err, ErrKeyParsing) } } func TestRegisterKeySerializerAndSerializeKey(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() err := protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) if err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = %v, want nil", err) } key := &testKey{ keyData: &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, } gotKeySerialization, err := protoserialization.SerializeKey(key) if err != nil { t.Fatalf("protoserialization.SerializeKey(key) err = %v, want nil", err) } if diff := cmp.Diff(gotKeySerialization.KeyData(), key.keyData, protocmp.Transform()); diff != "" { t.Errorf("testKey.KeyData() diff (-want +got):\n%s", diff) } } func TestRegisterKeySerializerFailsIfAlreadyRegistered(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() err := protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) if err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = %v, want nil", err) } if protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) == nil { t.Errorf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = nil, want error") } } func TestSerializeKeyFailsIfNoSerializersRegistered(t *testing.T) { key := &testKey{ keyData: &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, } if _, err := protoserialization.SerializeKey(key); err == nil { t.Errorf("protoserialization.SerializeKey(key) err = nil, want error") } } func TestSerializeKeyWithFallbackKey(t *testing.T) { keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } keySerialization := newKeySerialization(t, keyData, tinkpb.OutputPrefixType_TINK, 123) key, err := protoserialization.NewFallbackProtoKey(keySerialization) if err != nil { t.Fatalf("protoserialization.NewFallbackProtoKey(keySerialization) err = %v, want nil", err) } gotKeySerialization, err := protoserialization.SerializeKey(key) if err != nil { t.Fatalf("protoserialization.SerializeKey(key) err = %v, want nil", err) } if !gotKeySerialization.Equal(keySerialization) { t.Errorf("gotKeySerialization.Equal(keySerialization) = false, want true") } gotKeySerialization.KeyData().Value = []byte("456") if gotKeySerialization.Equal(keySerialization) { t.Errorf("gotKeySerialization.Equal(keySerialization) = true, want false") } } func TestSerializeKeyWithFallbackProtoPrivateKey(t *testing.T) { keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } keySerialization := newKeySerialization(t, keyData, tinkpb.OutputPrefixType_TINK, 123) key, err := protoserialization.NewFallbackProtoPrivateKey(keySerialization) if err != nil { t.Fatalf("protoserialization.NewFallbackProtoPrivateKey(wantProtoKey) err = %v, want nil", err) } gotProtoSerialization, err := protoserialization.SerializeKey(key) if err != nil { t.Fatalf("protoserialization.SerializeKey(key) err = %v, want nil", err) } if !gotProtoSerialization.Equal(keySerialization) { t.Errorf("gotProtoSerialization.Equal(keySerialization) = false, want true") } } func TestNewFallbackProtoPrivateKeyFailsIfNotAsymmetricPrivate(t *testing.T) { keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } keySerialization := newKeySerialization(t, keyData, tinkpb.OutputPrefixType_TINK, 123) if _, err := protoserialization.NewFallbackProtoPrivateKey(keySerialization); err == nil { t.Errorf("protoserialization.NewFallbackProtoPrivateKey(protoKey) err = nil, want error") } } func TestPublicKeyFailsIfUnsupportedKey(t *testing.T) { keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } keySerialization := newKeySerialization(t, keyData, tinkpb.OutputPrefixType_TINK, 123) fallbackPrivateKey, err := protoserialization.NewFallbackProtoPrivateKey(keySerialization) if err != nil { t.Errorf("protoserialization.NewFallbackProtoPrivateKey(protoKey) err = %v, want nil", err) } _, err = fallbackPrivateKey.PublicKey() if err == nil { t.Errorf("fallbackPrivateKey.PublicKey() err = nil, want error") } } func TestPublicKeyFailsIfNotPrivateKeyManager(t *testing.T) { registry.RegisterKeyManager(testutil.NewTestKeyManager([]byte(""), "some-test-key-URL")) keyData := &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } keySerialization := newKeySerialization(t, keyData, tinkpb.OutputPrefixType_TINK, 123) fallbackPrivateKey, err := protoserialization.NewFallbackProtoPrivateKey(keySerialization) if err != nil { t.Errorf("protoserialization.NewFallbackProtoPrivateKey(keySerialization) err = %v, want nil", err) } _, err = fallbackPrivateKey.PublicKey() fmt.Println(err) if err == nil { t.Errorf("fallbackPrivateKey.PublicKey() err = nil, want error") } } func TestPublicKey(t *testing.T) { // Tink prepends an extra 0x00 byte to the coordinates (b/264525021). x, err := hex.DecodeString("0029578c7ab6ce0d11493c95d5ea05d299d536801ca9cbd50e9924e43b733b83ab") if err != nil { t.Fatalf("hex.DecodeString(x) err = %v, want nil", err) } y, err := hex.DecodeString("0008c8049879c6278b2273348474158515accaa38344106ef96803c5a05adc4800") if err != nil { t.Fatalf("hex.DecodeString(y) err = %v, want nil", err) } d, err := hex.DecodeString("708309a7449e156b0db70e5b52e606c7e094ed676ce8953bf6c14757c826f590") if err != nil { t.Fatalf("hex.DecodeString(d) err = %v, want nil", err) } protoPublicKey := &ecdsapb.EcdsaPublicKey{ Version: 0, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }, X: x, Y: y, } protoPrivateKey := &ecdsapb.EcdsaPrivateKey{ Version: 0, PublicKey: protoPublicKey, KeyValue: d, } serializedPrivateProtoKey, err := proto.Marshal(protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(protoPrivateKey) err = %v, want nil", err) } keySerialization, err := protoserialization.NewKeySerialization(&tinkpb.KeyData{ TypeUrl: signature.ECDSAP256KeyTemplate().GetTypeUrl(), Value: serializedPrivateProtoKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(protoPrivateKey, tinkpb.OutputPrefixType_TINK, 123) err = %v, want nil", err) } fallbackPrivateKey, err := protoserialization.NewFallbackProtoPrivateKey(keySerialization) if err != nil { t.Fatalf("protoserialization.NewFallbackProtoPrivateKey(keySerialization) err = %v, want nil", err) } publicKey, err := fallbackPrivateKey.PublicKey() if err != nil { t.Fatalf("fallbackPrivateKey.PublicKey() err = %v, want nil", err) } if !publicKey.Parameters().HasIDRequirement() { t.Errorf("fallbackPublicKey.Parameters().HasIDRequirement() = false, want true") } // Check that the contents are as expected. serializedProtoPublicKey, err := proto.Marshal(protoPublicKey) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey) err = %v, want nil", err) } wantPublicKeyData := &tinkpb.KeyData{ TypeUrl: testutil.ECDSAVerifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } publicKeyProtoSerialization, err := protoserialization.SerializeKey(publicKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(publicKey) err = %v, want nil", err) } if diff := cmp.Diff(publicKeyProtoSerialization.KeyData(), wantPublicKeyData, protocmp.Transform()); diff != "" { t.Errorf("fpublicKeyProtoSerialization.KeyData() diff (-want +got):\n%s", diff) } if got, want := publicKeyProtoSerialization.OutputPrefixType(), keySerialization.OutputPrefixType(); got != want { t.Errorf("publicKeyProtoSerialization.OutputPrefixType() = %v, want %v", got, want) } if idRequirement, required := publicKeyProtoSerialization.IDRequirement(); !required || idRequirement != 123 { t.Errorf("publicKeyProtoSerialization.IDRequirement() = (%v, %v), want (true, 123)", idRequirement, required) } } type alwaysFailingKeySerializer struct{} func (s *alwaysFailingKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return nil, ErrKeySerialization } var _ protoserialization.KeySerializer = (*alwaysFailingKeySerializer)(nil) func TestSerializeKeyFailsIfSerializeFails(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() err := protoserialization.RegisterKeySerializer[*testKey](&alwaysFailingKeySerializer{}) if err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&alwaysFailingKeySerializer{}) err = %v, want nil", err) } key := &testKey{ keyData: &tinkpb.KeyData{ TypeUrl: testKeyURL, Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, } _, err = protoserialization.SerializeKey(key) if err == nil { t.Errorf("protoserialization.SerializeKey(key) err = nil, want error") } if !errors.Is(err, ErrKeySerialization) { t.Errorf("protoserialization.SerializeKey(key) err = %v, want %v", err, ErrKeyParsing) } } func TestRegisterParametersSerializerAndSerializeParameters(t *testing.T) { defer protoserialization.ClearParametersSerializers() err := protoserialization.RegisterParametersSerializer[*testParams](&testParamsSerializer{}) if err != nil { t.Fatalf("protoserialization.RegisterParametersSerializer[*testParams](&testParamsSerializer{}) err = %v, want nil", err) } params := &testParams{ hasIDRequirement: true, } keyTemplate, err := protoserialization.SerializeParameters(params) if err != nil { t.Fatalf("protoserialization.SerializeParameters(params) err = %v, want nil", err) } if keyTemplate.GetTypeUrl() != testKeyURL { t.Errorf("keyTemplate.GetTypeUrl() = %s, want %s", keyTemplate.GetTypeUrl(), testKeyURL) } } func TestRegisterParametersSerializerFailsIfAlreadyRegistered(t *testing.T) { defer protoserialization.ClearParametersSerializers() err := protoserialization.RegisterParametersSerializer[*testParams](&testParamsSerializer{}) if err != nil { t.Fatalf("protoserialization.RegisterParametersSerializer[*testParams](&testParamsSerializer{}) err = %v, want nil", err) } if protoserialization.RegisterParametersSerializer[*testParams](&testParamsSerializer{}) == nil { t.Errorf("protoserialization.RegisterParametersSerializer[*testParams](&testParamsSerializer{}) err = nil, want error") } } func TestSerializeParametersFailsIfNoSerializersRegistered(t *testing.T) { defer protoserialization.ClearParametersSerializers() params := &testParams{ hasIDRequirement: true, } if _, err := protoserialization.SerializeParameters(params); err == nil { t.Errorf("protoserialization.SerializeParameters(params) err = nil, want error") } } func TestSerializeParametersFailsIfNilParameters(t *testing.T) { defer protoserialization.ClearParametersSerializers() if _, err := protoserialization.SerializeParameters(nil); err == nil { t.Errorf("protoserialization.SerializeParameters(nil) err = nil, want error") } } type alwaysFailingParametersSerializer struct{} func (s *alwaysFailingParametersSerializer) Serialize(params key.Parameters) (*tinkpb.KeyTemplate, error) { return nil, ErrParamtersSerialization } var _ protoserialization.ParametersSerializer = (*alwaysFailingParametersSerializer)(nil) func TestSerializeParametersFailsIfSerializerFails(t *testing.T) { defer protoserialization.ClearParametersSerializers() err := protoserialization.RegisterParametersSerializer[*testParams](&alwaysFailingParametersSerializer{}) if err != nil { t.Fatalf("protoserialization.RegisterParametersSerializer[*testParams](&alwaysFailingParametersSerializer{}) err = %v, want nil", err) } params := &testParams{ hasIDRequirement: true, } _, err = protoserialization.SerializeParameters(params) if err == nil { t.Errorf("protoserialization.SerializeParameters(params) err = nil, want error") } if !errors.Is(err, ErrParamtersSerialization) { t.Errorf("protoserialization.SerializeParameters(params) err = %v, want %v", err, ErrKeyParsing) } } func TestRegisterParametersParserAndParseParameters(t *testing.T) { defer protoserialization.UnregisterParametersParser(testKeyURL) defer protoserialization.UnregisterParametersParser(testKeyURL2) if err := protoserialization.RegisterParametersParser(testKeyURL, &testParamsParser{}); err != nil { t.Fatalf("protoserialization.RegisterParametersParser(%s, &testParamsParser{}) err = %v, want nil", testKeyURL, err) } if err := protoserialization.RegisterParametersParser(testKeyURL2, &testParamsParser{}); err != nil { t.Fatalf("protoserialization.RegisterParametersParser(%s, &testParamsParser{}) err = %v, want nil", testKeyURL2, err) } keyTemplate := &tinkpb.KeyTemplate{ TypeUrl: testKeyURL, } params, err := protoserialization.ParseParameters(keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(keyTemplate) err = %v, want nil", err) } _, ok := params.(*testParams) if !ok { t.Errorf("params = %v, want *testParams", params) } } func TestRegisterParametersParserFailsIfAlreadyRegistered(t *testing.T) { defer protoserialization.UnregisterParametersParser(testKeyURL) if err := protoserialization.RegisterParametersParser(testKeyURL, &testParamsParser{}); err != nil { t.Fatalf("protoserialization.RegisterParametersParser(%s, &testParamsParser{}) err = %v, want nil", testKeyURL, err) } if err := protoserialization.RegisterParametersParser(testKeyURL, &testParamsParser{}); err == nil { t.Errorf("protoserialization.RegisterParametersParser(%s, &testParamsParser{}) err = nil, want error", testKeyURL) } } func TestParseParametersFailsIfNoParserRegistered(t *testing.T) { keyTemplate := &tinkpb.KeyTemplate{ TypeUrl: testKeyURL, } if _, err := protoserialization.ParseParameters(keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(keyTemplate) err = nil, want error") } } type alwaysFailingParametersParser struct{} func (s *alwaysFailingParametersParser) Parse(_ *tinkpb.KeyTemplate) (key.Parameters, error) { return nil, ErrParamtersParsing } var _ protoserialization.ParametersParser = (*alwaysFailingParametersParser)(nil) func TestSerializeParametersFailsIfParserFails(t *testing.T) { defer protoserialization.UnregisterParametersParser(testKeyURL) err := protoserialization.RegisterParametersParser(testKeyURL, &alwaysFailingParametersParser{}) if err != nil { t.Fatalf("protoserialization.RegisterParametersParser(testKeyURL, &alwaysFailingParametersParser{}) err = %v, want nil", err) } keyTemplate := &tinkpb.KeyTemplate{ TypeUrl: testKeyURL, } if _, err = protoserialization.ParseParameters(keyTemplate); !errors.Is(err, ErrParamtersParsing) { t.Errorf("protoserialization.ParseParameters(%s) err = %v, want %v", keyTemplate, err, ErrKeyParsing) } } ================================================ FILE: internal/random/random.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package random provides random number generation functions. package random import "crypto/rand" // MustRand fills b with random bytes. // // Panics if the random number generator fails. func MustRand(b []byte) { if _, err := rand.Read(b); err != nil { panic(err) // out of randomness, should never happen } } ================================================ FILE: internal/registryconfig/legacyprimitive/legacyprimitive.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package legacyprimitive provides a type that wraps a regular primitive that // can be used to identify primitives that have a legacy implementation. package legacyprimitive // LegacyPrimitive wraps a regular primitive that can be used to identify // primitives that have a legacy implementation. type LegacyPrimitive struct { primitive any } // New creates a new [LegacyPrimitive]. func New(primitive any) LegacyPrimitive { return LegacyPrimitive{primitive: primitive} } // Primitive returns the wrapped primitive. func (l *LegacyPrimitive) Primitive() any { return l.primitive } ================================================ FILE: internal/registryconfig/registry_config.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package registryconfig is a transitioning stepping stone used by the // keyset handle in cases where a configuration is not provided by the user, // so it needs to resort to using the old global registry methods. package registryconfig import ( "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/registryconfig/legacyprimitive" "github.com/tink-crypto/tink-go/v2/key" ) // RegistryConfig is an internal way for the keyset handle to access the // old global Registry through the new Configuration interface. type RegistryConfig struct{} // PrimitiveFromKey constructs a primitive from a [key.Key] using the registry. func (c *RegistryConfig) PrimitiveFromKey(key key.Key, _ internalapi.Token) (any, error) { p, err := primitiveregistry.Primitive(key) if err == nil { return p, nil } // Fallback to legacy primitive. ps, err := protoserialization.SerializeKey(key) if err != nil { return nil, err } legacyPrimitive, err := registry.PrimitiveFromKeyData(ps.KeyData()) if err != nil { return nil, err } return legacyprimitive.New(legacyPrimitive), nil } ================================================ FILE: internal/registryconfig/registry_config_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package registryconfig_test import ( "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestPrimitiveFromKey(t *testing.T) { keyset, err := keyset.NewHandle(aead.AES256GCMKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } entry, err := keyset.Entry(0) if err != nil { t.Fatalf("keyset.Entry() err = %v, want nil", err) } registryConfig := ®istryconfig.RegistryConfig{} p, err := registryConfig.PrimitiveFromKey(entry.Key(), internalapi.Token{}) if err != nil { t.Errorf("registryConfig.PrimitiveFromKey() err = %v, want nil", err) } if _, ok := p.(tink.AEAD); !ok { t.Errorf("p is not of type tink.AEAD; got %T", p) } } func TestPrimitiveFromKeyErrors(t *testing.T) { registryConfig := ®istryconfig.RegistryConfig{} testCases := []struct { name string key key.Key }{ { name: "unregistered key type", key: &stubKey{}, }, { name: "nil key", }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := registryConfig.PrimitiveFromKey(tc.key, internalapi.Token{}); err == nil { t.Errorf("registryConfig.PrimitiveFromKey() err = nil, want error") } }) } } type stubPrimitive struct{} type stubKeyManager struct{} func (km *stubKeyManager) Primitive(_ []byte) (any, error) { return &stubPrimitive{}, nil } func (km *stubKeyManager) NewKey(_ []byte) (proto.Message, error) { return nil, nil } func (km *stubKeyManager) DoesSupport(typeURL string) bool { return typeURL == "stubKeyManager" } func (km *stubKeyManager) TypeURL() string { return "stubKeyManager" } func (km *stubKeyManager) NewKeyData(_ []byte) (*tinkpb.KeyData, error) { return nil, nil } type stubKey struct{} func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } ================================================ FILE: internal/signature/compositemldsa/testing/test_vectors.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package testing contains test vectors for the compositemldsa package (from IETF draft). // https://datatracker.ietf.org/doc/html/draft-ietf-lamps-pq-composite-sigs-14#appendix-E. package testing import ( "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/signature/compositemldsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/signature/mldsa" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" ) const f4 = 65537 const hexMlDsa65PubForEd25519 = "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" const hexMlDsa65PrivSeedForEd25519 = "23a578205289555e65ddf567601cb4715fb593a7796a8f71d668c3bca876d937" const hexMlDsa65Ed25519Pub = "42c814ea188183f83627b13c96303ae121c8dc1e1f1badfcc83ffbd5d8504fda" const hexMlDsa65Ed25519Priv = "60e9741f5fb8a68b3c490b93e4aa0e5d82206ef3b8e2242e1bcf4729f2e146aa" const hexMlDsa65PubForEcdsaP256 = "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" const hexMlDsa65PrivSeedForEcdsaP256 = "6ec75c5aeb0b9b214dba608aafde387bc8be031a465dd760c7d7c7ebd628e3da" const hexMlDsa65EcdsaP256PubX = "98824439f3da0225096afe049e8e6db7273c7be13cfa1dfb1daefb7dad843ee3" const hexMlDsa65EcdsaP256PubY = "5aee5bf9e27efa148821f220442cb49a665326a465a8b806ab58c6fad546b496" const hexMlDsa65EcdsaP256Priv = "984397bcc439c060ef5109cce70b96dd735a33d0ee53a17ab997a9cce46acaab" const hexMlDsa65PubForEcdsaP384 = "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" const hexMlDsa65PrivSeedForEcdsaP384 = "181cd9546ae00ad8cd77b16d373a319b35d511c1e48bd352726edf4ac26892a0" const hexMlDsa65EcdsaP384PubX = "3b99628699473ab2da34a38e3761f514ce695c10feabcd82443f6b326d7b92019cdd70393d86a12f1b8d97bc4fa93683" const hexMlDsa65EcdsaP384PubY = "5c9ef3e43c864a9167ffaa9324ed0a0898bf31d4567aac36f8ec1c62f577aefe4969b2ce56daeeb5e8de5b8f31c1244a" const hexMlDsa65EcdsaP384Priv = "1e08a044df2eb208a3670651abd5e8d30bb969e6ae6207e44d328698f15fa289b3e05241a709a4e684551c1f1ecabb47" const hexMlDsa65PubForRsa3072Pss = "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" const hexMlDsa65PrivSeedForRsa3072Pss = "01c4d64f4bc0a3956d1d30669b85558d5c197c9191d50dcfc11e5522492e0271" const hexMlDsa65Rsa3072PssN = "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" const hexMlDsa65Rsa3072PssD = "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" const hexMlDsa65Rsa3072PssP = "e019eb2e335eb3876f2d6fff68cde6698e8621cb81e678e8d8b1ef84c72a8f3c4f2b02bfd2f4799dfc9db252805618035e1e4fd88ca3b02c315731c4a2ce6f278d89dc01fab4c8f02fdccfaac8087630a3ddbc0d1f0b2c09ff647465f05720fb335426345454e9e2f059aa0f6b4494a669b40416d973c757907c8a752e1fec7e8a1c7a70448bdb9405d653f5be2ef469610846841477ab581aab7786fe44e6c00d074a0b79ee12ce35b1c4599aed3714612ea70c67070316a90e88fa56769dc9" const hexMlDsa65Rsa3072PssQ = "d10ebbe7a2fbacdc4b06f36589a5226e9ba99cfeb12ed0eb44a22a5cd7ccb28ad194887db6cfcecea4c60533b0ce6c999a9c637b5b6d96fd6d29436cb24494cad1ebe8eb10c2864e1046d5574e7626fd3833759d4d47a3830d94e7c2e05c1981041cc58c602a57705887ff111bb5c6baed5ed1b9efe3913ec9d9734f35ea556e00bf58f4a6e7c6cee159bbbc753c8e4d19953c69a706327fa20a042d585d5abb0870346b21ab8111d0ce3c27a2cb523db49e220a3d41fc769074f0e8adba52e3" const hexMlDsa65Rsa3072PssDp = "0a4ae6744ec3b0b72db2068cd281726db2b0126948640f75924e49d3ed59d50e4e0c89a9c9c494b95edad74fd6b91d8d3a0b665b69ca32d334c8ee6e3b9403a2eb6b43818bc435de6234600d55f69d870a5faabd678999d233baa765ef2df143d84dab1b882c0639f814062d831db93e1368c32f517971d461bc76977f30d429d3aa0f2d8cd867935ad9472de8383bdd83296023bcd4ea37b7b1dc6184d82148fcd032e4680b392de36570c134ce6453394b6d3cb296addba2941a52751a2991" const hexMlDsa65Rsa3072PssDq = "5ff8c99e6f1de69f42fa2fe69f27e604ad05528341c7e234ff4f0aef9049f274f3fda223443766134b6574a1e43aff740c9c5ab718a3d8bb02cffc99fbc4ac21e7f8caf68ebd1e76dbd608be89d087d99b61544f205910e16aecbef0a19ae6426a26e331ac3c03e419606561ef3ca5bcce97c6e3fb12976d21b0e7d4a745aa6e537d8452dc046f2a2e1dc9a79c926e294ae34dd69acca7861c5748cfa04f4b05adbc04f46182a040138179f0203602cd3d0b9348ec124cda093b06156b1bac4d" const hexMlDsa65Rsa3072PssQinv = "4fbb3f04efd3293ebd8d4fc7b8f446d78adada6e7dc735e80cbe61be1bccf65ccd6f404c48c8e43f785748efc689d0ed7492e1bfd14fa9cbf1b2a668cf014ac64087fec7dc7f5a01999624727f07255ab0b0cb60987b1473dd45814e92badb0d28008e59e739063052cf16812f7de3cff8bc1ba561d83374c18140cf89232ea0f401cbcc502ffd27bb9176d9548bea152915d9c85510fcdcad4a1037e35338b8c973a7fbf559a26020d27d20b87b96b2a2266db751916dc2dd4c52cf43f8a57c" const hexMlDsa65PubForRsa4096Pss = "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" const hexMlDsa65PrivSeedForRsa4096Pss = "c4795a90094568a7b97cf93d6d2c0f229248ede4959efce2b5d41c7c3f9d2bec" const hexMlDsa65Rsa4096PssN = "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" const hexMlDsa65Rsa4096PssD = "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" const hexMlDsa65Rsa4096PssP = "f61dcff7210f3e6f6b117688096095bf0007a1a6eaad3a0c3c48c9c3fe606c647e05d97cd782b9395484d4d19275bb1f049a4093ad73b272fe9ef14398f31fe00f829058a1ed414e80be6fdfc83d1ef8743ad9282aa4abb2dc088427e9f8bcae79e95151c22a33c0d073f1a65dbd4caed4218d4038fa936d481a877d16688790a574c3c2239fa315da9c5f91ec8d5e1b8c3ae69b4f1e34a259ab801f2fc69702bf496ab3f98e7c8d20dc5dd00a8f94df1aad0a832476144f731d15f2ddeca9640d557157e9a0c9fc9de644934caaa18665f413920e123ab30242a00778a55f5f42a15c145f2c67b311fa6026f49fc28781be00ce563161fa1790033e6b838171" const hexMlDsa65Rsa4096PssQ = "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" const hexMlDsa65Rsa4096PssDp = "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" const hexMlDsa65Rsa4096PssDq = "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" const hexMlDsa65Rsa4096PssQinv = "1c79a187c6231f0b683813dcba666b8b15395d93cfb0d1779ec5903700fe30bdae1bc31648c41e13e62c62fd4f454ccfc8c6d5ea3bb79d1fe4d252657ddfe0a690218d79be32a0d5d44e9a50dacf2db19c212b4266073a7c20a68c3c0567ece44029521e33c4e8a1d18227f784d81924565970d1a61529f447e517304b08ded2536962e9e152c3a20d81097b90d0a21578dc2f76bf21033476dc4990439f1575707155792f3d209aae8656bb305b1ea7895e7a49f570fc6209b33c77474713ce7bff4aac71d5e39c36ff42195a8cda28d18a538e252601fadf2f373de676d01656d7a13e743ca084eb1cdb9430bed51c36803066c99e09d86d9939f209cc8c04" const hexMlDsa65PubForRsa3072Pkcs1 = "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" const hexMlDsa65PrivSeedForRsa3072Pkcs1 = "b65e5ba11eb7a95ae888d146e2282bbfe2f61c1c0713e3652452e58106d41763" const hexMlDsa65Rsa3072Pkcs1N = "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" const hexMlDsa65Rsa3072Pkcs1D = "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" const hexMlDsa65Rsa3072Pkcs1P = "bef37b65efd7508d0521327bd87a1a7ce7a2ad36b5e8617f461f6ebefc3a2e53b214ac3c075c766ea411c441131eac31b8ad0de788fb32e68c6d3d9aa99accbacf415d52371856e0906c84bbf84c162a5915bbed81c07164c6b4be8364ea079e3875e641f88eb05256daf6bf69b4659c9a2284bac0a8656d094c1e7de644628711be3a22a8211c378e860ed0204d3d68d8e6a94e51065afe0197b16e9d0d2bbb302962230c2058eb400e2707e18d43c08c30b68f4a8ef3ffc4d703a7ad6ff665" const hexMlDsa65Rsa3072Pkcs1Q = "beac3aa19f34ae1b381736531d51173356b122279ee0ed10e229926e4d16a7644b623063415a3c5a7b5809890f4864558fbf0e528a6532cd05176f7b6e7013e72c16bcc162abef42a60cbb2f11ac3321091fa12d8c7b66ac5f69df0bbae3598c319a992a9b36090d36540b68f324ba5c5cfe200b276b777bcc10af56fb70beef8e5a5a92175130d3141193664fd7716bd0f757d3a9685f50bc3f087f2c30b7cdad83a57d487e98f6d445f71f094066cd887ddef1a0ec2cad4e6a4f71d9593dc5" const hexMlDsa65Rsa3072Pkcs1Dp = "b9f3884ebba2d5798eee46285ea681d6f307f3605d0360b6bdc5ec6626604e2f0933a28a8eac9754a587fbb357783e3de956f53c6da41a6c73820a44ec37a8799f4d4b20be3080a20d62f05bd0afdfc1fba0f3b295f19f3b815a10510a5bf1713e106a5c023e8a2c951284c9e099617e80876ef4229b9ab1f524e068c06e05f8fce95fd9d21af44c9209b0b13353a4a2cedec92f502e3d3c30b6d57e1f88ecf64c2f70b72a9ef1989e7769c0fe00406368e223562548530ad7587fe1b13f6015" const hexMlDsa65Rsa3072Pkcs1Dq = "57794804b1b74750b170e4b948afd506f6749908b838d449749841d75c8252150f0862ce8642d1816928c067229dc17a07524d4dccb414943e0bbc57521914e86f2f9734d901abe855a96d8e707b2191bc4fc86fcf0d25d35a8a858b2a17f712fc06c2d1eb16e51c2c9a6e099dd271b4c1eccbe29219195db006cf8a061c795c0960a64073760a022c28cc089a046ac25dc1bb871d2706e3511951da95f95bb97e2af11702d52173cb7ab59e856e083baeaca04515e083b6964ceb597daf1549" const hexMlDsa65Rsa3072Pkcs1Qinv = "9122a88128ecfe66b0363c945f89b175ad82e832b3a61eb581d6268b60c06b097635f4487fde6defff9e15e1721a8b01c6c9823f2c04f654d785a6edfb0c774769d35aa76db6a1baef8dce117f210e6381a927bb8469725aaec0565cbb660d52ff949f38396f9f183dc0c4211a87c3483fa0e16527c8d61ad35861226a4e84926a03627bef4ac7ed83d8ad60c2ada8750c0a0ce2b77146712f73df60e3dd45be3b97733e8efada94be86291cd8053bd389e1abdb37b045af59e27c07a79d9b60" const hexMlDsa65PubForRsa4096Pkcs1 = "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" const hexMlDsa65PrivSeedForRsa4096Pkcs1 = "fc6be06103ac3c4b6638f4bd75a919df01f70a283ec6749a4eebcda34c41b10d" const hexMlDsa65Rsa4096Pkcs1N = "b5862e597195ea861a86885d21ee5e26443b07add4e8ee1813388baea8cacb21a608a6e082ec760358ab79afb3d0f3d610f9d8f6ab3eca447423dab9633646c133e9f31a4fa01d30b925b9d48f23982ecb9555f716c18baf190a8bd31498882dcbfcb173a097dfc6adea1b6b54122d9a6ed38bdf9894b20cb46ba41c3d24dd052dc9c3be1c33c3e50d2c8bf8eb04955de07c0abf173a7d1eb5bdec38bd2ea14023b520003b00c012479292c30e7b5128ff912b78e5bebcf5e5939b1dac04cf2216f142296620d2b809b432e3d96bd12629c828016b3d3f4fade6050c85801043be19d665a2753f22380954930a6b6e11677d7047533cf4c4a4ff49f53ca4b93a6e4d14655418be05428f924e4d83d59e9b5f3054a02660ad51773e12bb35a445cc46602b2a07654181ce815a472867d4a14a67bb1cfdc44804d92cf7786d82dc05f6c855726c207288288996ca322a462f7e199265407968826b7ee6665156dd0ee580aa1f96b409372d034aebe789cff4077c2469dd36b4ef4082f6f42ae573c9596210477707154058f6acd0a69d14b9a93bd388177c0df2bf2d4e12662285ecd2b2af78de54ab8c8fd130cad46bd85a5322af4698293cb37559f46487e6be51bed079e70598aaaef88c129a3d5bd74240808dde4926e084401edb145a06f0132c6d84d5894bdfa699f8b3578b10c7ad5948145ce90682923081de73152123" const hexMlDsa65Rsa4096Pkcs1D = "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" const hexMlDsa65Rsa4096Pkcs1P = "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" const hexMlDsa65Rsa4096Pkcs1Q = "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" const hexMlDsa65Rsa4096Pkcs1Dp = "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" const hexMlDsa65Rsa4096Pkcs1Dq = "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" const hexMlDsa65Rsa4096Pkcs1Qinv = "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" const hexMlDsa87PubForEcdsaP384 = "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" const hexMlDsa87PrivSeedForEcdsaP384 = "c820546550a403a52225825d612f205ec4501276cf1996efbd541679613d5283" const hexMlDsa87EcdsaP384PubX = "f2cf94fb86cf326b32ba08096b20e49c4224e5407a6a3eedc326c4a1caf80a830b183aa86fa6fa0a4351210a470ea013" const hexMlDsa87EcdsaP384PubY = "950d89061ef6b235e21320ac266dd348a4131f80cce502f756c3fea40b7b4da118544fa98509793fd3f14e40adc6a9eb" const hexMlDsa87EcdsaP384Priv = "482985a168faf19aff28218f87f5bdc90c22bf4fd26b41c8a8a858740d12e4db782a0f858dc6468d424d2b7692c6d18f" const hexMlDsa87PubForEcdsaP521 = "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" const hexMlDsa87PrivSeedForEcdsaP521 = "8ba5974586f76d98188f26530244f318e1b7471aa52b1ec7e66be3138b004a30" const hexMlDsa87EcdsaP521PubX = "00bd3bf6d2a36a0ec63b2d95ba42d7638cba1167fd1437186c0c92c8737c94683a62604aa5a73c7ddfb59ac2258f923d39b322184d6d856faaacefd0be473e8c2238" const hexMlDsa87EcdsaP521PubY = "01846dfc74df3fbc1e81cd3c76785e1879c5821048e5b5db07fdffe407e107e200b605a850fe1e2250600c87ce282f085523e770333da38228cb953b6a5fc5448499" const hexMlDsa87EcdsaP521Priv = "00f57f902c9a94916949615399247b8a7913170935e4e71d7c63431d1396f4659c6d2e393cea7ac17f5759c3dbe36dee8a1164db8f38fdd953277b1d0e90971a0160" const hexMlDsa87PubForRsa3072Pss = "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" const hexMlDsa87PrivSeedForRsa3072Pss = "162acb431e3deb0d736946540f843dffbb14bf957d5bc9055de2f3a812da0c97" const hexMlDsa87Rsa3072PssN = "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" const hexMlDsa87Rsa3072PssD = "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" const hexMlDsa87Rsa3072PssP = "f62113948ef5473cbac4dd7121a3db15bcdfe93c263eb8855305a4407c0f54db466eea3c2d3f8ee3b7937937efbdb68296300c22f21c862cfb825cd6ef6b117b1f1522860f3d2270b202e5e2b3ea77f107730cf641335510c29ab70ea69a4e205ef7fbce36259e87ebe8c4324e17112dddf82bc386f3d6e6087deed32a0faa27d8b948ca3e8a59eee43fb7554b45b85830b29061faca9c33524eedd78341dea2732462c48ba039369394903f8249c70731f7a0472d3eb72cf93094e82eaf21cf" const hexMlDsa87Rsa3072PssQ = "ec75daa3d33d7ccc713e3d596c8af269f5c6362f1c7f43eca4107953da78361eebad5bd24bcdf79b602cf01ce243a12ce356dde992ce7d74be137424fd67885648fc7c0a7def4af20bd1730dea42e6b1d2d35fe2db19ac55914b7a81a58a37b3d56166dec5f9160456092882e780940123c1f1a4e1fd20d1de7c34c9200b4ac3e5817415ea8e12b5bdf6308530d40d52b53b587e3b04f05dd05fac75c1cfa1166a1a48346a66c2e4a839715981d5d50f821d9b1e046f1aa9c0d7021a1c97601f" const hexMlDsa87Rsa3072PssDp = "7f53471cd003a5118e90eef96a6ca8968b39ce1f56ad95a92af4bd2ebabef7a7e3bcd721c04aa3f1bb72e7ff7edf467e3191b38594781b15441b014a135af1151f5440a2d75949eac0bbed0ea502438005d987b810acac71da2a4d4e9ff32d3d63c3a798dabc0551cd4181d5803e409dd8b95c726eeacf9dfa80a33ecc008486ce7fb35f24914fcadc7af5ad831e132a542edbb0441bf2483e6924731bacc4ae8720289402a32555cd6cca5e80590843f99e5f64d2cc21d87b249db3ab0ae053" const hexMlDsa87Rsa3072PssDq = "234112fef7e0a3f9ab2c9762fcbede9393b420a1f782b5f2d3272d9fa5e3e455c9d787e81bab32ae74b15e7f3ff0cb57f0f12396ce6f80dee5f3ea8e1545d95adbf8e0d9839b28b65bb2b78fac8c9aee8a3b3f81881f14c5912b0ab1c7a78ad4820cca948e39abe1ab9e23ef186ae0262759a4186c251c3e8e0840aa77df971f0bd9b820085f7444aa74c91922858b12f8b84762529452edf9c239e938a327263b5d7dc46ad4b55bf804d07482da09b10d3a32c54fedecb0c0728dfaaca6990b" const hexMlDsa87Rsa3072PssQinv = "9999c3511238dcf6a94294104e696c97e3ab8e5653010846377195bd3e89864e47b9297465651b6a37e420c51f50fe76f6ba25b36e2968119a2a5bda5ece7a25199950e614a44fb83b0c069479bb183e69173faca51011926e25d502f17542f1ebbeef08a86eb1aa30db718d8f577d44e089f37e5b3f0be43d7abaaf26ef5b6eb323768215565f72a6ef7f4dd8549647e3fbf914f4cd72c233e9de4d9cc72b1d11a436a590d5565a88c380303ab392656604d027d147624b9ec22e922635ca7c" const hexMlDsa87PubForRsa4096Pss = "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" const hexMlDsa87PrivSeedForRsa4096Pss = "78313380f340b18d1a17d58579335b6460701206f4f349aeadc32e95fdfad2fe" const hexMlDsa87Rsa4096PssN = "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" const hexMlDsa87Rsa4096PssD = "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" const hexMlDsa87Rsa4096PssP = "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" const hexMlDsa87Rsa4096PssQ = "b8d2b198fe1eb7b17b6fa395a16d64815cb2a65ddf944caab541a1027b60f4cdcdc3006430a379051fca64c9fc52fffa4cba7228df19d18013e448d27bc0b569470d3806cd56cea0b14b5875fb9992f84dee885b0827aa81583ffc7b11033b36a7d405c952fe8a178b14b1379d3b665d38d179a374249ff208f986be276ced11e1388270abb49273ccee5996e463de8b94e7ce9e5d1ed85fffaedc2908788aae6ba0e5210ee033932dd8d12191ed863983c4cdab9de41d3dfced9e8b1100cd5163f57f56bcb1e078ec2750079a77b96584fc2dc47c474b1c88c77bd8503323bfc732b2b164c6248bb2f176ee8f5e92e675090371acf21f25c01b84b3c72c1e17" const hexMlDsa87Rsa4096PssDp = "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" const hexMlDsa87Rsa4096PssDq = "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" const hexMlDsa87Rsa4096PssQinv = "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" // CreatePrivateKeyDeterministic uses test vectors to create a deterministic private key for testing. // https://datatracker.ietf.org/doc/html/draft-ietf-lamps-pq-composite-sigs-14#appendix-E. func CreatePrivateKeyDeterministic(t *testing.T, mlDSAInstanceInt compositemldsa.MLDSAInstance, classicalAlgorithmInt compositemldsa.ClassicalAlgorithm) (*mldsa.PrivateKey, key.Key) { t.Helper() mlDSAInstance := compositemldsa.MLDSAInstance(mlDSAInstanceInt) classicalAlgorithm := compositemldsa.ClassicalAlgorithm(classicalAlgorithmInt) mlDSAParams, err := compositemldsa.ParametersForMLDSA(mlDSAInstance) if err != nil { t.Fatalf("Failed to get ML-DSA parameters: %v", err) } classicalParams, err := compositemldsa.ParametersForClassicalAlgorithm(classicalAlgorithm) if err != nil { t.Fatalf("Failed to get classical parameters: %v", err) } var mlDSASeedHex string var classPrivKey key.Key switch mlDSAInstance { case compositemldsa.MLDSA65: switch classicalAlgorithm { case compositemldsa.Ed25519: mlDSASeedHex = hexMlDsa65PrivSeedForEd25519 classPrivKey, err = ed25519.NewPrivateKey(mustSecretBytes(t, hexMlDsa65Ed25519Priv), 0, *classicalParams.(*ed25519.Parameters)) case compositemldsa.ECDSAP256: mlDSASeedHex = hexMlDsa65PrivSeedForEcdsaP256 classPrivKey, err = ecdsa.NewPrivateKey(mustSecretBytes(t, hexMlDsa65EcdsaP256Priv), 0, classicalParams.(*ecdsa.Parameters)) case compositemldsa.ECDSAP384: mlDSASeedHex = hexMlDsa65PrivSeedForEcdsaP384 classPrivKey, err = ecdsa.NewPrivateKey(mustSecretBytes(t, hexMlDsa65EcdsaP384Priv), 0, classicalParams.(*ecdsa.Parameters)) case compositemldsa.RSA3072PSS: mlDSASeedHex = hexMlDsa65PrivSeedForRsa3072Pss var pubKey *rsassapss.PublicKey pubKey, err = rsassapss.NewPublicKey(mustHexDecode(t, hexMlDsa65Rsa3072PssN), 0, classicalParams.(*rsassapss.Parameters)) if err == nil { classPrivKey, err = rsassapss.NewPrivateKey(pubKey, rsassapss.PrivateKeyValues{ P: mustSecretBytes(t, hexMlDsa65Rsa3072PssP), Q: mustSecretBytes(t, hexMlDsa65Rsa3072PssQ), D: mustSecretBytes(t, hexMlDsa65Rsa3072PssD), }) } case compositemldsa.RSA4096PSS: mlDSASeedHex = hexMlDsa65PrivSeedForRsa4096Pss var pubKey *rsassapss.PublicKey pubKey, err = rsassapss.NewPublicKey(mustHexDecode(t, hexMlDsa65Rsa4096PssN), 0, classicalParams.(*rsassapss.Parameters)) if err == nil { classPrivKey, err = rsassapss.NewPrivateKey(pubKey, rsassapss.PrivateKeyValues{ P: mustSecretBytes(t, hexMlDsa65Rsa4096PssP), Q: mustSecretBytes(t, hexMlDsa65Rsa4096PssQ), D: mustSecretBytes(t, hexMlDsa65Rsa4096PssD), }) } case compositemldsa.RSA3072PKCS1: mlDSASeedHex = hexMlDsa65PrivSeedForRsa3072Pkcs1 var pubKey *rsassapkcs1.PublicKey pubKey, err = rsassapkcs1.NewPublicKey(mustHexDecode(t, hexMlDsa65Rsa3072Pkcs1N), 0, classicalParams.(*rsassapkcs1.Parameters)) if err == nil { classPrivKey, err = rsassapkcs1.NewPrivateKey(pubKey, rsassapkcs1.PrivateKeyValues{ P: mustSecretBytes(t, hexMlDsa65Rsa3072Pkcs1P), Q: mustSecretBytes(t, hexMlDsa65Rsa3072Pkcs1Q), D: mustSecretBytes(t, hexMlDsa65Rsa3072Pkcs1D), }) } case compositemldsa.RSA4096PKCS1: mlDSASeedHex = hexMlDsa65PrivSeedForRsa4096Pkcs1 var pubKey *rsassapkcs1.PublicKey pubKey, err = rsassapkcs1.NewPublicKey(mustHexDecode(t, hexMlDsa65Rsa4096Pkcs1N), 0, classicalParams.(*rsassapkcs1.Parameters)) if err == nil { classPrivKey, err = rsassapkcs1.NewPrivateKey(pubKey, rsassapkcs1.PrivateKeyValues{ P: mustSecretBytes(t, hexMlDsa65Rsa4096Pkcs1P), Q: mustSecretBytes(t, hexMlDsa65Rsa4096Pkcs1Q), D: mustSecretBytes(t, hexMlDsa65Rsa4096Pkcs1D), }) } } case compositemldsa.MLDSA87: switch classicalAlgorithm { case compositemldsa.ECDSAP384: mlDSASeedHex = hexMlDsa87PrivSeedForEcdsaP384 classPrivKey, err = ecdsa.NewPrivateKey(mustSecretBytes(t, hexMlDsa87EcdsaP384Priv), 0, classicalParams.(*ecdsa.Parameters)) case compositemldsa.ECDSAP521: mlDSASeedHex = hexMlDsa87PrivSeedForEcdsaP521 classPrivKey, err = ecdsa.NewPrivateKey(mustSecretBytes(t, hexMlDsa87EcdsaP521Priv), 0, classicalParams.(*ecdsa.Parameters)) case compositemldsa.RSA3072PSS: mlDSASeedHex = hexMlDsa87PrivSeedForRsa3072Pss var pubKey *rsassapss.PublicKey pubKey, err = rsassapss.NewPublicKey(mustHexDecode(t, hexMlDsa87Rsa3072PssN), 0, classicalParams.(*rsassapss.Parameters)) if err == nil { classPrivKey, err = rsassapss.NewPrivateKey(pubKey, rsassapss.PrivateKeyValues{ P: mustSecretBytes(t, hexMlDsa87Rsa3072PssP), Q: mustSecretBytes(t, hexMlDsa87Rsa3072PssQ), D: mustSecretBytes(t, hexMlDsa87Rsa3072PssD), }) } case compositemldsa.RSA4096PSS: mlDSASeedHex = hexMlDsa87PrivSeedForRsa4096Pss var pubKey *rsassapss.PublicKey pubKey, err = rsassapss.NewPublicKey(mustHexDecode(t, hexMlDsa87Rsa4096PssN), 0, classicalParams.(*rsassapss.Parameters)) if err == nil { classPrivKey, err = rsassapss.NewPrivateKey(pubKey, rsassapss.PrivateKeyValues{ P: mustSecretBytes(t, hexMlDsa87Rsa4096PssP), Q: mustSecretBytes(t, hexMlDsa87Rsa4096PssQ), D: mustSecretBytes(t, hexMlDsa87Rsa4096PssD), }) } } } if err != nil { t.Fatalf("Failed to create classical private key: %v", err) } mlDSAPrivKey, err := mldsa.NewPrivateKey(mustSecretBytes(t, mlDSASeedHex), 0, mlDSAParams) if err != nil { t.Fatalf("Failed to create ML-DSA private key: %v", err) } return mlDSAPrivKey, classPrivKey } // CreatePublicKeyDeterministic uses test vectors to create deterministic public keys for testing. func CreatePublicKeyDeterministic(t *testing.T, mlDSAInstance compositemldsa.MLDSAInstance, classicalAlgorithm compositemldsa.ClassicalAlgorithm) (*mldsa.PublicKey, key.Key) { t.Helper() mlDsaPriv, classPriv := CreatePrivateKeyDeterministic(t, mlDSAInstance, classicalAlgorithm) // In the case of ML-DSA, this method cannot fail. mlDsaPub, _ := mlDsaPriv.PublicKey() classPubExposed := classPriv.(interface{ PublicKey() (key.Key, error) }) // None of the classical keys we consider have methods that can fail. classPub, _ := classPubExposed.PublicKey() return mlDsaPub.(*mldsa.PublicKey), classPub } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString err = %v", err) } return b } func mustSecretBytes(t *testing.T, s string) secretdata.Bytes { t.Helper() return secretdata.NewBytesFromData(mustHexDecode(t, s), insecuresecretdataaccess.Token{}) } // GenerateMLDSAKeyPair uses the global registry to generate a random ML-DSA key pair. func GenerateMLDSAKeyPair(t *testing.T, instanceInt compositemldsa.MLDSAInstance) (*mldsa.PrivateKey, *mldsa.PublicKey) { t.Helper() instance := compositemldsa.MLDSAInstance(instanceInt) var params *mldsa.Parameters var err error switch instance { case compositemldsa.MLDSA65: params, err = mldsa.NewParameters(mldsa.MLDSA65, mldsa.VariantNoPrefix) case compositemldsa.MLDSA87: params, err = mldsa.NewParameters(mldsa.MLDSA87, mldsa.VariantNoPrefix) default: t.Fatalf("unsupported ML-DSA instance: %v", instance) } if err != nil { t.Fatalf("mldsa.NewParameters err = %v", err) } priv, err := keygenregistry.CreateKey(params, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey err = %v", err) } mlDSAPriv := priv.(*mldsa.PrivateKey) pub, err := mlDSAPriv.PublicKey() if err != nil { t.Fatalf("mlDSAPriv.PublicKey() err = %v", err) } return mlDSAPriv, pub.(*mldsa.PublicKey) } // GenerateClassicalKeyPair uses the global registry to generate a random classical key pair. func GenerateClassicalKeyPair(t *testing.T, classicalAlgorithmInt compositemldsa.ClassicalAlgorithm, params key.Parameters) (key.Key, key.Key) { t.Helper() classicalAlgorithm := compositemldsa.ClassicalAlgorithm(classicalAlgorithmInt) priv, err := keygenregistry.CreateKey(params, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey for %v err = %v", classicalAlgorithm, err) } var pub key.Key switch classicalAlgorithm { case compositemldsa.Ed25519: pub, err = priv.(*ed25519.PrivateKey).PublicKey() case compositemldsa.ECDSAP256, compositemldsa.ECDSAP384, compositemldsa.ECDSAP521: pub, err = priv.(*ecdsa.PrivateKey).PublicKey() case compositemldsa.RSA3072PSS, compositemldsa.RSA4096PSS: pub, err = priv.(*rsassapss.PrivateKey).PublicKey() case compositemldsa.RSA3072PKCS1, compositemldsa.RSA4096PKCS1: pub, err = priv.(*rsassapkcs1.PrivateKey).PublicKey() } if err != nil { t.Fatalf("PublicKey for %v err = %v", classicalAlgorithm, err) } return priv, pub } // CreatePrivateKeyRandom uses CreateMLDSAKeyPair and CreateClassicalKeyPair to generate a random composite ML-DSA key pair. func CreatePrivateKeyRandom(t *testing.T, mlDSAInstance compositemldsa.MLDSAInstance, classicalAlgorithm compositemldsa.ClassicalAlgorithm) (*mldsa.PrivateKey, key.Key) { t.Helper() mlDSAPrivKey, _ := GenerateMLDSAKeyPair(t, mlDSAInstance) classicalParams, err := compositemldsa.ParametersForClassicalAlgorithm(compositemldsa.ClassicalAlgorithm(classicalAlgorithm)) if err != nil { t.Fatalf("ParametersForClassicalAlgorithm(%v) err = %v", classicalAlgorithm, err) } classicalPrivKey, _ := GenerateClassicalKeyPair(t, classicalAlgorithm, classicalParams) return mlDSAPrivKey, classicalPrivKey } // TestParameter serves as an internal mirror structure for the Parameter struct of the public compositemldsa package. type TestParameter struct { ClassicalAlgorithm compositemldsa.ClassicalAlgorithm Instance compositemldsa.MLDSAInstance Variant compositemldsa.Variant ClassicalParams key.Parameters } func mustParams(t *testing.T, algo compositemldsa.ClassicalAlgorithm) key.Parameters { t.Helper() p, err := compositemldsa.ParametersForClassicalAlgorithm(algo) if err != nil { t.Fatalf("ParametersForClassicalAlgorithm(%v) failed: %v", algo, err) } return p } // TestCasesSupportedParameters returns the supported parameters for all test cases. func TestCasesSupportedParameters(t *testing.T) []TestParameter { t.Helper() return []TestParameter{ {compositemldsa.Ed25519, compositemldsa.MLDSA65, compositemldsa.VariantTink, mustParams(t, compositemldsa.Ed25519)}, {compositemldsa.Ed25519, compositemldsa.MLDSA65, compositemldsa.VariantNoPrefix, mustParams(t, compositemldsa.Ed25519)}, {compositemldsa.ECDSAP256, compositemldsa.MLDSA65, compositemldsa.VariantTink, mustParams(t, compositemldsa.ECDSAP256)}, {compositemldsa.ECDSAP256, compositemldsa.MLDSA65, compositemldsa.VariantNoPrefix, mustParams(t, compositemldsa.ECDSAP256)}, {compositemldsa.ECDSAP384, compositemldsa.MLDSA65, compositemldsa.VariantTink, mustParams(t, compositemldsa.ECDSAP384)}, {compositemldsa.ECDSAP384, compositemldsa.MLDSA65, compositemldsa.VariantNoPrefix, mustParams(t, compositemldsa.ECDSAP384)}, {compositemldsa.RSA3072PKCS1, compositemldsa.MLDSA65, compositemldsa.VariantTink, mustParams(t, compositemldsa.RSA3072PKCS1)}, {compositemldsa.RSA3072PKCS1, compositemldsa.MLDSA65, compositemldsa.VariantNoPrefix, mustParams(t, compositemldsa.RSA3072PKCS1)}, {compositemldsa.ECDSAP384, compositemldsa.MLDSA87, compositemldsa.VariantTink, mustParams(t, compositemldsa.ECDSAP384)}, {compositemldsa.ECDSAP384, compositemldsa.MLDSA87, compositemldsa.VariantNoPrefix, mustParams(t, compositemldsa.ECDSAP384)}, {compositemldsa.ECDSAP521, compositemldsa.MLDSA87, compositemldsa.VariantTink, mustParams(t, compositemldsa.ECDSAP521)}, {compositemldsa.ECDSAP521, compositemldsa.MLDSA87, compositemldsa.VariantNoPrefix, mustParams(t, compositemldsa.ECDSAP521)}, {compositemldsa.RSA4096PSS, compositemldsa.MLDSA87, compositemldsa.VariantTink, mustParams(t, compositemldsa.RSA4096PSS)}, {compositemldsa.RSA4096PSS, compositemldsa.MLDSA87, compositemldsa.VariantNoPrefix, mustParams(t, compositemldsa.RSA4096PSS)}, } } ================================================ FILE: internal/signature/compositemldsa/util.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package compositemldsa provides internal utility functions for Composite ML-DSA. package compositemldsa import ( "crypto/sha512" "fmt" "slices" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/signature/mldsa" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" ) // MLDSAInstance is the instance type of the ML-DSA key. type MLDSAInstance int const ( // UnknownInstance is the default value of MLDSAInstance. UnknownInstance MLDSAInstance = iota // MLDSA65 yields ML-DSA-65 parameters. MLDSA65 // MLDSA87 yields ML-DSA-87 parameters. MLDSA87 ) // ClassicalAlgorithm is the description of the classical algorithm. type ClassicalAlgorithm int const ( // UnknownAlgorithm is the default value of ClassicalAlgorithm. UnknownAlgorithm ClassicalAlgorithm = iota // Ed25519 is the Ed25519 algorithm. Ed25519 // ECDSAP256 is the ECDSA-P256 algorithm. ECDSAP256 // ECDSAP384 is the ECDSA-P384 algorithm. ECDSAP384 // ECDSAP521 is the ECDSA-P521 algorithm. ECDSAP521 // RSA3072PSS is the RSA-3072-PSS algorithm. RSA3072PSS // RSA4096PSS is the RSA-4096-PSS algorithm. RSA4096PSS // RSA3072PKCS1 is the RSA-3072-PKCS1 algorithm. RSA3072PKCS1 // RSA4096PKCS1 is the RSA-4096-PKCS1 algorithm. RSA4096PKCS1 ) // Variant describes the output prefix mode. type Variant int const ( // UnknownVariant is the default value of Variant. UnknownVariant Variant = iota // VariantTink describes keys with 5 bytes output prefix. VariantTink // VariantNoPrefix describes keys with no output prefix. VariantNoPrefix ) // ComputeLabel returns the label for the given ML-DSA instance and classical algorithm. func ComputeLabel(mlDSAInstance MLDSAInstance, classicalAlgorithm ClassicalAlgorithm) (string, error) { label := "COMPSIG-" switch mlDSAInstance { case MLDSA65: label += "MLDSA65" case MLDSA87: label += "MLDSA87" default: return "", fmt.Errorf("MLDSA instance is not supported: %v", mlDSAInstance) } label += "-" switch classicalAlgorithm { case Ed25519: label += "Ed25519" case ECDSAP256: label += "ECDSA-P256" case ECDSAP384: label += "ECDSA-P384" case ECDSAP521: label += "ECDSA-P521" case RSA3072PSS: label += "RSA3072-PSS" case RSA4096PSS: label += "RSA4096-PSS" case RSA3072PKCS1: label += "RSA3072-PKCS15" case RSA4096PKCS1: label += "RSA4096-PKCS15" default: return "", fmt.Errorf("classical algorithm is not supported: %v", classicalAlgorithm) } // All of the currently supported classical algorithms use SHA512 as pre-hash. label += "-SHA512" return label, nil } // ComputeMessagePrime computes the message prime for Composite ML-DSA. func ComputeMessagePrime(label string, message []byte) []byte { // Context is fixed at \x00. // M' = Prefix || Label || len(ctx) || ctx || PH( M ) prefix := []byte("CompositeAlgorithmSignatures2025") hash := sha512.Sum512(message) return slices.Concat(prefix, []byte(label), []byte{byte(0)}, hash[:]) } // ParametersForClassicalAlgorithm returns the parameters for the given classical algorithm. func ParametersForClassicalAlgorithm(classicalAlgorithm ClassicalAlgorithm) (key.Parameters, error) { switch classicalAlgorithm { case Ed25519: params, err := ed25519.NewParameters(ed25519.VariantNoPrefix) if err != nil { return nil, err } return ¶ms, nil case ECDSAP256: return ecdsa.NewParameters(ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantNoPrefix) case ECDSAP384: return ecdsa.NewParameters(ecdsa.NistP384, ecdsa.SHA384, ecdsa.DER, ecdsa.VariantNoPrefix) case ECDSAP521: return ecdsa.NewParameters(ecdsa.NistP521, ecdsa.SHA512, ecdsa.DER, ecdsa.VariantNoPrefix) case RSA3072PSS: return rsassapss.NewParameters(rsassapss.ParametersValues{ ModulusSizeBits: 3072, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: 65537, SaltLengthBytes: 32, }, rsassapss.VariantNoPrefix) case RSA4096PSS: return rsassapss.NewParameters(rsassapss.ParametersValues{ ModulusSizeBits: 4096, SigHashType: rsassapss.SHA384, MGF1HashType: rsassapss.SHA384, PublicExponent: 65537, SaltLengthBytes: 48, }, rsassapss.VariantNoPrefix) case RSA3072PKCS1: return rsassapkcs1.NewParameters(3072, rsassapkcs1.SHA256, 65537, rsassapkcs1.VariantNoPrefix) case RSA4096PKCS1: return rsassapkcs1.NewParameters(4096, rsassapkcs1.SHA384, 65537, rsassapkcs1.VariantNoPrefix) default: return nil, fmt.Errorf("unsupported classical algorithm: %v", classicalAlgorithm) } } // ParametersForMLDSA returns the parameters for the given ML-DSA instance. func ParametersForMLDSA(mlDSAInstance MLDSAInstance) (*mldsa.Parameters, error) { switch mlDSAInstance { case MLDSA65: return mldsa.NewParameters(mldsa.MLDSA65, mldsa.VariantNoPrefix) case MLDSA87: return mldsa.NewParameters(mldsa.MLDSA87, mldsa.VariantNoPrefix) default: return nil, fmt.Errorf("unsupported ML-DSA instance: %v", mlDSAInstance) } } ================================================ FILE: internal/signature/compositemldsa/util_test.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package compositemldsa_test import ( "bytes" "encoding/hex" "testing" internal "github.com/tink-crypto/tink-go/v2/internal/signature/compositemldsa" ) func TestCompositeMLDSALabel(t *testing.T) { for _, tc := range []struct { desc string mlDSAInstance internal.MLDSAInstance classicalAlgorithm internal.ClassicalAlgorithm expectedLabel string }{ { desc: "MLDSA65-Ed25519", mlDSAInstance: internal.MLDSA65, classicalAlgorithm: internal.Ed25519, expectedLabel: "COMPSIG-MLDSA65-Ed25519-SHA512", }, { desc: "MLDSA65-ECDSAP256", mlDSAInstance: internal.MLDSA65, classicalAlgorithm: internal.ECDSAP256, expectedLabel: "COMPSIG-MLDSA65-ECDSA-P256-SHA512", }, { desc: "MLDSA65-RSA3072PSS", mlDSAInstance: internal.MLDSA65, classicalAlgorithm: internal.RSA3072PSS, expectedLabel: "COMPSIG-MLDSA65-RSA3072-PSS-SHA512", }, { desc: "MLDSA65-RSA3072PKCS1", mlDSAInstance: internal.MLDSA65, classicalAlgorithm: internal.RSA3072PKCS1, expectedLabel: "COMPSIG-MLDSA65-RSA3072-PKCS15-SHA512", }, { desc: "MLDSA87-ECDSAP384", mlDSAInstance: internal.MLDSA87, classicalAlgorithm: internal.ECDSAP384, expectedLabel: "COMPSIG-MLDSA87-ECDSA-P384-SHA512", }, } { t.Run(tc.desc, func(t *testing.T) { label, err := internal.ComputeLabel(tc.mlDSAInstance, tc.classicalAlgorithm) if err != nil { t.Fatalf("CompositeMLDSALabel(%v, %v) err = %v, want nil", tc.mlDSAInstance, tc.classicalAlgorithm, err) } if label != tc.expectedLabel { t.Errorf("CompositeMLDSALabel(%v, %v) = %v, want %v", tc.mlDSAInstance, tc.classicalAlgorithm, label, tc.expectedLabel) } }) } } func TestComputeCompositeMLDSAMessagePrime(t *testing.T) { // Test vector from C++ internal/composite_ml_dsa_util_boringssl_test.cc, // which is based on Draft 14 Appendix D. // // NOTE: The C++ test vector uses an empty context string (len(ctx) = 0). // The current Go implementation also inserts a single null byte (like // len(ctx)=0) as per the expected logic, so it produces the same message // prime as the C++ test vector. message, _ := hex.DecodeString("00010203040506070809") label := "COMPSIG-MLDSA65-ECDSA-P256-SHA512" // C++ expected value (with len(ctx)=0): // 436f6d706f73697465416c676f726974686d5369676e61747572657332303235 + // Prefix // 434f4d505349472d4d4c44534136352d45434453412d503235362d534841353132 + // Label // 00 + // len(ctx)=0 // 0f89ee1fcb7b0a4f7809d1267a029719004c5a5e5ec323a7c3523a20974f9a3f202f56fadba4cd9e8d654ab9f2e96dc5c795ea176fa20ede8d854c342f903533 // hash // Go expected value: expectedGoHex := "436f6d706f73697465416c676f726974686d5369676e61747572657332303235" + // Prefix "434f4d505349472d4d4c44534136352d45434453412d503235362d534841353132" + // Label "00" + // null byte "0f89ee1fcb7b0a4f7809d1267a029719004c5a5e5ec323a7c3523a20974f9a3f202f56fadba4cd9e8d654ab9f2e96dc5c795ea176fa20ede8d854c342f903533" // hash expected, _ := hex.DecodeString(expectedGoHex) got := internal.ComputeMessagePrime(label, message) if !bytes.Equal(got, expected) { t.Errorf("ComputeCompositeMLDSAMessagePrime(%v, %v) = %x, want %x", label, message, got, expected) } } ================================================ FILE: internal/signature/ecdsa/encoding.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package ecdsa provides internal ECDSA utility functions. package ecdsa import ( "bytes" "crypto/elliptic" "encoding/asn1" "fmt" "math/big" ) // Signature is an ECDSA signature. type Signature struct { R, S *big.Int } // ASN1Encode encodes the given ECDSA signature using ASN.1 encoding. func ASN1Encode(s *Signature) ([]byte, error) { ret, err := asn1.Marshal(*s) if err != nil { return nil, fmt.Errorf("asn.1 encoding failed") } return ret, nil } var errAsn1Decoding = fmt.Errorf("asn.1 decoding failed") // ASN1Decode verifies the given ECDSA signature and decodes it if it is valid. // // Since asn1.Unmarshal() doesn't do a strict verification on its input, it will // accept signatures with trailing data. Thus, we add an additional check to make sure // that the input follows strict DER encoding: after unmarshalling the signature bytes, // we marshal the obtained signature object again. Since DER encoding is deterministic, // we expect that the obtained bytes would be equal to the input. func ASN1Decode(b []byte) (*Signature, error) { // parse the signature sig := new(Signature) _, err := asn1.Unmarshal(b, sig) if err != nil { return nil, errAsn1Decoding } // encode the signature again encoded, err := asn1.Marshal(*sig) if err != nil { return nil, errAsn1Decoding } if !bytes.Equal(b, encoded) { return nil, errAsn1Decoding } return sig, nil } func ieeeSignatureSize(curveName string) (int, error) { switch curveName { case elliptic.P256().Params().Name: return 64, nil case elliptic.P384().Params().Name: return 96, nil case elliptic.P521().Params().Name: return 132, nil default: return 0, fmt.Errorf("ieeeP1363 unsupported curve name: %q", curveName) } } // IEEEP1363Encode converts the signature to the IEEE_P1363 encoding format. func IEEEP1363Encode(sig *Signature, curveName string) ([]byte, error) { sigSize, err := ieeeSignatureSize(curveName) if err != nil { return nil, err } // Bounds checking for the FillBytes() calls. scalarSize := sigSize / 2 if sig.R.BitLen() > scalarSize*8 || sig.S.BitLen() > scalarSize*8 { return nil, fmt.Errorf("ecdsa: invalid signature") } enc := make([]byte, sigSize) sig.R.FillBytes(enc[:sigSize/2]) sig.S.FillBytes(enc[sigSize/2:]) return enc, nil } // IEEEP1363Decode decodes the given ECDSA signature using IEEE_P1363 encoding. func IEEEP1363Decode(encodedBytes []byte) (*Signature, error) { if len(encodedBytes) == 0 || len(encodedBytes) > 132 || len(encodedBytes)%2 != 0 { return nil, fmt.Errorf("ecdsa: Invalid IEEE_P1363 encoded bytes") } r := new(big.Int).SetBytes(encodedBytes[:len(encodedBytes)/2]) s := new(big.Int).SetBytes(encodedBytes[len(encodedBytes)/2:]) return &Signature{R: r, S: s}, nil } ================================================ FILE: internal/signature/ecdsa/encoding_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa_test import ( "crypto/elliptic" "encoding/hex" "math/big" "slices" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/internal/signature/ecdsa" ) func hexToBytes(t *testing.T, h string) []byte { t.Helper() b, err := hex.DecodeString(h) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", h, err) } return b } func TestASN1Encode(t *testing.T) { for _, tc := range []struct { name string rHex string sHex string derHex string }{ { name: "short form length", rHex: "0102030405060708090a0b0c0d0e0f10", sHex: "1102030405060708090a0b0c0d0e0fff", derHex: "302402100102030405060708090a0b0c0d0e0f1002101102030405060708090a0b0c0d0e0fff", }, { name: "long form length", rHex: "010000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000203", sHex: "0f0000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000204", derHex: "308188024201000000010000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000020302420f0000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000204", }, { name: "zero prefix", rHex: "02030405060708090a0b0c0d0e0f10", sHex: "02030405060708090a0b0c0d0e0f10", derHex: "3022020f02030405060708090a0b0c0d0e0f10020f02030405060708090a0b0c0d0e0f10", }, { name: "highest bit set - long form length", rHex: "ff02030405060708090a0b0c0d0e0f10", sHex: "ff02030405060708090a0b0c0d0e0f10", derHex: "3026021100ff02030405060708090a0b0c0d0e0f10021100ff02030405060708090a0b0c0d0e0f10", }, } { t.Run(tc.name, func(t *testing.T) { s := &ecdsa.Signature{R: new(big.Int).SetBytes(hexToBytes(t, tc.rHex)), S: new(big.Int).SetBytes(hexToBytes(t, tc.sHex))} got, err := ecdsa.ASN1Encode(s) if err != nil { t.Fatalf("ecdsa.ASN1Encode(%v) err = %v, want nil", s, err) } if diff := cmp.Diff(hexToBytes(t, tc.derHex), got); diff != "" { t.Errorf("ecdsa.ASN1Encode(%v) returned unexpected diff (-want +got):\n%s", s, diff) } }) } } func TestASN1EncodeFails(t *testing.T) { s := &ecdsa.Signature{} if _, err := ecdsa.ASN1Encode(s); err == nil { t.Fatalf("ecdsa.ASN1Encode(%v) err = nil, want error", s) } } func TestASN1Decode(t *testing.T) { s := &ecdsa.Signature{R: big.NewInt(1), S: big.NewInt(2)} encoded, err := ecdsa.ASN1Encode(s) if err != nil { t.Fatalf("ecdsa.ASN1Encode(%v) err = %v, want nil", s, err) } got, err := ecdsa.ASN1Decode(encoded) if err != nil { t.Fatalf("ecdsa.ASN1Decode(%v) err = %v, want nil", encoded, err) } if got.R.Cmp(s.R) != 0 { t.Errorf("ecdsa.ASN1Decode(%v).R = %v, want %v", encoded, got.R, s.R) } if got.S.Cmp(s.S) != 0 { t.Errorf("ecdsa.ASN1Decode(%v).S = %v, want %v", encoded, got.S, s.S) } } func TestASN1DecodeFails(t *testing.T) { if _, err := ecdsa.ASN1Decode([]byte("invalid")); err == nil { t.Fatalf("ecdsa.ASN1Decode(%v) err = nil, want error", err) } } func TestIEEEP1363Encode(t *testing.T) { // P-256 point. p256x := hexToBytes(t, "6b17d1f2e12c4247f8bce6e563a440f277037d812deb33a0f4a13945d898c296") p256y := hexToBytes(t, "4fe342e2fe1a7f9b8ee7eb4a7c0f9e162bce33576b315ececbb6406837bf51f5") // P-384 point. p384x := hexToBytes(t, "aa87ca22be8b05378eb1c71ef320ad746e1d3b628ba79b9859f741e082542a385502f25dbf55296c3a545e3872760ab7") p384y := hexToBytes(t, "3617de4a96262c6f5d9e98bf9292dc29f8f41dbd289a147ce9da3113b5f0b8c00a60b1ce1d7e819d7a431d7c90ea0e5f") // P-521 point. p521x := hexToBytes(t, "c6858e06b70404e9cd9e3ecb662395b4429c648139053fb521f828af606b4d3dbaa14b5e77efe75928fe1dc127a2ffa8de3348b3c1856a429bf97e7e31c2e5bd66") p521y := hexToBytes(t, "011839296a789a3bc0045c8a5fb42c7d1bd998f54449579b446817afbd17273e662c97ee72995ef42640c550b9013fad0761353c7086a272c24088be94769fd16650") for _, tc := range []struct { name string s *ecdsa.Signature c string want []byte }{ { name: "p256", s: &ecdsa.Signature{R: new(big.Int).SetBytes(p256x), S: new(big.Int).SetBytes(p256y)}, c: "P-256", want: slices.Concat(p256x, p256y), }, { name: "p384", s: &ecdsa.Signature{R: new(big.Int).SetBytes(p384x), S: new(big.Int).SetBytes(p384y)}, c: "P-384", want: slices.Concat(p384x, p384y), }, { name: "p521", s: &ecdsa.Signature{R: new(big.Int).SetBytes(p521x), S: new(big.Int).SetBytes(p521y)}, c: "P-521", want: slices.Concat([]byte{0x00}, p521x, p521y), }, } { t.Run(tc.name, func(t *testing.T) { got, err := ecdsa.IEEEP1363Encode(tc.s, tc.c) if err != nil { t.Fatalf("ecdsa.IEEEP1363Encode(%v, %v) err = %v, want nil", tc.s, tc.c, err) } if diff := cmp.Diff(tc.want, got); diff != "" { t.Errorf("ecdsa.IEEEP1363Encode(%v, %v) returned unexpected diff (-want +got):\n%s", tc.s, tc.c, diff) } }) } } func TestIEEEP1363EncodeFails(t *testing.T) { for _, tc := range []struct { name string s *ecdsa.Signature c string }{ { name: "invalid R", s: &ecdsa.Signature{R: elliptic.P256().Params().Gx, S: new(big.Int).Lsh(big.NewInt(1), 256)}, c: "P-256", }, { name: "invalid S", s: &ecdsa.Signature{R: new(big.Int).Lsh(big.NewInt(1), 256), S: elliptic.P256().Params().Gy}, c: "P-256", }, { name: "invalid curve name", s: &ecdsa.Signature{R: elliptic.P256().Params().Gx, S: elliptic.P256().Params().Gy}, c: "invalid", }, { name: "wrong curve", s: &ecdsa.Signature{R: elliptic.P384().Params().Gx, S: elliptic.P384().Params().Gy}, c: "P-256", }, } { t.Run(tc.name, func(t *testing.T) { if _, err := ecdsa.IEEEP1363Encode(tc.s, tc.c); err == nil { t.Errorf("ecdsa.IEEEP1363Encode(%v, %v) err = nil, want error", tc.s, tc.c) } }) } } func TestIEEEP1363Decode(t *testing.T) { for _, tc := range []struct { name string rHex string sHex string ieeeHex string }{ { name: "16 bytes", rHex: "0102030405060708090a0b0c0d0e0f10", sHex: "1102030405060708090a0b0c0d0e0fff", ieeeHex: "0102030405060708090a0b0c0d0e0f101102030405060708090a0b0c0d0e0fff", }, { name: "66 bytes", rHex: "010000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000203", sHex: "0f0000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000204", ieeeHex: "0100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000100000002030f0000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000100000001000000010000000204", }, { name: "30 bytes", rHex: "02030405060708090a0b0c0d0e0f10", sHex: "02030405060708090a0b0c0d0e0f10", ieeeHex: "02030405060708090a0b0c0d0e0f1002030405060708090a0b0c0d0e0f10", }, } { t.Run(tc.name, func(t *testing.T) { got, err := ecdsa.IEEEP1363Decode(hexToBytes(t, tc.ieeeHex)) if err != nil { t.Fatalf("ecdsa.IEEEP1363Decode(%v) err = %v, want nil", tc.ieeeHex, err) } if want := new(big.Int).SetBytes(hexToBytes(t, tc.rHex)); got.R.Cmp(want) != 0 { t.Errorf("ecdsa.IEEEP1363Decode(%v).R = %v, want %v", tc.ieeeHex, got.R, want) } if want := new(big.Int).SetBytes(hexToBytes(t, tc.sHex)); got.S.Cmp(want) != 0 { t.Errorf("ecdsa.IEEEP1363Decode(%v).S = %v, want %v", tc.ieeeHex, got.S, want) } }) } } func TestIEEEP1363DecodeFails(t *testing.T) { for _, tc := range []struct { name string encoded []byte }{ { name: "too small", encoded: big.NewInt(1).Bytes(), }, { name: "too large", encoded: new(big.Int).Lsh(big.NewInt(1), 132).Bytes(), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := ecdsa.IEEEP1363Decode(tc.encoded); err == nil { t.Fatalf("ecdsa.IEEEP1363Decode(%v) err = nil, want error", tc.encoded) } }) } } ================================================ FILE: internal/signature/mldsa/algebra.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "crypto/subtle" ) // Since integers mod q require 23 bits storage, we keep our base ring elements // stored as unsigned 32 bit integers. We will use these to represent coefficients // in the various different rings used in the ML-DSA algorithms. type rZq uint32 // Array of roots of unity. // Generated using the following Python snippet: /* bitrev8 = lambda n : sum([((n >> i) & 1) << (7 - i) for i in range(8)]) zetas = [0] + [1753**bitrev8(k) % q for k in range(1, 256)] */ var zetas = [degree]rZq{ 0, 4808194, 3765607, 3761513, 5178923, 5496691, 5234739, 5178987, 7778734, 3542485, 2682288, 2129892, 3764867, 7375178, 557458, 7159240, 5010068, 4317364, 2663378, 6705802, 4855975, 7946292, 676590, 7044481, 5152541, 1714295, 2453983, 1460718, 7737789, 4795319, 2815639, 2283733, 3602218, 3182878, 2740543, 4793971, 5269599, 2101410, 3704823, 1159875, 394148, 928749, 1095468, 4874037, 2071829, 4361428, 3241972, 2156050, 3415069, 1759347, 7562881, 4805951, 3756790, 6444618, 6663429, 4430364, 5483103, 3192354, 556856, 3870317, 2917338, 1853806, 3345963, 1858416, 3073009, 1277625, 5744944, 3852015, 4183372, 5157610, 5258977, 8106357, 2508980, 2028118, 1937570, 4564692, 2811291, 5396636, 7270901, 4158088, 1528066, 482649, 1148858, 5418153, 7814814, 169688, 2462444, 5046034, 4213992, 4892034, 1987814, 5183169, 1736313, 235407, 5130263, 3258457, 5801164, 1787943, 5989328, 6125690, 3482206, 4197502, 7080401, 6018354, 7062739, 2461387, 3035980, 621164, 3901472, 7153756, 2925816, 3374250, 1356448, 5604662, 2683270, 5601629, 4912752, 2312838, 7727142, 7921254, 348812, 8052569, 1011223, 6026202, 4561790, 6458164, 6143691, 1744507, 1753, 6444997, 5720892, 6924527, 2660408, 6600190, 8321269, 2772600, 1182243, 87208, 636927, 4415111, 4423672, 6084020, 5095502, 4663471, 8352605, 822541, 1009365, 5926272, 6400920, 1596822, 4423473, 4620952, 6695264, 4969849, 2678278, 4611469, 4829411, 635956, 8129971, 5925040, 4234153, 6607829, 2192938, 6653329, 2387513, 4768667, 8111961, 5199961, 3747250, 2296099, 1239911, 4541938, 3195676, 2642980, 1254190, 8368000, 2998219, 141835, 8291116, 2513018, 7025525, 613238, 7070156, 6161950, 7921677, 6458423, 4040196, 4908348, 2039144, 6500539, 7561656, 6201452, 6757063, 2105286, 6006015, 6346610, 586241, 7200804, 527981, 5637006, 6903432, 1994046, 2491325, 6987258, 507927, 7192532, 7655613, 6545891, 5346675, 8041997, 2647994, 3009748, 5767564, 4148469, 749577, 4357667, 3980599, 2569011, 6764887, 1723229, 1665318, 2028038, 1163598, 5011144, 3994671, 8368538, 7009900, 3020393, 3363542, 214880, 545376, 7609976, 3105558, 7277073, 508145, 7826699, 860144, 3430436, 140244, 6866265, 6195333, 3123762, 2358373, 6187330, 5365997, 6663603, 2926054, 7987710, 8077412, 3531229, 4405932, 4606686, 1900052, 7598542, 1054478, 7648983, } // Reduces the value of a "mod q" representative from [0, 2q) to the range [0, q). func (a rZq) reduceOnce() rZq { // Constant time version of the following logic: // if q <= a { // return a - q // } // return a c := subtle.ConstantTimeLessOrEq(q, int(a)) return rZq(subtle.ConstantTimeSelect(c, int(uint32(a)-q), int(a))) } func (a rZq) add(b rZq) rZq { return (a + b).reduceOnce() } func (a rZq) sub(b rZq) rZq { return (a + q - b).reduceOnce() } func (a rZq) neg() rZq { return rZq(0).sub(a) } // Constant time multiplication of two "mod q" representatives. func (a rZq) mul(b rZq) rZq { const barretShift = 2 * qBits const barretMult = uint64(1 << barretShift / q) // We have that a * b * barretMult takes 23 + 23 + 24 = 70 bits. // Hence, we only need the lower 6 bits of the top bits of the quotient. const hiMask = 1<<(3*qBits+1-64) - 1 // This is our input product we want to reduce. prod := uint64(a) * uint64(b) // Compute high and low parts of the product times the Barret multiplier. hi := (prod >> 32) * barretMult lo := (prod & 0xFFFFFFFF) * barretMult // Compute carry. hiLo := hi & 0xFFFFFFFF carry := (lo>>32 + hiLo) >> 32 // Form the final quotient which is the product shifted by the Barret shift. quoHi := (hi>>32 + carry) & hiMask quoLo := hiLo<<32 + lo quo := quoHi<<(64-barretShift) | (quoLo >> barretShift) return rZq(prod - quo*q).reduceOnce() } // Algorithm 35 (Power2Round) func (a rZq) power2Round() (rZq, rZq) { m := uint32(1) << (d - 1) r1 := (uint32(a) + m - 1) >> d return rZq(r1), a.sub(rZq(r1 << d)) } // Scale back a rounded value by the number of "dropped" bits. func (a rZq) scalePower2() rZq { return a << d } // Constant time division by 2*gamma2 for allowed values of gamma2. // The constants used here were computed according to the algorithm in Figure 4.1 of the // classical paper: Granlund, Montgomery, "Division by invariant integers using multiplication" // (https://doi.org/10.1145/773473.178249). This turns unsigned integer division by a constant // into a shift-multiply-shift operation. func divBy2Gamma2(a, gamma2 uint32) uint32 { if gamma2 == (q-1)/88 { return uint32((uint64(a) * 2955676419) >> 49) } else if gamma2 == (q-1)/32 { return uint32(((uint64(a) >> 9) * 8396809) >> 33) } // The ML-DSA spec only allows the above two values for gamma2. panic("invalid gamma2") } // Algorithm 36 (Decompose) // Note that we are using an unsigned representation for the decomposition coefficient r0. // This allows the lowBits algorithm to output an unsigned representation which allows us to // avoid having to implement two different infinity norm algorithms (unsigned and signed). func (a rZq) decompose(gamma2 uint32) (rZq, rZq) { s := divBy2Gamma2(uint32(a)+gamma2-1, gamma2) r0 := a.sub(rZq(s * (gamma2 << 1))) t := a.sub(r0) r1r := divBy2Gamma2(uint32(t), gamma2) // Constant time version of the following logic: // if t == rZq(q-1) { // return rZq(0), r0.sub(rZq(1)) // } // return rZq(r1r), r0 c := subtle.ConstantTimeEq(int32(t), int32(q-1)) r1 := rZq(subtle.ConstantTimeSelect(c, 0, int(r1r))) r0 = rZq(subtle.ConstantTimeSelect(c, int(r0.sub(rZq(1))), int(r0))) return r1, r0 } // Algorithm 37 (HighBits) func (a rZq) highBits(gamma2 uint32) rZq { r1, _ := a.decompose(gamma2) return r1 } // Algorithm 38 (LowBits) func (a rZq) lowBits(gamma2 uint32) rZq { _, r0 := a.decompose(gamma2) return r0 } // Algorithm 39 (MakeHint) // The hint polynomials and vectors have coefficients in {0, 1}. // We will nevertheless treat them as over Zq to avoid having to // duplicate encoding and decoding functions for this one type. func (a rZq) makeHint(gamma2 uint32, r rZq) rZq { r1 := r.highBits(gamma2) v1 := r.add(a).highBits(gamma2) if r1 != v1 { return rZq(1) } return rZq(0) } // Algorithm 40 (UseHint) func (a rZq) useHint(gamma2 uint32, h rZq) rZq { r1, r0 := a.decompose(gamma2) if h == rZq(1) { m := (q - 1) / (gamma2 << 1) t := rZq(gamma2).neg() // We are using an unsigned representation for the decomposition coefficient r0. // Hence, when applying the hint, we need to perform an additional comparison "r0 < t" // to find out in which half of the range [0, t=gamma2) \cup [gamma2, 2*gamma2) r0 lies. // In the ML-DSA spec, which assumes a signed representation, this corresponds to the // cases r0 > 0 and r0 <= 0, respectively. Note that the r0 == 0 case maps to the // spec's r0 <= 0 branch (decrement), not the r0 > 0 branch (increment). if r0 > rZq(0) && r0 < t { if r1 == rZq(m-1) { return rZq(0) } return r1.add(1) } else { if r1 == rZq(0) { return rZq(m - 1) } return r1.sub(1) } } return r1 } func (a rZq) centeredAbs() uint32 { // Constant time version of the following logic: // if (q-1)/2 < a { // return uint32(q - a) // } // return uint32(a) // // FIPS 204 §2.3 defines a mod± α as the unique m' ∈ ℤ with // m' ≡ m (mod α) and -⌈α/2⌉ < m' ≤ ⌊α/2⌋. // q = 8380417 is odd, so ⌊q/2⌋ = (q-1)/2 = 4190208 and ⌈q/2⌉ = (q+1)/2 = // 4190209, giving -4190208 ≤ m' ≤ 4190208, i.e. m' ∈ [-(q-1)/2, (q-1)/2]. // For a ∈ [0, q): // a ≤ ⌊q/2⌋ = (q-1)/2 ⟹ m' = a, |m'| = a // a > ⌊q/2⌋ = (q-1)/2 ⟹ m' = a − q, |m'| = q − a // So the predicate for the q − a branch is a > (q-1)/2; the boundary // value a = (q-1)/2 is non-negative and stays in the +a branch. // We use a contant time less-or-equal, hence the predicate is // (q-1)/2+1 ≤ a or equivalently (q+1)/2 ≤ a. c := subtle.ConstantTimeLessOrEq((q+1)/2, int(a)) return uint32(subtle.ConstantTimeSelect(c, int(q-a), int(a))) } func (a rZq) centeredMax(b rZq) rZq { aa := a.centeredAbs() ba := b.centeredAbs() // Constant time version of the following logic: // if ba <= aa { // return a // } // return b c := subtle.ConstantTimeLessOrEq(int(ba), int(aa)) return rZq(subtle.ConstantTimeSelect(c, int(a), int(b))) } // poly represents a polynomial in R_m where m <= q. type poly [degree]rZq func (p *poly) add(q *poly) *poly { res := &poly{} for i := range res { res[i] = p[i].add(q[i]) } return res } func (p *poly) neg() *poly { res := &poly{} for i := range res { res[i] = p[i].neg() } return res } func (p *poly) sub(q *poly) *poly { res := &poly{} for i := range res { res[i] = p[i].sub(q[i]) } return res } func (p *poly) subFrom(a rZq) *poly { res := &poly{} for i := range res { res[i] = a.sub(p[i]) } return res } func (p *poly) scalePower2() *poly { res := &poly{} for i := range p { res[i] = p[i].scalePower2() } return res } func (p *poly) highBits(gamma2 uint32) *poly { res := &poly{} for i := range p { res[i] = p[i].highBits(gamma2) } return res } func (p *poly) lowBits(gamma2 uint32) *poly { res := &poly{} for i := range p { res[i] = p[i].lowBits(gamma2) } return res } func (p *poly) makeHint(gamma2 uint32, z *poly) *poly { res := &poly{} for i := range p { res[i] = p[i].makeHint(gamma2, z[i]) } return res } func (p *poly) useHint(gamma2 uint32, h *poly) *poly { res := &poly{} for i := range p { res[i] = p[i].useHint(gamma2, h[i]) } return res } func (p *poly) infinityNorm() uint32 { res := rZq(0) for i := range p { res = res.centeredMax(p[i]) } return res.centeredAbs() } // polyNTT represents a polynomial in T_q. type polyNTT [degree]rZq // Algorithm 45 (AddNTT) func (p *polyNTT) add(q *polyNTT) *polyNTT { res := &polyNTT{} for i := range res { res[i] = p[i].add(q[i]) } return res } func (p *polyNTT) sub(q *polyNTT) *polyNTT { res := &polyNTT{} for i := range res { res[i] = p[i].sub(q[i]) } return res } func (p *polyNTT) subFrom(a rZq) *polyNTT { res := &polyNTT{} for i := range res { res[i] = a.sub(p[i]) } return res } // Algorithm 46 (MultiplyNTT) func (p *polyNTT) mul(q *polyNTT) *polyNTT { res := &polyNTT{} for i := range res { res[i] = p[i].mul(q[i]) } return res } // Algorithm 41 (NTT) computes the NTT for a polynomial. func (p *poly) ntt() *polyNTT { // Copy the coefficients to avoid modifying the original polynomial, // because the NTT algorithm modifies the coefficients in-place. var wh polyNTT copy(wh[:], p[:]) m := 0 len := 128 for len >= 1 { start := 0 for start < degree { m++ z := zetas[m] for j := start; j < start+len; j++ { t := z.mul(wh[j+len]) wh[j+len] = wh[j].sub(t) wh[j] = wh[j].add(t) } start += 2 * len } len /= 2 } return &wh } // Algorithm 42 (NTT^{-1}) computes the inverse NTT for a polynomial. func (p *polyNTT) intt() *poly { // Copy the coefficients to avoid modifying the original polynomial, // because the InverseNTT algorithm modifies the coefficients in-place. var w poly copy(w[:], p[:]) m := degree len := 1 for len < degree { start := 0 for start < degree { m-- z := zetas[m].neg() for j := start; j < start+len; j++ { t := w[j] w[j] = t.add(w[j+len]) w[j+len] = z.mul(t.sub(w[j+len])) } start += 2 * len } len *= 2 } for j := range w { w[j] = rZq(inv256).mul(w[j]) } return &w } // vector represents a vector of polynomials. type vector []*poly func makeZeroVector(dim int) vector { res := make([]*poly, dim) for i := range res { res[i] = &poly{} } return res } func (v vector) add(w vector) vector { res := makeZeroVector(len(v)) for i := range res { res[i] = v[i].add(w[i]) } return res } func (v vector) neg() vector { res := makeZeroVector(len(v)) for i := range res { res[i] = v[i].neg() } return res } func (v vector) sub(w vector) vector { res := makeZeroVector(len(v)) for i := range res { res[i] = v[i].sub(w[i]) } return res } func (v vector) ntt() vectorNTT { res := makeZeroVectorNTT(len(v)) for i := range res { res[i] = v[i].ntt() } return res } func (v vector) power2Round() (vector, vector) { t1 := makeZeroVector(len(v)) t0 := makeZeroVector(len(v)) for i := range v { for j := range v[i] { r1, r0 := v[i][j].power2Round() t1[i][j] = r1 t0[i][j] = r0 } } return t1, t0 } func (v vector) scalePower2() vector { res := makeZeroVector(len(v)) for i := range v { res[i] = v[i].scalePower2() } return res } func (v vector) highBits(gamma2 uint32) vector { res := makeZeroVector(len(v)) for i := range v { res[i] = v[i].highBits(gamma2) } return res } func (v vector) lowBits(gamma2 uint32) vector { res := makeZeroVector(len(v)) for i := range v { res[i] = v[i].lowBits(gamma2) } return res } func (v vector) makeHint(gamma2 uint32, z vector) vector { res := makeZeroVector(len(v)) for i := range v { res[i] = v[i].makeHint(gamma2, z[i]) } return res } func (v vector) useHint(gamma2 uint32, z vector) vector { res := makeZeroVector(len(v)) for i := range v { res[i] = v[i].useHint(gamma2, z[i]) } return res } func (v vector) infinityNorm() uint32 { res := uint32(0) for i := range v { norm := v[i].infinityNorm() res = max(res, norm) } return res } // We assume as input a vector with elements in {0, 1}. func (v vector) numOnes() int { res := 0 for i := range v { for j := range v[i] { res += int(v[i][j]) } } return res } // vectorNTT represents a vector of polynomials in T_q. type vectorNTT []*polyNTT func makeZeroVectorNTT(dim int) vectorNTT { res := make([]*polyNTT, dim) for i := range res { res[i] = &polyNTT{} } return res } func (v vectorNTT) sub(w vectorNTT) vectorNTT { res := makeZeroVectorNTT(len(v)) for i := range res { res[i] = v[i].sub(w[i]) } return res } func (p *polyNTT) scalarMul(v vectorNTT) vectorNTT { res := makeZeroVectorNTT(len(v)) for i := range res { res[i] = p.mul(v[i]) } return res } func (v vectorNTT) intt() vector { res := makeZeroVector(len(v)) for i := range res { res[i] = v[i].intt() } return res } // matrixNTT represents a matrix of polynomials in T_q. type matrixNTT [][]*polyNTT func makeZeroMatrixNTT(dimK, dimL int) matrixNTT { res := make([][]*polyNTT, dimK) for i := range res { res[i] = make([]*polyNTT, dimL) } return res } func (m matrixNTT) mul(v vectorNTT) vectorNTT { res := makeZeroVectorNTT(len(m)) for i := range m { for j := range m[i] { t := m[i][j].mul(v[j]) res[i] = res[i].add(t) } } return res } ================================================ FILE: internal/signature/mldsa/algebra_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "math/big" mathrand "math/rand/v2" "testing" ) // The modulus is too large to test all possible values in a reasonable amount of time. // Instead, we will test a random subset of values every time this test runs. const numTestValues = 10000 // Possible values for gamma2 for all possible ML-DSA parameters. var gamma2TestValues = [2]uint32{ (q - 1) / 88, (q - 1) / 32, } func TestReduceOnce(t *testing.T) { for i := 0; i < 2*q; i++ { got := rZq(i).reduceOnce() exp := rZq(i % q) if got != exp { t.Fatalf("rZq(%v).reduceOnce() = %v, want %v", i, got, exp) } } } func TestAdd(t *testing.T) { for i := 0; i < numTestValues; i++ { a := mathrand.IntN(q) b := mathrand.IntN(q) got := rZq(a).add(rZq(b)) exp := rZq((a + b) % q) if got != exp { t.Fatalf("rZq(%v).add(rZq(%v)) = %v, want %v", a, b, got, exp) } } } func TestNeg(t *testing.T) { for i := 0; i < q; i++ { got := rZq(i).neg() exp := rZq((q - i) % q) if got != exp { t.Fatalf("rZq(%v).neg() = %v, want %v", i, got, exp) } } } func TestSub(t *testing.T) { for i := 0; i < numTestValues; i++ { a := mathrand.IntN(q) b := mathrand.IntN(q) got := rZq(a).sub(rZq(b)) exp := rZq((a + q - b) % q) if got != exp { t.Fatalf("rZq(%v).sub(rZq(%v)) = %v, want %v", a, b, got, exp) } } } func TestMul(t *testing.T) { for i := 0; i < numTestValues; i++ { a := mathrand.IntN(q) b := mathrand.IntN(q) got := rZq(a).mul(rZq(b)) bigA := big.NewInt(int64(a)) bigB := big.NewInt(int64(b)) bigQ := big.NewInt(int64(q)) exp := new(big.Int).Mul(bigA, bigB) exp.Mod(exp, bigQ) if int64(got) != exp.Int64() { t.Fatalf("rZq(%v).mul(rZq(%v)) = %v, want %v", a, b, got, exp) } } } func TestPower2Round(t *testing.T) { for i := 0; i < q; i++ { exp := rZq(i) r1, r0 := exp.power2Round() got := r1.scalePower2().add(r0) if got != exp { t.Fatalf("rZq(%v).power2Round() = %v, want %v", exp, got, exp) } } } func TestDivBy2Gamma2(t *testing.T) { for _, gamma2 := range gamma2TestValues { for i := 0; i < q; i++ { exp := uint32(i) / (2 * gamma2) got := divBy2Gamma2(uint32(i), gamma2) if got != exp { t.Fatalf("divBy2Gamma2(%v, %v) = %v, want %v", i, gamma2, got, exp) } } } } func TestDecompose(t *testing.T) { for _, gamma2 := range gamma2TestValues { for i := 0; i < q; i++ { exp := rZq(i) r1, r0 := exp.decompose(gamma2) got := r1.mul(rZq(2 * gamma2)).add(r0) if got != exp { t.Fatalf("rZq(%v).decompose(%v) = %v, want %v", exp, gamma2, got, exp) } } } } func TestUseHint(t *testing.T) { for _, gamma2 := range gamma2TestValues { for i := 0; i < q; i++ { a := rZq(i) r1, r0 := a.decompose(gamma2) if a.useHint(gamma2, 0) != r1 { t.Fatalf("rZq(%v).useHint(%v, 0) != %v", a, gamma2, a) } m := (q - 1) / (gamma2 << 1) th := rZq(gamma2).neg() exp := uint32(r1) if r0 > rZq(0) && r0 < th { // Unsigned inc-mod. if exp == m-1 { exp = 0 } else { exp = exp + 1 } } else { // Unsigned dec-mod. if exp == 0 { exp = m - 1 } else { exp = exp - 1 } } got := a.useHint(gamma2, 1) if got != rZq(exp) { t.Fatalf("rZq(%v).useHint(%v, 1) = %v, want %v", a, gamma2, got, exp) } } } } func TestCenteredAbs(t *testing.T) { for i := 0; i < q; i++ { num := rZq(i) exp := uint32(num) if (q-1)/2 < exp { exp = q - exp } got := num.centeredAbs() if got != exp { t.Fatalf("rZq(%v).centeredAbs() = %v, want %v", num, got, exp) } } } func TestCenteredMax(t *testing.T) { for i := 0; i < numTestValues; i++ { a := rZq(mathrand.IntN(q)) b := rZq(mathrand.IntN(q)) exp := a if a.centeredAbs() < b.centeredAbs() { exp = b } got := a.centeredMax(b) if got != exp { t.Fatalf("rZq(%v).centeredMax(rZq(%v)) = %v, want %v", a, b, got, exp) } } } func randomPoly() *poly { res := poly{} for i := range res { res[i] = rZq(mathrand.IntN(q)) } return &res } func TestInfinityNormMax(t *testing.T) { for i := 0; i < numTestValues; i++ { p := randomPoly() p[0] = rZq((q - 1) / 2) exp := p[0].centeredAbs() got := p.infinityNorm() if got != exp { t.Fatalf("p.infinityNorm() = %v, want %v", got, exp) } } } func comparePoly(p, q *poly) bool { if len(p) != len(q) { return false } for i := range p { if p[i] != q[i] { return false } } return true } func TestNttInverseNtt(t *testing.T) { for i := 0; i < numTestValues; i++ { exp := randomPoly() expNtt := exp.ntt() got := expNtt.intt() if !comparePoly(exp, got) { t.Fatalf("expNtt.intt() = %v, want %v", got, exp) } } } func TestNumOnes(t *testing.T) { exp := 0 v := makeZeroVector(degree) for i := range v { for j := range v[i] { if mathrand.IntN(2) == 0 { v[i][j] = rZq(0) } else { v[i][j] = rZq(1) exp++ } } } got := v.numOnes() if got != exp { t.Fatalf("v.numOnes() = %v, want %v", got, exp) } } ================================================ FILE: internal/signature/mldsa/cctv_test.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "encoding/hex" "strconv" "testing" "golang.org/x/crypto/sha3" ) // CCTV accumulated test vectors. // See https://github.com/C2SP/CCTV/tree/main/ML-DSA/accumulated. // TestCCTVAccumulated applies the CCTV accumulated random key generation + // signature vectors. Seeds are drawn from one SHAKE128 instance and the // derived public key plus the deterministic signature of an empty message // are absorbed into a second SHAKE128 instance; the squeezed 32-byte // output is the test value. // // We only include the 100-iteration vectors in the test suite. // The 10 000 000-iteration vectors take a few minutes per parameter set. // The 60 000 000-iteration vectors take several CPU-hours per parameter set. func TestCCTVAccumulated(t *testing.T) { vectors := []struct { name string params *params iterations int expected string }{ {"ML-DSA-44/100", MLDSA44, 100, "d51148e1f9f4fa1a723a6cf42e25f2a99eb5c1b378b3d2dbbd561b1203beeae4"}, {"ML-DSA-65/100", MLDSA65, 100, "8358a1843220194417cadbc2651295cd8fc65125b5a5c1a239a16dc8b57ca199"}, {"ML-DSA-87/100", MLDSA87, 100, "8c3ad714777622b8f21ce31bb35f71394f23bc0fcf3c78ace5d608990f3b061b"}, } for _, v := range vectors { t.Run(v.name, func(t *testing.T) { t.Parallel() got := runCCTVAccumulated(v.params, v.iterations) if got != v.expected { t.Errorf("got %s, want %s", got, v.expected) } }) } } func runCCTVAccumulated(par *params, iterations int) string { source := sha3.NewShake128() acc := sha3.NewShake128() var seed [SecretKeySeedSize]byte for i := 0; i < iterations; i++ { source.Read(seed[:]) pk, sk := par.KeyGenFromSeed(seed) sig, err := sk.SignDeterministic(nil, nil) if err != nil { panic(err) } acc.Write(pk.Encode()) acc.Write(sig) } var out [32]byte acc.Read(out[:]) return hex.EncodeToString(out[:]) } // TestCCTVFieldOps applies the CCTV exhaustive field-operations vector. // For each r in [0, q), 12 newline-terminated ASCII decimals are absorbed // into a SHAKE128 instance: the centered mod q value, its absolute value, // the Power2Round (r1, r0) pair (with r0 in unsigned [0, q) form), and // then for each of the two γ₂ values the HighBits, UseHint(1, r), // LowBits (signed centered), and |LowBits|. func TestCCTVFieldOps(t *testing.T) { // https://github.com/C2SP/CCTV/blob/main/ML-DSA/accumulated/README.md#field-operation-tests const expected = "f930663417278156ab05d940294a77210a809c924d8ab63ec72f4526247602c7" gammas := [2]uint32{MLDSA44.gamma2, MLDSA65.gamma2} acc := sha3.NewShake128() buf := make([]byte, 0, 256) w := func(s int64) { buf = strconv.AppendInt(buf, s, 10) buf = append(buf, '\n') } // Reuse a single zeroed poly: by writing the value of interest into // p[0] (and leaving the other 255 coefficients at 0), p.infinityNorm() // returns the per-coefficient |·mod± q| of that value. var p poly infNorm := func(a rZq) uint32 { p[0] = a return p.infinityNorm() } for r := uint32(0); r < q; r++ { a := rZq(r) w(centeredMod(a)) w(int64(infNorm(a))) // Power2Round's r0 is written in unsigned [0, q) form, which is // what tink-go's power2Round already returns. r1, r0 := a.power2Round() w(int64(r1)) w(int64(r0)) for _, g := range gammas { r1d, r0d := a.decompose(g) w(int64(r1d)) w(int64(a.useHint(g, rZq(1)))) // Decompose's r0 is written in signed centered form. w(centeredMod(r0d)) w(int64(infNorm(r0d))) } acc.Write(buf) buf = buf[:0] } var out [32]byte acc.Read(out[:]) if got := hex.EncodeToString(out[:]); got != expected { t.Errorf("got %s, want %s", got, expected) } } // centeredMod returns r mod± q as a signed integer, where q is odd so // the result is in [-(q-1)/2, (q-1)/2]. See FIPS 204 §2.3. tink-go // itself only ever needs |r mod± q| (centeredAbs), not the sign, so it // has no equivalent function to test directly. func centeredMod(a rZq) int64 { if uint32(a) <= (q-1)/2 { return int64(a) } return int64(a) - int64(q) } ================================================ FILE: internal/signature/mldsa/marshal.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "fmt" "slices" "golang.org/x/crypto/sha3" ) // The encoding (and decoding) functions come in two variants: // // 1. The "unsigned" variant encodes unsigned rZq elements directly. // Every element needs to be representable in the range [0, 2^bits). // 2. The "signed" variant allows for more general elements that can be represented // by signed words in the range [-a, 2^bits) for some lower bound a. // Algorithm 16 (SimpleBitPack) func (p *poly) simpleBitPack(bits int) []byte { encoded := make([]byte, (degree*bits)/8) for i := 0; i < len(encoded)*8; i++ { cidx := i / bits coff := i % bits eidx := i >> 3 eoff := i & 7 bit := byte((p[cidx] >> coff) & 0x1) encoded[eidx] ^= bit << eoff } return encoded } // Algorithm 17 (BitPack) func (p *poly) bitPack(a rZq, bits int) []byte { return p.subFrom(a).simpleBitPack(bits) } // Algorithm 16 (SimpleBitPack) func (p *polyNTT) simpleBitPack(bits int) []byte { encoded := make([]byte, (degree*bits)/8) for i := 0; i < len(encoded)*8; i++ { cidx := i / bits coff := i % bits eidx := i >> 3 eoff := i & 7 bit := byte((p[cidx] >> coff) & 0x1) encoded[eidx] ^= bit << eoff } return encoded } // Algorithm 17 (BitPack) func (p *polyNTT) bitPack(a rZq, bits int) []byte { return p.subFrom(a).simpleBitPack(bits) } // Algorithm 18 (SimpleBitUnpack) func simpleBitUnpackPoly(encoded []byte, bits int) *poly { res := &poly{} for i := 0; i < len(encoded)*8; i++ { cidx := i / bits coff := i % bits eidx := i >> 3 eoff := i & 7 bit := rZq((encoded[eidx] >> eoff) & 0x1) res[cidx] ^= bit << coff } return res } // Algorithm 19 (BitUnpack) func bitUnpackPoly(encoded []byte, a rZq, bits int) *poly { return simpleBitUnpackPoly(encoded, bits).subFrom(a) } // Algorithm 18 (SimpleBitUnpack) func simpleBitUnpackPolyNTT(encoded []byte, bits int) *polyNTT { res := &polyNTT{} for i := 0; i < len(encoded)*8; i++ { cidx := i / bits coff := i % bits eidx := i >> 3 eoff := i & 7 bit := rZq((encoded[eidx] >> eoff) & 0x1) res[cidx] ^= bit << coff } return res } // Algorithm 19 (BitUnpack) func bitUnpackPolyNTT(encoded []byte, a rZq, bits int) *polyNTT { return simpleBitUnpackPolyNTT(encoded, bits).subFrom(a) } // Algorithm 20 (HintBitPack) func (v vector) hintBitPack(par *params) []byte { res := make([]byte, par.omega+par.k) index := 0 for i := 0; i < par.k; i++ { for j := 0; j < degree; j++ { if v[i][j] != 0 { res[index] = byte(j) index++ } } res[par.omega+i] = byte(index) } return res } // Algorithm 21 (HintBitUnpack) func (par *params) hintBitUnpackVector(encoded []byte) (vector, error) { res := makeZeroVector(par.k) index := 0 for i := 0; i < par.k; i++ { end := int(encoded[par.omega+i]) if end < index || end > par.omega { return nil, fmt.Errorf("invalid hint bit vector") } first := index for index < end { if index > first && encoded[index-1] >= encoded[index] { return nil, fmt.Errorf("invalid hint bit vector") } res[i][encoded[index]] = 1 index++ } } for i := index; i < par.omega; i++ { if encoded[i] != 0 { return nil, fmt.Errorf("invalid hint bit vector") } } return res, nil } // Encode encodes a public key. This is Algorithm 22 (pkEncode) of the ML-DSA specification. func (pk *PublicKey) Encode() []byte { res := make([]byte, 32) copy(res[0:32], pk.rho[:]) for i := range pk.t1 { res = slices.Concat(res, pk.t1[i].simpleBitPack(qBits-d)) } return res } // PublicKeyLength returns the length of a public key. func (par *params) PublicKeyLength() int { return 32 + 32*par.k*(qBits-d) } // DecodePublicKey decodes a public key. This is Algorithm 23 (pkDecode) of the ML-DSA specification. func (par *params) DecodePublicKey(pkEnc []byte) (*PublicKey, error) { if len(pkEnc) != par.PublicKeyLength() { return nil, fmt.Errorf("invalid public key length") } var rho [32]byte copy(rho[:], pkEnc[0:32]) res := makeZeroVector(par.k) for i := range res { pos := 32 + i*32*(qBits-d) res[i] = simpleBitUnpackPoly(pkEnc[pos:pos+32*(qBits-d)], qBits-d) } // We additionally cache the hash of the public key. var tr [64]byte sha3.ShakeSum256(tr[:], pkEnc) return &PublicKey{rho, res, tr, par}, nil } // Encode encodes a secret key. This is Algorithm 24 (skEncode) of the ML-DSA specification. func (sk *SecretKey) Encode() []byte { par := sk.par res := make([]byte, 32+32+64) copy(res[0:32], sk.rho[:]) copy(res[32:64], sk.kK[:]) copy(res[64:128], sk.tr[:]) for i := range sk.s1 { res = slices.Concat(res, sk.s1[i].bitPack(rZq(par.eta), par.etaBits)) } for i := range sk.s2 { res = slices.Concat(res, sk.s2[i].bitPack(rZq(par.eta), par.etaBits)) } for i := range sk.t0 { res = slices.Concat(res, sk.t0[i].bitPack(rZq(1<<(d-1)), d)) } return res } // SecretKeyLength returns the length of a secret key. func (par *params) SecretKeyLength() int { return 32 + 32 + 64 + 32*((par.l+par.k)*par.etaBits+d*par.k) } // DecodeSecretKey decodes a secret key. This is Algorithm 25 (skDecode) of the ML-DSA specification. func (par *params) DecodeSecretKey(skEnc []byte) (*SecretKey, error) { if len(skEnc) != par.SecretKeyLength() { return nil, fmt.Errorf("invalid secret key length") } var rho [32]byte var K [32]byte var tr [64]byte copy(rho[:], skEnc[0:32]) copy(K[:], skEnc[32:64]) copy(tr[:], skEnc[64:128]) s1 := makeZeroVector(par.l) s2 := makeZeroVector(par.k) t0 := makeZeroVector(par.k) sStep := 32 * par.etaBits for i := range s1 { pos := 128 + i*sStep s1[i] = bitUnpackPoly(skEnc[pos:pos+sStep], rZq(par.eta), par.etaBits) } for i := range s2 { pos := 128 + par.l*sStep + i*sStep s2[i] = bitUnpackPoly(skEnc[pos:pos+sStep], rZq(par.eta), par.etaBits) } for i := range t0 { pos := 128 + par.l*sStep + par.k*sStep + i*32*d t0[i] = bitUnpackPoly(skEnc[pos:pos+32*d], rZq(1<<(d-1)), d) } return &SecretKey{rho, K, tr, s1, s2, t0, nil, par}, nil } // Algorithm 26 (SigEncode) func (par *params) sigEncode(c []byte, z vector, h vector) []byte { res := make([]byte, par.lambda/4) copy(res, c) for i := range z { res = slices.Concat(res, z[i].bitPack(rZq(1< degree { panic("numOnes must be <= degree") } res := makeZeroVector(par.k) // Set the first numOnes coefficients to 1. for i := 0; i < numOnes; i++ { res[0][i] = rZq(1) } // And then Fisher-Yates shuffle. mathrand.Shuffle(len(res)*len(res[0]), func(i, j int) { k := i / len(res[0]) l := i % len(res[0]) m := j / len(res[0]) n := j % len(res[0]) res[k][l], res[m][n] = res[m][n], res[k][l] }) return res } func compareVector(u, v vector) bool { if len(u) != len(v) { return false } for i := range u { if !comparePoly(u[i], v[i]) { return false } } return true } func TestVectorHintBitPackUnpack(t *testing.T) { pars := []struct { name string par *params }{ {"MLDSA44", MLDSA44}, {"MLDSA65", MLDSA65}, {"MLDSA87", MLDSA87}, } for _, par := range pars { for i := 0; i < numTestValues; i++ { exp := randomVectorHint(par.par, par.par.omega) got, err := par.par.hintBitUnpackVector(exp.hintBitPack(par.par)) if err != nil { t.Errorf("decodeVector(%v) failed: %v", par.name, err) } if !compareVector(exp, got) { t.Errorf("decodeVector(%v) failed", par.name) } } } } func onesVectorHint(par *params, wantNumOnes int) vector { res := makeZeroVector(par.k) numOnes := 0 for i := range res { for j := range res[i] { if numOnes < wantNumOnes { res[i][j] = rZq(1) numOnes++ } else { res[i][j] = rZq(0) } } } return res } func TestHintBitUnpackOverflowVectorFails(t *testing.T) { pars := []struct { name string par *params }{ {"MLDSA44", MLDSA44}, {"MLDSA65", MLDSA65}, {"MLDSA87", MLDSA87}, } for _, par := range pars { exp := onesVectorHint(par.par, par.par.omega+1) _, err := par.par.hintBitUnpackVector(exp.hintBitPack(par.par)) if err == nil { t.Errorf("decodeVector(%v) succeeded, want error", par.name) } } } func TestHintBitUnpackInvalidPaddingVectorFails(t *testing.T) { pars := []struct { name string par *params }{ {"MLDSA44", MLDSA44}, {"MLDSA65", MLDSA65}, {"MLDSA87", MLDSA87}, } for _, par := range pars { exp := onesVectorHint(par.par, 1) enc := exp.hintBitPack(par.par) enc[1] = byte(255) _, err := par.par.hintBitUnpackVector(enc) if err == nil { t.Errorf("decodeVector(%v) succeeded, want error", par.name) } } } func comparePublicKey(u, v *PublicKey) bool { return bytes.Equal(u.rho[:], v.rho[:]) && compareVector(u.t1, v.t1) && bytes.Equal(u.tr[:], v.tr[:]) && u.par == v.par } func compareSecretKey(u, v *SecretKey) bool { return bytes.Equal(u.rho[:], v.rho[:]) && bytes.Equal(u.kK[:], v.kK[:]) && bytes.Equal(u.tr[:], v.tr[:]) && compareVector(u.s1, v.s1) && compareVector(u.s2, v.s2) && compareVector(u.t0, v.t0) && u.par == v.par } func TestKeyEncodeDecode(t *testing.T) { pars := []struct { name string par *params }{ {"MLDSA44", MLDSA44}, {"MLDSA65", MLDSA65}, {"MLDSA87", MLDSA87}, } for _, par := range pars { for j := 0; j < 100; j++ { var seed [32]byte rand.Read(seed[:]) pk, sk := par.par.KeyGen() pkDec, err := par.par.DecodePublicKey(pk.Encode()) if err != nil { t.Errorf("PkDecode(%v) failed: %v", par.name, err) } if !comparePublicKey(pk, pkDec) { t.Errorf("PkDecode(%v) = %v, want %v", par.name, pkDec, pk) } skDec, err := par.par.DecodeSecretKey(sk.Encode()) if err != nil { t.Errorf("SkDecode(%v) failed: %v", par.name, err) } if !compareSecretKey(sk, skDec) { t.Errorf("SkDecode(%v) = %v, want %v", par.name, skDec, sk) } } } } ================================================ FILE: internal/signature/mldsa/mldsa.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package mldsa implements ML-DSA as specified in NIST FIPS 204 (https://doi.org/10.6028/NIST.FIPS.204). package mldsa import ( "bytes" "fmt" "math/bits" "slices" "crypto/rand" "golang.org/x/crypto/sha3" ) const ( // Base ring modulus. q = 8380417 // Base ring storage bits. qBits = 23 // Root of unity modulo q. zeta = 1753 // Inverse of 256 modulo q. inv256 = 8347681 // Degree of polynomial modulus (= X^256 + 1). degree = 256 // Dropped bits. d = 13 // SecretKeySeedSize is the size of the seed used to generate a secret key. SecretKeySeedSize = 32 ) type params struct { // ML-DSA parameters (see https://doi.org/10.6028/NIST.FIPS.204). tau int lambda int log2Gamma1 int gamma2 uint32 k int l int eta int omega int // Precomputed derived parameters. etaBits int w1Bits int } type paramsOpts struct { tau int lambda int log2Gamma1 int invGamma2 uint32 k int l int eta int omega int } func newParams(par paramsOpts) *params { gamma2 := (q - 1) / par.invGamma2 etaBits := bits.Len(uint(2 * par.eta)) w1Bits := bits.Len(uint((q-1)/(2*gamma2) - 1)) return ¶ms{par.tau, par.lambda, par.log2Gamma1, gamma2, par.k, par.l, par.eta, par.omega, etaBits, w1Bits} } var ( // MLDSA44 defines parameters for ML-DSA-44. MLDSA44 = newParams(paramsOpts{ tau: 39, lambda: 128, log2Gamma1: 17, invGamma2: 88, k: 4, l: 4, eta: 2, omega: 80, }) // MLDSA65 defines parameters for ML-DSA-65. MLDSA65 = newParams(paramsOpts{ tau: 49, lambda: 192, log2Gamma1: 19, invGamma2: 32, k: 6, l: 5, eta: 4, omega: 55, }) // MLDSA87 defines parameters for ML-DSA-87. MLDSA87 = newParams(paramsOpts{ tau: 60, lambda: 256, log2Gamma1: 19, invGamma2: 32, k: 8, l: 7, eta: 2, omega: 75, }) ) // PublicKey represents a ML-DSA public key. type PublicKey struct { rho [32]byte t1 vector // Cached public key hash. tr [64]byte // Corresponding parameters. par *params } // SecretKey represents a ML-DSA secret key. type SecretKey struct { rho [32]byte kK [32]byte tr [64]byte s1 vector s2 vector t0 vector // Cached secret key seed. seed *[SecretKeySeedSize]byte // Corresponding parameters. par *params } // Algorithm 32 (ExpandA) func (par *params) expandA(rho [32]byte) matrixNTT { res := makeZeroMatrixNTT(par.k, par.l) var rhop [32 + 2]byte copy(rhop[:], rho[:]) for r := range par.k { rhop[len(rho)+1] = byte(r) for s := range par.l { rhop[len(rho)] = byte(s) res[r][s] = rejectNTTPoly(rhop) } } return res } // Algorithm 33 (ExpandS) func (par *params) expandS(rho [64]byte) (vector, vector) { res1 := makeZeroVector(par.l) res2 := makeZeroVector(par.k) var rhop [64 + 2]byte copy(rhop[:], rho[:]) for i := range par.l { rhop[len(rho)] = byte(i) rhop[len(rho)+1] = byte(0) res1[i] = par.rejectBoundedPoly(rhop) } for i := range par.k { rhop[len(rho)] = byte(i + par.l) rhop[len(rho)+1] = byte(0) res2[i] = par.rejectBoundedPoly(rhop) } return res1, res2 } // Algorithm 34 (ExpandMask) func (par *params) expandMask(rho [64]byte, mu int) vector { res := makeZeroVector(par.l) var rhop [64 + 2]byte copy(rhop[:], rho[:]) for i := range par.l { rhop[len(rho)] = byte((mu + i) & 0xFF) rhop[len(rho)+1] = byte((mu + i) >> 8) v := make([]byte, 32*(par.log2Gamma1+1)) sha3.ShakeSum256(v, rhop[:]) res[i] = bitUnpackPoly(v, rZq(1< 255 { return nil, fmt.Errorf("context too long") } var rnd [32]byte rand.Read(rnd[:]) return sk.signInternal(slices.Concat([]byte{0, byte(len(ctx))}, ctx, M), rnd), nil } // SignDeterministic signs deterministically. This is Algorithm 2 (Sign) of the ML-DSA specification with a fixed all zeroes randomness. func (sk *SecretKey) SignDeterministic(M []byte, ctx []byte) ([]byte, error) { if len(ctx) > 255 { return nil, fmt.Errorf("context too long") } var zeroes [32]byte return sk.signInternal(slices.Concat([]byte{0, byte(len(ctx))}, ctx, M), zeroes), nil } // VerifyWithMu verifies a signature with a precomputed mu. // Returns nil if the signature is valid for mu, otherwise returns an error. func (pk *PublicKey) VerifyWithMu(mu [64]byte, sigma []byte) error { return pk.verifyInternalWithMu(mu, sigma) } // Verify verifies a signature. This is Algorithm 3 (Verify) of the ML-DSA specification. // Returns nil if the signature is valid for the message and context, otherwise returns an error. func (pk *PublicKey) Verify(M []byte, sigma []byte, ctx []byte) error { if len(ctx) > 255 { return fmt.Errorf("context too long") } return pk.verifyInternal(slices.Concat([]byte{0, byte(len(ctx))}, ctx, M), sigma) } ================================================ FILE: internal/signature/mldsa/mldsa_benchmark_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "math/rand" "testing" ) const benchmarkDataSize = 16 * 1024 var benchmarkTestCases = []struct { name string parameters *params }{ { name: "ML_DSA_44", parameters: MLDSA44, }, { name: "ML_DSA_65", parameters: MLDSA65, }, { name: "ML_DSA_87", parameters: MLDSA87, }, } func BenchmarkKeyGen(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() for i := 0; i < b.N; i++ { tc.parameters.KeyGen() } }) } } func BenchmarkSign(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() _, secretKey := tc.parameters.KeyGen() data := make([]byte, benchmarkDataSize) rand.Read(data) b.ResetTimer() for i := 0; i < b.N; i++ { if _, err := secretKey.Sign(data, []byte{}); err != nil { b.Fatal(err) } } }) } } func BenchmarkVerify(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() publicKey, secretKey := tc.parameters.KeyGen() data := make([]byte, benchmarkDataSize) rand.Read(data) sig, err := secretKey.Sign(data, []byte{}) if err != nil { b.Fatal(err) } b.ResetTimer() for i := 0; i < b.N; i++ { if err = publicKey.Verify(data, sig, []byte{}); err != nil { b.Fatal(err) } } }) } } ================================================ FILE: internal/signature/mldsa/mldsa_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "bytes" "crypto/rand" "encoding/hex" "fmt" "slices" "testing" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/testutil" ) // Number of times to run sign-verify roundtrip tests. const numSignVerifyTests = 100 func mustHexDecode(t *testing.T, hexString string) []byte { output, err := hex.DecodeString(hexString) if err != nil { t.Fatal(err) } return output } func TestDerivedParameters(t *testing.T) { pars := []struct { name string par *params expEtaBits int expW1Bits int }{ {"MLDSA44", MLDSA44, 3, 6}, {"MLDSA65", MLDSA65, 4, 4}, {"MLDSA87", MLDSA87, 3, 4}, } for _, par := range pars { if par.expEtaBits != par.par.etaBits { t.Errorf("etaBits = %v, want %v", par.par.etaBits, par.expEtaBits) } if par.expW1Bits != par.par.w1Bits { t.Errorf("w1Bits = %v, want %v", par.par.w1Bits, par.expW1Bits) } } } func TestKeyGenFromSeed(t *testing.T) { pars := []struct { name string par *params seed string expPk string expSk string }{ { "MLDSA44", MLDSA44, "000102030405060708090A0B0C0D0E0F000102030405060708090A0B0C0D0E01", "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", 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}, { "MLDSA65", MLDSA65, "000102030405060708090A0B0C0D0E0F000102030405060708090A0B0C0D0E02", 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}, } for _, par := range pars { seedBytes := mustHexDecode(t, par.seed) var seed [SecretKeySeedSize]byte copy(seed[:], seedBytes[:]) pk, sk := par.par.KeyGenFromSeed(seed) pkString := hex.EncodeToString(pk.Encode()) skString := hex.EncodeToString(sk.Encode()) if par.expPk != pkString { t.Errorf("%v: KeyGenFromSeed(%v).pk = %v, want %v", par.name, par.seed, pkString, par.expPk) } if par.expSk != skString { t.Errorf("%v: KeyGenFromSeed(%v).sk = %v, want %v", par.name, par.seed, skString, par.expSk) } } } func TestSeedCorrect(t *testing.T) { pars := []struct { name string par *params seed string }{ { "MLDSA44", MLDSA44, "000102030405060708090A0B0C0D0E0F000102030405060708090A0B0C0D0E01", }, { "MLDSA65", MLDSA65, "000102030405060708090A0B0C0D0E0F000102030405060708090A0B0C0D0E02", }, { "MLDSA87", MLDSA87, "000102030405060708090A0B0C0D0E0F000102030405060708090A0B0C0D0E03", }, } for _, par := range pars { t.Run(par.name, func(t *testing.T) { seed := mustHexDecode(t, par.seed) var wantSeed [SecretKeySeedSize]byte copy(wantSeed[:], seed[:]) _, sk := par.par.KeyGenFromSeed(wantSeed) gotSeed := sk.Seed() if *gotSeed != wantSeed { t.Errorf("sk.Seed() = %v, want %v", gotSeed, wantSeed) } }) } } func TestSignDeterministic(t *testing.T) { pars := []struct { name string par *params sk string msg string ctx string exp string }{ { "MLDSA44", MLDSA44, 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"48656c6c6f20776f726c64", "436f6e74657874", 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}, { "MLDSA65", MLDSA65, 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}, } for _, par := range pars { skBytes := mustHexDecode(t, par.sk) sk, err := par.par.DecodeSecretKey(skBytes) if err != nil { t.Errorf("DecodeSecretKey(%v) failed: %v", par.name, err) } msgBytes := mustHexDecode(t, par.msg) ctxBytes := mustHexDecode(t, par.ctx) got, err := sk.SignDeterministic(msgBytes, ctxBytes) if err != nil { t.Errorf("SignDeterministic(%v) failed: %v", par.name, err) } expBytes := mustHexDecode(t, par.exp) if !bytes.Equal(expBytes, got) { t.Errorf("SignDeterministic(%v) = %v, want %v", par.name, hex.EncodeToString(got), par.exp) } } } func TestVerify(t *testing.T) { pars := []struct { name string par *params pk string msg string ctx string sig string }{ {"MLDSA44", MLDSA44, 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}, } for _, par := range pars { pkBytes := mustHexDecode(t, par.pk) pk, err := par.par.DecodePublicKey(pkBytes) if err != nil { t.Errorf("DecodePublicKey(%v) failed: %v", par.name, err) } msgBytes := mustHexDecode(t, par.msg) ctxBytes := mustHexDecode(t, par.ctx) sigBytes := mustHexDecode(t, par.sig) err = pk.Verify(msgBytes, sigBytes, ctxBytes) if err != nil { t.Errorf("Verify(%v) failed: %v", par.name, err) } } } func TestSignVerify(t *testing.T) { pars := []struct { name string par *params }{ {"MLDSA44", MLDSA44}, {"MLDSA65", MLDSA65}, {"MLDSA87", MLDSA87}, } for _, par := range pars { for j := 0; j < numSignVerifyTests; j++ { pk, sk := par.par.KeyGen() var m [32]byte rand.Read(m[:]) var ctx [32]byte rand.Read(ctx[:]) signature, err := sk.Sign(m[:], ctx[:]) if err != nil { t.Errorf("Sign(%v) failed: %v", par.name, err) } err = pk.Verify(m[:], signature[:], ctx[:]) if err != nil { t.Errorf("Verify(%v) failed: %v", par.name, err) } } } } func TestSignDeterministicVerify(t *testing.T) { pars := []struct { name string par *params }{ {"MLDSA44", MLDSA44}, {"MLDSA65", MLDSA65}, {"MLDSA87", MLDSA87}, } for _, par := range pars { for j := 0; j < numSignVerifyTests; j++ { pk, sk := par.par.KeyGen() var m [32]byte rand.Read(m[:]) var ctx [32]byte rand.Read(ctx[:]) signature, err := sk.SignDeterministic(m[:], ctx[:]) if err != nil { t.Errorf("SignDeterministic(%v) failed: %v", par.name, err) } err = pk.Verify(m[:], signature[:], ctx[:]) if err != nil { t.Errorf("Verify(%v) failed: %v", par.name, err) } } } } func TestSignVerifyWithMu(t *testing.T) { pars := []struct { name string par *params }{ {"MLDSA44", MLDSA44}, {"MLDSA65", MLDSA65}, {"MLDSA87", MLDSA87}, } for _, par := range pars { for j := 0; j < numSignVerifyTests; j++ { pk, sk := par.par.KeyGen() var m [32]byte rand.Read(m[:]) var mu [64]byte rand.Read(mu[:]) signature := sk.SignWithMu(mu) err := pk.VerifyWithMu(mu, signature) if err != nil { t.Errorf("VerifyWithMu(%v) failed", par.name) } } } } func TestSignDeterministicVerifyWithMu(t *testing.T) { pars := []struct { name string par *params }{ {"MLDSA44", MLDSA44}, {"MLDSA65", MLDSA65}, {"MLDSA87", MLDSA87}, } for _, par := range pars { for j := 0; j < numSignVerifyTests; j++ { pk, sk := par.par.KeyGen() var m [32]byte rand.Read(m[:]) var mu [64]byte rand.Read(mu[:]) signature := sk.SignDeterministicWithMu(mu) err := pk.VerifyWithMu(mu, signature) if err != nil { t.Errorf("VerifyWithMu(%v) failed", par.name) } } } } func TestSignVerifyContextTooLong(t *testing.T) { pk, sk := MLDSA44.KeyGen() var m [32]byte rand.Read(m[:]) var ctx [256]byte rand.Read(ctx[:]) signature, err := sk.Sign(m[:], ctx[:]) if err == nil { t.Errorf("Sign did not fail with context too long") } err = pk.Verify(m[:], signature[:], ctx[:]) if err == nil { t.Errorf("Verify did not fail with context too long") } } func TestSignDeterministicContextTooLong(t *testing.T) { _, sk := MLDSA44.KeyGen() var m [32]byte rand.Read(m[:]) var ctx [256]byte rand.Read(ctx[:]) _, err := sk.SignDeterministic(m[:], ctx[:]) if err == nil { t.Errorf("Sign did not fail with context too long") } } type wycheproofCase struct { wycheproof.Case Message testutil.HexBytes `json:"msg"` Signature testutil.HexBytes `json:"sig"` Context testutil.HexBytes `json:"ctx"` } func TestWycheproofVerify(t *testing.T) { vectors := []struct { filename string params *params }{ { filename: "mldsa_44_verify_test.json", params: MLDSA44, }, { filename: "mldsa_65_verify_test.json", params: MLDSA65, }, { filename: "mldsa_87_verify_test.json", params: MLDSA87, }, } type wycheproofGroup struct { wycheproof.Group PublicKey testutil.HexBytes `json:"publicKey"` Tests []*wycheproofCase `json:"tests"` } type wycheproofSuite struct { wycheproof.Suite TestGroups []*wycheproofGroup `json:"testGroups"` } for _, v := range vectors { suite := new(wycheproofSuite) wycheproof.PopulateSuiteV1(t, suite, v.filename) for _, group := range suite.TestGroups { for _, test := range group.Tests { expectedPublicKeyParsingErr := slices.Contains(test.Flags, "IncorrectPublicKeyLength") caseName := fmt.Sprintf("%s:Case-%d", v.filename, test.CaseID) t.Run(caseName, func(t *testing.T) { publicKey, err := v.params.DecodePublicKey(group.PublicKey) if expectedPublicKeyParsingErr { if err == nil { t.Fatalf("params.DecodePublicKey(%x) err = nil, want err", group.PublicKey) } // End subtest successfully. return } if err != nil { t.Fatalf("params.DecodePublicKey(%x) err = %v, want nil", group.PublicKey, err) } err = publicKey.Verify(test.Message, test.Signature, test.Context) switch test.Result { case "valid": if err != nil { t.Errorf("publicKey.Verify() failed in a valid test case: %s", err) } case "invalid": if err == nil { t.Errorf("publicKey.Verify() succeeded in an invalid test case") } default: t.Errorf("unsupported test result: %q", test.Result) } }) } } } } func TestWycheproofSign(t *testing.T) { vectors := []struct { filename string params *params }{ { filename: "mldsa_44_sign_seed_test.json", params: MLDSA44, }, { filename: "mldsa_65_sign_seed_test.json", params: MLDSA65, }, { filename: "mldsa_87_sign_seed_test.json", params: MLDSA87, }, } type wycheproofGroup struct { wycheproof.Group PrivateSeed testutil.HexBytes `json:"privateSeed"` Tests []*wycheproofCase `json:"tests"` } type wycheproofSuite struct { wycheproof.Suite TestGroups []*wycheproofGroup `json:"testGroups"` } for _, v := range vectors { suite := new(wycheproofSuite) wycheproof.PopulateSuiteV1(t, suite, v.filename) for _, group := range suite.TestGroups { for _, test := range group.Tests { expectedSignErr := slices.Contains(test.Flags, "InvalidContext") caseName := fmt.Sprintf("%s:Case-%d", v.filename, test.CaseID) t.Run(caseName, func(t *testing.T) { _, secretKey := v.params.KeyGenFromSeed([32]byte(group.PrivateSeed)) got, err := secretKey.SignDeterministic(test.Message, test.Context) if expectedSignErr { if err == nil { t.Fatalf("secretKey.SignDeterministic(%x, %x) err = nil, want err", test.Message, test.Context) } // End subtest successfully. return } if err != nil { t.Fatalf("secretKey.SignDeterministic(%x, %x) err = %v, want nil", test.Message, test.Context, err) } want := test.Signature switch test.Result { case "valid": if !bytes.Equal(got, want) { t.Errorf("secretKey.SignDeterministic() failed in a valid test case: %s", err) } case "invalid": if bytes.Equal(got, want) { t.Errorf("SecretKey.SignDeterministic() succeeded in an invalid test case") } default: t.Errorf("unsupported test result: %q", test.Result) } }) } } } } func TestWycheproofSignNoSeed(t *testing.T) { vectors := []struct { filename string params *params }{ { filename: "mldsa_44_sign_noseed_test.json", params: MLDSA44, }, { filename: "mldsa_65_sign_noseed_test.json", params: MLDSA65, }, { filename: "mldsa_87_sign_noseed_test.json", params: MLDSA87, }, } type wycheproofGroup struct { wycheproof.Group PrivateKey testutil.HexBytes `json:"privateKey"` Tests []*wycheproofCase `json:"tests"` } type wycheproofSuite struct { wycheproof.Suite TestGroups []*wycheproofGroup `json:"testGroups"` } for _, v := range vectors { suite := new(wycheproofSuite) wycheproof.PopulateSuiteV1(t, suite, v.filename) for _, group := range suite.TestGroups { for _, test := range group.Tests { expectedDecodeSecretKeyErr := slices.Contains(test.Flags, "IncorrectPrivateKeyLength") expectedSignErr := slices.Contains(test.Flags, "InvalidContext") caseName := fmt.Sprintf("%s:Case-%d", v.filename, test.CaseID) t.Run(caseName, func(t *testing.T) { secretKey, err := v.params.DecodeSecretKey(group.PrivateKey) if expectedDecodeSecretKeyErr { if err == nil { t.Fatalf("params.DecodeSecretKey(%x) err = nil, want err", group.PrivateKey) } // End subtest successfully. return } if err != nil { t.Fatalf("params.DecodeSecretKey(%x) err = %v, want nil", group.PrivateKey, err) } got, err := secretKey.SignDeterministic(test.Message, test.Context) if expectedSignErr { if err == nil { t.Fatalf("secretKey.SignDeterministic(%x, %x) err = nil, want err", test.Message, test.Context) } // End subtest successfully. return } if err != nil { t.Fatalf("secretKey.SignDeterministic(%x, %x) err = %v, want nil", test.Message, test.Context, err) } want := test.Signature switch test.Result { case "valid": if !bytes.Equal(got, want) { t.Errorf("secretKey.SignDeterministic() failed in a valid test case: %s", err) } case "invalid": if bytes.Equal(got, want) { t.Errorf("SecretKey.SignDeterministic() succeeded in an invalid test case") } default: t.Errorf("unsupported test result: %q", test.Result) } }) } } } } ================================================ FILE: internal/signature/mldsa/sampling.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "encoding/binary" "golang.org/x/crypto/sha3" ) // Algorithm 29 (SampleInBall) func (par *params) sampleInBall(rho []byte) *poly { res := &poly{} H := sha3.NewShake256() H.Write(rho) var s [8]byte H.Read(s[:]) signbits := binary.LittleEndian.Uint64(s[:]) for i := degree - par.tau; i < degree; i++ { var jj [1]byte H.Read(jj[:]) for int(jj[0]) > i { H.Read(jj[:]) } j := jj[0] res[i] = res[j] res[j] = rZq(1).sub(rZq(2 * (signbits & 1))) signbits >>= 1 } return res } // Algorithm 30 (RejectNTTPoly) func rejectNTTPoly(rho [32 + 2]byte) *polyNTT { res := &polyNTT{} G := sha3.NewShake128() G.Write(rho[:]) i := 0 for i < degree { // For SHAKE128, the rate (i.e. blocksize) is 168 bytes. var s [168]byte G.Read(s[:]) // We have that 168 mod 3 = 0. Then 168/3 = 56 (exact), so we may read 3-blocks // from 3-index 0,...,55. Then on 3-index 56 we have j = 168 and the loop exits. for j := 0; j < 168 && i < degree; j += 3 { // Inlined Algorithm 14 (CoeffFromThreeBytes) c := uint32(s[j]) | uint32(s[j+1])<<8 | uint32(s[j+2]&0x7F)<<16 if c < q { res[i] = rZq(c) i++ } } } return res } // Algorithm 15 (CoeffFromHalfByte) func (par *params) coeffFromHalfByte(b byte) (rZq, bool) { if par.eta == 2 && b < 15 { // Constant time "b mod 5". bMod5 := byte(uint16(b) - 5*((uint16(b)*205)>>10)) return rZq(2).sub(rZq(bMod5)), true } if par.eta == 4 && b < 9 { return rZq(4).sub(rZq(b)), true } return rZq(0), false } // Algorithm 31 (RejectBoundedPoly) func (par *params) rejectBoundedPoly(rho [64 + 2]byte) *poly { res := &poly{} H := sha3.NewShake256() H.Write(rho[:]) i := 0 for i < degree { var zz [1]byte H.Read(zz[:]) z := zz[0] z0, z0Accept := par.coeffFromHalfByte(z & 0xF) z1, z1Accept := par.coeffFromHalfByte(z >> 4) if z0Accept { res[i] = z0 i++ } if z1Accept && i < degree { res[i] = z1 i++ } } return res } ================================================ FILE: internal/signature/mldsa/sampling_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "fmt" "testing" ) func fmtPoly(p *poly) string { res := "" for i := range p { res += fmt.Sprintf("%v, ", p[i]) } return res } func TestSampleInBall(t *testing.T) { pars := []struct { name string par *params rho []byte exp [degree]uint32 }{ {"MLDSA44", MLDSA44, []byte("test44"), [degree]uint32{0, 0, 0, 8380416, 0, 8380416, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 8380416, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 8380416, 0, 0, 0, 0, 8380416, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 8380416, 0, 0, 8380416, 0, 8380416, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 8380416, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 8380416, 8380416, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 8380416, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 8380416, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 8380416, 0, 0, 0, 0, 0, 0, 0, 8380416, 0, 0, 0, 1, 1, 0, 0, 0, 0, 8380416, 0, 0, 0, 8380416, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 8380416, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 1}}, {"MLDSA65", MLDSA65, []byte("test65"), [degree]uint32{0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 8380416, 1, 0, 0, 0, 0, 0, 0, 1, 0, 8380416, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 8380416, 0, 8380416, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 8380416, 0, 0, 0, 8380416, 1, 0, 0, 8380416, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 8380416, 0, 0, 1, 8380416, 0, 0, 1, 0, 0, 0, 8380416, 0, 0, 0, 0, 0, 0, 0, 0, 8380416, 1, 0, 0, 0, 1, 0, 0, 1, 8380416, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 8380416, 0, 8380416, 0, 0, 0, 0, 0, 0, 8380416, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 8380416, 0, 8380416, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 8380416, 0, 0, 8380416, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 8380416, 0, 1, 0, 8380416, 8380416, 0, 0, 0, 0, 0, 0, 0}}, {"MLDSA87", MLDSA87, []byte("test87"), [degree]uint32{0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 8380416, 0, 0, 0, 0, 0, 8380416, 0, 0, 0, 1, 0, 0, 0, 8380416, 0, 0, 8380416, 0, 1, 8380416, 8380416, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 8380416, 0, 0, 1, 0, 1, 0, 0, 1, 0, 0, 0, 1, 0, 8380416, 8380416, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 8380416, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 8380416, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 8380416, 0, 0, 1, 8380416, 8380416, 0, 1, 0, 0, 0, 0, 0, 8380416, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 8380416, 0, 0, 0, 8380416, 0, 1, 8380416, 0, 0, 0, 8380416, 0, 0, 8380416, 0, 0, 0, 0, 8380416, 0, 0, 0, 0, 0, 8380416, 0, 0, 0, 0, 0, 8380416, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 8380416, 0, 8380416, 8380416, 8380416, 0, 0, 8380416, 0, 0, 0, 8380416, 0, 0, 0, 8380416, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 8380416, 0, 8380416, 0, 0, 0}}, } for _, par := range pars { got := par.par.sampleInBall(par.rho) exp := &poly{} for i := range par.exp { exp[i] = rZq(par.exp[i]) } if !comparePoly(exp, got) { t.Errorf("sampleInBall(%v) = %v, want %v", par.name, got, exp) } } } func TestRejectNTTPoly(t *testing.T) { var rho [32 + 2]byte copy(rho[:], []byte("test")) got := rejectNTTPoly(rho) expCoeff := [degree]uint32{3578166, 972121, 1648259, 7677015, 7376256, 5757783, 3101446, 451067, 6059670, 5905884, 4247480, 6679920, 5555081, 5144979, 7075978, 7103507, 7757395, 6415702, 7912360, 1786375, 5021428, 4285621, 2300099, 517782, 3159847, 6432777, 7874432, 4637670, 5116597, 4416746, 131575, 1295247, 2024915, 3530654, 4685938, 6426766, 3252315, 5534711, 501983, 2745133, 4631370, 1720508, 4803276, 2665408, 2601674, 2050001, 881099, 7065587, 7667596, 5564556, 4908268, 4430756, 7113411, 1448161, 4673027, 3025369, 7260498, 3754333, 6189687, 4788810, 7027191, 1291127, 1943917, 6811679, 7569460, 8295707, 3360283, 4419822, 7033727, 3984496, 7161488, 5493370, 7503985, 2532912, 4383716, 6164164, 2937280, 7772634, 2929950, 1152540, 5435522, 785917, 6584256, 1003532, 1955532, 4540370, 762206, 2240473, 5906072, 7440006, 2273961, 5730641, 6727709, 6284746, 7262289, 1880606, 3980372, 951759, 2597630, 949515, 4907846, 6279803, 4881171, 4453505, 302758, 7778031, 2113839, 2770685, 3888225, 548843, 2304201, 7015316, 7198775, 7207486, 7976493, 563117, 6072801, 6116272, 5051986, 7371985, 6943341, 6891047, 1550530, 1278600, 580067, 3252388, 6847311, 3212057, 7750900, 5939169, 726280, 3417354, 4769397, 610311, 7666886, 4395572, 7715999, 317514, 5090616, 4857095, 6960708, 4305385, 3228894, 5313136, 1892104, 6569383, 1352019, 2927514, 7064092, 6823878, 5890322, 1130244, 1908695, 6759827, 783842, 1112633, 4043807, 3011861, 938725, 3174967, 4748831, 4114401, 6702457, 6276820, 6256526, 2706103, 8000821, 8329692, 480724, 3945356, 5727318, 2441670, 6402483, 6010899, 8241871, 5253031, 7365886, 6630122, 3797332, 1014035, 1374475, 8013694, 1524131, 2406576, 7355560, 1429746, 1271739, 3225058, 307267, 5313838, 5142749, 4169359, 4966778, 4050707, 2500257, 2977209, 1812783, 405033, 5144724, 3699340, 870062, 7673186, 1464149, 422268, 5846554, 4425801, 3137547, 6860986, 7455071, 5659639, 5100439, 2902352, 2695051, 8137526, 6208043, 1693021, 3413236, 4176881, 4449190, 3916118, 1989094, 1135723, 2183769, 6641817, 3015521, 7356074, 2798296, 2439037, 1906625, 6986208, 1916547, 6652074, 5483432, 6816451, 7740644, 4436736, 181633, 8352909, 7657371, 1675250, 837485, 2604507, 5158513, 2613871, 5316527, 7655366, 5551366, 5105921, 6399947, 8281582, 5189356, 59379, 828119, 6331152, 3695617, 4629496} eq := true for i := range expCoeff { if got[i] != rZq(expCoeff[i]) { eq = false } } if !eq { t.Errorf("rejectNTTPoly(...) = %v, want %v", got, expCoeff) } } func TestCoeffFromHalfByte(t *testing.T) { pars := []struct { name string par *params }{ {"MLDSA44", MLDSA44}, {"MLDSA65", MLDSA65}, {"MLDSA87", MLDSA87}, } for _, par := range pars { for i := 0; i <= 0xF; i++ { b := byte(i) exp := rZq(0) ok := false if par.par.eta == 2 && b < 15 { exp = rZq(2).sub(rZq(b % 5)) ok = true } else if par.par.eta == 4 && b < 9 { exp = rZq(4).sub(rZq(b)) ok = true } got, gotOK := par.par.coeffFromHalfByte(b) if got != exp || gotOK != ok { t.Errorf("coeffFromHalfByte(%v) = %v, %v, want %v, %v", b, got, gotOK, exp, ok) } } } } func TestRejectBoundedPoly(t *testing.T) { pars := []struct { name string par *params rho []byte exp [degree]uint32 }{ {"MLDSA44", MLDSA44, []byte("test44"), [degree]uint32{8380416, 0, 2, 1, 8380416, 1, 8380416, 1, 2, 1, 2, 0, 0, 8380415, 1, 8380416, 0, 2, 8380415, 8380416, 1, 8380415, 2, 8380416, 0, 8380415, 8380416, 2, 2, 8380415, 2, 0, 8380415, 8380416, 0, 8380416, 2, 1, 8380416, 1, 0, 8380415, 2, 2, 0, 1, 8380415, 8380415, 8380416, 0, 0, 8380415, 2, 1, 1, 8380416, 0, 8380415, 1, 1, 8380415, 0, 2, 1, 2, 1, 1, 2, 2, 2, 1, 0, 2, 1, 0, 8380416, 8380415, 8380416, 8380416, 1, 1, 8380415, 1, 2, 8380416, 2, 2, 2, 2, 0, 8380415, 1, 8380416, 1, 2, 2, 1, 8380416, 8380416, 8380415, 8380415, 8380415, 8380415, 0, 8380415, 8380416, 0, 1, 8380416, 1, 0, 1, 8380415, 2, 0, 1, 0, 8380416, 2, 2, 8380415, 0, 2, 0, 2, 8380415, 8380416, 8380415, 8380415, 2, 8380416, 8380416, 1, 1, 8380416, 2, 2, 8380416, 8380415, 1, 8380415, 8380415, 8380415, 2, 1, 0, 8380415, 8380416, 0, 8380415, 8380416, 2, 8380415, 1, 2, 8380415, 2, 8380415, 2, 1, 2, 8380416, 8380416, 8380416, 1, 8380416, 0, 8380415, 8380415, 2, 1, 8380415, 2, 0, 0, 2, 2, 8380415, 1, 0, 1, 8380415, 8380416, 1, 8380416, 8380415, 2, 1, 1, 0, 0, 0, 2, 2, 0, 8380416, 1, 2, 2, 8380416, 0, 8380415, 0, 2, 8380416, 1, 2, 8380415, 8380415, 8380416, 8380415, 2, 0, 8380415, 0, 1, 8380416, 8380416, 8380415, 8380416, 1, 8380415, 0, 8380416, 2, 8380416, 8380415, 2, 2, 1, 8380416, 2, 2, 8380416, 0, 0, 2, 2, 8380416, 1, 8380416, 0, 8380416, 1, 2, 8380416, 0, 8380416, 2, 2, 1, 1, 8380415, 8380416, 8380416, 8380415}}, {"MLDSA65", MLDSA65, []byte("test65"), [degree]uint32{8380415, 4, 8380416, 8380414, 3, 8380416, 8380416, 8380416, 8380414, 1, 8380413, 2, 8380414, 8380414, 8380413, 8380416, 8380415, 8380415, 4, 2, 1, 2, 8380414, 8380415, 8380414, 8380413, 4, 0, 4, 3, 1, 8380414, 8380415, 8380415, 8380415, 0, 8380414, 4, 1, 2, 3, 1, 8380414, 3, 8380415, 2, 4, 8380413, 8380415, 8380416, 8380415, 8380414, 8380413, 4, 8380416, 8380413, 8380414, 2, 8380414, 1, 8380415, 3, 4, 2, 8380416, 4, 8380416, 2, 3, 8380414, 0, 8380414, 4, 8380416, 8380414, 8380415, 0, 1, 0, 0, 8380414, 4, 8380413, 1, 0, 4, 4, 2, 4, 8380415, 0, 1, 0, 8380414, 2, 0, 2, 4, 0, 1, 3, 1, 8380413, 1, 3, 4, 0, 4, 8380413, 8380416, 2, 4, 2, 8380414, 8380414, 3, 0, 2, 8380415, 2, 8380416, 3, 2, 8380414, 0, 0, 8380416, 2, 4, 8380413, 4, 8380415, 3, 4, 3, 8380413, 8380414, 8380414, 0, 8380414, 8380413, 2, 1, 1, 4, 1, 0, 8380416, 0, 0, 4, 1, 1, 4, 8380413, 1, 8380414, 8380414, 2, 1, 4, 4, 4, 0, 8380414, 1, 1, 8380414, 2, 0, 2, 8380415, 8380415, 2, 3, 0, 8380416, 3, 8380415, 8380414, 8380414, 8380413, 8380414, 8380415, 1, 8380415, 8380413, 8380414, 2, 8380416, 3, 8380416, 8380415, 4, 1, 3, 0, 8380413, 8380415, 0, 2, 0, 4, 2, 8380415, 0, 2, 8380415, 8380416, 2, 8380413, 8380416, 4, 1, 8380415, 8380413, 2, 4, 8380416, 8380415, 8380415, 1, 8380414, 1, 8380413, 3, 8380415, 8380415, 4, 0, 4, 0, 0, 0, 3, 0, 0, 0, 4, 8380413, 1, 8380415, 0, 3, 1, 1, 1, 8380416, 3, 8380413, 1, 4, 1, 4, 8380415, 4}}, {"MLDSA87", MLDSA87, []byte("test87"), [degree]uint32{8380416, 1, 0, 0, 8380416, 8380416, 0, 8380416, 8380416, 8380415, 8380416, 1, 0, 0, 2, 8380415, 0, 8380416, 2, 8380415, 2, 1, 8380415, 8380416, 2, 1, 8380415, 8380416, 8380416, 8380416, 0, 8380415, 8380416, 2, 0, 1, 8380415, 1, 0, 2, 0, 1, 2, 8380415, 2, 8380415, 8380415, 2, 0, 8380415, 8380416, 8380415, 1, 8380416, 1, 8380416, 8380416, 2, 0, 1, 8380416, 1, 0, 1, 8380416, 1, 0, 8380415, 8380416, 8380416, 1, 8380416, 0, 8380416, 8380415, 2, 1, 2, 2, 8380416, 2, 8380415, 2, 2, 2, 2, 0, 1, 2, 0, 0, 1, 1, 8380415, 8380416, 2, 0, 8380416, 0, 2, 0, 8380416, 8380415, 1, 0, 8380415, 1, 1, 0, 2, 0, 0, 1, 0, 8380416, 0, 8380416, 8380416, 2, 1, 1, 8380415, 8380416, 2, 2, 2, 1, 8380415, 8380415, 2, 8380415, 8380416, 2, 8380416, 1, 8380415, 2, 8380415, 2, 0, 8380415, 1, 8380415, 8380415, 8380416, 2, 1, 1, 8380415, 8380416, 8380415, 2, 0, 2, 8380416, 1, 0, 8380415, 2, 8380416, 8380415, 1, 1, 1, 2, 1, 0, 2, 1, 0, 8380416, 8380415, 2, 0, 2, 2, 8380415, 1, 2, 0, 8380416, 8380415, 2, 2, 8380416, 1, 0, 1, 2, 2, 2, 0, 1, 1, 1, 8380416, 8380415, 0, 8380415, 1, 2, 0, 0, 8380415, 8380415, 2, 2, 2, 8380415, 0, 0, 2, 8380415, 2, 2, 2, 2, 0, 1, 1, 8380415, 1, 1, 0, 2, 8380415, 8380416, 0, 8380416, 1, 0, 2, 1, 1, 0, 8380416, 0, 0, 0, 0, 0, 8380416, 8380415, 1, 0, 1, 0, 2, 8380416, 8380415, 0, 8380416, 0, 8380415, 1, 8380415}}, } for _, par := range pars { var rho [64 + 2]byte copy(rho[:], par.rho[:]) got := par.par.rejectBoundedPoly(rho) exp := &poly{} for i := range par.exp { exp[i] = rZq(par.exp[i]) } if !comparePoly(exp, got) { t.Errorf("rejectBoundedPoly(%v) = %v, want %v", par.name, got, exp) } } } ================================================ FILE: internal/signature/rsa.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature import ( "crypto" "crypto/rsa" "fmt" "hash" "math/big" "github.com/tink-crypto/tink-go/v2/subtle" ) const ( rsaMinModulusSizeInBits = 2048 rsaDefaultPublicExponent = 65537 ) // RSAValidModulusSizeInBits the size in bits for an RSA key. func RSAValidModulusSizeInBits(m int) error { if m < rsaMinModulusSizeInBits { return fmt.Errorf("modulus size too small, must be >= %d", rsaMinModulusSizeInBits) } return nil } // RSAValidPublicExponent validates a public RSA exponent. func RSAValidPublicExponent(e int) error { // crypto/rsa uses the following hardcoded public exponent value. if e != rsaDefaultPublicExponent { return fmt.Errorf("invalid public exponent") } return nil } // HashSafeForSignature checks whether a hash function is safe to use with digital signatures // that require collision resistance. func HashSafeForSignature(hashAlg string) error { switch hashAlg { case "SHA256", "SHA384", "SHA512": return nil default: return fmt.Errorf("hash function not safe for digital signatures: %q", hashAlg) } } // ValidateRSAPublicKeyParams validates a public RSA key parameters. func ValidateRSAPublicKeyParams(hashAlg string, modSizeBits int, pubExponent []byte) error { if err := HashSafeForSignature(hashAlg); err != nil { return err } if err := RSAValidModulusSizeInBits(modSizeBits); err != nil { return err } e := new(big.Int).SetBytes(pubExponent) if !e.IsInt64() { return fmt.Errorf("public exponent can't fit in a 64 bit integer") } return RSAValidPublicExponent(int(e.Int64())) } func validRSAPublicKey(publicKey *rsa.PublicKey) error { if err := RSAValidModulusSizeInBits(publicKey.N.BitLen()); err != nil { return err } return RSAValidPublicExponent(publicKey.E) } func hashID(hashAlg string) (crypto.Hash, error) { switch hashAlg { case "SHA256": return crypto.SHA256, nil case "SHA384": return crypto.SHA384, nil case "SHA512": return crypto.SHA512, nil default: return 0, fmt.Errorf("invalid hash function: %q", hashAlg) } } func rsaHashFunc(hashAlg string) (func() hash.Hash, crypto.Hash, error) { if err := HashSafeForSignature(hashAlg); err != nil { return nil, 0, err } hashFunc := subtle.GetHashFunc(hashAlg) if hashFunc == nil { return nil, 0, fmt.Errorf("invalid hash function: %q", hashAlg) } hashID, err := hashID(hashAlg) if err != nil { return nil, 0, err } return hashFunc, hashID, nil } // Pad pads a byte slice to a given length. Returns an error if the byte slice is longer than the // given length. func Pad(toPad []byte, encodingLength int) ([]byte, error) { if len(toPad) > encodingLength { return nil, fmt.Errorf("invalid length: got %d, want <= %d", len(toPad), encodingLength) } if len(toPad) == encodingLength { return toPad, nil } padded := make([]byte, encodingLength) copy(padded[encodingLength-len(toPad):], toPad) return padded, nil } // AdjustEncodingLengths adjusts the encoding lengths of RSA private key parameters. func AdjustEncodingLengths(n, p, q, d, dp, dq, crt []byte) ([]byte, []byte, []byte, []byte, error) { var err error dp, err = Pad(dp, len(p)) if err != nil { return nil, nil, nil, nil, fmt.Errorf("dp: %v", err) } dq, err = Pad(dq, len(q)) if err != nil { return nil, nil, nil, nil, fmt.Errorf("dq: %v", err) } crt, err = Pad(crt, len(p)) if err != nil { return nil, nil, nil, nil, fmt.Errorf("crt: %v", err) } d, err = Pad(d, len(n)) if err != nil { return nil, nil, nil, nil, fmt.Errorf("d: %v", err) } return d, dp, dq, crt, nil } ================================================ FILE: internal/signature/rsa_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature_test import ( "bytes" "math/big" "testing" internal "github.com/tink-crypto/tink-go/v2/internal/signature" ) func TestPad(t *testing.T) { tests := []struct { name string toPad []byte encodingLength int want []byte wantErr bool }{ { name: "padding needed", toPad: []byte{1, 2, 3}, encodingLength: 5, want: []byte{0, 0, 1, 2, 3}, wantErr: false, }, { name: "no padding needed", toPad: []byte{1, 2, 3, 4, 5}, encodingLength: 5, want: []byte{1, 2, 3, 4, 5}, wantErr: false, }, { name: "toPad is too long", toPad: []byte{1, 2, 3}, encodingLength: 2, want: nil, wantErr: true, }, } for _, tc := range tests { t.Run(tc.name, func(t *testing.T) { got, err := internal.Pad(tc.toPad, tc.encodingLength) if tc.wantErr { if err == nil { t.Errorf("Pad(%v, %d) err = nil, want error", tc.toPad, tc.encodingLength) } return } if err != nil { t.Fatalf("Pad(%v, %d) err = %v, want nil", tc.toPad, tc.encodingLength, err) } if !bytes.Equal(got, tc.want) { t.Errorf("Pad(%v, %d) = %v, want %v", tc.toPad, tc.encodingLength, got, tc.want) } }) } } func TestAdjustEncodingLengths(t *testing.T) { tests := []struct { name string n string p string q string d string dp string dq string crt string wantErr bool wantD string wantDp string wantDq string wantCrt string }{ { name: "padding needed", n: "aabbccddeeff00112233445566778899", p: "aabbccddeeff0011", q: "2233445566778899", d: "112233", dp: "445566", dq: "778899", crt: "aabbcc", wantErr: false, wantD: "00000000000000000000000000112233", wantDp: "0000000000445566", wantDq: "0000000000778899", wantCrt: "0000000000aabbcc", }, { name: "no padding needed", n: "aabbccddeeff00112233445566778899", p: "aabbccddeeff0011", q: "2233445566778899", d: "11223344556677881122334455667788", dp: "1122334455667788", dq: "1122334455667788", crt: "1122334455667788", wantErr: false, wantD: "11223344556677881122334455667788", wantDp: "1122334455667788", wantDq: "1122334455667788", wantCrt: "1122334455667788", }, { name: "dp too long", n: "aabbccddeeff00112233445566778899", p: "aabbccddeeff0011", q: "2233445566778899", d: "112233", dp: "112233445566778899", // Too long dq: "778899", crt: "aabbcc", wantErr: true, }, { name: "dq too long", n: "aabbccddeeff00112233445566778899", p: "aabbccddeeff0011", q: "2233445566778899", d: "112233", dp: "445566", dq: "112233445566778899", // Too long crt: "aabbcc", wantErr: true, }, { name: "crt too long", n: "aabbccddeeff00112233445566778899", p: "aabbccddeeff0011", q: "2233445566778899", d: "112233", dp: "445566", dq: "778899", crt: "112233445566778899", // Too long wantErr: true, }, { name: "d too long", n: "aabbccddeeff0011", p: "aabbccddeeff0011", q: "2233445566778899", d: "112233445566778899", // Too long dp: "445566", dq: "778899", crt: "aabbcc", wantErr: true, }, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { n := hexDecode(t, test.n) p := hexDecode(t, test.p) q := hexDecode(t, test.q) d := hexDecode(t, test.d) dp := hexDecode(t, test.dp) dq := hexDecode(t, test.dq) crt := hexDecode(t, test.crt) adjD, adjDp, adjDq, adjCrt, err := internal.AdjustEncodingLengths(n, p, q, d, dp, dq, crt) if test.wantErr { if err == nil { t.Errorf("AdjustEncodingLengths() err = nil, want error") } return } if err != nil { t.Fatalf("AdjustEncodingLengths() err = %v, want nil", err) } if got, want := adjD, hexDecode(t, test.wantD); !bytes.Equal(got, want) { t.Errorf("d = %x, want %x", got, want) } if got, want := adjDp, hexDecode(t, test.wantDp); !bytes.Equal(got, want) { t.Errorf("dp = %x, want %x", got, want) } if got, want := adjDq, hexDecode(t, test.wantDq); !bytes.Equal(got, want) { t.Errorf("dq = %x, want %x", got, want) } if got, want := adjCrt, hexDecode(t, test.wantCrt); !bytes.Equal(got, want) { t.Errorf("crt = %x, want %x", got, want) } }) } } func TestValidatePublicExponent(t *testing.T) { if err := internal.RSAValidPublicExponent(65537); err != nil { t.Errorf("ValidPublicExponent(65537) err = %v, want nil", err) } } func TestValidateInvalidPublicExponentFails(t *testing.T) { if err := internal.RSAValidPublicExponent(3); err == nil { t.Errorf("ValidPublicExponent(3) err = nil, want error") } } func TestValidateModulusSizeInBits(t *testing.T) { if err := internal.RSAValidModulusSizeInBits(2048); err != nil { t.Errorf("ValidModulusSizeInBits(2048) err = %v, want nil", err) } } func TestValidateInvalidModulusSizeInBitsFails(t *testing.T) { if err := internal.RSAValidModulusSizeInBits(1024); err == nil { t.Errorf("ValidModulusSizeInBits(1024) err = nil, want error") } } func TestHashSafeForSignature(t *testing.T) { for _, h := range []string{ "SHA256", "SHA384", "SHA512", } { t.Run(h, func(t *testing.T) { if err := internal.HashSafeForSignature(h); err != nil { t.Errorf("HashSafeForSignature(%q) err = %v, want nil", h, err) } }) } } func TestHashNotSafeForSignatureFails(t *testing.T) { for _, h := range []string{ "SHA1", "SHA224", "MD5", } { t.Run(h, func(t *testing.T) { if err := internal.HashSafeForSignature(h); err == nil { t.Errorf("HashSafeForSignature(%q) err = nil, want error", h) } }) } } func TestValidateRSAPublicKeyParams(t *testing.T) { f4 := new(big.Int).SetInt64(65537).Bytes() invalidPubExponent := new(big.Int).SetInt64(65537 + 1).Bytes() publicExponentTooLarge := make([]byte, 65) publicExponentTooLarge[0] = 0xff for _, tc := range []struct { name string hashType string modulusSizeBits int pubExponent []byte wantErr bool }{ { name: "valid", hashType: "SHA256", modulusSizeBits: 2048, pubExponent: f4, wantErr: false, }, { name: "hash unsafe for signature", hashType: "SHA1", modulusSizeBits: 2048, pubExponent: f4, wantErr: true, }, { name: "modulus size too small", hashType: "SHA256", modulusSizeBits: 1024, pubExponent: f4, wantErr: true, }, { name: "public exponent not F4", hashType: "SHA256", modulusSizeBits: 2048, pubExponent: invalidPubExponent, wantErr: true, }, { name: "public exponent too large", hashType: "SHA256", modulusSizeBits: 2048, pubExponent: publicExponentTooLarge, wantErr: true, }, } { t.Run(tc.name, func(t *testing.T) { err := internal.ValidateRSAPublicKeyParams(tc.hashType, tc.modulusSizeBits, tc.pubExponent) if tc.wantErr && err == nil { t.Errorf("ValidateRSAPublicKeyParams(%v, %v, %v) err = nil, want error", tc.hashType, tc.modulusSizeBits, tc.pubExponent) } if !tc.wantErr && err != nil { t.Errorf("ValidateRSAPublicKeyParams(%v, %v, %v) err = %v, want nil", tc.hashType, tc.modulusSizeBits, tc.pubExponent, err) } }) } } ================================================ FILE: internal/signature/rsassapkcs1_signer.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature import ( "crypto" "crypto/rand" "crypto/rsa" "hash" "github.com/tink-crypto/tink-go/v2/subtle" "github.com/tink-crypto/tink-go/v2/tink" ) // RSA_SSA_PKCS1_Signer is an implementation of Signer for RSA-SSA-PKCS1. type RSA_SSA_PKCS1_Signer struct { privateKey *rsa.PrivateKey hashFunc func() hash.Hash hashID crypto.Hash } var _ (tink.Signer) = (*RSA_SSA_PKCS1_Signer)(nil) // New_RSA_SSA_PKCS1_Signer creates a new intance of RSA_SSA_PKCS1_Signer. func New_RSA_SSA_PKCS1_Signer(hashAlg string, privKey *rsa.PrivateKey) (*RSA_SSA_PKCS1_Signer, error) { if err := validRSAPublicKey(privKey.Public().(*rsa.PublicKey)); err != nil { return nil, err } hashFunc, hashID, err := rsaHashFunc(hashAlg) if err != nil { return nil, err } return &RSA_SSA_PKCS1_Signer{ privateKey: privKey, hashFunc: hashFunc, hashID: hashID, }, nil } // Sign computes a signature for the given data. func (s *RSA_SSA_PKCS1_Signer) Sign(data []byte) ([]byte, error) { digest, err := subtle.ComputeHash(s.hashFunc, data) if err != nil { return nil, err } return rsa.SignPKCS1v15(rand.Reader, s.privateKey, s.hashID, digest) } ================================================ FILE: internal/signature/rsassapkcs1_signer_verifier_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature_test import ( "crypto/rand" "crypto/rsa" "encoding/base64" "fmt" "math/big" "slices" "testing" internal "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/subtle" "github.com/tink-crypto/tink-go/v2/testutil" ) const ( // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L13 n2048Base64 = "s1EKK81M5kTFtZSuUFnhKy8FS2WNXaWVmi_fGHG4CLw98-Yo0nkuUarVwSS0O9pFPcpc3kvPKOe9Tv-6DLS3Qru21aATy2PRqjqJ4CYn71OYtSwM_ZfSCKvrjXybzgu-sBmobdtYm-sppbdL-GEHXGd8gdQw8DDCZSR6-dPJFAzLZTCdB-Ctwe_RXPF-ewVdfaOGjkZIzDoYDw7n-OHnsYCYozkbTOcWHpjVevipR-IBpGPi1rvKgFnlcG6d_tj0hWRl_6cS7RqhjoiNEtxqoJzpXs_Kg8xbCxXbCchkf11STA8udiCjQWuWI8rcDwl69XMmHJjIQAqhKvOOQ8rYTQ" d2048Base64 = "GlAtDupse2niHVg5EB9wVFbtDvhS-0f-IQcfVMXzPIzrBmxi1yfjLSbFgTcyn4nTGVMlt5UmTBldhUcvdQfb0JYdKVH5NaJrNPCsJNFUkOESiptxOJFbx9v6j-OWNXExxUOunJhQc2jZzrCMHGGYo-2nrqGFoOl2zULCLQDwA9nxnZbqTJr8v-FEHMyALPsGifWdgExqTk9ATBUXR0XtbLi8iO8LM7oNKoDjXkO8kPNQBS5yAW51sA01ejgcnA1GcGnKZgiHyYd2Y0n8xDRgtKpRa84Hnt2HuhZDB7dSwnftlSitO6C_GHc0ntO3lmpsJAEQQJv00PreDGj9rdhH_Q" p2048Base64 = "7BJc834xCi_0YmO5suBinWOQAF7IiRPU-3G9TdhWEkSYquupg9e6K9lC5k0iP-t6I69NYF7-6mvXDTmv6Z01o6oV50oXaHeAk74O3UqNCbLe9tybZ_-FdkYlwuGSNttMQBzjCiVy0-y0-Wm3rRnFIsAtd0RlZ24aN3bFTWJINIs" q2048Base64 = "wnQqvNmJe9SwtnH5c_yCqPhKv1cF_4jdQZSGI6_p3KYNxlQzkHZ_6uvrU5V27ov6YbX8vKlKfO91oJFQxUD6lpTdgAStI3GMiJBJIZNpyZ9EWNSvwUj28H34cySpbZz3s4XdhiJBShgy-fKURvBQwtWmQHZJ3EGrcOI7PcwiyYc" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_3072_test.json#L21 n3072Base64 = "3I94gGcvDPnWNheopYvdJxoQm63aD6gm-UuKeVUmtqSagFZMyrqKlJGpNaU-3q4dmntUY9ni7z7gznv_XUtsgUe1wHPC8iBRXVMdVaNmh6bePDR3XC8VGRrAp0LXNCIoyNkQ_mu8pDlTnEhd68vQ7g5LrjF1A7g87oEArHu0WHRny8Q3PEvaLu33xBYx5QkitYD1vOgdJLIIyrzS11_P6Z91tJPf_Fyb2ZD3_Dvy7-OS_srjbz5O9EVsG13pnMdFFzOpELaDS2HsKSdNmGvjdSw1CxOjJ9q8CN_PZWVJmtJuhTRGYz6tspcMqVvPa_Bf_bwqgEN412mFpx8G-Ql5-f73FsNqpiWkW17t9QglpT6dlDWyPKq55cZNOP06dn4YWtdyfW4V-em6svQYTWSHaV25ommMZysugjQQ2-8dk_5AydNX7p_Hf4Sd4RNj9YOvjM9Rgcoa65RMQiUWy0AelQkj5L2IFDn6EJPHdYK_4axZk2dHALZDQzngJFMV2G_L" d3072Base64 = "BQEgW9F7iNDWYm3Q_siYoP1_aPjd3MMU900WfEBJW5WKh-TtYyAuasaPT09LiOPsegfYV1enRYRot2aq2aQPdzN4VUCLKNFA51wuazYE6okHu9f46VeMJACuZF0o4t7vi_cY4pzxL8y5L--YafQ67lvWrcIjhI0WnNbCfCdmZSdm_4GZOz4BWlU97O4P_cFiTzn42Wtu1dlQR8FXC1n6LrPWiN1eFKzJQHuAlPGLRpQkTrGtzWVdhz9X_5r25P7EcL4ja687IMIECrNg11nItOYYv4vU4OxmmPG3LHFg7QUhyCtRdrYPtjUD0K4j9uL7emCTBbCvYhULkhrFP03omWZssB2wydi2UHUwFcG25oLmvzggTln3QJw4CMDlPyVJNVQKOBqWPCwad8b5h_BqB6BXJobtIogtvILngjzsCApY1ysJ0AzB0kXPFY_0nMQFmdOvcZ3DAbSqf1sDYproU-naq-KE24bVxB0EARQ98rRZPvTjdHIJxSP1p_gPAtAR" p3072Base64 = "_sahC_xJtYoshQ6v69uZdkmpVXWgwXYxsBHLINejICMqgVua9gQNe_I9Jn5eBjBMM-BMhebUgUQvAQqXWLoINkpwA175npyY7rQxUFsq-2d50ckdDqL7CmXcOR557Np9Uv191pkjsl365EjKzoKeusprPIo8tkqBgAYUQ0iVd4wg1imxJbafQpRfZrZE84QLz6b842EHQlbFCGPsyiznVrSp-36ZPQ8fpIssxIW36qYUBfvvFQ51Y8IVCBF2feD5" q3072Base64 = "3Z7BzubYqXGxZpAsRKTwLvN6YgU7QSiKHYc9OZy8nnvTBu2QZIfaL0m8HBgJwNTYgQbWh5UY7ZJf62aq1f88K4NGbFVO2XuWq-9Vs7AjFPUNA4WgodikauA-j86RtBISDwoQ3GgVcPpWS2hzus2Ze2FrK9dzP7cjreI7wQidoy5QlYNDbx40SLV5-yGyQGINIEWNCPD5lauswKOY8KtqZ8n1vPfgMvsdZo_mmNgDJ1ma4_3zqqqxm68XY5RDGUvj" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_4096_test.json#L21 n4096Base64 = "9gG-DczQSqQLEvPxka4XwfnIwLaOenfhS-JcPHkHyx0zpu9BjvQYUvMsmDkrxcmu2RwaFQHFA-q4mz7m9PjrLg_PxBvQNgnPao6zqm8PviMYezPbTTS2bRKKiroKKr9Au50T2OJVRWmlerHYxhuMrS3IhZmuDaU0bhXazhuse_aXN8IvCDvptGu4seq1lXstp0AnXpbIcZW5b-EUUhWdr8_ZFs7l10mne8OQWl69OHrkRej-cPFumghmOXec7_v9QVV72Zrqajcaa0sWBhWhoSvGlY00vODIWty9g5L6EM7KUiCdVhlro9JzziKPHxERkqqS3ioDl5ihe87LTcYQDm-K6MJkPyrnaLIlXwgsl46VylUVVfEGCCMc-AA7v4B5af_x5RkUuajJuPRWRkW55dcF_60pZj9drj12ZStCLkPxPmwUkQkIBcLRJop0olEXdCfjOpqRF1w2cLkXRgCLzh_SMebk8q1wy0OspfB2AKbTHdApFSQ9_dlDoCFl2jZ6a35Nrh3S6Lg2kDCAeV0lhQdswcFd2ejS5eBHUmVpsb_TldlX65_eMl00LRRCbnHv3BiHUV5TzepYNJIfkoYp50ju0JesQCTivyVdcEEfhzc5SM-Oiqfv-isKtH1RZgkeGu3sYFaLFVvZwnvFXz7ONfg9Y2281av0hToFHblNUEU" d4096Base64 = "01Gb2G7fXb6cZKN4FxPdBJt0f1ZR_ZGMzoqbgLbWovtqqzNKtWmom1iYLgquNzCQKZ-iJ_llK4AtI-5cpoJMQz0B1AuwRzsWGQqL-xN8CnBLT0m0UBW_vuH2cERvB1lSWdcMfXmulfmyVDsBYuu3Y-u4HEtu3_nRl97eHb5X5ARm0VbU39XXY0xFU0-yu70b8leBehc8B5X9vMUzl29KDQQWDyma9dwnKoFLNtW65RFrlUIXjx1VTKt6ZFMDVIK5ga3UvY_9XVAIObI-MOvT84aPB1hMvRK6CJMlmChg9p8r3HB3tsYPWKInKCM3nhAjcEFl98FPZKGP1bJFoYFJt-2jOFpWup55UConvxOGXN41vhXeA9BqpvCLFyt-60tzy8FXAZxdkzWEqNGt1ht9vKOyU8oM-T3JqKOqwvUCJwIuaS97R2dVZiDMko1j4xB4w2Diq0txqRfhnn6wk4BILltOqIIChxwqKcpvZrL-MEr2CVIOT4HWTCZ2i7gSqGZ5NmYR9M9uieK9HZ1-KHKcfw5OMVLXrX8Yb6MvAeFp_wahIAG8F539DclCy6vFVfZ_X9BD4KM1Q0D6SQ0vEjNnvpJus-Hf_nDDFRyHRQ8yF9wqoLWnBpxaF9VWFMmZQTn3s3tJ6f54CvZaDoni5Y_qr_4WO8nRnq_ZzSmw7zzvPQE" p4096Base64 = "_CG4VcWtTKK2lwUWQG9xxuee_EEm5lmHctseCC3msN3aqiopUfBBSOhuC94oITt_YA-YcwgwHqzqE0Biuww932KNqav5PvHOPnWwlTpITb01VL1cBkmTPdd-UnVj6Q8FqAE_3ayVjDKTeOlDA7MEvl-d8f5bBDp_3ZRwCj8LHLvQUWt82UxXypbZ_SqMqXOZEhjLozocI9gQ91GdH3cCq3Kv_bP4ShsqiBFuQDO8TQz8eYnGV-D-lOlkR2rli65reHbzbAnTKxpj-MR8lKdMku7fdfwnz_4PhFI2PkvI92U_PLVer2k87HDRPIdd6TWosgQ5q36T92mBxZV_xbtE2Q" q4096Base64 = "-cf3SKUF0j7O-ahfgJfIz31wKO9skOIqM2URWC0sw2NuNOrTcgTb0i8UKj-x1fhXsDEMekM_Ua4U1GCLAbQ6qMeuZ4Nff74LnZeUiznpui06FoftuLVu5w_wU22rTQVR9x7Q2u6eQSRJ9fCZvMFeTvBVTcefh_7FoN6nF8cFQ5K_REYTk3QBu-88Ivv35zjFh3m5gWCaH5wR3W8LvpmW4nc0WeTO8kewKp_CEpasV6WxBWGCQxDPvezJDgZZg3DjaYcT_b4lKOxO89zKrnAe7cPlStbnr05o47Ob0ul6yRGZNsZHpQNRHLKD35hM_XwH8PVqqK4xZpSO8_QbCFmTTQ" ) func base64Decode(t *testing.T, value string) []byte { t.Helper() decoded, err := base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(value) if err != nil { t.Fatalf("base64 decoding failed: %v", err) } return decoded } type testCase struct { name string hash string privateKey *rsa.PrivateKey publicKey *rsa.PublicKey } func testCases(t *testing.T) []testCase { t.Helper() var testCases []testCase for _, hash := range []string{"SHA256", "SHA384", "SHA512"} { publicKey2048 := &rsa.PublicKey{ N: new(big.Int).SetBytes(base64Decode(t, n2048Base64)), E: 65537, } privateKey2048 := &rsa.PrivateKey{ PublicKey: *publicKey2048, D: new(big.Int).SetBytes(base64Decode(t, d2048Base64)), Primes: []*big.Int{ new(big.Int).SetBytes(base64Decode(t, p2048Base64)), new(big.Int).SetBytes(base64Decode(t, q2048Base64)), }, } privateKey2048.Precompute() testCases = append(testCases, testCase{ name: fmt.Sprintf("2048-%s", hash), hash: hash, publicKey: publicKey2048, privateKey: privateKey2048, }) publicKey3072 := &rsa.PublicKey{ N: new(big.Int).SetBytes(base64Decode(t, n3072Base64)), E: 65537, } privateKey3072 := &rsa.PrivateKey{ PublicKey: *publicKey3072, D: new(big.Int).SetBytes(base64Decode(t, d3072Base64)), Primes: []*big.Int{ new(big.Int).SetBytes(base64Decode(t, p3072Base64)), new(big.Int).SetBytes(base64Decode(t, q3072Base64)), }, } privateKey3072.Precompute() testCases = append(testCases, testCase{ name: fmt.Sprintf("3072-%s", hash), hash: hash, publicKey: publicKey3072, privateKey: privateKey3072, }) publicKey4096 := &rsa.PublicKey{ N: new(big.Int).SetBytes(base64Decode(t, n4096Base64)), E: 65537, } privateKey4096 := &rsa.PrivateKey{ PublicKey: *publicKey4096, D: new(big.Int).SetBytes(base64Decode(t, d4096Base64)), Primes: []*big.Int{ new(big.Int).SetBytes(base64Decode(t, p4096Base64)), new(big.Int).SetBytes(base64Decode(t, q4096Base64)), }, } privateKey4096.Precompute() testCases = append(testCases, testCase{ name: fmt.Sprintf("4096-%s", hash), hash: hash, publicKey: publicKey4096, privateKey: privateKey4096, }) } return testCases } func TestRSASSAPKCS1SignVerify(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { signer, err := internal.New_RSA_SSA_PKCS1_Signer(tc.hash, tc.privateKey) if err != nil { t.Fatalf("New_RSA_SSA_PKCS1_Signer() err = %v, want nil", err) } verifier, err := internal.New_RSA_SSA_PKCS1_Verifier(tc.hash, tc.publicKey) if err != nil { t.Fatalf("New_RSA_SSA_PKCS1_Verifier() err = %v, want nil", err) } data := random.GetRandomBytes(20) signature, err := signer.Sign(data) if err != nil { t.Fatalf("Sign() err = %v, want nil", err) } if err := verifier.Verify(signature, data); err != nil { t.Errorf("Verify() err = %v, want nil", err) } }) } } func TestRSASSAPKCS1VerifyFails(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { signer, err := internal.New_RSA_SSA_PKCS1_Signer(tc.hash, tc.privateKey) if err != nil { t.Fatalf("New_RSA_SSA_PKCS1_Signer() err = %v, want nil", err) } verifier, err := internal.New_RSA_SSA_PKCS1_Verifier(tc.hash, tc.publicKey) if err != nil { t.Fatalf("New_RSA_SSA_PKCS1_Verifier() err = %v, want nil", err) } data := random.GetRandomBytes(20) signatureBytes, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", data, err) } // Modify the signature. for i := 0; i < len(signatureBytes); i++ { modifiedRawSignature := slices.Clone(signatureBytes) for j := 0; j < 8; j++ { modifiedRawSignature[i] = byte(modifiedRawSignature[i] ^ (1 << uint32(j))) if err := verifier.Verify(modifiedRawSignature, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", modifiedRawSignature) } } } // Append a byte to the signature. for j := 0; j < 8; j++ { appendedSignature := slices.Concat(signatureBytes, []byte{byte(j)}) if err := verifier.Verify(appendedSignature, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", appendedSignature) } } // Modify the message. for i := 0; i < len(data); i++ { modifiedData := slices.Clone(data) for j := 0; j < 8; j++ { modifiedData[i] = byte(modifiedData[i] ^ (1 << uint32(j))) if err := verifier.Verify(signatureBytes, modifiedData); err == nil { t.Errorf("verifier.Verify(signature, %x) err = nil, want error", modifiedData) } } } }) } } func TestNewRSASSAPKCS1SignerVerifierInvalidInput(t *testing.T) { validPrivKey, err := rsa.GenerateKey(rand.Reader, 2048) if err != nil { t.Fatalf("rsa.GenerateKey(rand.Reader, 2048) err = %v, want nil", err) } rsaShortModulusKey, err := rsa.GenerateKey(rand.Reader, 1024) if err != nil { t.Fatalf("decoding rsa short modulus: %v", err) } testCases := []struct { name string hash string privKey *rsa.PrivateKey }{ { name: "weak signature hash algorithm", hash: "SHA1", privKey: validPrivKey, }, { name: "invalid public key exponent", hash: "SHA256", privKey: &rsa.PrivateKey{ D: validPrivKey.D, Primes: validPrivKey.Primes, Precomputed: validPrivKey.Precomputed, PublicKey: rsa.PublicKey{ N: validPrivKey.PublicKey.N, E: 3, }, }, }, { name: "small modulus size", hash: "SHA256", privKey: rsaShortModulusKey, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := internal.New_RSA_SSA_PKCS1_Signer(tc.hash, tc.privKey); err == nil { t.Errorf("New_RSA_SSA_PKCS1_Signer() err = nil, want error") } if _, err := internal.New_RSA_SSA_PKCS1_Verifier(tc.hash, &tc.privKey.PublicKey); err == nil { t.Errorf("New_RSA_SSA_PKCS1_Verifier() err = nil, want error") } }) } } type rsaSSAPKCS1Suite struct { wycheproof.Suite TestGroups []*rsaSSAPKCS1Group `json:"testGroups"` } type rsaSSAPKCS1Group struct { wycheproof.Group SHA string `json:"sha"` PublicKey *rsaSSAPKCS1PublicKey `json:"publicKey"` Tests []*rsaSSAPKCS1Case `json:"tests"` } type rsaSSAPKCS1Case struct { wycheproof.Case Message testutil.HexBytes `json:"msg"` Signature testutil.HexBytes `json:"sig"` } type rsaSSAPKCS1PublicKey struct { PublicExponent testutil.HexBytes `json:"publicExponent"` Modulus testutil.HexBytes `json:"modulus"` } func TestRSASSAPKCS1WycheproofCases(t *testing.T) { testsRan := 0 for _, v := range []string{ "rsa_signature_2048_sha256_test.json", "rsa_signature_3072_sha512_test.json", "rsa_signature_4096_sha512_test.json", } { suite := &rsaSSAPKCS1Suite{} wycheproof.PopulateSuiteV1(t, suite, v) for _, group := range suite.TestGroups { hash := subtle.ConvertHashName(group.SHA) if hash == "" { t.Fatalf("invalid hash name") } publicKey := &rsa.PublicKey{ E: int(new(big.Int).SetBytes(group.PublicKey.PublicExponent).Uint64()), N: new(big.Int).SetBytes(group.PublicKey.Modulus), } if publicKey.E != 65537 { // golang "crypto/rsa" only supports 65537 as an exponent. if _, err := internal.New_RSA_SSA_PKCS1_Verifier(hash, publicKey); err == nil { t.Errorf("NewRSASSAPKCS1Verifier() err = nil, want error") } continue } verifier, err := internal.New_RSA_SSA_PKCS1_Verifier(hash, publicKey) if err != nil { t.Fatalf("NewRSASSAPKCS1Verifier() err = %v, want nil", err) } for _, test := range group.Tests { caseName := fmt.Sprintf("%s: %s-%s:Case-%d", v, group.Type, group.SHA, test.CaseID) t.Run(caseName, func(t *testing.T) { testsRan++ err := verifier.Verify(test.Signature, test.Message) switch test.Result { case "valid": if err != nil { t.Errorf("Verify() err = %v, want nil", err) } case "invalid": if err == nil { t.Errorf("Verify() err = nil, want error") } case "acceptable": // TODO(b/230489047): Inspect flags to appropriately handle acceptable test cases. default: t.Errorf("unsupported test result: %q", test.Result) } }) } } } if testsRan != 775 { t.Errorf("testsRan = %d, want = %d", testsRan, 775) } } ================================================ FILE: internal/signature/rsassapkcs1_verifier.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature import ( "crypto" "crypto/rsa" "hash" "github.com/tink-crypto/tink-go/v2/subtle" "github.com/tink-crypto/tink-go/v2/tink" ) // RSA_SSA_PKCS1_Verifier is an implementation of Verifier for RSA-SSA-PKCS1. type RSA_SSA_PKCS1_Verifier struct { publicKey *rsa.PublicKey hashFunc func() hash.Hash hashID crypto.Hash } var _ tink.Verifier = (*RSA_SSA_PKCS1_Verifier)(nil) // New_RSA_SSA_PKCS1_Verifier creates a new intance of RSASSAPKCS1Verifier. func New_RSA_SSA_PKCS1_Verifier(hashAlg string, pubKey *rsa.PublicKey) (*RSA_SSA_PKCS1_Verifier, error) { if err := validRSAPublicKey(pubKey); err != nil { return nil, err } hashFunc, hashID, err := rsaHashFunc(hashAlg) if err != nil { return nil, err } return &RSA_SSA_PKCS1_Verifier{ publicKey: pubKey, hashFunc: hashFunc, hashID: hashID, }, nil } // Verify verifies whether the given signaure is valid for the given data. // It returns an error if the signature is not valid; nil otherwise. func (v *RSA_SSA_PKCS1_Verifier) Verify(signature, data []byte) error { hashed, err := subtle.ComputeHash(v.hashFunc, data) if err != nil { return err } return rsa.VerifyPKCS1v15(v.publicKey, v.hashID, hashed, signature) } ================================================ FILE: internal/signature/rsassapss_signer.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature import ( "crypto" "crypto/rand" "crypto/rsa" "fmt" "hash" "github.com/tink-crypto/tink-go/v2/subtle" "github.com/tink-crypto/tink-go/v2/tink" ) // RSA_SSA_PSS_Signer is an implementation of Signer for RSA-SSA-PSS. type RSA_SSA_PSS_Signer struct { privateKey *rsa.PrivateKey hashFunc func() hash.Hash hashID crypto.Hash saltLength int } var _ tink.Signer = (*RSA_SSA_PSS_Signer)(nil) // New_RSA_SSA_PSS_Signer creates a new instance of RSA_SSA_PSS_Signer. func New_RSA_SSA_PSS_Signer(hashAlg string, saltLength int, privKey *rsa.PrivateKey) (*RSA_SSA_PSS_Signer, error) { if err := validRSAPublicKey(&privKey.PublicKey); err != nil { return nil, err } hashFunc, hashID, err := rsaHashFunc(hashAlg) if err != nil { return nil, err } if saltLength < 0 { return nil, fmt.Errorf("invalid salt length") } return &RSA_SSA_PSS_Signer{ privateKey: privKey, hashFunc: hashFunc, hashID: hashID, saltLength: saltLength, }, nil } // Sign computes a signature for the given data. func (s *RSA_SSA_PSS_Signer) Sign(data []byte) ([]byte, error) { digest, err := subtle.ComputeHash(s.hashFunc, data) if err != nil { return nil, err } return rsa.SignPSS(rand.Reader, s.privateKey, s.hashID, digest, &rsa.PSSOptions{SaltLength: s.saltLength}) } ================================================ FILE: internal/signature/rsassapss_signer_verifier_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature_test import ( "crypto/rand" "crypto/rsa" "encoding/hex" "fmt" "math/big" "slices" "testing" "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/subtle" "github.com/tink-crypto/tink-go/v2/testutil" ) type rsaSSAPSSTestCase struct { name string hash string saltLength int privateKey *rsa.PrivateKey publicKey *rsa.PublicKey signature []byte message []byte } func hexDecode(t *testing.T, value string) []byte { t.Helper() decoded, err := hex.DecodeString(value) if err != nil { t.Fatalf("hex decoding failed: %v", err) } return decoded } func TestRSASSAPSSSignVerify(t *testing.T) { for _, tc := range rsaSSAPSSTestCases(t) { t.Run(tc.name, func(t *testing.T) { signer, err := signature.New_RSA_SSA_PSS_Signer(tc.hash, 10, tc.privateKey) if err != nil { t.Fatalf("New_RSA_SSA_PSS_Signer() err = %v, want nil", err) } verifier, err := signature.New_RSA_SSA_PSS_Verifier(tc.hash, 10, tc.publicKey) if err != nil { t.Fatalf("New_RSA_SSA_PSS_Verifier() err = %v, want nil", err) } data := random.GetRandomBytes(20) signature, err := signer.Sign(data) if err != nil { t.Fatalf("Sign() err = %v, want nil", err) } if err := verifier.Verify(signature, data); err != nil { t.Errorf("Verify() err = %v, want nil", err) } }) } } func rsaSSAPSSTestCases(t *testing.T) []rsaSSAPSSTestCase { t.Helper() // Test vectors from // https://github.com/tink-crypto/tink-java/tree/v1.15.0/src/main/java/com/google/crypto/tink/signature/internal/testing/RsaSsaPssTestUtil.java#L35. // Only test vectors with no prefix are used. n2048Base64 := "t6Q8PWSi1dkJj9hTP8hNYFlvadM7DflW9mWepOJhJ66w7nyoK1gPNqFMSQRy" + "O125Gp-TEkodhWr0iujjHVx7BcV0llS4w5ACGgPrcAd6ZcSR0-Iqom-QFcNP" + "8Sjg086MwoqQU_LYywlAGZ21WSdS_PERyGFiNnj3QQlO8Yns5jCtLCRwLHL0" + "Pb1fEv45AuRIuUfVcPySBWYnDyGxvjYGDSM-AqWS9zIQ2ZilgT-GqUmipg0X" + "OC0Cc20rgLe2ymLHjpHciCKVAbY5-L32-lSeZO-Os6U15_aXrk9Gw8cPUaX1" + "_I8sLGuSiVdt3C_Fn2PZ3Z8i744FPFGGcG1qs2Wz-Q" p2048Base64 := "2rnSOV4hKSN8sS4CgcQHFbs08XboFDqKum3sc4h3GRxrTmQdl1ZK9uw-PIHf" + "QP0FkxXVrx-WE-ZEbrqivH_2iCLUS7wAl6XvARt1KkIaUxPPSYB9yk31s0Q8" + "UK96E3_OrADAYtAJs-M3JxCLfNgqh56HDnETTQhH3rCT5T3yJws" q2048Base64 := "1u_RiFDP7LBYh3N4GXLT9OpSKYP0uQZyiaZwBtOCBNJgQxaj10RWjsZu0c6I" + "edis4S7B_coSKB0Kj9PaPaBzg-IySRvvcQuPamQu66riMhjVtG6TlV8CLCYK" + "rYl52ziqK0E_ym2QnkwsUX7eYTB7LbAHRK9GqocDE5B0f808I4s" d2048Base64 := "GRtbIQmhOZtyszfgKdg4u_N-R_mZGU_9k7JQ_jn1DnfTuMdSNprTeaSTyWfS" + "NkuaAwnOEbIQVy1IQbWVV25NY3ybc_IhUJtfri7bAXYEReWaCl3hdlPKXy9U" + "vqPYGR0kIXTQRqns-dVJ7jahlI7LyckrpTmrM8dWBo4_PMaenNnPiQgO0xnu" + "ToxutRZJfJvG4Ox4ka3GORQd9CsCZ2vsUDmsXOfUENOyMqADC6p1M3h33tsu" + "rY15k9qMSpG9OX_IJAXmxzAh_tWiZOwk2K4yxH9tS3Lq1yX8C1EWmeRDkK2a" + "hecG85-oLKQt5VEpWHKmjOi_gJSdSgqcN96X52esAQ" n4096Base64 := "AK9mcI3PaEhMPR2ICXxCsK0lek917W01OVK24Q6_eMKVJkzVKhf2muYn2B1Pkx_yvdWr7g0B1tjNSN66-A" + "PH7osa9F1x6WnzY16d2WY3xvidHxHMFol1sPa-xGKu94uFBp4rHqrj7nYBJX4QmHzLG95QANhJPz" + "C4P9M-lrVSyCVlHr2732NZpjoFN8dZtvNvNI_ndUb4fTgozmxbaRKGKawTjocP1DAtOzwwuOKPZM" + "WwI3nFEEDJqkhFh2uiINPWYtcs-onHXeKLpCJUwCXC4bEmgPErChOO3kvlZF6K2o8uoNBPkhnBog" + "q7tl8gxjnJWK5AdN2vZflmIwKuQaWB-12d341-5omqm-V9roqf7WpObLpkX1VeLeK9V96dnUl864" + "bap8RXvJlrQ-OMCBNax3YmtqMHWjafXe1tNavvEA8zi8dOchwyyUQ5xaPM_taf29AJA6F8xbeHFR" + "sAMX8piBOZYNZUm7SHu8tJOrAXmyDldCIeob2O4MRzMwfRgvQS_NAQNwPMuOBrpRr3b4slV6CfXs" + "k4cWTb3gs7ZXeSQFbJVmhaMDSjOFUzXxs75J4Ud639loa8jF0j7f5kInzR1t-UYj7YajigirKPaX" + "nI1OXxn0ZkBIRln0pVIbQFX5YJ96K9-YOpJnBNgYY_PNcvfl5SD87vYNOQxsbeIQIE-EkF" p4096Base64 := "AOQA7Ky1XEGqZcc7uSXwFbKjSNCmVBhCGqsDRdKJ1ErSmW98gnJ7pBIHTmiyFdJqU20SzY-YB05Xj3bfSY" + "ptJRPLO2cGiwrwjRB_EsG8OqexX_5le9_8x-8i6MhY3xGX5LABYs8dB0aLl3ysOtRgIvCeyeoJ0I" + "7nRYjwDlexxjl9z7OI28cW7Tdvljbk-LAgBmygsMluP2-n7T58Dl-SD-8BT5eiGFDFu76h_vmyTX" + "B1_zToAqBK2C5oM7OF_7Z7zuLjx7vz40xH6KD7Rkkvcwm95wfhYEZtHYFwqUhajE1vD5nCcGcCNh" + "quTLzPlW5RN2Asxm-_Dk-p7pIkH9aAP0k" q4096Base64 := "AMTv-c5IRTRvbx7Vyf06df2Rm2AwdaRlwy1QG3YAdojQ_PhICNH0-mTHqYaeNZRja6KniFKqaYimgdccW2" + "UhGGKZXQhHhyucZ-AE0NtPLFkd7RhegcrH5sbHOcDtWCSGwcne9Wzs54VyhIhGmOS5HYuLUD-sB0" + "NgMzm8vNsnF_qIt458x6L4GE97HnRnLdSJBFaNkEdLJGXN1fbtJIGgdKN1aOc5KafTi-q2DAHEe3" + "SmTzFPWD6NJ-jo0aJE9fXRQ06BUwUJtZXwaC4FCpcZKne2PSglc8AlqQOulcFLrsJ8fnG_vc7trS" + "_pw9zCxaaJQduYPyTbM9_szBj206lJb90" d4096Base64 := "QfFSeY4zl5LKG1MstcHg6IfBjyQ36inrbjSBMmk7_nPSnWo61B2LqOHr90EWgBlj03Q7IDrDymiLb-l9Gv" + "bMsRGmM4eDCKlPf5_6vtpTfN6dcrR2-KD9shaQgMVlHdgaX9a4RelBmq3dqaKVob0-sfsEBkyrbC" + "apIENUp8ECrERzJUP_vTtUKlYR3WnWRXlWmo-bYN5FPZrh2I0ZWLSF8EK9__ssfBxVO9DZgZwFd-" + "k7vSkgbisjUN6LBiVDEEF2kY1AeBIzMtvrDlkskEXPUim2qnTS6f15h7ErZfvwJYqTPR3dQL-yqz" + "RdYTBSNiGDrKdhCINL5FLI8NYQqifPF4hjPPlUVBCBoblOeSUnokh7l5VyTYShfS-Y24HjjUiZWk" + "XnNWsS0rubRYV69rq79GC45EwAvwQRPhGjYEQpS3BAzfdodjSVe_1_scCVVi7GpmhrEqz-ZJE3BY" + "i39ioGRddlGIMmMt_ddYpHNgt16qfLBGjJU2rveyxXm2zPZz-W-lJC8AjH8RqzFYikec2LNZ49xM" + "KiBAijpghSCoVCO_kTaesc6crJ125AL5T5df_C65JeXoCQsbbvQRdqQs4TG9uObkY8OWZ1VHjhUF" + "b1frplDQvc4bUqYFgQxGhrDFAbwKBECyUwqh0hJnDtQpFFcvhJj6AILVoLlVqNeWIK3iE" var testCases []rsaSSAPSSTestCase publicKey2048 := &rsa.PublicKey{ N: new(big.Int).SetBytes(base64Decode(t, n2048Base64)), E: 65537, } privateKey2048 := &rsa.PrivateKey{ PublicKey: *publicKey2048, D: new(big.Int).SetBytes(base64Decode(t, d2048Base64)), Primes: []*big.Int{ new(big.Int).SetBytes(base64Decode(t, p2048Base64)), new(big.Int).SetBytes(base64Decode(t, q2048Base64)), }, } privateKey2048.Precompute() // Test vector 0. testCases = append(testCases, rsaSSAPSSTestCase{ name: fmt.Sprintf("2048-SHA256-salt32"), hash: "SHA256", saltLength: 32, publicKey: publicKey2048, privateKey: privateKey2048, signature: hexDecode(t, "97db7e8f38015cb1d14530c0bf3a28dfdd61e7570f3fea2d2933ba0afbbe6358f7d0c39e9647fd27c9b441"+ "557dc3e1ce34f8664bfdf93a7b1af78650eae4ed61f16c8583058296019fe968e92bcf35f38cb85a"+ "32c2107a76790a95a715440da281d026172b8b6e043af417852988441dac5ea888c849668bdcbb58"+ "f5c34ebe9ab5d16f7fa6cff32e9ed6a65c58708d887af791a33f34f7fc2da8885a9c867d347c6f92"+ "996dcb24f99701d2b955bb66f38c057f4acd51ff02da59c3bc129593820552ca07825a7e9920c266"+ "8c8eb99f2a541d9ef34f34054fda0d8a792822cc00f3f274fa0fcbf3c6a32f9fb85cba8dc713941f"+ "92a7a4f082693a2f79ff8198d6"), message: hexDecode(t, "aa"), }) // Test vector 1. testCases = append(testCases, rsaSSAPSSTestCase{ name: fmt.Sprintf("2048-SHA512-salt32"), hash: "SHA512", saltLength: 32, publicKey: publicKey2048, privateKey: privateKey2048, signature: hexDecode(t, "b21a035305dbe9119803932330dbfcc4ab11bf15f1b89b974e53e5e48d54433a230ec189da5f0c77e53fb0"+ "eb320fd36a9e7209ffc78759cc409c15d67b858782afa5f9c67d3880275d67cd98c40064adf08d9a"+ "58f0badb5c47b88a06ed81a23ffb131380c2f3bbc16a9290d13d31df54e2061b2f0acb3629a3693f"+ "03b3f2004b451de3e1ae2861654d145a5723f102f65533598aa5bc8e40b67190386a45fe99bf17c4"+ "610b2edf2538878989cacffd57b4c27c82ab72d95f380e50f0282423d759a6d06241cd88a817e3c9"+ "67ff0e2dd1cbbacc9402ffee0acf41bbec54ea2bbe01edadf0382c8ab2a897580c1cdf4e412032a0"+ "83d1e5d47a625a38aac8c552e1"), message: hexDecode(t, "aa"), }) // Test vector 5. testCases = append(testCases, rsaSSAPSSTestCase{ name: fmt.Sprintf("2048-SHA256-salt64"), hash: "SHA256", saltLength: 64, publicKey: publicKey2048, privateKey: privateKey2048, signature: hexDecode(t, "aa5310c40c83878e0116ccc09efda3be6a88c667c797e61b6831e109fd6b5fbed9df08cf05711d79cb3841"+ "64fc5ddfb0de10a5110053c2b073449603bb11994fc0847d929806d5034e24db0662df5c0963fbac"+ "1d214842c4de1d7f4bfb741d8a2866e24819e8073042d17bccef92bbcdc6b34ca052486d60d12e9d"+ "992cebaaca5df2d7ea31c08af4d35338cdaa460a0ee568ff2bdaab1d72d6a8360713d98a0923ae92"+ "9cff9950fd48bf0fa05e4324f4f9561defbb8e2c4854122394dd55bda740d57064956255e36c6c1c"+ "c1970947d630121df570ba577957dd23116e9bf4c2c826ec4b52223735dd0c355165485ff6652656"+ "aa471a190c7f40e26c85440fc8"), message: hexDecode(t, "aa"), }) publicKey4096 := &rsa.PublicKey{ N: new(big.Int).SetBytes(base64Decode(t, n4096Base64)), E: 65537, } privateKey4096 := &rsa.PrivateKey{ PublicKey: *publicKey4096, D: new(big.Int).SetBytes(base64Decode(t, d4096Base64)), Primes: []*big.Int{ new(big.Int).SetBytes(base64Decode(t, p4096Base64)), new(big.Int).SetBytes(base64Decode(t, q4096Base64)), }, } privateKey4096.Precompute() // Test vector 6. testCases = append(testCases, rsaSSAPSSTestCase{ name: fmt.Sprintf("4096-SHA256-salt32"), hash: "SHA256", saltLength: 32, publicKey: publicKey4096, privateKey: privateKey4096, signature: hexDecode(t, "20c933ec5b1c7862d3695e4e98ce4494fb9225ffcca5cb6ff165790c856a7600092b8dc57c1e551fc8a85b"+ "6e0731f4e6b148c9b2b1ab72f8ea528591fa2cfc35a1d893d00aabff2d66471bcfa84cafa033d33c"+ "a9964c13ee316ddfdde2d1766272d60440f5df0eba22f419f2b95c2decf3621f0c3cb311b7f72bf2"+ "ca740414b31f74d3dd042abd005a1adc9aa4e57b65ef813476d7294aa516f04f96211dcc74497fd7"+ "f876997595ef1d3e9be241c0455acda0d004ecfbd66bba5b98fcec6d8bba4ede1d88ab585e422142"+ "167ac6fc096ddf389598f35a7b361f1946212e71b0d6f5ae5ae594bd4bc4ed52a8aa21607d845f2f"+ "9b921cc05edd12a8ecdb40d1265c4e038855dbcf895c9ce0012f62194eafa3aec3ae38fcf9922e80"+ "b3f123bfa6f5eea4d90036057eeabf3219fefd6bb9205489a9fb55e1ff280ab946350ca3dd7cd328"+ "c033a4e5756bffaa83f94767d02dcd2ba0c78af4e4dc51fae1125f683278c659fb9e2b269131af86"+ "410599d798e0d626477fb94af9be8e7c95f12467434b12fb415cea98c4eb05d879ef1e7eebf79268"+ "68f21d9e51c184bdc679c8aceda400bb4edc29c029b4b939b2ac43d712ef4b68a058f5f45ac70022"+ "abc5fec9389333a8b67a54b4a994f3ca7fdf14c73b5b130220fcc2607b27bdfa2b37e115bc8ccfe2"+ "489f51642f8556b0240ad86f7620d3e7664f76ac671da08e92b76f512b"), message: hexDecode(t, "aa"), }) // Test vector 7. testCases = append(testCases, rsaSSAPSSTestCase{ name: fmt.Sprintf("2048-SHA384-salt32"), hash: "SHA384", saltLength: 32, publicKey: publicKey2048, privateKey: privateKey2048, signature: hexDecode(t, "8c87ec23317b97c5d5e3692da3aa7037c183d757d0aa79ed1a2ccc46cde8397e2a8b231057034b24358135"+ "87314335bf308f9c930682e7575ec54968fdf15d9a689230ee2822338a97f08af3ce85b81f1c4826"+ "17a2f3316b78b59ec3243541eb4e32bc3a33e20729f4019085dda89f7a6c4584ab9f4288755e6511"+ "7f3f1dca298ef9605804ee69a88bc7d7addb99b9dbee9f858d1f7df01f0b12fa9a9534bdeaf7f197"+ "c1cafcb0853f32bfed7cb9495f073fcaa2d73eab5f9398b07300dbc9b80dbff248106e6c8a52e564"+ "fd9de73e0122f576e5fa3c4bdb477663b616372568492b4f00b6261800b132a04a3dc735e44fc4ce"+ "9a72e3afaca5a0d50ea77388c9"), message: hexDecode(t, "aa"), }) // Test vector 8. testCases = append(testCases, rsaSSAPSSTestCase{ name: fmt.Sprintf("2048-SHA256-salt0"), hash: "SHA256", saltLength: 0, publicKey: publicKey2048, privateKey: privateKey2048, signature: hexDecode(t, "5bfef53336a5148a2f880e28c92c71fa0523707390d075d7608a8eeab44cff5166946850f5818b00e48769"+ "22bf7cc0fedfdc1f8e265200c4c10e41686f62f8a621b8ca2771106deb28fa9b0ec2b2687f106b8f"+ "68695dddc0b80dc15bec32e7ad2de73edb2789a8222866521230f2795b6c74de777050f02a031577"+ "6855f4bb1e063c93ef8d1c4a91abe393017b0cfa09548f6f5bfd565d02bdce2116ffca232ede6f4e"+ "869aac226f703ae0ef739fe926f0f15f916a7fa17b407118d9a54353794835c224fa8c7b92137715"+ "26a7acb7575ddbd4ea3aaad6c827a5d1378773a4556763ed1442fddc76e29585c9d1992d42a8b730"+ "e744e44f3bfe5ddddc47b5d728"), message: hexDecode(t, "aa"), }) return testCases } func TestRSASSAPSSVerifyCorrectness(t *testing.T) { for _, tc := range rsaSSAPSSTestCases(t) { t.Run(tc.name, func(t *testing.T) { verifier, err := signature.New_RSA_SSA_PSS_Verifier(tc.hash, tc.saltLength, tc.publicKey) if err != nil { t.Fatalf("New_RSA_SSA_PSS_Verifier() err = %v, want nil", err) } if err := verifier.Verify(tc.signature, tc.message); err != nil { t.Errorf("Verify() err = %v, want nil", err) } }) } } func TestRSASSAPSSVerifyFails(t *testing.T) { for _, tc := range rsaSSAPSSTestCases(t) { t.Run(tc.name, func(t *testing.T) { verifier, err := signature.New_RSA_SSA_PSS_Verifier(tc.hash, tc.saltLength, tc.publicKey) if err != nil { t.Fatalf("New_RSA_SSA_PSS_Verifier() err = %v, want nil", err) } // Modify the signature. for i := 0; i < len(tc.signature); i++ { modifiedRawSignature := slices.Clone(tc.signature) for j := 0; j < 8; j++ { modifiedRawSignature[i] = byte(modifiedRawSignature[i] ^ (1 << uint32(j))) if err := verifier.Verify(modifiedRawSignature, tc.message); err == nil { t.Errorf("verifier.Verify(%x, tc.message) err = nil, want error", modifiedRawSignature) } } } // Append a byte to the signature. for j := 0; j < 8; j++ { appendedSignature := slices.Concat(tc.signature, []byte{byte(j)}) if err := verifier.Verify(appendedSignature, tc.message); err == nil { t.Errorf("verifier.Verify(%x, tc.message) err = nil, want error", appendedSignature) } } // Truncated signature. if err := verifier.Verify(tc.signature[:len(tc.signature)-1], tc.message); err == nil { t.Errorf("verifier.Verify(%x, tc.message) err = nil, want error", tc.signature[:len(tc.signature)-1]) } // Modify the message. for i := 0; i < len(tc.message); i++ { modifiedData := slices.Clone(tc.message) for j := 0; j < 8; j++ { modifiedData[i] = byte(modifiedData[i] ^ (1 << uint32(j))) if err := verifier.Verify(tc.signature, modifiedData); err == nil { t.Errorf("verifier.Verify(signature, %x) err = nil, want error", modifiedData) } } } }) } } func TestNewRSASSAPSSSignerVerifierFailWithInvalidInputs(t *testing.T) { type testCase struct { name string hash string salt int privKey *rsa.PrivateKey } validPrivKey, err := rsa.GenerateKey(rand.Reader, 3072) if err != nil { t.Fatalf("rsa.GenerateKey(rand.Reader, 3072) err = %v, want nil", err) } for _, tc := range []testCase{ { name: "invalid hash function", hash: "SHA1", privKey: validPrivKey, salt: 0, }, { name: "invalid exponent", hash: "SHA256", salt: 0, privKey: &rsa.PrivateKey{ D: validPrivKey.D, PublicKey: rsa.PublicKey{ N: validPrivKey.N, E: 8, }, Primes: validPrivKey.Primes, Precomputed: validPrivKey.Precomputed, }, }, { name: "invalid modulus", hash: "SHA256", salt: 0, privKey: &rsa.PrivateKey{ D: validPrivKey.D, PublicKey: rsa.PublicKey{ N: big.NewInt(5), E: validPrivKey.E, }, Primes: validPrivKey.Primes, Precomputed: validPrivKey.Precomputed, }, }, { name: "invalid salt", hash: "SHA256", salt: -1, privKey: validPrivKey, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := signature.New_RSA_SSA_PSS_Signer(tc.hash, tc.salt, tc.privKey); err == nil { t.Errorf("New_RSA_SSA_PSS_Signer() err = nil, want error") } if _, err := signature.New_RSA_SSA_PSS_Verifier(tc.hash, tc.salt, &tc.privKey.PublicKey); err == nil { t.Errorf("New_RSA_SSA_PSS_Verifier() err = nil, want error") } }) } } type rsaSSAPSSSuite struct { wycheproof.Suite TestGroups []*rsaSSAPSSGroup `json:"testGroups"` } type rsaSSAPSSGroup struct { wycheproof.Group SHA string `json:"sha"` MGFSHA string `json:"mgfSha"` SaltLength int `json:"sLen"` PublicKey *rsaSSAPSSPublicKey `json:"publicKey"` Tests []*rsaSSAPSSCase `json:"tests"` } type rsaSSAPSSCase struct { wycheproof.Case Message testutil.HexBytes `json:"msg"` Signature testutil.HexBytes `json:"sig"` } type rsaSSAPSSPublicKey struct { PublicExponent testutil.HexBytes `json:"publicExponent"` Modulus testutil.HexBytes `json:"modulus"` } func TestRSASSAPSSWycheproofCases(t *testing.T) { ranTestCount := 0 casesToIgnore := map[string][]int{ // crypto/rsa will ignore zero length salt and parse the salt length from the // signature. Since theses test cases use a zero salt length as a parameter, // Golang will ignore it and parse the salt directly from the signature. "rsa_pss_2048_sha256_mgf1_0_test.json": []int{67, 68, 69, 70}, } vectorsFiles := []string{ "rsa_pss_2048_sha512_224_mgf1_28_test.json", "rsa_pss_2048_sha512_256_mgf1_32_test.json", "rsa_pss_2048_sha256_mgf1_0_test.json", "rsa_pss_2048_sha256_mgf1_32_test.json", "rsa_pss_3072_sha256_mgf1_32_test.json", "rsa_pss_4096_sha256_mgf1_32_test.json", "rsa_pss_4096_sha512_mgf1_32_test.json", } for _, v := range vectorsFiles { suite := &rsaSSAPSSSuite{} wycheproof.PopulateSuiteV1(t, suite, v) for _, group := range suite.TestGroups { sigHash := subtle.ConvertHashName(group.SHA) if sigHash == "" { continue } pubKey := &rsa.PublicKey{ E: int(new(big.Int).SetBytes(group.PublicKey.PublicExponent).Uint64()), N: new(big.Int).SetBytes(group.PublicKey.Modulus), } verifier, err := signature.New_RSA_SSA_PSS_Verifier(sigHash, group.SaltLength, pubKey) if err != nil { t.Fatalf("New_RSA_SSA_PSS_Verifier() err = %v, want nil", err) } for _, test := range group.Tests { if cases, ok := casesToIgnore[v]; ok && slices.Contains(cases, test.CaseID) { continue } ranTestCount++ caseName := fmt.Sprintf("%s: %s-%s-%s-%d:Case-%d", v, group.Type, group.SHA, group.MGFSHA, group.SaltLength, test.CaseID) t.Run(caseName, func(t *testing.T) { err := verifier.Verify(test.Signature, test.Message) switch test.Result { case "valid": if err != nil { t.Errorf("Verify() err = %, want nil", err) } case "invalid": if err == nil { t.Errorf("Verify() err = nil, want error") } case "acceptable": // TODO(b/230489047): Inspect flags to appropriately handle acceptable test cases. default: t.Errorf("unsupported test result: %q", test.Result) } }) } } } if ranTestCount < 501 { t.Errorf("ranTestCount > %d, want > %d", ranTestCount, 501) } } ================================================ FILE: internal/signature/rsassapss_verifier.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature import ( "crypto" "crypto/rsa" "fmt" "hash" "github.com/tink-crypto/tink-go/v2/subtle" "github.com/tink-crypto/tink-go/v2/tink" ) // RSA_SSA_PSS_Verifier is an implementation of Verifier for RSA-SSA-PSS. type RSA_SSA_PSS_Verifier struct { publicKey *rsa.PublicKey hashFunc func() hash.Hash hashID crypto.Hash saltLength int } var _ tink.Verifier = (*RSA_SSA_PSS_Verifier)(nil) // New_RSA_SSA_PSS_Verifier creates a new instance of RSA_SSA_PSS_Verifier. func New_RSA_SSA_PSS_Verifier(hashAlg string, saltLength int, pubKey *rsa.PublicKey) (*RSA_SSA_PSS_Verifier, error) { if err := validRSAPublicKey(pubKey); err != nil { return nil, err } hashFunc, hashID, err := rsaHashFunc(hashAlg) if err != nil { return nil, err } if saltLength < 0 { return nil, fmt.Errorf("invalid salt length") } return &RSA_SSA_PSS_Verifier{ publicKey: pubKey, hashFunc: hashFunc, hashID: hashID, saltLength: saltLength, }, nil } // Verify verifies whether the given signature is valid for the given data. // It returns an error if the signature is not valid; nil otherwise. func (v *RSA_SSA_PSS_Verifier) Verify(signature, data []byte) error { digest, err := subtle.ComputeHash(v.hashFunc, data) if err != nil { return err } return rsa.VerifyPSS(v.publicKey, v.hashID, digest, signature, &rsa.PSSOptions{SaltLength: v.saltLength}) } ================================================ FILE: internal/signature/signature.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package signature provides internal implementations of the Signer and Verifier primitives. package signature ================================================ FILE: internal/signature/slhdsa/address.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "encoding/binary" "slices" ) // An address is a 32-byte buffer with added structure, see Table 1 of the SLH-DSA specification. // | layer address (4 bytes) | tree address (12 bytes) | type (4 bytes) | type specific (12 bytes) | // type specific bytes: // // WOTS_HASH: | key pair address (4 bytes) | chain address (4 bytes) | hash address (4 bytes) | // WOTS_PK: | key pair address (4 bytes) | padding = 0 (8 bytes) | // TREE: | padding = 0 (4 bytes) | tree height (4 bytes) | tree index (4 bytes) | // FORS_TREE: | key pair address (4 bytes) | tree height (4 bytes) | tree index (4 bytes) | // FORS_ROOTS: | key pair address (4 bytes) | padding = 0 (8 bytes) | // WOTS_PRF: | key pair address (4 bytes) | chain address (4 bytes) | hash address = 0 (4 bytes) | // FORS_PRF: | key pair address (4 bytes) | tree height = 0 (4 bytes) | tree index (4 bytes) | type address [32]byte type addressType uint32 const ( addressWOTSHash addressType = iota addressWOTSPk addressTree addressFORSTree addressFORSRoots addressWOTSPrf addressFORSPrf ) func newAddress() *address { return &address{} } func (a *address) copy() *address { res := address{} copy(res[:], a[:]) return &res } func (a *address) setLayerAddress(l uint32) { binary.BigEndian.PutUint32(a[:4], l) } func (a *address) setTreeAddress(t uint64) { // This implementation supports at most 64 bits for the tree address. // This covers all the parameter sets given in the SLH-DSA specification. binary.BigEndian.PutUint32(a[4:8], 0) binary.BigEndian.PutUint64(a[8:16], t) } func (a *address) setTypeAndClear(y addressType) { binary.BigEndian.PutUint32(a[16:20], uint32(y)) binary.BigEndian.PutUint32(a[20:24], 0) binary.BigEndian.PutUint32(a[24:28], 0) binary.BigEndian.PutUint32(a[28:32], 0) } func (a *address) setKeyPairAddress(i uint32) { binary.BigEndian.PutUint32(a[20:24], i) } func (a *address) keyPairAddress() uint32 { return binary.BigEndian.Uint32(a[20:24]) } func (a *address) setChainAddress(i uint32) { binary.BigEndian.PutUint32(a[24:28], i) } func (a *address) setTreeHeight(i uint32) { binary.BigEndian.PutUint32(a[24:28], i) } func (a *address) setHashAddress(i uint32) { binary.BigEndian.PutUint32(a[28:32], i) } func (a *address) setTreeIndex(i uint32) { binary.BigEndian.PutUint32(a[28:32], i) } func (a *address) treeIndex() uint32 { return binary.BigEndian.Uint32(a[28:32]) } // Address compression function for SLH-DSA using SHA2, see Table 3 of the SLH-DSA specification. // | layer address (1 byte) | tree address (8 bytes) | type (1 bytes) | type specific (12 bytes) | func (a *address) compress() []byte { return slices.Concat(a[3:4], a[8:16], a[19:32]) } ================================================ FILE: internal/signature/slhdsa/address_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "encoding/binary" "slices" "testing" "crypto/rand" ) func TestNewAddress(t *testing.T) { a := newAddress() want := [32]byte{} if !slices.Equal(a[:], want[:]) { t.Errorf("newAddress() = %v, want %v", a[:], want[:]) } } func TestAddressCopy(t *testing.T) { a := newAddress() a.setTypeAndClear(addressWOTSHash) a.setLayerAddress(0xAB) a.setTreeAddress(0x0123456789ABCDEF) a.setKeyPairAddress(0xDEADBEEF) a.setChainAddress(0xC0FEBABE) a.setHashAddress(0xF00DD00B) a2 := a.copy() if !slices.Equal(a[:], a2[:]) { t.Errorf("a.copy() = %v, want %v", a2[:], a[:]) } } func TestAddressSetLayerAddress(t *testing.T) { a := newAddress() a.setLayerAddress(0xDEADBEEF) want := address{0xDE, 0xAD, 0xBE, 0xEF, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00} if !slices.Equal(a[:], want[:]) { t.Errorf("a.setLayerAddress(0xDEADBEEF) = %v, want %v", a[:], want[:]) } } func TestAddressSetTreeAddress(t *testing.T) { a := newAddress() a.setTreeAddress(0xF123456789ABCDEF) want := address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xF1, 0x23, 0x45, 0x67, 0x89, 0xAB, 0xCD, 0xEF, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00} if !slices.Equal(a[:], want[:]) { t.Errorf("a.setTreeAddress(0xF123456789ABCDEF) = %v, want %v", a[:], want[:]) } } func TestAddressSetTypeAndClear(t *testing.T) { for _, tc := range []struct { name string addrType addressType want address }{ { name: "adrsWotsHash", addrType: addressWOTSHash, want: address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00}, }, { name: "adrsWotsPk", addrType: addressWOTSPk, want: address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00}, }, { name: "adrsTree", addrType: addressTree, want: address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00}, }, { name: "adrsForsTree", addrType: addressFORSTree, want: address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x03, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00}, }, { name: "adrsForsRoots", addrType: addressFORSRoots, want: address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x04, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00}, }, { name: "adrsWotsPrf", addrType: addressWOTSPrf, want: address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x05, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00}, }, { name: "adrsForsPrf", addrType: addressFORSPrf, want: address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x06, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00}, }, } { a := newAddress() rand.Read(a[20:32]) a.setTypeAndClear(tc.addrType) if !slices.Equal(a[:], tc.want[:]) { t.Fatalf("a.setTypeAndClear(%v) = %v, want %v", tc.name, a[:], tc.want[:]) } if binary.BigEndian.Uint32(a[16:20]) != uint32(tc.addrType) { t.Errorf("a[16:20] = %v, want %v", binary.BigEndian.Uint32(a[16:20]), uint32(tc.addrType)) } } } func TestAddressSetGetKeyPairAddress(t *testing.T) { a := newAddress() a.setKeyPairAddress(0xDEADBEEF) want := address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xDE, 0xAD, 0xBE, 0xEF, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00} if !slices.Equal(a[:], want[:]) { t.Fatalf("a.setKeyPairAddress(0xDEADBEEF) = %v, want %v", a[:], want[:]) } if a.keyPairAddress() != 0xDEADBEEF { t.Errorf("a.getKeyPairAddress() = %v, want 0xDEADBEEF", a.keyPairAddress()) } } func TestAddressSetChainAddress(t *testing.T) { a := newAddress() a.setChainAddress(0xDEADBEEF) want := address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xDE, 0xAD, 0xBE, 0xEF, 0x00, 0x00, 0x00, 0x00} if !slices.Equal(a[:], want[:]) { t.Errorf("a.setChainAddress(0xDEADBEEF) = %v, want %v", a[:], want[:]) } } func TestAddressSetTreeHeight(t *testing.T) { a := newAddress() a.setTreeHeight(0xDEADBEEF) want := address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xDE, 0xAD, 0xBE, 0xEF, 0x00, 0x00, 0x00, 0x00} if !slices.Equal(a[:], want[:]) { t.Errorf("a.setTreeHeight(0xDEADBEEF) = %v, want %v", a[:], want[:]) } } func TestAddressSetHashAddress(t *testing.T) { a := newAddress() a.setHashAddress(0xDEADBEEF) want := address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xDE, 0xAD, 0xBE, 0xEF} if !slices.Equal(a[:], want[:]) { t.Errorf("a.setHashAddress(0xDEADBEEF) = %v, want %v", a[:], want[:]) } } func TestAddressSetGetTreeIndex(t *testing.T) { a := newAddress() a.setTreeIndex(0xDEADBEEF) want := address{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xDE, 0xAD, 0xBE, 0xEF} if !slices.Equal(a[:], want[:]) { t.Fatalf("a.setTreeIndex(0xDEADBEEF) = %v, want %v", a[:], want[:]) } if a.treeIndex() != 0xDEADBEEF { t.Errorf("a.getTreeIndex() = %v, want 0xDEADBEEF", a.treeIndex()) } } func TestAddressCompress(t *testing.T) { a := newAddress() a.setTypeAndClear(addressWOTSHash) a.setLayerAddress(0xAB) a.setTreeAddress(0x0123456789ABCDEF) a.setKeyPairAddress(0xDEADBEEF) a.setChainAddress(0xC0FEBABE) a.setHashAddress(0xF00DD00B) want := []byte{0xAB, 0x01, 0x23, 0x45, 0x67, 0x89, 0xAB, 0xCD, 0xEF, 0x00, 0xDE, 0xAD, 0xBE, 0xEF, 0xC0, 0xFE, 0xBA, 0xBE, 0xF0, 0x0D, 0xD0, 0x0B} if !slices.Equal(a.compress(), want) { t.Errorf("a.compress() = %v, want %v", a.compress(), want) } } ================================================ FILE: internal/signature/slhdsa/fors.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import "slices" // Algorithm 14 (fors_skGen). func (p *params) forsSkGen(skSeed []byte, pkSeed []byte, adrs *address, idx uint32) []byte { // Copy address to create key generation address. skAdrs := adrs.copy() skAdrs.setTypeAndClear(addressFORSPrf) skAdrs.setKeyPairAddress(adrs.keyPairAddress()) skAdrs.setTreeIndex(idx) return p.hPrf(pkSeed, skSeed, skAdrs) } // Algorithm 15 (fors_node). func (p *params) forsNode(skSeed []byte, i uint32, z uint32, pkSeed []byte, adrs *address) []byte { if z == 0 { sk := p.forsSkGen(skSeed, pkSeed, adrs, i) adrs.setTreeHeight(0) adrs.setTreeIndex(i) return p.hF(pkSeed, adrs, sk) } lnode := p.forsNode(skSeed, i<<1, z-1, pkSeed, adrs) rnode := p.forsNode(skSeed, (i<<1)+1, z-1, pkSeed, adrs) adrs.setTreeHeight(z) adrs.setTreeIndex(i) return p.hH(pkSeed, adrs, slices.Concat(lnode, rnode)) } // Algorithm 16 (fors_sign). func (p *params) forsSign(md []byte, skSeed []byte, pkSeed []byte, adrs *address) []byte { // Initialize sigFors as a zero-length byte string. var sigFors []byte indices := base2b(md, p.a, p.k) // Compute signature elements. for i := range p.k { sigFors = append(sigFors, p.forsSkGen(skSeed, pkSeed, adrs, (i<> j) ^ 1 auth = append(auth, p.forsNode(skSeed, (i<<(p.a-j))+s, j, pkSeed, adrs)...) } sigFors = append(sigFors, auth...) } return sigFors } // Algorithm 17 (fors_pkFromSig). // Here sigFors is a flattened k * (a + 1) * n-byte signature of k-many individual (a + 1) * n-byte chunks. // Each such chunk is a concatenation of an n-byte secret key and an a * n-byte authentication path. func (p *params) forsPkFromSig(sigFors []byte, md []byte, pkSeed []byte, adrs *address) []byte { if len(sigFors) != int((p.k*(p.a+1))*p.n) { panic("unreachable") } indices := base2b(md, p.a, p.k) var root []byte for i := range p.k { sk := sigFors[i*(p.a+1)*p.n : (i*(p.a+1)+1)*p.n] // Compute leaf. adrs.setTreeHeight(0) adrs.setTreeIndex((i << p.a) + indices[i]) node := p.hF(pkSeed, adrs, sk) auth := sigFors[(i*(p.a+1)+1)*p.n : (i+1)*(p.a+1)*p.n] // Compute root from leaf and auth. for j := range p.a { adrs.setTreeHeight(j + 1) // This is equivalent to what is done in lines 11 and 14 of algorithm 17 of the SLH-DSA specification. // Shifting right by 1 is implicitly doing a floor division (instead of manually subtracting 1 in the odd case). adrs.setTreeIndex(adrs.treeIndex() >> 1) // Extract the j-th n-byte chunk of auth. authJ := auth[j*p.n : (j+1)*p.n] if (indices[i]>>j)&1 == 0 { node = p.hH(pkSeed, adrs, slices.Concat(node, authJ)) } else { node = p.hH(pkSeed, adrs, slices.Concat(authJ, node)) } } root = append(root, node...) } // Copy address to create a FORS public key address. forsPkAdrs := adrs.copy() forsPkAdrs.setTypeAndClear(addressFORSRoots) forsPkAdrs.setKeyPairAddress(adrs.keyPairAddress()) // hTl hashes the k * n-byte roots together to compute the n-byte FORS public key. return p.hTl(pkSeed, forsPkAdrs, root) } ================================================ FILE: internal/signature/slhdsa/fors_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "slices" "testing" ) func TestForsSkGenKat(t *testing.T) { par := SLH_DSA_SHA2_128s skSeed := []byte{0x37, 0xfc, 0x9f, 0xf0, 0x9a, 0x60, 0xd1, 0xe2, 0xdd, 0xcd, 0xb7, 0x36, 0xb, 0xd6, 0xe5, 0x31} pkSeed := []byte{0x4e, 0xf6, 0x27, 0x9b, 0x12, 0x84, 0x60, 0xa0, 0x77, 0x0, 0x23, 0xe0, 0x84, 0xf1, 0x68, 0x29} adrs := &address{0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0xb, 0x34, 0xf3, 0xfa, 0xdc, 0x2a, 0x8e, 0x0, 0x0, 0x0, 0x3, 0x0, 0x0, 0x0, 0x88, 0x0, 0x0, 0x0, 0x2, 0x0, 0x0, 0x36, 0x0} idx := uint32(0xd804) want := []byte{0x34, 0xdb, 0x6b, 0x7e, 0xd4, 0xa, 0xbe, 0xec, 0x74, 0x9d, 0x27, 0x8b, 0x14, 0x32, 0x58, 0x40} if got := par.forsSkGen(skSeed, pkSeed, adrs, idx); !slices.Equal(got, want) { t.Errorf("par.forsSkGen() = %v, want %v", got, want) } } func TestForsNodeKat(t *testing.T) { par := SLH_DSA_SHA2_128s skSeed := []byte{0x6a, 0x1e, 0x4f, 0xcc, 0x1c, 0x9, 0x75, 0xc, 0x5f, 0xb6, 0xbb, 0x14, 0x25, 0xfa, 0x41, 0x13} i := uint32(0x69d) z := uint32(0x5) pkSeed := []byte{0xc1, 0x98, 0x2c, 0x25, 0x6f, 0xcd, 0xef, 0xcb, 0x26, 0xc3, 0xb7, 0x50, 0x7c, 0x18, 0x5f, 0x7e} adrs := &address{0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x7, 0x98, 0xfb, 0xae, 0x9e, 0x90, 0xd3, 0x0, 0x0, 0x0, 0x3, 0x0, 0x0, 0x0, 0x98, 0x0, 0x0, 0x0, 0x5, 0x0, 0x0, 0x6, 0x9c} want := []byte{0x1d, 0xb9, 0x24, 0xec, 0xf6, 0x9f, 0x9e, 0xae, 0xbb, 0xfe, 0x1c, 0xb, 0xef, 0x5b, 0x8e, 0x36} if got := par.forsNode(skSeed, i, z, pkSeed, adrs); !slices.Equal(got, want) { t.Errorf("par.forsNode() = %v, want %v", got, want) } } func TestForsSignkat(t *testing.T) { par := SLH_DSA_SHA2_128s md := []byte{0x70, 0x37, 0xf1, 0x79, 0xf8, 0x74, 0x7b, 0x7b, 0xf7, 0xbf, 0xce, 0x47, 0x67, 0xfb, 0xce, 0x28, 0x97, 0xac, 0xb2, 0x75, 0x49} skSeed := []byte{0x7a, 0x21, 0x8b, 0x4a, 0x12, 0x13, 0x1d, 0x82, 0xfb, 0x12, 0x9, 0xa6, 0xeb, 0xb4, 0x46, 0xa1} pkSeed := []byte{0x5d, 0xce, 0xdb, 0x6d, 0xba, 0xc0, 0xa2, 0x49, 0x6a, 0x42, 0x0, 0xeb, 0x91, 0x9a, 0x3f, 0xd0} adrs := &address{0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x2e, 0x7c, 0xd8, 0x6e, 0x34, 0xa3, 0xd9, 0x0, 0x0, 0x0, 0x3, 0x0, 0x0, 0x1, 0xad, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0} want := []byte{0x62, 0x88, 0x6a, 0x8d, 0x36, 0xd4, 0xb0, 0xfd, 0xa, 0xc1, 0xfa, 0x12, 0x51, 0xeb, 0x2b, 0x9f, 0x41, 0xa9, 0xed, 0x1f, 0x9c, 0x13, 0x79, 0xaf, 0x6f, 0x2e, 0x26, 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0xb1, 0xfa, 0x81, 0x91, 0x98, 0xe6, 0xc3, 0x4e, 0x42, 0x12, 0x6c, 0xee, 0x58, 0xa8, 0xa4, 0xd, 0x9e, 0xde, 0x28, 0x6e, 0xca, 0x43, 0x15, 0xee, 0x1d, 0xbc, 0xf1, 0x2c} if got := par.forsSign(md, skSeed, pkSeed, adrs); !slices.Equal(got, want) { t.Errorf("par.forsSign() = %v, want %v", got, want) } } func TestForsPkFromSigKat(t *testing.T) { par := SLH_DSA_SHA2_128s sig := []byte{0x62, 0x88, 0x6a, 0x8d, 0x36, 0xd4, 0xb0, 0xfd, 0xa, 0xc1, 0xfa, 0x12, 0x51, 0xeb, 0x2b, 0x9f, 0x41, 0xa9, 0xed, 0x1f, 0x9c, 0x13, 0x79, 0xaf, 0x6f, 0x2e, 0x26, 0x8, 0x0, 0x48, 0xf2, 0x1d, 0xf9, 0x44, 0xa9, 0x15, 0xde, 0x49, 0xa1, 0xb9, 0x60, 0x78, 0xba, 0x47, 0xc6, 0x3e, 0x28, 0x9, 0xd, 0xe1, 0xbb, 0xd3, 0xb7, 0xee, 0x2e, 0xf2, 0x37, 0x87, 0x9c, 0x18, 0x31, 0x35, 0x3, 0x34, 0x8c, 0xc7, 0x5b, 0x6b, 0xcf, 0xab, 0x13, 0x2f, 0x48, 0xae, 0xa2, 0x15, 0x3a, 0x19, 0x36, 0x65, 0x78, 0xb2, 0xc8, 0x5f, 0x1, 0xbf, 0x7d, 0x47, 0xd9, 0xa9, 0x6b, 0x1b, 0xa6, 0x53, 0x7f, 0xba, 0x8c, 0xda, 0x6e, 0x47, 0xbe, 0x6a, 0x53, 0x75, 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0xe2, 0xa4, 0xb7, 0xcb, 0xf, 0x12, 0x91, 0x44, 0xa0, 0x83, 0x92, 0x55, 0x8f, 0x72, 0x68, 0xeb, 0x4b, 0xa, 0x43, 0x30, 0x76, 0x40, 0x5d, 0xb5, 0x86, 0x4a, 0x0, 0x28, 0x36, 0xe8, 0x1d, 0xda, 0xe1, 0x69, 0x5e, 0xf9, 0x15, 0xbe, 0x6a, 0xe5, 0x48, 0xef, 0x7e, 0x67, 0xa, 0x4c, 0x9a, 0x22, 0x40, 0xb0, 0xff, 0x9d, 0xca, 0xa6, 0x32, 0x89, 0xa7, 0xe9, 0xbf, 0xb2, 0xa1, 0xe6, 0x82, 0x86, 0x2f, 0xb3, 0x94, 0x9f, 0xb5, 0xb9, 0x79, 0xd9, 0xce, 0xdc, 0x92, 0xd4, 0x7b, 0x8d, 0xf2, 0x36, 0xf5, 0x66, 0xfd, 0x22, 0x53, 0x14, 0xb1, 0x23, 0x32, 0x72, 0xf7, 0xb1, 0xfa, 0x81, 0x91, 0x98, 0xe6, 0xc3, 0x4e, 0x42, 0x12, 0x6c, 0xee, 0x58, 0xa8, 0xa4, 0xd, 0x9e, 0xde, 0x28, 0x6e, 0xca, 0x43, 0x15, 0xee, 0x1d, 0xbc, 0xf1, 0x2c} md := []byte{0x70, 0x37, 0xf1, 0x79, 0xf8, 0x74, 0x7b, 0x7b, 0xf7, 0xbf, 0xce, 0x47, 0x67, 0xfb, 0xce, 0x28, 0x97, 0xac, 0xb2, 0x75, 0x49} pkSeed := []byte{0x5d, 0xce, 0xdb, 0x6d, 0xba, 0xc0, 0xa2, 0x49, 0x6a, 0x42, 0x0, 0xeb, 0x91, 0x9a, 0x3f, 0xd0} adrs := &address{0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x2e, 0x7c, 0xd8, 0x6e, 0x34, 0xa3, 0xd9, 0x0, 0x0, 0x0, 0x3, 0x0, 0x0, 0x1, 0xad, 0x0, 0x0, 0x0, 0xb, 0x0, 0x0, 0x0, 0x1b} want := []byte{0x54, 0xda, 0x9d, 0xd9, 0xcc, 0x2c, 0x3c, 0x28, 0x36, 0xec, 0xec, 0xab, 0x15, 0xd9, 0xb7, 0xb4} if got := par.forsPkFromSig(sig, md, pkSeed, adrs); !slices.Equal(got, want) { t.Errorf("par.forsPkFromSig() = %v, want %v", got, want) } } ================================================ FILE: internal/signature/slhdsa/hash.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "crypto/hmac" "crypto/sha256" "crypto/sha512" "encoding/binary" "slices" "golang.org/x/crypto/sha3" ) // Hashing functions for SLH-DSA using SHAKE, see section 11.1 of the SLH-DSA specification. // All of the below SHAKE hashing functions take m, n as parameters. Here we pass them as number // of bytes to ShakeSum256. In the specification they are passed as 8*m, 8*n, i.e. number of bits. func shakeHMsg(r []byte, pkSeed []byte, pkRoot []byte, msg []byte, m uint32) []byte { digest := make([]byte, m) sha3.ShakeSum256(digest, slices.Concat(r, pkSeed, pkRoot, msg)) return digest } func shakePrf(pkSeed []byte, skSeed []byte, adrs *address, n uint32) []byte { digest := make([]byte, n) sha3.ShakeSum256(digest, slices.Concat(pkSeed, adrs[:], skSeed)) return digest } func shakePrfMsg(skPrf []byte, optRand []byte, msg []byte, n uint32) []byte { digest := make([]byte, n) sha3.ShakeSum256(digest, slices.Concat(skPrf, optRand, msg)) return digest } func shakeF(pkSeed []byte, adrs *address, msg1 []byte, n uint32) []byte { digest := make([]byte, n) sha3.ShakeSum256(digest, slices.Concat(pkSeed, adrs[:], msg1)) return digest } func shakeH(pkSeed []byte, adrs *address, msg2 []byte, n uint32) []byte { digest := make([]byte, n) sha3.ShakeSum256(digest, slices.Concat(pkSeed, adrs[:], msg2)) return digest } func shakeTl(pkSeed []byte, adrs *address, msgl []byte, n uint32) []byte { digest := make([]byte, n) sha3.ShakeSum256(digest, slices.Concat(pkSeed, adrs[:], msgl)) return digest } // Hashing functions for SLH-DSA using SHA2 for Security Category 1, see section 11.2.1 of the SLH-DSA specification. // Mask generation function based on a hash function, see https://datatracker.ietf.org/doc/html/rfc8017#appendix-B.2.1. func mgf1(seed []byte, maskLen int, hash func([]byte) []byte) []byte { var digest []byte ctr := uint32(0) for len(digest) < maskLen { var ctrBytes [4]byte binary.BigEndian.PutUint32(ctrBytes[:], ctr) hash := hash(slices.Concat(seed, ctrBytes[:])) digest = append(digest, hash...) ctr++ } return digest[0:maskLen] } func mgf1Sha256(seed []byte, maskLen int) []byte { return mgf1(seed, maskLen, func(data []byte) []byte { digest := sha256.Sum256(data) return digest[:] }) } func sha2C1HMsg(r []byte, pkSeed []byte, pkRoot []byte, msg []byte, m uint32) []byte { sha256Digest := sha256.Sum256(slices.Concat(r, pkSeed, pkRoot, msg)) return mgf1Sha256(slices.Concat(r, pkSeed, sha256Digest[:]), int(m)) } func sha2C1Prf(pkSeed []byte, skSeed []byte, adrs *address, n uint32) []byte { zeroes := make([]byte, 64-n) digest := sha256.Sum256(slices.Concat(pkSeed, zeroes, adrs.compress(), skSeed)) return digest[0:n] } func sha2C1PrfMsg(skPrf []byte, optRand []byte, msg []byte, n uint32) []byte { sha256Hmac := hmac.New(sha256.New, skPrf) sha256Hmac.Write(optRand) sha256Hmac.Write(msg) digest := sha256Hmac.Sum(nil) return digest[0:n] } func sha2C1F(pkSeed []byte, adrs *address, msg1 []byte, n uint32) []byte { zeroes := make([]byte, 64-n) digest := sha256.Sum256(slices.Concat(pkSeed, zeroes, adrs.compress(), msg1)) return digest[0:n] } func sha2C1H(pkSeed []byte, adrs *address, msg2 []byte, n uint32) []byte { zeroes := make([]byte, 64-n) digest := sha256.Sum256(slices.Concat(pkSeed, zeroes, adrs.compress(), msg2)) return digest[0:n] } func sha2C1Tl(pkSeed []byte, adrs *address, msgl []byte, n uint32) []byte { zeroes := make([]byte, 64-n) digest := sha256.Sum256(slices.Concat(pkSeed, zeroes, adrs.compress(), msgl)) return digest[0:n] } // Hashing functions for SLH-DSA using SHA2 for Security Categories 3 and 5, see section 11.2.2 of the SLH-DSA specification. func mgf1Sha512(seed []byte, maskLen int) []byte { return mgf1(seed, maskLen, func(data []byte) []byte { digest := sha512.Sum512(data) return digest[:] }) } func sha2C35HMsg(r []byte, pkSeed []byte, pkRoot []byte, msg []byte, m uint32) []byte { sha512Digest := sha512.Sum512(slices.Concat(r, pkSeed, pkRoot, msg)) return mgf1Sha512(slices.Concat(r, pkSeed, sha512Digest[:]), int(m)) } func sha2C35Prf(pkSeed []byte, skSeed []byte, adrs *address, n uint32) []byte { zeroes := make([]byte, 64-n) digest := sha256.Sum256(slices.Concat(pkSeed, zeroes, adrs.compress(), skSeed)) return digest[0:n] } func sha2C35PrfMsg(skPrf []byte, optRand []byte, msg []byte, n uint32) []byte { sha512Hmac := hmac.New(sha512.New, skPrf) sha512Hmac.Write(optRand) sha512Hmac.Write(msg) digest := sha512Hmac.Sum(nil) return digest[0:n] } func sha2C35F(pkSeed []byte, adrs *address, msg1 []byte, n uint32) []byte { zeroes := make([]byte, 64-n) digest := sha256.Sum256(slices.Concat(pkSeed, zeroes, adrs.compress(), msg1)) return digest[0:n] } func sha2C35H(pkSeed []byte, adrs *address, msg2 []byte, n uint32) []byte { zeroes := make([]byte, 128-n) digest := sha512.Sum512(slices.Concat(pkSeed, zeroes, adrs.compress(), msg2)) return digest[0:n] } func sha2C35Tl(pkSeed []byte, adrs *address, msgl []byte, n uint32) []byte { zeroes := make([]byte, 128-n) digest := sha512.Sum512(slices.Concat(pkSeed, zeroes, adrs.compress(), msgl)) return digest[0:n] } ================================================ FILE: internal/signature/slhdsa/hash_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "slices" "testing" ) type hashTestVector struct { n uint32 m uint32 r []byte pkSeed []byte pkRoot []byte skSeed []byte skPrf []byte optRand []byte msg []byte wantHMsg []byte wantPrf []byte wantPrfMsg []byte wantF []byte wantH []byte wantTl []byte } // Hash test vectors, generated using the reference implementation (https://github.com/sphincs/sphincsplus). // Note that all of these are based on a zero address. var ( hashTestVectorShaken16m30 = hashTestVector{ n: 16, m: 30, r: []byte{0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25, 0xb4, 0xd4, 0xee, 0xf6, 0x30, 0x13, 0xb, 0x99}, pkSeed: []byte{0xfe, 0x7b, 0xcf, 0x72, 0xbf, 0x0e, 0x9e, 0x08, 0x85, 0x3e, 0xb3, 0x80, 0x71, 0x99, 0x2c, 0xe5}, pkRoot: []byte{0xe6, 0x05, 0x10, 0x27, 0xba, 0xff, 0x1e, 0x80, 0x85, 0x09, 0x31, 0x3c, 0x27, 0x50, 0x65, 0xcb}, skSeed: []byte{0xd5, 0x03, 0xb1, 0x29, 0x70, 0xbb, 0xb8, 0x84, 0x56, 0x17, 0xd0, 0x16, 0x97, 0x3c, 0x5d, 0x16}, skPrf: []byte{0x07, 0xd5, 0x87, 0x3f, 0x99, 0x8f, 0x65, 0xd8, 0x8f, 0x81, 0xcd, 0xae, 0xd1, 0xc9, 0x8b, 0x30}, optRand: []byte{0xd5, 0xe0, 0xfe, 0xd3, 0xf4, 0xd4, 0xbf, 0x8f, 0x31, 0xc4, 0xd7, 0xbf, 0x60, 0xbd, 0xc1, 0x35}, msg: []byte{0x0, 0x10, 0x55, 0x41, 0xd, 0xbd, 0x5d, 0x32, 0x46, 0x4, 0xd, 0x46, 0xfe, 0x8b, 0x88, 0x42, 0xf2, 0xa2, 0x7, 0x11, 0x68, 0x7c, 0x42, 0xf, 0xf7, 0xf8, 0x8d, 0x89, 0x32, 0x62, 0xd8, 0x12, 0x8b, 0xdc}, wantHMsg: []byte{0x16, 0xaa, 0x69, 0x6b, 0xfe, 0x53, 0xc6, 0x8b, 0x38, 0x6c, 0x27, 0x42, 0xf9, 0xaa, 0x86, 0xee, 0xae, 0x99, 0xcf, 0x0, 0xdc, 0xee, 0x98, 0x7c, 0xdf, 0x96, 0x8c, 0x47, 0x24, 0x26}, wantPrf: []byte{0x15, 0xf4, 0x71, 0x7a, 0xdb, 0x75, 0xdb, 0xe7, 0x62, 0xd8, 0xee, 0x7, 0xa4, 0x7c, 0x17, 0xb9}, wantPrfMsg: []byte{0x44, 0xf9, 0x96, 0x2, 0xba, 0x6c, 0xc7, 0xe0, 0xcd, 0xa3, 0x9a, 0xd8, 0xdf, 0xc6, 0x9, 0x9b}, wantF: []byte{0xf, 0x55, 0xe9, 0x48, 0x6, 0xf, 0xf9, 0xf5, 0xbc, 0xd4, 0x36, 0xc7, 0x1e, 0x2b, 0xd6, 0x62}, wantH: []byte{0xf, 0x55, 0xe9, 0x48, 0x6, 0xf, 0xf9, 0xf5, 0xbc, 0xd4, 0x36, 0xc7, 0x1e, 0x2b, 0xd6, 0x62}, wantTl: []byte{0xf, 0x55, 0xe9, 0x48, 0x6, 0xf, 0xf9, 0xf5, 0xbc, 0xd4, 0x36, 0xc7, 0x1e, 0x2b, 0xd6, 0x62}, } hashTestVectorShaken16m34 = hashTestVector{ n: 16, m: 34, r: []byte{0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25, 0xb4, 0xd4, 0xee, 0xf6, 0x30, 0x13, 0xb, 0x99}, pkSeed: []byte{0xfe, 0x7b, 0xcf, 0x72, 0xbf, 0x0e, 0x9e, 0x08, 0x85, 0x3e, 0xb3, 0x80, 0x71, 0x99, 0x2c, 0xe5}, pkRoot: []byte{0xe6, 0x05, 0x10, 0x27, 0xba, 0xff, 0x1e, 0x80, 0x85, 0x09, 0x31, 0x3c, 0x27, 0x50, 0x65, 0xcb}, skSeed: []byte{0xd5, 0x03, 0xb1, 0x29, 0x70, 0xbb, 0xb8, 0x84, 0x56, 0x17, 0xd0, 0x16, 0x97, 0x3c, 0x5d, 0x16}, skPrf: []byte{0x07, 0xd5, 0x87, 0x3f, 0x99, 0x8f, 0x65, 0xd8, 0x8f, 0x81, 0xcd, 0xae, 0xd1, 0xc9, 0x8b, 0x30}, optRand: []byte{0xd5, 0xe0, 0xfe, 0xd3, 0xf4, 0xd4, 0xbf, 0x8f, 0x31, 0xc4, 0xd7, 0xbf, 0x60, 0xbd, 0xc1, 0x35}, msg: []byte{0x0, 0x10, 0x55, 0x41, 0xd, 0xbd, 0x5d, 0x32, 0x46, 0x4, 0xd, 0x46, 0xfe, 0x8b, 0x88, 0x42, 0xf2, 0xa2, 0x7, 0x11, 0x68, 0x7c, 0x42, 0xf, 0xf7, 0xf8, 0x8d, 0x89, 0x32, 0x62, 0xd8, 0x12, 0x8b, 0xdc}, wantHMsg: []byte{0x16, 0xaa, 0x69, 0x6b, 0xfe, 0x53, 0xc6, 0x8b, 0x38, 0x6c, 0x27, 0x42, 0xf9, 0xaa, 0x86, 0xee, 0xae, 0x99, 0xcf, 0x0, 0xdc, 0xee, 0x98, 0x7c, 0xdf, 0x96, 0x8c, 0x47, 0x24, 0x26, 0x3a, 0x60, 0x4f, 0xd7}, wantPrf: []byte{0x15, 0xf4, 0x71, 0x7a, 0xdb, 0x75, 0xdb, 0xe7, 0x62, 0xd8, 0xee, 0x7, 0xa4, 0x7c, 0x17, 0xb9}, wantPrfMsg: []byte{0x44, 0xf9, 0x96, 0x2, 0xba, 0x6c, 0xc7, 0xe0, 0xcd, 0xa3, 0x9a, 0xd8, 0xdf, 0xc6, 0x9, 0x9b}, wantF: []byte{0xf, 0x55, 0xe9, 0x48, 0x6, 0xf, 0xf9, 0xf5, 0xbc, 0xd4, 0x36, 0xc7, 0x1e, 0x2b, 0xd6, 0x62}, wantH: []byte{0xf, 0x55, 0xe9, 0x48, 0x6, 0xf, 0xf9, 0xf5, 0xbc, 0xd4, 0x36, 0xc7, 0x1e, 0x2b, 0xd6, 0x62}, wantTl: []byte{0xf, 0x55, 0xe9, 0x48, 0x6, 0xf, 0xf9, 0xf5, 0xbc, 0xd4, 0x36, 0xc7, 0x1e, 0x2b, 0xd6, 0x62}, } hashTestVectorShaken24m39 = hashTestVector{ n: 24, m: 39, r: []byte{0x5d, 0xd5, 0xc0, 0xb2, 0xf4, 0x5f, 0xb4, 0x78, 0xe3, 0xb7, 0x5b, 0x33, 0x82, 0x8e, 0x7f, 0xda, 0x20, 0xcb, 0x35, 0xbd, 0xa0, 0x4c, 0xfd, 0x13}, pkSeed: []byte{0xfe, 0x70, 0xc, 0x33, 0xd6, 0x30, 0x4d, 0x31, 0xaa, 0x7e, 0xe, 0x5b, 0xb8, 0xeb, 0xbe, 0xe9, 0x5, 0xf5, 0x42, 0x9d, 0x11, 0xe, 0x98, 0xf9}, pkRoot: []byte{0xbc, 0x3f, 0x28, 0x92, 0x43, 0xb2, 0x11, 0xb5, 0x3f, 0x15, 0xc3, 0xa, 0xc4, 0xf1, 0x34, 0x82, 0x43, 0x9e, 0x5b, 0x4b, 0xaa, 0x62, 0xf5, 0xd0}, skSeed: []byte{0x54, 0xfc, 0x58, 0x34, 0xc7, 0x9f, 0x20, 0x6a, 0x9d, 0x45, 0x83, 0xe0, 0x12, 0xdc, 0x2, 0x2c, 0x10, 0x47, 0xf4, 0x58, 0x50, 0xe1, 0xf7, 0xbf}, skPrf: []byte{0xf2, 0xc4, 0xf, 0xa7, 0xff, 0x9b, 0xd5, 0x6b, 0xd1, 0x28, 0x78, 0x89, 0xd7, 0xbc, 0x69, 0xf0, 0x8f, 0x31, 0x1, 0x7a, 0xc7, 0xca, 0x22, 0x39}, optRand: []byte{0x2d, 0x32, 0x27, 0xbb, 0xa8, 0xc5, 0xad, 0x18, 0xfc, 0x81, 0x8a, 0x3f, 0xab, 0x8c, 0x36, 0x3b, 0x47, 0x53, 0xce, 0xe1, 0xa3, 0x58, 0x8c, 0xe8}, msg: []byte{0x0, 0x10, 0xb2, 0x39, 0x59, 0x9c, 0xbc, 0xa2, 0xd, 0x4d, 0x26, 0x46, 0xb1, 0x20, 0x13, 0xa6, 0x53, 0xd3, 0xd4, 0xee, 0x59, 0xc7, 0x7a, 0x7d, 0x59, 0x79, 0x9, 0xd9, 0x52, 0x46, 0x7c, 0x9, 0xf9, 0x2f}, wantHMsg: []byte{0x74, 0xc2, 0xd9, 0xc4, 0x65, 0xd5, 0xf6, 0x4f, 0xcf, 0x40, 0x61, 0x4, 0x84, 0x2c, 0x98, 0xd3, 0x35, 0x16, 0xcd, 0xdb, 0x1f, 0xaf, 0x72, 0xd, 0x61, 0x47, 0x39, 0x70, 0x1d, 0xd, 0x32, 0x94, 0xdd, 0x83, 0xe4, 0x79, 0x7d, 0xf3, 0x84}, wantPrf: []byte{0x81, 0xa3, 0x62, 0xd6, 0x57, 0xb6, 0x2, 0x6d, 0x62, 0x13, 0x67, 0x64, 0x42, 0x2d, 0x64, 0xc9, 0x18, 0x51, 0x2a, 0xb6, 0x4d, 0xa, 0x72, 0x98}, wantPrfMsg: []byte{0x92, 0xa, 0x9a, 0x1b, 0x90, 0x1f, 0x1b, 0x87, 0x8, 0xf8, 0x2d, 0x47, 0xf7, 0xa, 0x90, 0xac, 0x1b, 0xe7, 0xd1, 0x63, 0xef, 0x72, 0x5e, 0x17}, wantF: []byte{0xef, 0x45, 0xf6, 0xfc, 0x8b, 0xb, 0xb8, 0x72, 0xe5, 0xda, 0xa9, 0x26, 0x78, 0x56, 0xdf, 0x82, 0x4c, 0x70, 0xc, 0x42, 0xac, 0xff, 0x2c, 0x74}, wantH: []byte{0xef, 0x45, 0xf6, 0xfc, 0x8b, 0xb, 0xb8, 0x72, 0xe5, 0xda, 0xa9, 0x26, 0x78, 0x56, 0xdf, 0x82, 0x4c, 0x70, 0xc, 0x42, 0xac, 0xff, 0x2c, 0x74}, wantTl: []byte{0xef, 0x45, 0xf6, 0xfc, 0x8b, 0xb, 0xb8, 0x72, 0xe5, 0xda, 0xa9, 0x26, 0x78, 0x56, 0xdf, 0x82, 0x4c, 0x70, 0xc, 0x42, 0xac, 0xff, 0x2c, 0x74}, } hashTestVectorShaken24m42 = hashTestVector{ n: 24, m: 42, r: []byte{0x5d, 0xd5, 0xc0, 0xb2, 0xf4, 0x5f, 0xb4, 0x78, 0xe3, 0xb7, 0x5b, 0x33, 0x82, 0x8e, 0x7f, 0xda, 0x20, 0xcb, 0x35, 0xbd, 0xa0, 0x4c, 0xfd, 0x13}, pkSeed: []byte{0xfe, 0x70, 0xc, 0x33, 0xd6, 0x30, 0x4d, 0x31, 0xaa, 0x7e, 0xe, 0x5b, 0xb8, 0xeb, 0xbe, 0xe9, 0x5, 0xf5, 0x42, 0x9d, 0x11, 0xe, 0x98, 0xf9}, pkRoot: []byte{0xbc, 0x3f, 0x28, 0x92, 0x43, 0xb2, 0x11, 0xb5, 0x3f, 0x15, 0xc3, 0xa, 0xc4, 0xf1, 0x34, 0x82, 0x43, 0x9e, 0x5b, 0x4b, 0xaa, 0x62, 0xf5, 0xd0}, skSeed: []byte{0x54, 0xfc, 0x58, 0x34, 0xc7, 0x9f, 0x20, 0x6a, 0x9d, 0x45, 0x83, 0xe0, 0x12, 0xdc, 0x2, 0x2c, 0x10, 0x47, 0xf4, 0x58, 0x50, 0xe1, 0xf7, 0xbf}, skPrf: []byte{0xf2, 0xc4, 0xf, 0xa7, 0xff, 0x9b, 0xd5, 0x6b, 0xd1, 0x28, 0x78, 0x89, 0xd7, 0xbc, 0x69, 0xf0, 0x8f, 0x31, 0x1, 0x7a, 0xc7, 0xca, 0x22, 0x39}, optRand: []byte{0x2d, 0x32, 0x27, 0xbb, 0xa8, 0xc5, 0xad, 0x18, 0xfc, 0x81, 0x8a, 0x3f, 0xab, 0x8c, 0x36, 0x3b, 0x47, 0x53, 0xce, 0xe1, 0xa3, 0x58, 0x8c, 0xe8}, msg: []byte{0x0, 0x10, 0xb2, 0x39, 0x59, 0x9c, 0xbc, 0xa2, 0xd, 0x4d, 0x26, 0x46, 0xb1, 0x20, 0x13, 0xa6, 0x53, 0xd3, 0xd4, 0xee, 0x59, 0xc7, 0x7a, 0x7d, 0x59, 0x79, 0x9, 0xd9, 0x52, 0x46, 0x7c, 0x9, 0xf9, 0x2f}, wantHMsg: []byte{0x74, 0xc2, 0xd9, 0xc4, 0x65, 0xd5, 0xf6, 0x4f, 0xcf, 0x40, 0x61, 0x4, 0x84, 0x2c, 0x98, 0xd3, 0x35, 0x16, 0xcd, 0xdb, 0x1f, 0xaf, 0x72, 0xd, 0x61, 0x47, 0x39, 0x70, 0x1d, 0xd, 0x32, 0x94, 0xdd, 0x83, 0xe4, 0x79, 0x7d, 0xf3, 0x84, 0xad, 0xdb, 0x5c}, wantPrf: []byte{0x81, 0xa3, 0x62, 0xd6, 0x57, 0xb6, 0x2, 0x6d, 0x62, 0x13, 0x67, 0x64, 0x42, 0x2d, 0x64, 0xc9, 0x18, 0x51, 0x2a, 0xb6, 0x4d, 0xa, 0x72, 0x98}, wantPrfMsg: []byte{0x92, 0xa, 0x9a, 0x1b, 0x90, 0x1f, 0x1b, 0x87, 0x8, 0xf8, 0x2d, 0x47, 0xf7, 0xa, 0x90, 0xac, 0x1b, 0xe7, 0xd1, 0x63, 0xef, 0x72, 0x5e, 0x17}, wantF: []byte{0xef, 0x45, 0xf6, 0xfc, 0x8b, 0xb, 0xb8, 0x72, 0xe5, 0xda, 0xa9, 0x26, 0x78, 0x56, 0xdf, 0x82, 0x4c, 0x70, 0xc, 0x42, 0xac, 0xff, 0x2c, 0x74}, wantH: []byte{0xef, 0x45, 0xf6, 0xfc, 0x8b, 0xb, 0xb8, 0x72, 0xe5, 0xda, 0xa9, 0x26, 0x78, 0x56, 0xdf, 0x82, 0x4c, 0x70, 0xc, 0x42, 0xac, 0xff, 0x2c, 0x74}, wantTl: []byte{0xef, 0x45, 0xf6, 0xfc, 0x8b, 0xb, 0xb8, 0x72, 0xe5, 0xda, 0xa9, 0x26, 0x78, 0x56, 0xdf, 0x82, 0x4c, 0x70, 0xc, 0x42, 0xac, 0xff, 0x2c, 0x74}, } hashTestVectorShaken32m47 = hashTestVector{ n: 32, m: 47, r: []byte{0x5d, 0xd5, 0xc0, 0xb2, 0xf4, 0x5f, 0xb4, 0x78, 0xe3, 0xb7, 0x5b, 0x33, 0x82, 0x8e, 0x7f, 0xda, 0x20, 0xcb, 0x35, 0xbd, 0xa0, 0x4c, 0xfd, 0x13, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, pkSeed: []byte{0xfe, 0x70, 0xc, 0x33, 0xd6, 0x30, 0x4d, 0x31, 0xaa, 0x7e, 0xe, 0x5b, 0xb8, 0xeb, 0xbe, 0xe9, 0x5, 0xf5, 0x42, 0x9d, 0x11, 0xe, 0x98, 0xf9, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, pkRoot: []byte{0xbc, 0x3f, 0x28, 0x92, 0x43, 0xb2, 0x11, 0xb5, 0x3f, 0x15, 0xc3, 0xa, 0xc4, 0xf1, 0x34, 0x82, 0x43, 0x9e, 0x5b, 0x4b, 0xaa, 0x62, 0xf5, 0xd0, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, skSeed: []byte{0x54, 0xfc, 0x58, 0x34, 0xc7, 0x9f, 0x20, 0x6a, 0x9d, 0x45, 0x83, 0xe0, 0x12, 0xdc, 0x2, 0x2c, 0x10, 0x47, 0xf4, 0x58, 0x50, 0xe1, 0xf7, 0xbf, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, skPrf: []byte{0xf2, 0xc4, 0xf, 0xa7, 0xff, 0x9b, 0xd5, 0x6b, 0xd1, 0x28, 0x78, 0x89, 0xd7, 0xbc, 0x69, 0xf0, 0x8f, 0x31, 0x1, 0x7a, 0xc7, 0xca, 0x22, 0x39, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, optRand: []byte{0x2d, 0x32, 0x27, 0xbb, 0xa8, 0xc5, 0xad, 0x18, 0xfc, 0x81, 0x8a, 0x3f, 0xab, 0x8c, 0x36, 0x3b, 0x47, 0x53, 0xce, 0xe1, 0xa3, 0x58, 0x8c, 0xe8, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, msg: []byte{0x0, 0x10, 0xb2, 0x39, 0x59, 0x9c, 0xbc, 0xa2, 0xd, 0x4d, 0x26, 0x46, 0xb1, 0x20, 0x13, 0xa6, 0x53, 0xd3, 0xd4, 0xee, 0x59, 0xc7, 0x7a, 0x7d, 0x59, 0x79, 0x9, 0xd9, 0x52, 0x46, 0x7c, 0x9, 0xf9, 0x2f}, wantHMsg: []byte{0xd8, 0x12, 0xf6, 0x62, 0x13, 0x7d, 0x8d, 0xc6, 0x74, 0xaa, 0xce, 0x36, 0x0, 0x54, 0x85, 0x42, 0x2b, 0x3e, 0xb7, 0x71, 0xf, 0xea, 0x9a, 0x5, 0xf0, 0x1c, 0xfe, 0x71, 0x60, 0x3e, 0xdc, 0xa6, 0xbc, 0xaa, 0x8b, 0xdd, 0xb2, 0x4a, 0xd4, 0xfc, 0x3c, 0x33, 0xf8, 0x8b, 0x96, 0x7d, 0x8c}, wantPrf: []byte{0xb9, 0x60, 0xec, 0x82, 0x12, 0x19, 0xa2, 0x2c, 0x35, 0xf9, 0x6e, 0x60, 0x1d, 0x4e, 0x72, 0x81, 0xa6, 0xb8, 0x5f, 0x77, 0x90, 0xeb, 0x20, 0xf9, 0xd, 0xc0, 0x2d, 0x87, 0x80, 0x9b, 0xce, 0x33}, wantPrfMsg: []byte{0x16, 0xb7, 0xe5, 0x77, 0x88, 0x8c, 0x6d, 0x99, 0x60, 0x34, 0xf, 0x1c, 0xd1, 0x3, 0xc9, 0x51, 0xe2, 0xa0, 0x1c, 0x6, 0x95, 0x34, 0xf7, 0x42, 0x6c, 0xc2, 0x76, 0xc8, 0x2, 0xc, 0xc6, 0xc8}, wantF: []byte{0xf8, 0x75, 0x59, 0xac, 0xca, 0xb7, 0x17, 0x5f, 0xc2, 0x72, 0x53, 0xfb, 0x4d, 0x17, 0x12, 0xf, 0xfe, 0xda, 0xc3, 0x30, 0xa2, 0x1, 0xcf, 0x74, 0xe6, 0x63, 0xc3, 0x49, 0xf9, 0x30, 0x8a, 0x10}, wantH: []byte{0xf8, 0x75, 0x59, 0xac, 0xca, 0xb7, 0x17, 0x5f, 0xc2, 0x72, 0x53, 0xfb, 0x4d, 0x17, 0x12, 0xf, 0xfe, 0xda, 0xc3, 0x30, 0xa2, 0x1, 0xcf, 0x74, 0xe6, 0x63, 0xc3, 0x49, 0xf9, 0x30, 0x8a, 0x10}, wantTl: []byte{0xf8, 0x75, 0x59, 0xac, 0xca, 0xb7, 0x17, 0x5f, 0xc2, 0x72, 0x53, 0xfb, 0x4d, 0x17, 0x12, 0xf, 0xfe, 0xda, 0xc3, 0x30, 0xa2, 0x1, 0xcf, 0x74, 0xe6, 0x63, 0xc3, 0x49, 0xf9, 0x30, 0x8a, 0x10}, } hashTestVectorShaken32m49 = hashTestVector{ n: 32, m: 49, r: []byte{0x5d, 0xd5, 0xc0, 0xb2, 0xf4, 0x5f, 0xb4, 0x78, 0xe3, 0xb7, 0x5b, 0x33, 0x82, 0x8e, 0x7f, 0xda, 0x20, 0xcb, 0x35, 0xbd, 0xa0, 0x4c, 0xfd, 0x13, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, pkSeed: []byte{0xfe, 0x70, 0xc, 0x33, 0xd6, 0x30, 0x4d, 0x31, 0xaa, 0x7e, 0xe, 0x5b, 0xb8, 0xeb, 0xbe, 0xe9, 0x5, 0xf5, 0x42, 0x9d, 0x11, 0xe, 0x98, 0xf9, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, pkRoot: []byte{0xbc, 0x3f, 0x28, 0x92, 0x43, 0xb2, 0x11, 0xb5, 0x3f, 0x15, 0xc3, 0xa, 0xc4, 0xf1, 0x34, 0x82, 0x43, 0x9e, 0x5b, 0x4b, 0xaa, 0x62, 0xf5, 0xd0, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, skSeed: []byte{0x54, 0xfc, 0x58, 0x34, 0xc7, 0x9f, 0x20, 0x6a, 0x9d, 0x45, 0x83, 0xe0, 0x12, 0xdc, 0x2, 0x2c, 0x10, 0x47, 0xf4, 0x58, 0x50, 0xe1, 0xf7, 0xbf, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, skPrf: []byte{0xf2, 0xc4, 0xf, 0xa7, 0xff, 0x9b, 0xd5, 0x6b, 0xd1, 0x28, 0x78, 0x89, 0xd7, 0xbc, 0x69, 0xf0, 0x8f, 0x31, 0x1, 0x7a, 0xc7, 0xca, 0x22, 0x39, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, optRand: []byte{0x2d, 0x32, 0x27, 0xbb, 0xa8, 0xc5, 0xad, 0x18, 0xfc, 0x81, 0x8a, 0x3f, 0xab, 0x8c, 0x36, 0x3b, 0x47, 0x53, 0xce, 0xe1, 0xa3, 0x58, 0x8c, 0xe8, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, msg: []byte{0x0, 0x10, 0xb2, 0x39, 0x59, 0x9c, 0xbc, 0xa2, 0xd, 0x4d, 0x26, 0x46, 0xb1, 0x20, 0x13, 0xa6, 0x53, 0xd3, 0xd4, 0xee, 0x59, 0xc7, 0x7a, 0x7d, 0x59, 0x79, 0x9, 0xd9, 0x52, 0x46, 0x7c, 0x9, 0xf9, 0x2f}, wantHMsg: []byte{0xd8, 0x12, 0xf6, 0x62, 0x13, 0x7d, 0x8d, 0xc6, 0x74, 0xaa, 0xce, 0x36, 0x0, 0x54, 0x85, 0x42, 0x2b, 0x3e, 0xb7, 0x71, 0xf, 0xea, 0x9a, 0x5, 0xf0, 0x1c, 0xfe, 0x71, 0x60, 0x3e, 0xdc, 0xa6, 0xbc, 0xaa, 0x8b, 0xdd, 0xb2, 0x4a, 0xd4, 0xfc, 0x3c, 0x33, 0xf8, 0x8b, 0x96, 0x7d, 0x8c, 0x7b, 0x47}, wantPrf: []byte{0xb9, 0x60, 0xec, 0x82, 0x12, 0x19, 0xa2, 0x2c, 0x35, 0xf9, 0x6e, 0x60, 0x1d, 0x4e, 0x72, 0x81, 0xa6, 0xb8, 0x5f, 0x77, 0x90, 0xeb, 0x20, 0xf9, 0xd, 0xc0, 0x2d, 0x87, 0x80, 0x9b, 0xce, 0x33}, wantPrfMsg: []byte{0x16, 0xb7, 0xe5, 0x77, 0x88, 0x8c, 0x6d, 0x99, 0x60, 0x34, 0xf, 0x1c, 0xd1, 0x3, 0xc9, 0x51, 0xe2, 0xa0, 0x1c, 0x6, 0x95, 0x34, 0xf7, 0x42, 0x6c, 0xc2, 0x76, 0xc8, 0x2, 0xc, 0xc6, 0xc8}, wantF: []byte{0xf8, 0x75, 0x59, 0xac, 0xca, 0xb7, 0x17, 0x5f, 0xc2, 0x72, 0x53, 0xfb, 0x4d, 0x17, 0x12, 0xf, 0xfe, 0xda, 0xc3, 0x30, 0xa2, 0x1, 0xcf, 0x74, 0xe6, 0x63, 0xc3, 0x49, 0xf9, 0x30, 0x8a, 0x10}, wantH: []byte{0xf8, 0x75, 0x59, 0xac, 0xca, 0xb7, 0x17, 0x5f, 0xc2, 0x72, 0x53, 0xfb, 0x4d, 0x17, 0x12, 0xf, 0xfe, 0xda, 0xc3, 0x30, 0xa2, 0x1, 0xcf, 0x74, 0xe6, 0x63, 0xc3, 0x49, 0xf9, 0x30, 0x8a, 0x10}, wantTl: []byte{0xf8, 0x75, 0x59, 0xac, 0xca, 0xb7, 0x17, 0x5f, 0xc2, 0x72, 0x53, 0xfb, 0x4d, 0x17, 0x12, 0xf, 0xfe, 0xda, 0xc3, 0x30, 0xa2, 0x1, 0xcf, 0x74, 0xe6, 0x63, 0xc3, 0x49, 0xf9, 0x30, 0x8a, 0x10}, } hashTestVectorSha2C1n16m30 = hashTestVector{ n: 16, m: 30, r: []byte{0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25, 0xb4, 0xd4, 0xee, 0xf6, 0x30, 0x13, 0xb, 0x99}, pkSeed: []byte{0xfe, 0x7b, 0xcf, 0x72, 0xbf, 0x0e, 0x9e, 0x08, 0x85, 0x3e, 0xb3, 0x80, 0x71, 0x99, 0x2c, 0xe5}, pkRoot: []byte{0xe6, 0x05, 0x10, 0x27, 0xba, 0xff, 0x1e, 0x80, 0x85, 0x09, 0x31, 0x3c, 0x27, 0x50, 0x65, 0xcb}, skSeed: []byte{0xd5, 0x03, 0xb1, 0x29, 0x70, 0xbb, 0xb8, 0x84, 0x56, 0x17, 0xd0, 0x16, 0x97, 0x3c, 0x5d, 0x16}, skPrf: []byte{0x07, 0xd5, 0x87, 0x3f, 0x99, 0x8f, 0x65, 0xd8, 0x8f, 0x81, 0xcd, 0xae, 0xd1, 0xc9, 0x8b, 0x30}, optRand: []byte{0xd5, 0xe0, 0xfe, 0xd3, 0xf4, 0xd4, 0xbf, 0x8f, 0x31, 0xc4, 0xd7, 0xbf, 0x60, 0xbd, 0xc1, 0x35}, msg: []byte{0x0, 0x10, 0x55, 0x41, 0xd, 0xbd, 0x5d, 0x32, 0x46, 0x4, 0xd, 0x46, 0xfe, 0x8b, 0x88, 0x42, 0xf2, 0xa2, 0x7, 0x11, 0x68, 0x7c, 0x42, 0xf, 0xf7, 0xf8, 0x8d, 0x89, 0x32, 0x62, 0xd8, 0x12, 0x8b, 0xdc}, wantHMsg: []byte{0xb1, 0x4e, 0xeb, 0x51, 0x2, 0x42, 0xdf, 0xc2, 0xbf, 0x38, 0x56, 0xe1, 0x52, 0x24, 0x2e, 0xf, 0xb9, 0x7c, 0xfa, 0x8c, 0xe6, 0x83, 0x96, 0xf3, 0x7f, 0xe4, 0x50, 0x1f, 0x9d, 0xbc}, wantPrf: []byte{0x2, 0x5d, 0xc5, 0xba, 0xf0, 0x65, 0xa4, 0xa1, 0xc, 0x87, 0x43, 0x36, 0x39, 0x60, 0x30, 0x1f}, wantPrfMsg: []byte{0xe7, 0x50, 0xf, 0xdf, 0x6f, 0x9b, 0x1d, 0x7d, 0x55, 0x9e, 0x98, 0xbd, 0xdb, 0x82, 0xb1, 0xea}, wantF: []byte{0x28, 0x6d, 0x30, 0x47, 0x1c, 0xa1, 0x4c, 0xf9, 0x26, 0x15, 0x14, 0xec, 0x5e, 0x27, 0x8d, 0xad}, wantH: []byte{0x28, 0x6d, 0x30, 0x47, 0x1c, 0xa1, 0x4c, 0xf9, 0x26, 0x15, 0x14, 0xec, 0x5e, 0x27, 0x8d, 0xad}, wantTl: []byte{0x28, 0x6d, 0x30, 0x47, 0x1c, 0xa1, 0x4c, 0xf9, 0x26, 0x15, 0x14, 0xec, 0x5e, 0x27, 0x8d, 0xad}, } hashTestVectorSha2C1n16m34 = hashTestVector{ n: 16, m: 34, r: []byte{0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25, 0xb4, 0xd4, 0xee, 0xf6, 0x30, 0x13, 0xb, 0x99}, pkSeed: []byte{0xfe, 0x7b, 0xcf, 0x72, 0xbf, 0x0e, 0x9e, 0x08, 0x85, 0x3e, 0xb3, 0x80, 0x71, 0x99, 0x2c, 0xe5}, pkRoot: []byte{0xe6, 0x05, 0x10, 0x27, 0xba, 0xff, 0x1e, 0x80, 0x85, 0x09, 0x31, 0x3c, 0x27, 0x50, 0x65, 0xcb}, skSeed: []byte{0xd5, 0x03, 0xb1, 0x29, 0x70, 0xbb, 0xb8, 0x84, 0x56, 0x17, 0xd0, 0x16, 0x97, 0x3c, 0x5d, 0x16}, skPrf: []byte{0x07, 0xd5, 0x87, 0x3f, 0x99, 0x8f, 0x65, 0xd8, 0x8f, 0x81, 0xcd, 0xae, 0xd1, 0xc9, 0x8b, 0x30}, optRand: []byte{0xd5, 0xe0, 0xfe, 0xd3, 0xf4, 0xd4, 0xbf, 0x8f, 0x31, 0xc4, 0xd7, 0xbf, 0x60, 0xbd, 0xc1, 0x35}, msg: []byte{0x0, 0x10, 0x55, 0x41, 0xd, 0xbd, 0x5d, 0x32, 0x46, 0x4, 0xd, 0x46, 0xfe, 0x8b, 0x88, 0x42, 0xf2, 0xa2, 0x7, 0x11, 0x68, 0x7c, 0x42, 0xf, 0xf7, 0xf8, 0x8d, 0x89, 0x32, 0x62, 0xd8, 0x12, 0x8b, 0xdc}, wantHMsg: []byte{0xb1, 0x4e, 0xeb, 0x51, 0x2, 0x42, 0xdf, 0xc2, 0xbf, 0x38, 0x56, 0xe1, 0x52, 0x24, 0x2e, 0xf, 0xb9, 0x7c, 0xfa, 0x8c, 0xe6, 0x83, 0x96, 0xf3, 0x7f, 0xe4, 0x50, 0x1f, 0x9d, 0xbc, 0x55, 0x43, 0x70, 0x31}, wantPrf: []byte{0x2, 0x5d, 0xc5, 0xba, 0xf0, 0x65, 0xa4, 0xa1, 0xc, 0x87, 0x43, 0x36, 0x39, 0x60, 0x30, 0x1f}, wantPrfMsg: []byte{0xe7, 0x50, 0xf, 0xdf, 0x6f, 0x9b, 0x1d, 0x7d, 0x55, 0x9e, 0x98, 0xbd, 0xdb, 0x82, 0xb1, 0xea}, wantF: []byte{0x28, 0x6d, 0x30, 0x47, 0x1c, 0xa1, 0x4c, 0xf9, 0x26, 0x15, 0x14, 0xec, 0x5e, 0x27, 0x8d, 0xad}, wantH: []byte{0x28, 0x6d, 0x30, 0x47, 0x1c, 0xa1, 0x4c, 0xf9, 0x26, 0x15, 0x14, 0xec, 0x5e, 0x27, 0x8d, 0xad}, wantTl: []byte{0x28, 0x6d, 0x30, 0x47, 0x1c, 0xa1, 0x4c, 0xf9, 0x26, 0x15, 0x14, 0xec, 0x5e, 0x27, 0x8d, 0xad}, } hashTestVectorSha2C35n24m39 = hashTestVector{ n: 24, m: 39, r: []byte{0x5d, 0xd5, 0xc0, 0xb2, 0xf4, 0x5f, 0xb4, 0x78, 0xe3, 0xb7, 0x5b, 0x33, 0x82, 0x8e, 0x7f, 0xda, 0x20, 0xcb, 0x35, 0xbd, 0xa0, 0x4c, 0xfd, 0x13}, pkSeed: []byte{0xfe, 0x70, 0xc, 0x33, 0xd6, 0x30, 0x4d, 0x31, 0xaa, 0x7e, 0xe, 0x5b, 0xb8, 0xeb, 0xbe, 0xe9, 0x5, 0xf5, 0x42, 0x9d, 0x11, 0xe, 0x98, 0xf9}, pkRoot: []byte{0xbc, 0x3f, 0x28, 0x92, 0x43, 0xb2, 0x11, 0xb5, 0x3f, 0x15, 0xc3, 0xa, 0xc4, 0xf1, 0x34, 0x82, 0x43, 0x9e, 0x5b, 0x4b, 0xaa, 0x62, 0xf5, 0xd0}, skSeed: []byte{0x54, 0xfc, 0x58, 0x34, 0xc7, 0x9f, 0x20, 0x6a, 0x9d, 0x45, 0x83, 0xe0, 0x12, 0xdc, 0x2, 0x2c, 0x10, 0x47, 0xf4, 0x58, 0x50, 0xe1, 0xf7, 0xbf}, skPrf: []byte{0xf2, 0xc4, 0xf, 0xa7, 0xff, 0x9b, 0xd5, 0x6b, 0xd1, 0x28, 0x78, 0x89, 0xd7, 0xbc, 0x69, 0xf0, 0x8f, 0x31, 0x1, 0x7a, 0xc7, 0xca, 0x22, 0x39}, optRand: []byte{0x2d, 0x32, 0x27, 0xbb, 0xa8, 0xc5, 0xad, 0x18, 0xfc, 0x81, 0x8a, 0x3f, 0xab, 0x8c, 0x36, 0x3b, 0x47, 0x53, 0xce, 0xe1, 0xa3, 0x58, 0x8c, 0xe8}, msg: []byte{0x0, 0x10, 0xb2, 0x39, 0x59, 0x9c, 0xbc, 0xa2, 0xd, 0x4d, 0x26, 0x46, 0xb1, 0x20, 0x13, 0xa6, 0x53, 0xd3, 0xd4, 0xee, 0x59, 0xc7, 0x7a, 0x7d, 0x59, 0x79, 0x9, 0xd9, 0x52, 0x46, 0x7c, 0x9, 0xf9, 0x2f}, wantHMsg: []byte{0xf2, 0x2, 0xec, 0x32, 0xb2, 0x92, 0x81, 0x92, 0x75, 0x93, 0xd, 0x4d, 0xb8, 0xd0, 0x4, 0xec, 0x1a, 0x2e, 0xc0, 0x4e, 0x42, 0x2e, 0xdb, 0xab, 0x8a, 0x44, 0xa8, 0x42, 0x4a, 0x66, 0x2e, 0x4f, 0x4a, 0xda, 0xc7, 0x7c, 0x35, 0xda, 0xd9}, wantPrf: []byte{0xe0, 0x54, 0x6f, 0x48, 0xa3, 0x1d, 0x3a, 0xcb, 0x6, 0x1b, 0xc4, 0xac, 0x8a, 0x6c, 0x92, 0x41, 0x10, 0x53, 0xf, 0xe6, 0x43, 0xd6, 0xab, 0x51}, wantPrfMsg: []byte{0xd8, 0xc2, 0xea, 0xff, 0x63, 0x75, 0xcc, 0x31, 0x52, 0x75, 0x56, 0xdd, 0x54, 0xf7, 0x61, 0xf1, 0x96, 0x47, 0x44, 0xd, 0x98, 0xa2, 0x95, 0xd5}, wantF: []byte{0x7f, 0xe5, 0x99, 0x4e, 0x42, 0xbd, 0x2a, 0x2e, 0x94, 0x13, 0xe6, 0xcc, 0xd0, 0x3, 0xa9, 0xb1, 0x1d, 0x43, 0x74, 0x54, 0xd4, 0x35, 0x54, 0x88}, wantH: []byte{0x8f, 0xf0, 0x9b, 0x79, 0xa3, 0xc, 0x72, 0x7f, 0xb1, 0x87, 0x86, 0x17, 0x7c, 0xe7, 0xbd, 0xea, 0x1d, 0x54, 0xd3, 0xdd, 0x24, 0x32, 0x49, 0x2b}, wantTl: []byte{0x8f, 0xf0, 0x9b, 0x79, 0xa3, 0xc, 0x72, 0x7f, 0xb1, 0x87, 0x86, 0x17, 0x7c, 0xe7, 0xbd, 0xea, 0x1d, 0x54, 0xd3, 0xdd, 0x24, 0x32, 0x49, 0x2b}, } hashTestVectorSha2C35n24m42 = hashTestVector{ n: 24, m: 42, r: []byte{0x5d, 0xd5, 0xc0, 0xb2, 0xf4, 0x5f, 0xb4, 0x78, 0xe3, 0xb7, 0x5b, 0x33, 0x82, 0x8e, 0x7f, 0xda, 0x20, 0xcb, 0x35, 0xbd, 0xa0, 0x4c, 0xfd, 0x13}, pkSeed: []byte{0xfe, 0x70, 0xc, 0x33, 0xd6, 0x30, 0x4d, 0x31, 0xaa, 0x7e, 0xe, 0x5b, 0xb8, 0xeb, 0xbe, 0xe9, 0x5, 0xf5, 0x42, 0x9d, 0x11, 0xe, 0x98, 0xf9}, pkRoot: []byte{0xbc, 0x3f, 0x28, 0x92, 0x43, 0xb2, 0x11, 0xb5, 0x3f, 0x15, 0xc3, 0xa, 0xc4, 0xf1, 0x34, 0x82, 0x43, 0x9e, 0x5b, 0x4b, 0xaa, 0x62, 0xf5, 0xd0}, skSeed: []byte{0x54, 0xfc, 0x58, 0x34, 0xc7, 0x9f, 0x20, 0x6a, 0x9d, 0x45, 0x83, 0xe0, 0x12, 0xdc, 0x2, 0x2c, 0x10, 0x47, 0xf4, 0x58, 0x50, 0xe1, 0xf7, 0xbf}, skPrf: []byte{0xf2, 0xc4, 0xf, 0xa7, 0xff, 0x9b, 0xd5, 0x6b, 0xd1, 0x28, 0x78, 0x89, 0xd7, 0xbc, 0x69, 0xf0, 0x8f, 0x31, 0x1, 0x7a, 0xc7, 0xca, 0x22, 0x39}, optRand: []byte{0x2d, 0x32, 0x27, 0xbb, 0xa8, 0xc5, 0xad, 0x18, 0xfc, 0x81, 0x8a, 0x3f, 0xab, 0x8c, 0x36, 0x3b, 0x47, 0x53, 0xce, 0xe1, 0xa3, 0x58, 0x8c, 0xe8}, msg: []byte{0x0, 0x10, 0xb2, 0x39, 0x59, 0x9c, 0xbc, 0xa2, 0xd, 0x4d, 0x26, 0x46, 0xb1, 0x20, 0x13, 0xa6, 0x53, 0xd3, 0xd4, 0xee, 0x59, 0xc7, 0x7a, 0x7d, 0x59, 0x79, 0x9, 0xd9, 0x52, 0x46, 0x7c, 0x9, 0xf9, 0x2f}, wantHMsg: []byte{0xf2, 0x2, 0xec, 0x32, 0xb2, 0x92, 0x81, 0x92, 0x75, 0x93, 0xd, 0x4d, 0xb8, 0xd0, 0x4, 0xec, 0x1a, 0x2e, 0xc0, 0x4e, 0x42, 0x2e, 0xdb, 0xab, 0x8a, 0x44, 0xa8, 0x42, 0x4a, 0x66, 0x2e, 0x4f, 0x4a, 0xda, 0xc7, 0x7c, 0x35, 0xda, 0xd9, 0x64, 0x50, 0x10}, wantPrf: []byte{0xe0, 0x54, 0x6f, 0x48, 0xa3, 0x1d, 0x3a, 0xcb, 0x6, 0x1b, 0xc4, 0xac, 0x8a, 0x6c, 0x92, 0x41, 0x10, 0x53, 0xf, 0xe6, 0x43, 0xd6, 0xab, 0x51}, wantPrfMsg: []byte{0xd8, 0xc2, 0xea, 0xff, 0x63, 0x75, 0xcc, 0x31, 0x52, 0x75, 0x56, 0xdd, 0x54, 0xf7, 0x61, 0xf1, 0x96, 0x47, 0x44, 0xd, 0x98, 0xa2, 0x95, 0xd5}, wantF: []byte{0x7f, 0xe5, 0x99, 0x4e, 0x42, 0xbd, 0x2a, 0x2e, 0x94, 0x13, 0xe6, 0xcc, 0xd0, 0x3, 0xa9, 0xb1, 0x1d, 0x43, 0x74, 0x54, 0xd4, 0x35, 0x54, 0x88}, wantH: []byte{0x8f, 0xf0, 0x9b, 0x79, 0xa3, 0xc, 0x72, 0x7f, 0xb1, 0x87, 0x86, 0x17, 0x7c, 0xe7, 0xbd, 0xea, 0x1d, 0x54, 0xd3, 0xdd, 0x24, 0x32, 0x49, 0x2b}, wantTl: []byte{0x8f, 0xf0, 0x9b, 0x79, 0xa3, 0xc, 0x72, 0x7f, 0xb1, 0x87, 0x86, 0x17, 0x7c, 0xe7, 0xbd, 0xea, 0x1d, 0x54, 0xd3, 0xdd, 0x24, 0x32, 0x49, 0x2b}, } hashTestVectorSha2C35n32m47 = hashTestVector{ n: 32, m: 47, r: []byte{0x5d, 0xd5, 0xc0, 0xb2, 0xf4, 0x5f, 0xb4, 0x78, 0xe3, 0xb7, 0x5b, 0x33, 0x82, 0x8e, 0x7f, 0xda, 0x20, 0xcb, 0x35, 0xbd, 0xa0, 0x4c, 0xfd, 0x13, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, pkSeed: []byte{0xfe, 0x70, 0xc, 0x33, 0xd6, 0x30, 0x4d, 0x31, 0xaa, 0x7e, 0xe, 0x5b, 0xb8, 0xeb, 0xbe, 0xe9, 0x5, 0xf5, 0x42, 0x9d, 0x11, 0xe, 0x98, 0xf9, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, pkRoot: []byte{0xbc, 0x3f, 0x28, 0x92, 0x43, 0xb2, 0x11, 0xb5, 0x3f, 0x15, 0xc3, 0xa, 0xc4, 0xf1, 0x34, 0x82, 0x43, 0x9e, 0x5b, 0x4b, 0xaa, 0x62, 0xf5, 0xd0, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, skSeed: []byte{0x54, 0xfc, 0x58, 0x34, 0xc7, 0x9f, 0x20, 0x6a, 0x9d, 0x45, 0x83, 0xe0, 0x12, 0xdc, 0x2, 0x2c, 0x10, 0x47, 0xf4, 0x58, 0x50, 0xe1, 0xf7, 0xbf, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, skPrf: []byte{0xf2, 0xc4, 0xf, 0xa7, 0xff, 0x9b, 0xd5, 0x6b, 0xd1, 0x28, 0x78, 0x89, 0xd7, 0xbc, 0x69, 0xf0, 0x8f, 0x31, 0x1, 0x7a, 0xc7, 0xca, 0x22, 0x39, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, optRand: []byte{0x2d, 0x32, 0x27, 0xbb, 0xa8, 0xc5, 0xad, 0x18, 0xfc, 0x81, 0x8a, 0x3f, 0xab, 0x8c, 0x36, 0x3b, 0x47, 0x53, 0xce, 0xe1, 0xa3, 0x58, 0x8c, 0xe8, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, msg: []byte{0x0, 0x10, 0xb2, 0x39, 0x59, 0x9c, 0xbc, 0xa2, 0xd, 0x4d, 0x26, 0x46, 0xb1, 0x20, 0x13, 0xa6, 0x53, 0xd3, 0xd4, 0xee, 0x59, 0xc7, 0x7a, 0x7d, 0x59, 0x79, 0x9, 0xd9, 0x52, 0x46, 0x7c, 0x9, 0xf9, 0x2f}, wantHMsg: []byte{0xbe, 0xdf, 0xe, 0xc0, 0xd4, 0xd0, 0x8b, 0xf4, 0xc, 0xcd, 0x26, 0x60, 0x5f, 0x51, 0x6a, 0xaa, 0x70, 0xd5, 0xc6, 0x11, 0x8b, 0x97, 0xb6, 0x23, 0x4e, 0x4a, 0xda, 0x91, 0x50, 0xce, 0x3, 0x4b, 0xec, 0xd7, 0x84, 0xdb, 0x29, 0x6f, 0x32, 0xed, 0x68, 0x83, 0x12, 0x7e, 0x9c, 0x44, 0xed}, wantPrf: []byte{0x8f, 0xdd, 0x27, 0xf2, 0xc3, 0x9d, 0xd4, 0xce, 0x2f, 0x22, 0x59, 0x23, 0xc1, 0x70, 0x8c, 0xa5, 0x2d, 0x84, 0x6f, 0xe8, 0x90, 0x9a, 0x83, 0x74, 0x4e, 0xe7, 0x5d, 0x28, 0x96, 0x24, 0x5a, 0xfa}, wantPrfMsg: []byte{0xe4, 0xbe, 0x4, 0xf3, 0x82, 0x6a, 0x5a, 0xd, 0x3d, 0xaa, 0xc7, 0x19, 0x65, 0xa4, 0xc1, 0x65, 0x8f, 0xbb, 0x15, 0x54, 0xb7, 0x53, 0xd4, 0xc0, 0x15, 0x5b, 0x6d, 0x52, 0xe1, 0x84, 0x2a, 0xfe}, wantF: []byte{0x44, 0xc1, 0x8f, 0x63, 0x27, 0x78, 0x61, 0xff, 0x25, 0x8e, 0x6a, 0xa7, 0xa, 0x7b, 0x29, 0x4b, 0xe5, 0x87, 0x2a, 0x1, 0xac, 0x93, 0xe4, 0x27, 0xfc, 0xe0, 0x8c, 0x18, 0x9e, 0x88, 0xd8, 0xc8}, wantH: []byte{0x56, 0x31, 0x69, 0xc6, 0x88, 0x2d, 0x41, 0xbd, 0x6d, 0x87, 0xee, 0x1, 0xc0, 0xcb, 0x4f, 0xc3, 0x72, 0x7c, 0xcd, 0xe, 0x44, 0x54, 0xab, 0x43, 0x34, 0x90, 0x63, 0x26, 0xc5, 0xe, 0x14, 0x8d}, wantTl: []byte{0x56, 0x31, 0x69, 0xc6, 0x88, 0x2d, 0x41, 0xbd, 0x6d, 0x87, 0xee, 0x1, 0xc0, 0xcb, 0x4f, 0xc3, 0x72, 0x7c, 0xcd, 0xe, 0x44, 0x54, 0xab, 0x43, 0x34, 0x90, 0x63, 0x26, 0xc5, 0xe, 0x14, 0x8d}, } hashTestVectorSha2C35n32m49 = hashTestVector{ n: 32, m: 49, r: []byte{0x5d, 0xd5, 0xc0, 0xb2, 0xf4, 0x5f, 0xb4, 0x78, 0xe3, 0xb7, 0x5b, 0x33, 0x82, 0x8e, 0x7f, 0xda, 0x20, 0xcb, 0x35, 0xbd, 0xa0, 0x4c, 0xfd, 0x13, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, pkSeed: []byte{0xfe, 0x70, 0xc, 0x33, 0xd6, 0x30, 0x4d, 0x31, 0xaa, 0x7e, 0xe, 0x5b, 0xb8, 0xeb, 0xbe, 0xe9, 0x5, 0xf5, 0x42, 0x9d, 0x11, 0xe, 0x98, 0xf9, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, pkRoot: []byte{0xbc, 0x3f, 0x28, 0x92, 0x43, 0xb2, 0x11, 0xb5, 0x3f, 0x15, 0xc3, 0xa, 0xc4, 0xf1, 0x34, 0x82, 0x43, 0x9e, 0x5b, 0x4b, 0xaa, 0x62, 0xf5, 0xd0, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, skSeed: []byte{0x54, 0xfc, 0x58, 0x34, 0xc7, 0x9f, 0x20, 0x6a, 0x9d, 0x45, 0x83, 0xe0, 0x12, 0xdc, 0x2, 0x2c, 0x10, 0x47, 0xf4, 0x58, 0x50, 0xe1, 0xf7, 0xbf, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, skPrf: []byte{0xf2, 0xc4, 0xf, 0xa7, 0xff, 0x9b, 0xd5, 0x6b, 0xd1, 0x28, 0x78, 0x89, 0xd7, 0xbc, 0x69, 0xf0, 0x8f, 0x31, 0x1, 0x7a, 0xc7, 0xca, 0x22, 0x39, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, optRand: []byte{0x2d, 0x32, 0x27, 0xbb, 0xa8, 0xc5, 0xad, 0x18, 0xfc, 0x81, 0x8a, 0x3f, 0xab, 0x8c, 0x36, 0x3b, 0x47, 0x53, 0xce, 0xe1, 0xa3, 0x58, 0x8c, 0xe8, 0xf8, 0x1e, 0x43, 0xe8, 0xed, 0xee, 0xc2, 0x25}, msg: []byte{0x0, 0x10, 0xb2, 0x39, 0x59, 0x9c, 0xbc, 0xa2, 0xd, 0x4d, 0x26, 0x46, 0xb1, 0x20, 0x13, 0xa6, 0x53, 0xd3, 0xd4, 0xee, 0x59, 0xc7, 0x7a, 0x7d, 0x59, 0x79, 0x9, 0xd9, 0x52, 0x46, 0x7c, 0x9, 0xf9, 0x2f}, wantHMsg: []byte{0xbe, 0xdf, 0xe, 0xc0, 0xd4, 0xd0, 0x8b, 0xf4, 0xc, 0xcd, 0x26, 0x60, 0x5f, 0x51, 0x6a, 0xaa, 0x70, 0xd5, 0xc6, 0x11, 0x8b, 0x97, 0xb6, 0x23, 0x4e, 0x4a, 0xda, 0x91, 0x50, 0xce, 0x3, 0x4b, 0xec, 0xd7, 0x84, 0xdb, 0x29, 0x6f, 0x32, 0xed, 0x68, 0x83, 0x12, 0x7e, 0x9c, 0x44, 0xed, 0xaf, 0x9c}, wantPrf: []byte{0x8f, 0xdd, 0x27, 0xf2, 0xc3, 0x9d, 0xd4, 0xce, 0x2f, 0x22, 0x59, 0x23, 0xc1, 0x70, 0x8c, 0xa5, 0x2d, 0x84, 0x6f, 0xe8, 0x90, 0x9a, 0x83, 0x74, 0x4e, 0xe7, 0x5d, 0x28, 0x96, 0x24, 0x5a, 0xfa}, wantPrfMsg: []byte{0xe4, 0xbe, 0x4, 0xf3, 0x82, 0x6a, 0x5a, 0xd, 0x3d, 0xaa, 0xc7, 0x19, 0x65, 0xa4, 0xc1, 0x65, 0x8f, 0xbb, 0x15, 0x54, 0xb7, 0x53, 0xd4, 0xc0, 0x15, 0x5b, 0x6d, 0x52, 0xe1, 0x84, 0x2a, 0xfe}, wantF: []byte{0x44, 0xc1, 0x8f, 0x63, 0x27, 0x78, 0x61, 0xff, 0x25, 0x8e, 0x6a, 0xa7, 0xa, 0x7b, 0x29, 0x4b, 0xe5, 0x87, 0x2a, 0x1, 0xac, 0x93, 0xe4, 0x27, 0xfc, 0xe0, 0x8c, 0x18, 0x9e, 0x88, 0xd8, 0xc8}, wantH: []byte{0x56, 0x31, 0x69, 0xc6, 0x88, 0x2d, 0x41, 0xbd, 0x6d, 0x87, 0xee, 0x1, 0xc0, 0xcb, 0x4f, 0xc3, 0x72, 0x7c, 0xcd, 0xe, 0x44, 0x54, 0xab, 0x43, 0x34, 0x90, 0x63, 0x26, 0xc5, 0xe, 0x14, 0x8d}, wantTl: []byte{0x56, 0x31, 0x69, 0xc6, 0x88, 0x2d, 0x41, 0xbd, 0x6d, 0x87, 0xee, 0x1, 0xc0, 0xcb, 0x4f, 0xc3, 0x72, 0x7c, 0xcd, 0xe, 0x44, 0x54, 0xab, 0x43, 0x34, 0x90, 0x63, 0x26, 0xc5, 0xe, 0x14, 0x8d}, } ) func TestHashKat(t *testing.T) { for _, tc := range []struct { name string vec hashTestVector hMsg func(r []byte, pkSeed []byte, pkRoot []byte, msg []byte, m uint32) []byte prf func(pkSeed []byte, skSeed []byte, adrs *address, n uint32) []byte prfMsg func(skPrf []byte, optRand []byte, msg []byte, n uint32) []byte f func(pkSeed []byte, adrs *address, msg1 []byte, n uint32) []byte h func(pkSeed []byte, adrs *address, msg2 []byte, n uint32) []byte tl func(pkSeed []byte, adrs *address, msgl []byte, n uint32) []byte }{ { name: "Shake-16-30", vec: hashTestVectorShaken16m30, hMsg: shakeHMsg, prf: shakePrf, prfMsg: shakePrfMsg, f: shakeF, h: shakeH, tl: shakeTl, }, { name: "Shake-16-34", vec: hashTestVectorShaken16m34, hMsg: shakeHMsg, prf: shakePrf, prfMsg: shakePrfMsg, f: shakeF, h: shakeH, tl: shakeTl, }, { name: "Shake-24-39", vec: hashTestVectorShaken24m39, hMsg: shakeHMsg, prf: shakePrf, prfMsg: shakePrfMsg, f: shakeF, h: shakeH, tl: shakeTl, }, { name: "Shake-24-42", vec: hashTestVectorShaken24m42, hMsg: shakeHMsg, prf: shakePrf, prfMsg: shakePrfMsg, f: shakeF, h: shakeH, tl: shakeTl, }, { name: "Shake-32-47", vec: hashTestVectorShaken32m47, hMsg: shakeHMsg, prf: shakePrf, prfMsg: shakePrfMsg, f: shakeF, h: shakeH, tl: shakeTl, }, { name: "Shake-32-49", vec: hashTestVectorShaken32m49, hMsg: shakeHMsg, prf: shakePrf, prfMsg: shakePrfMsg, f: shakeF, h: shakeH, tl: shakeTl, }, { name: "Sha2C1-16-30", vec: hashTestVectorSha2C1n16m30, hMsg: sha2C1HMsg, prf: sha2C1Prf, prfMsg: sha2C1PrfMsg, f: sha2C1F, h: sha2C1H, tl: sha2C1Tl, }, { name: "Sha2C1-16-34", vec: hashTestVectorSha2C1n16m34, hMsg: sha2C1HMsg, prf: sha2C1Prf, prfMsg: sha2C1PrfMsg, f: sha2C1F, h: sha2C1H, tl: sha2C1Tl, }, { name: "Sha2C35-24-39", vec: hashTestVectorSha2C35n24m39, hMsg: sha2C35HMsg, prf: sha2C35Prf, prfMsg: sha2C35PrfMsg, f: sha2C35F, h: sha2C35H, tl: sha2C35Tl, }, { name: "Sha2C35-24-42", vec: hashTestVectorSha2C35n24m42, hMsg: sha2C35HMsg, prf: sha2C35Prf, prfMsg: sha2C35PrfMsg, f: sha2C35F, h: sha2C35H, tl: sha2C35Tl, }, { name: "Sha2C35-32-47", vec: hashTestVectorSha2C35n32m47, hMsg: sha2C35HMsg, prf: sha2C35Prf, prfMsg: sha2C35PrfMsg, f: sha2C35F, h: sha2C35H, tl: sha2C35Tl, }, { name: "Sha2C35-32-49", vec: hashTestVectorSha2C35n32m49, hMsg: sha2C35HMsg, prf: sha2C35Prf, prfMsg: sha2C35PrfMsg, f: sha2C35F, h: sha2C35H, tl: sha2C35Tl, }, } { t.Run(tc.name, func(t *testing.T) { msg := tc.hMsg(tc.vec.r, tc.vec.pkSeed, tc.vec.pkRoot, tc.vec.msg, tc.vec.m) if !slices.Equal(msg, tc.vec.wantHMsg) { t.Errorf("tc.hMsg() = %v, want %v", msg, tc.vec.wantHMsg) } prf := tc.prf(tc.vec.pkSeed, tc.vec.skSeed, newAddress(), tc.vec.n) if !slices.Equal(prf, tc.vec.wantPrf) { t.Errorf("tc.prf() = %v, want %v", msg, tc.vec.wantPrf) } prfMsg := tc.prfMsg(tc.vec.skPrf, tc.vec.optRand, tc.vec.msg, tc.vec.n) if !slices.Equal(prfMsg, tc.vec.wantPrfMsg) { t.Errorf("tc.prfMsg() = %v, want %v", msg, tc.vec.wantPrfMsg) } f := tc.f(tc.vec.pkSeed, newAddress(), tc.vec.msg, tc.vec.n) if !slices.Equal(f, tc.vec.wantF) { t.Errorf("tc.f() = %v, want %v", msg, tc.vec.wantF) } h := tc.h(tc.vec.pkSeed, newAddress(), tc.vec.msg, tc.vec.n) if !slices.Equal(h, tc.vec.wantH) { t.Errorf("tc.h() = %v, want %v", msg, tc.vec.wantH) } tl := tc.tl(tc.vec.pkSeed, newAddress(), tc.vec.msg, tc.vec.n) if !slices.Equal(tl, tc.vec.wantTl) { t.Errorf("tc.tl() = %v, want %v", msg, tc.vec.wantTl) } }) } } ================================================ FILE: internal/signature/slhdsa/hypertree.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import "crypto/subtle" // Algorithm 12 (ht_sign). func (p *params) htSign(msg []byte, skSeed []byte, pkSeed []byte, idxTree uint64, idxLeaf uint32) []byte { adrs := newAddress() adrs.setTreeAddress(idxTree) sigHT := p.xmssSign(msg, skSeed, idxLeaf, pkSeed, adrs) root := p.xmssPkFromSig(idxLeaf, sigHT, msg, pkSeed, adrs) for j := uint32(1); j < p.d; j++ { // hp least significant bits of idxTree. idxLeaf = uint32(idxTree & ((1 << p.hp) - 1)) // Remove least significant hp bits from idxTree. idxTree >>= p.hp adrs.setLayerAddress(j) adrs.setTreeAddress(idxTree) sigTmp := p.xmssSign(root, skSeed, idxLeaf, pkSeed, adrs) sigHT = append(sigHT, sigTmp...) if j < p.d-1 { root = p.xmssPkFromSig(idxLeaf, sigTmp, root, pkSeed, adrs) } } return sigHT } // Algorithm 13 (ht_verify). // Here sigHT is a flattened (h + d * len) * n-byte signature of d-many individual (hp + len) * n-byte XMSS signatures. func (p *params) htVerify(msg []byte, sigHT []byte, pkSeed []byte, idxTree uint64, idxLeaf uint32, pkRoot []byte) bool { if len(sigHT) != int((p.h+p.d*p.len)*p.n) { panic("unreachable") } adrs := newAddress() adrs.setTreeAddress(idxTree) sigTmp := sigHT[:(p.hp+p.len)*p.n] node := p.xmssPkFromSig(idxLeaf, sigTmp, msg, pkSeed, adrs) for j := uint32(1); j < p.d; j++ { // hp least significant bits of idxTree. idxLeaf = uint32(idxTree & ((1 << p.hp) - 1)) // Remove least significant hp bits from idxTree. idxTree >>= p.hp adrs.setLayerAddress(j) adrs.setTreeAddress(idxTree) sigTmp = sigHT[j*(p.hp+p.len)*p.n : (j+1)*(p.hp+p.len)*p.n] node = p.xmssPkFromSig(idxLeaf, sigTmp, node, pkSeed, adrs) } // Note that since we are in the verification path, the following comparison is not required to be constant time. return subtle.ConstantTimeCompare(node, pkRoot) == 1 } ================================================ FILE: internal/signature/slhdsa/hypertree_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "crypto/rand" "slices" "testing" ) func TestHypertreeSignKat(t *testing.T) { par := SLH_DSA_SHA2_128s msg := []byte{0x87, 0x56, 0x63, 0x8b, 0xfa, 0xa, 0x94, 0xb8, 0x3d, 0x93, 0x98, 0x25, 0x8f, 0xe8, 0x90, 0x93} skSeed := []byte{0x8e, 0x37, 0x36, 0x28, 0x86, 0x12, 0xfb, 0xd, 0xff, 0xd5, 0xa6, 0xa1, 0x6b, 0xe0, 0x89, 0xfb} pkSeed := []byte{0xa9, 0xb5, 0xe3, 0xd9, 0x99, 0xf8, 0x18, 0xc3, 0x41, 0x51, 0x56, 0x92, 0x61, 0xe8, 0x39, 0x2b} idxTree := uint64(0xe0d7a2b48b675) idxLeaf := uint32(0x1c3) wantSig := []byte{0x72, 0x78, 0x2d, 0xdd, 0x9d, 0x6e, 0xde, 0xc7, 0x3a, 0x61, 0x6b, 0x8, 0x19, 0x4f, 0x5f, 0xd, 0xb9, 0xea, 0xa3, 0x88, 0x28, 0xfe, 0xb7, 0xf5, 0x8e, 0x34, 0xa1, 0xa6, 0xa2, 0xb1, 0x83, 0x5a, 0x52, 0x0, 0x9, 0x20, 0xdf, 0x7a, 0xfb, 0x2b, 0xe6, 0x5c, 0xf5, 0x5, 0x9f, 0x71, 0x15, 0xe9, 0xa0, 0x11, 0x4, 0x6e, 0x87, 0xfd, 0x9f, 0xe0, 0x13, 0x9f, 0x43, 0xd3, 0xeb, 0xa1, 0x3b, 0xcd, 0x2, 0xf0, 0x36, 0xf, 0x92, 0xeb, 0x3, 0x28, 0x6d, 0xfa, 0xd0, 0x85, 0x7f, 0xb3, 0x7c, 0x3, 0x27, 0xa2, 0x3, 0xec, 0xa9, 0x56, 0x9d, 0xa0, 0xcf, 0xc1, 0x17, 0x1e, 0x51, 0x43, 0xbb, 0x3b, 0x1e, 0x58, 0xfa, 0x9, 0xe9, 0x56, 0x2, 0x8f, 0x73, 0x4e, 0x42, 0xb3, 0xc, 0xeb, 0xf2, 0xa5, 0x97, 0x1, 0x71, 0x24, 0xab, 0x6, 0x90, 0xae, 0x32, 0x14, 0x5d, 0x72, 0x3e, 0x30, 0x14, 0x9d, 0x6b, 0x2, 0xfe, 0x10, 0x7f, 0x47, 0x7d, 0xf5, 0x78, 0x79, 0xef, 0x91, 0xd5, 0xc9, 0x4b, 0xde, 0xa9, 0x38, 0x36, 0x1e, 0x8, 0x68, 0x94, 0xec, 0x48, 0x5a, 0xe1, 0xd2, 0x1c, 0x6c, 0x31, 0x50, 0xcd, 0x17, 0x6d, 0x14, 0x11, 0x65, 0x76, 0x8e, 0xb4, 0x4c, 0xe5, 0x8b, 0x41, 0xc5, 0xef, 0x70, 0x2a, 0x3f, 0x8, 0xc3, 0xb4, 0x66, 0xad, 0x22, 0xbc, 0x3c, 0x6e, 0xec, 0x13, 0xb9, 0xe9, 0x67, 0xd, 0x66, 0xe4, 0xf8, 0x53, 0x5d, 0xc2, 0x1a, 0x1c, 0x84, 0x10, 0xb, 0xfe, 0xd7, 0xb5, 0x1e, 0x28, 0x5a, 0xcc, 0xe3, 0x85, 0x8c, 0x34, 0x31, 0xac, 0xa9, 0x82, 0x87, 0xa, 0x27, 0xc8, 0x59, 0xc2, 0x7c, 0xa1, 0xd5, 0x4f, 0x9f, 0x23, 0xe1, 0x4, 0xa9, 0x44, 0x77, 0x4b, 0x26, 0xcd, 0x92, 0xf0, 0x71, 0xbf, 0x9, 0x5d, 0xfc, 0x71, 0xca, 0x39, 0x42, 0xa3, 0x5f, 0x3b, 0x12, 0xd4, 0x61, 0x64, 0xff, 0x8e, 0xe9, 0xb, 0xf9, 0x49, 0xd2, 0x18, 0xb0, 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0x4, 0x1d, 0x4c, 0xa2, 0x53, 0x20, 0xff, 0x5a, 0x33, 0xce, 0xd, 0x6e, 0x1c, 0x9f, 0xbe, 0x71, 0x7, 0xe4, 0x36, 0x43, 0xe3, 0xf5, 0xe6, 0x99, 0x1e, 0x8e, 0x2c, 0xcc, 0xf, 0xa0, 0xca, 0x93, 0x9, 0x32, 0xc1, 0x8a, 0x81, 0x34, 0x98, 0xba, 0xbc, 0xe6, 0x74, 0xa7, 0xd8, 0x98, 0x6f, 0x2f, 0x99, 0xa9, 0x2, 0x23, 0x9f, 0x8f, 0x9a, 0xf2, 0xae, 0xe6, 0xe8, 0x4c, 0x80, 0xc4, 0xbc, 0xac, 0xd2, 0xa, 0x2c, 0xea, 0xac, 0x5f, 0xa2, 0x9c, 0x6b, 0xa2, 0xd5, 0x2e, 0x21, 0x42, 0xa6, 0x4f, 0xa9, 0xb2, 0x60, 0x6, 0xd2, 0x41, 0x4c, 0xb, 0xdc, 0x72, 0x61, 0xdc, 0x28, 0xfb, 0x17, 0x99, 0x6a, 0xa1, 0x30, 0xc8, 0xe8, 0xf5, 0xfb, 0xc9, 0xf2, 0xda, 0xe8, 0x72, 0x87, 0x1f, 0xc6, 0x15, 0xf4, 0x6c, 0xf6, 0xdc, 0xf2, 0xc3, 0xc3} if gotSig := par.htSign(msg, skSeed, pkSeed, idxTree, idxLeaf); !slices.Equal(gotSig, wantSig) { t.Errorf("par.htSign() = %v, want %v", gotSig, wantSig) } } func TestHypertreeSignVerify(t *testing.T) { par := SLH_DSA_SHA2_128s var msg [16]byte rand.Read(msg[:]) skSeed := []byte{0x8e, 0x37, 0x36, 0x28, 0x86, 0x12, 0xfb, 0xd, 0xff, 0xd5, 0xa6, 0xa1, 0x6b, 0xe0, 0x89, 0xfb} pkSeed := []byte{0xa9, 0xb5, 0xe3, 0xd9, 0x99, 0xf8, 0x18, 0xc3, 0x41, 0x51, 0x56, 0x92, 0x61, 0xe8, 0x39, 0x2b} idxTree := uint64(0xe0d7a2b48b675) idxLeaf := uint32(0x1c3) pkRoot := []byte{0xf3, 0x39, 0x8c, 0x44, 0x4d, 0xa3, 0xc6, 0xfc, 0x62, 0x5b, 0x86, 0x35, 0x98, 0xd3, 0xd7, 0x6a} sig := par.htSign(msg[:], skSeed, pkSeed, idxTree, idxLeaf) if !par.htVerify(msg[:], sig, pkSeed, idxTree, idxLeaf, pkRoot) { t.Fatalf("par.htVerify() failed") } sig[0] ^= 1 // Corrupt the signature. if par.htVerify(msg[:], sig, pkSeed, idxTree, idxLeaf, pkRoot) { t.Errorf("par.htVerify() did not fail with invalid signature") } } ================================================ FILE: internal/signature/slhdsa/slhdsa.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package slhdsa implements SLH-DSA as specified in NIST FIPS 205 (https://doi.org/10.6028/NIST.FIPS.205). // The implementation is constant time assuming that the underlying hashing primitives are constant time. package slhdsa import ( "crypto/rand" "fmt" "math/bits" "slices" ) type params struct { // SLH-DSA parameters (see Table 2 of the SLH-DSA specification). n uint32 // Note that h = d * hp. h uint32 d uint32 hp uint32 a uint32 k uint32 lgw uint32 m uint32 // Derived parameters (defined by Algorithm 1 and Equations 5.1, 5.2, 5.3, and 5.4 of the SLH-DSA specification). w uint32 len1 uint32 len2 uint32 len uint32 // Hashing functions. pHMsg func(r []byte, pkSeed []byte, pkRoot []byte, msg []byte, m uint32) []byte pPrf func(pkSeed []byte, skSeed []byte, adrs *address, n uint32) []byte pPrfMsg func(skPrf []byte, optRand []byte, M []byte, n uint32) []byte pF func(pkSeed []byte, adrs *address, M1 []byte, n uint32) []byte pH func(pkSeed []byte, adrs *address, M2 []byte, n uint32) []byte pTl func(pkSeed []byte, adrs *address, Ml []byte, n uint32) []byte } func (p *params) hHMsg(r []byte, pkSeed []byte, pkRoot []byte, msg []byte) []byte { return p.pHMsg(r, pkSeed, pkRoot, msg, p.m) } func (p *params) hPrf(pkSeed []byte, skSeed []byte, adrs *address) []byte { return p.pPrf(pkSeed, skSeed, adrs, p.n) } func (p *params) hPrfMsg(skPrf []byte, optRand []byte, msg []byte) []byte { return p.pPrfMsg(skPrf, optRand, msg, p.n) } func (p *params) hF(pkSeed []byte, adrs *address, msg1 []byte) []byte { return p.pF(pkSeed, adrs, msg1, p.n) } func (p *params) hH(pkSeed []byte, adrs *address, msg2 []byte) []byte { return p.pH(pkSeed, adrs, msg2, p.n) } func (p *params) hTl(pkSeed []byte, adrs *address, msgl []byte) []byte { return p.pTl(pkSeed, adrs, msgl, p.n) } type paramsOpts struct { n uint32 h uint32 d uint32 hp uint32 a uint32 k uint32 lgw uint32 m uint32 } type hashParamsOpts struct { pHMsg func(r []byte, pkSeed []byte, pkRoot []byte, msg []byte, m uint32) []byte pPrf func(pkSeed []byte, skSeed []byte, adrs *address, n uint32) []byte pPrfMsg func(skPrf []byte, optRand []byte, M []byte, n uint32) []byte pF func(pkSeed []byte, adrs *address, M1 []byte, n uint32) []byte pH func(pkSeed []byte, adrs *address, M2 []byte, n uint32) []byte pTl func(pkSeed []byte, adrs *address, Ml []byte, n uint32) []byte } func newParams(par paramsOpts, hashPar hashParamsOpts) *params { // These are defined by Algorithm 1 and Equations 5.1, 5.2, 5.3, and 5.4 of the SLH-DSA specification. w := uint32(1) << par.lgw len1 := (8*par.n + par.lgw - 1) / par.lgw log2 := func(x uint32) uint32 { return uint32(bits.Len(uint(x)) - 1) } len2 := log2(len1*(w-1))/par.lgw + 1 len := len1 + len2 return ¶ms{ par.n, par.h, par.d, par.hp, par.a, par.k, par.lgw, par.m, w, len1, len2, len, hashPar.pHMsg, hashPar.pPrf, hashPar.pPrfMsg, hashPar.pF, hashPar.pH, hashPar.pTl, } } // Parameters defined in Table 2 of the SLH-DSA specification. var ( param128s = paramsOpts{ n: 16, h: 63, d: 7, hp: 9, a: 12, k: 14, lgw: 4, m: 30, } param128f = paramsOpts{ n: 16, h: 66, d: 22, hp: 3, a: 6, k: 33, lgw: 4, m: 34, } param192s = paramsOpts{ n: 24, h: 63, d: 7, hp: 9, a: 14, k: 17, lgw: 4, m: 39, } param192f = paramsOpts{ n: 24, h: 66, d: 22, hp: 3, a: 8, k: 33, lgw: 4, m: 42, } param256s = paramsOpts{ n: 32, h: 64, d: 8, hp: 8, a: 14, k: 22, lgw: 4, m: 47, } param256f = paramsOpts{ n: 32, h: 68, d: 17, hp: 4, a: 9, k: 35, lgw: 4, m: 49, } hashParamShake = hashParamsOpts{ pHMsg: shakeHMsg, pPrf: shakePrf, pPrfMsg: shakePrfMsg, pF: shakeF, pH: shakeH, pTl: shakeTl, } hashParamSha2C1 = hashParamsOpts{ pHMsg: sha2C1HMsg, pPrf: sha2C1Prf, pPrfMsg: sha2C1PrfMsg, pF: sha2C1F, pH: sha2C1H, pTl: sha2C1Tl, } hashParamSha2C35 = hashParamsOpts{ pHMsg: sha2C35HMsg, pPrf: sha2C35Prf, pPrfMsg: sha2C35PrfMsg, pF: sha2C35F, pH: sha2C35H, pTl: sha2C35Tl, } ) // Matching parameter set names as in Table 2 of the SLH-DSA specification. var ( // SLH_DSA_SHA2_128s defines parameters for SLH-DSA-SHA2-128s. SLH_DSA_SHA2_128s = newParams(param128s, hashParamSha2C1) // SLH_DSA_SHAKE_128s defines parameters for SLH-DSA-SHAKE-128s. SLH_DSA_SHAKE_128s = newParams(param128s, hashParamShake) // SLH_DSA_SHA2_128f defines parameters for SLH-DSA-SHA2-128f. SLH_DSA_SHA2_128f = newParams(param128f, hashParamSha2C1) // SLH_DSA_SHAKE_128f defines parameters for SLH-DSA-SHAKE-128f. SLH_DSA_SHAKE_128f = newParams(param128f, hashParamShake) // SLH_DSA_SHA2_192s defines parameters for SLH-DSA-SHA2-192s. SLH_DSA_SHA2_192s = newParams(param192s, hashParamSha2C35) // SLH_DSA_SHAKE_192s defines parameters for SLH-DSA-SHAKE-192s. SLH_DSA_SHAKE_192s = newParams(param192s, hashParamShake) // SLH_DSA_SHA2_192f defines parameters for SLH-DSA-SHA2-192f. SLH_DSA_SHA2_192f = newParams(param192f, hashParamSha2C35) // SLH_DSA_SHAKE_192f defines parameters for SLH-DSA-SHAKE-192f. SLH_DSA_SHAKE_192f = newParams(param192f, hashParamShake) // SLH_DSA_SHA2_256s defines parameters for SLH-DSA-SHA2-256s. SLH_DSA_SHA2_256s = newParams(param256s, hashParamSha2C35) // SLH_DSA_SHAKE_256s defines parameters for SLH-DSA-SHAKE-256s. SLH_DSA_SHAKE_256s = newParams(param256s, hashParamShake) // SLH_DSA_SHA2_256f defines parameters for SLH-DSA-SHA2-256f. SLH_DSA_SHA2_256f = newParams(param256f, hashParamSha2C35) // SLH_DSA_SHAKE_256f defines parameters for SLH-DSA-SHAKE-256f. SLH_DSA_SHAKE_256f = newParams(param256f, hashParamShake) ) // PublicKey represents an SLH-DSA public key. type PublicKey struct { pkSeed []byte pkRoot []byte // Corresponding parameters. p *params } // SecretKey represents an SLH-DSA secret key. type SecretKey struct { skSeed []byte skPrf []byte pkSeed []byte pkRoot []byte // Corresponding parameters. p *params } // Algorithm 18 (slh_keygen_internal). func (p *params) slhKeygenInternal(skSeed []byte, skPrf []byte, pkSeed []byte) (*SecretKey, *PublicKey) { // Generate the public key from the top-level XMSS tree. adrs := newAddress() adrs.setLayerAddress(p.d - 1) pkRoot := p.xmssNode(skSeed, 0, p.hp, pkSeed, adrs) return &SecretKey{skSeed, skPrf, pkSeed, pkRoot, p}, &PublicKey{pkSeed, pkRoot, p} } // Algorithm 19 (slh_sign_internal). // This generates a signature of the form R || SIG_FORS || SIG_HT, where: // - R is a random n-byte string, // - SIG_FORS is a k * (1 + a) * n-byte FORS signature of the message digest, and // - SIG_HT is a (h + d * len) * n-byte Hypertree signature of the FORS signature and the message digest. // Here, addrnd selects between the "hedged" or the "deterministic" variant, depending on whether // the caller passes a truly random string or otherwise the pkSeed, respectively. func (sk *SecretKey) signInternal(msg []byte, addrnd []byte) []byte { adrs := newAddress() // Generate randomizer. sig := sk.p.hPrfMsg(sk.skPrf, addrnd, msg) // Compute message digest. digest := sk.p.hHMsg(sig, sk.pkSeed, sk.pkRoot, msg) r := (sk.p.k*sk.p.a + 7) / 8 s := (sk.p.h - sk.p.hp + 7) / 8 t := (sk.p.hp + 7) / 8 md := digest[0:r] tmpIdxTree := digest[r : r+s] tmpIdxLeaf := digest[r+s : r+s+t] idxTree := toInt(tmpIdxTree, s) if sk.p.h-sk.p.hp > 64 { panic("unreachable") } // For the 256f parameter sets, h - hp = 64, so mod 2^(h - hp) is equivalent // to masking uint64 idxTree with 0xFFFFFFFFFFFFFFFF, which is a no-op. if sk.p.h-sk.p.hp != 64 { idxTree &= (uint64(1) << (sk.p.h - sk.p.hp)) - uint64(1) } idxLeaf := uint32(toInt(tmpIdxLeaf, t)) & ((1 << sk.p.hp) - 1) adrs.setTreeAddress(idxTree) adrs.setTypeAndClear(addressFORSTree) adrs.setKeyPairAddress(idxLeaf) sigFors := sk.p.forsSign(md, sk.skSeed, sk.pkSeed, adrs) sig = append(sig, sigFors...) // Get FORS key. pkFors := sk.p.forsPkFromSig(sigFors, md, sk.pkSeed, adrs) return append(sig, sk.p.htSign(pkFors, sk.skSeed, sk.pkSeed, idxTree, idxLeaf)...) } // Algorithm 20 (slh_verify_internal). func (pk *PublicKey) verifyInternal(msg []byte, sig []byte) error { forsIdx := 1 + pk.p.k*(1+pk.p.a) if len(sig) != int((forsIdx+pk.p.h+pk.p.d*pk.p.len)*pk.p.n) { return fmt.Errorf("invalid signature length") } adrs := newAddress() R := sig[:pk.p.n] sigFors := sig[pk.p.n : forsIdx*pk.p.n] sigHT := sig[forsIdx*pk.p.n:] // Compute message digest. digest := pk.p.hHMsg(R, pk.pkSeed, pk.pkRoot, msg) r := (pk.p.k*pk.p.a + 7) / 8 s := (pk.p.h - pk.p.hp + 7) / 8 t := (pk.p.hp + 7) / 8 md := digest[0:r] tmpIdxTree := digest[r : r+s] tmpIdxLeaf := digest[r+s : r+s+t] idxTree := toInt(tmpIdxTree, s) if pk.p.h-pk.p.hp > 64 { panic("unreachable") } // For the 256f parameter sets, h - hp = 64, so mod 2^(h - hp) is equivalent // to masking uint64 idxTree with 0xFFFFFFFFFFFFFFFF, which is a no-op. if pk.p.h-pk.p.hp != 64 { idxTree &= (uint64(1) << (pk.p.h - pk.p.hp)) - uint64(1) } idxLeaf := uint32(toInt(tmpIdxLeaf, t)) & ((1 << pk.p.hp) - 1) // Compare FORS public key. adrs.setTreeAddress(idxTree) adrs.setTypeAndClear(addressFORSTree) adrs.setKeyPairAddress(idxLeaf) pkFors := pk.p.forsPkFromSig(sigFors, md, pk.pkSeed, adrs) if !pk.p.htVerify(pkFors, sigHT, pk.pkSeed, idxTree, idxLeaf, pk.pkRoot) { return fmt.Errorf("invalid signature") } return nil } // Algorithm 21 (slh_keygen). func (p *params) KeyGen() (*SecretKey, *PublicKey) { // Set skSeed, skPrf, and pkSeed to random n-byte strings. Note that rand.Read never returns an error. skSeed := make([]byte, p.n) rand.Read(skSeed[:]) skPrf := make([]byte, p.n) rand.Read(skPrf[:]) pkSeed := make([]byte, p.n) rand.Read(pkSeed[:]) return p.slhKeygenInternal(skSeed, skPrf, pkSeed) } // Encode encodes a public key. func (pk *PublicKey) Encode() []byte { return slices.Concat(pk.pkSeed, pk.pkRoot) } // PublicKeyLength returns the length of a public key. func (p *params) PublicKeyLength() int { return int(2 * p.n) } // Decode decodes a public key. func (p *params) DecodePublicKey(pkEnc []byte) (*PublicKey, error) { if len(pkEnc) != p.PublicKeyLength() { return nil, fmt.Errorf("invalid public key length") } pkSeed := pkEnc[0:p.n] pkRoot := pkEnc[p.n : 2*p.n] return &PublicKey{pkSeed, pkRoot, p}, nil } // Encode encodes a secret key. func (sk *SecretKey) Encode() []byte { return slices.Concat(sk.skSeed, sk.skPrf, sk.pkSeed, sk.pkRoot) } // SecretKeyLength returns the length of a secret key. func (p *params) SecretKeyLength() int { return int(4 * p.n) } // Decode decodes a secret key. func (p *params) DecodeSecretKey(skEnc []byte) (*SecretKey, error) { if len(skEnc) != p.SecretKeyLength() { return nil, fmt.Errorf("invalid secret key length") } skSeed := skEnc[0:p.n] skPrf := skEnc[p.n : 2*p.n] pkSeed := skEnc[2*p.n : 3*p.n] pkRoot := skEnc[3*p.n : 4*p.n] return &SecretKey{skSeed, skPrf, pkSeed, pkRoot, p}, nil } // PublicKey returns the public key corresponding to a secret key. func (sk *SecretKey) PublicKey() *PublicKey { return &PublicKey{sk.pkSeed, sk.pkRoot, sk.p} } // Sign is the standard signing function. This is Algorithm 22 (slh_sign) of the SLH-DSA specification. func (sk *SecretKey) Sign(msg []byte, ctx []byte) ([]byte, error) { if len(ctx) > 255 { return nil, fmt.Errorf("context too long") } // Generate additional randomness. Note that rand.Read never returns an error. addrnd := make([]byte, sk.p.n) rand.Read(addrnd[:]) return sk.signInternal(slices.Concat([]byte{0, byte(len(ctx))}, ctx, msg), addrnd), nil } // SignDeterministic signs deterministically. This is Algorithm 22 (slh_sign) of the SLH-DSA specification with PK.seed as randomness. func (sk *SecretKey) SignDeterministic(msg []byte, ctx []byte) ([]byte, error) { if len(ctx) > 255 { return nil, fmt.Errorf("context too long") } return sk.signInternal(slices.Concat([]byte{0, byte(len(ctx))}, ctx, msg), sk.pkSeed), nil } // Verify is the standard verification function. This is Algorithm 24 (slh_verify) of the SLH-DSA specification. func (pk *PublicKey) Verify(msg []byte, sig []byte, ctx []byte) error { if len(ctx) > 255 { return fmt.Errorf("context too long") } return pk.verifyInternal(slices.Concat([]byte{0, byte(len(ctx))}, ctx, msg), sig) } ================================================ FILE: internal/signature/slhdsa/slhdsa_kat_vectors_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import "testing" type katTestVector struct { name string par *params sk string pk string msg string ctx string wantSig string } // Known answer test vectors generated using the reference implementation (https://github.com/sphincs/sphincsplus). func katTestVectors(t *testing.T) []katTestVector { t.Helper() return []katTestVector{ { name: "SLH-DSA-SHA2-128s", par: SLH_DSA_SHA2_128s, sk: "5b13979e405179ea3c7b250ddf5637bc081990d028080b35f09b1db79bd9083d66e94bff8074e57fb66e9627596140df21f975f9c51286d8198ba57ddd099321", pk: "66e94bff8074e57fb66e9627596140df21f975f9c51286d8198ba57ddd099321", msg: "83cb08f0eb50cb2d724b08fd76f26786", ctx: "5b1b69a310db94b91fd24af41e085e6a", wantSig: "b5c9fdc342880b9db0f2b74f61aac28d4c12b9eb1f8ee3961108cb2169f36f175d5d231fc5875236a78cf9a73c3948b649e69a27509ce3e9ec31c6ac1a360090b38b6e545e29cf7be4d1d5363aa4f5312c2e650cce4a37a825b25dd55c605d9aca2d4355955da562d10295c2966d3670e5398e0975752b49b7b7030d001f3736cef6a45407318e36fa977ed2a42b336f73b4c8db83a01a1496703d930c8b5d250fcdeb48037b04a82da83734cd10ddcbcc6a34a6c3e3cf2f8617571abdfd4ca13b585415b3562ca14eae9810987db4ba16c102217de7e34b98e8606613d36a80fed04d983102715284feebe6f6d1aa4545dcc033b42112f1c7baccafd04bf03d73399b5798af9e1855aef1bdb4383de39fae95665ffe9e0849a813c44d96d51f4d650e7771b30d5c12b72dbfd49bebc47a12c2ed5f39f5547e7f19c7b1b015ec3915796d356caab0b135403656b171681e1cc98521cfc4edea69abdb5db5cd71701787fa1a435699cb0851c7fb98771106b301e3332bc2b6d5fe411da45b06d9da9f2c6543fc93b42fe8dcf30dfe170c92d38cb9f1248f3c0b790afc48f3ebaad17807742940313e4ff9242c227a28cb6dea8a694f4c6bb55e0980bbbe8bcc75eb21ca216859954c1b885567019eceb6449df85a6d39110f09173262ab39cd6ea771f03ec4e344163e199abf6432a205cae97d29fe67def8988840657f97de47e197f0b675bbb14f8a12debf32c8e487d141f6bbf7ba07212098bff0ce505cecf93ff19d8821aebab05ec1af91123e34c0926376128f94df595ca7f1522a9f9d4a49762d8116b5233d6cf1a0978b44a0974e5a414515ef511d54b9ba3aee6d91ad3c216ffb36ff212d8e92b49b89955e5fbe3ce5cee7a597bfc914c2bcc1e4a8618dc7cf0868e246d4cfe17b9c8a9a7b1a95bf6a3310396cc5ad8a86744299ef32968a44b97fd5cfc8faa67d115432a0cdb12ebac1ff116c3acf8f6ae1be068a1ee498f59bb3fa7eb6d9e0784c3191f90afc55ea830cdb812a4db87ae477eea49b6a84f34fbace5226d02d1210ae70c2efcbb46122ee392545751d750e31965b4a6339ded36814c22fe77d8162899b54f7433fdfd25868ada99485a788c5f68a835b4c70b56a92905f2f7bf0b0b15b2176b1e36ccfe0c4c52ba79d0a61919ccb5cc346d21f6670daa66cb28b2fcf118ec3dc010ce5a63c71ca147955222df4543f8e3c51eb8bb389dbd1e4128a83397f70fc52034c3b27d35a5dd9170ce6ce462a3731c31928f563d4e1f7c8aeb82239266064cf70bff82dc137f61b4663f0ccbc6750d21977ee89f8c18a8d315f0573b28ee7d3f8a6b0276f5611c0df134bf03fc9b9f8bfeb45df326257b8b326e8e66fd1fb944d6dee627d19e141137106ebaff0c2360a77584634312819e489e289296bd412bc21f99b6b773359bd76218e44970e4d731ac956844beaa3d87ddec26a05f86bc3875d5563f8dc2f2922d6dc516be9d9965336b3c4067abd6304e47e43174f46406a2ba14656c9cb679cf8a613e8c084b4b2a43c29f10bcbc8bed8837ca5033c16f3d56334c1885d7608752d8938fd00490b5ca6c468ce01ef502c1b1625d71fb37cbe633446b4641be87b1e0beb31976bd1ba69ac2c7592669840c1d277c1d156daa7cf7bf6df7048ea315b5e38365ae503a2f766dbeac2336e287496478e568445948fd9acc3767705cdf193dd49c7eda151f8e2991aa37997a5ff9cf3ac7499bf424db5aa7f55c04b9568b34f1e0a7efec9ae375f4b6ad3147dab58a67d47dd711638119bfd3bf3d78f92c7051747b03d67baa6ebe45332501f5abae3b33fc6328acad940171afaa231967fc66d0ee6f3a84a2379b4a71c35508996ad422502d724e304c4a7f422bdf28f9c31d4e73e785bead408e4bf7d3db4fbb2171ad534c638c46b9a99c52183d2e0df1641322951e0b9319c9fa90f457f5c35a08a46044d49b88976e2400f47ed7d8f34abc546868d647407a9e9652bdc07c6970f3478b42932aa1e98c69447156a4e1c8b9a7b82abd0b0975e64bb80084d9c00e7045c6da5505a0e37c5b7e10cbb265b33728bdcc78eefc9748123caf9fdb2ac89b69d8486facb05f0731eafa9e944b1b141b0275db74cea58f806a5801a24f4a40e279a0247d1e68c2f0ed52f4d8925db270f1630f5e82ff4aa2b0a3cc35f6df677fbdca9cdb34133457546aa8c5e4b077454b31e9e22436bcc93b816c43d646173e213a11a57094a44a3f43784ad99fcca11c4d250526b8914746dc2f7e10a19ebfbfbe8b584c419e650f9103922c3ff034d08342b8ad63d10d1a8be98ff42048fd6ce4b4938b033d7a986a515a605329849d3fdb9f34e8cf376f2623f6b012b861b142ae3402a6799313a2515500e5d6ca21cafa109cfbc015f62fe63ce7d133803cb9ccaacd2b0e932933a0a630fb75e080020a55175ceba1642a9e9537f47c0c341eeba5b4b3b9ad4e7706e5fc4bbcb224485b2aa33df0698d1e531cc2a377e97ed28d753160af9ea16e42b3d0fb3707e11de75807e7e24404e19fce2c28135c579f70cbbbb00e817beef38722a179864a958a3846d927a620ea7fda108588a99ca2cb703d5addc1cd61b4d394c9ed18396fa7832deb7fe6219ec3eec6a98980505a9d828470ccb719f5ede1902dff1b762a11e39449b447fbf6b41dcdbcfd05e86ead0234034531205f69eb4e06984c586ce8192efea7ac6389297c5ac65a49ba631b83e7580a9930fdf4c1b2312c650eb1bb31371568bc1c61fe873b7dfa97ee4cce02ecde4ae210120395a9d51c8d90caf273060f94d484dcf26c9f1bd3bdbe61cd24be4ce6af9e6bfcc4df0ec16f393d15e191074d2df087ec94037db9d15b1a5846d788c27ace004c00cd9e98bfe8c652f09d677d18b09fba3aa91a3f07c97c8a9297b5fffb6321271283c8d1fd190f3cf7e7e466424baefc4cff580827b75290ebb4f055bec9c236035bdc04bc8e3140cf863bd92e820f8391ad0cccd64b5758b1ad30327f9b7b5fa4e6246344822d4a289138d7de0d25dffdcf3b972211801d7aa711d0ef0116498ce3e3a9e46b6e42a6ba30ce2edaaec1226b11707600f230db05ecd73a7b498fb67a8b24d5572bab4f59bb16eca5d2482091750b73a6c86b5b33104da2989f5534e265dd1ff4409a249455d78551d595c540ba05baa68ac74e73b8ee897748296ee08acdc3b2564085119cb9aa009e9a33a3b4790bad04d3acccb7cdc991883d7eed4f735cd8a08a9375801d19f0c094701a01ae3c63bf0df0f825bf257edfc87d2e6528f5096ea203f18407ef0ab72f84b9e53675a3ecb61e768549f7a3d9c03743e01f63d72e6a5e942d089a80cbe12a904af7a5efe564e597730b73fcee9e97acfa5fcb14854924e28d713d71a65d2d74dcc513632c3fb8d30d61cb441507281821acbd9fc338c1f1776e3b061e9d436ffc23aff4ac85295e5ba8b1c37df4d8b19c4f775fd1157f5fd3370a5c5142ddf534f51f00ac40c5a9dfcce684981e45c7e988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", }, { name: "SLH-DSA-SHAKE-128s", par: SLH_DSA_SHAKE_128s, sk: "3db09b50e57f5bbd95ce0c17498fddd77b4dc2c10c4641d2fb1d4c8cbcd84a53fe7bcf72bf0e9e08853eb38071992ce5e6051027baff1e808509313c275065cb", pk: "fe7bcf72bf0e9e08853eb38071992ce5e6051027baff1e808509313c275065cb", msg: "0711687c420ff7f88d893262d8128bdc", ctx: "55410dbd5d3246040d46fe8b8842f2a2", wantSig: 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", }, { name: "SLH-DSA-SHA2-128f", par: SLH_DSA_SHA2_128f, sk: "e2a302d7473e74fc22129eeddfe07b28e291d90b786ec82cc7a1f53ef7391b9c9709b38da7a0081a9dd0884e87919017fe7f853856df8ed893273bc9113e0154", pk: "9709b38da7a0081a9dd0884e87919017fe7f853856df8ed893273bc9113e0154", msg: "319a2714656e26a7a25ca03a800960da", ctx: "ea5f5aed0fb49efd3eb941424e6d67e9", wantSig: 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}, { name: "SLH-DSA-SHAKE-128f", par: SLH_DSA_SHAKE_128f, sk: "21263defe7d108947c2a052dc1a7f2aeed1e5987716fb76403c7cc4d7776a33e7e7735c0462f710b595c92cc0aad108b31cf4f2c52970719238bcd0a9896c22f", pk: "7e7735c0462f710b595c92cc0aad108b31cf4f2c52970719238bcd0a9896c22f", msg: "82fdfb09a687ac135164a5264f5fc773", ctx: "b27b2196d3089524518d9923f79c0400", wantSig: "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}, { name: "SLH-DSA-SHA2-192s", par: SLH_DSA_SHA2_192s, sk: "784f4c35ad5d8549dfe9ebd2c3e818c8f39765d2acf5b88d3fbdc98b6893abfcfd5cecd55216d1b08b0acd545e859704fe700c33d6304d31aa7e0e5bb8ebbee905f5429d110e98f9bc3f289243b211b53f15c30ac4f13482439e5b4baa62f5d0", pk: "fe700c33d6304d31aa7e0e5bb8ebbee905f5429d110e98f9bc3f289243b211b53f15c30ac4f13482439e5b4baa62f5d0", msg: "d4ee59c77a7d597909d952467c09f92f", ctx: "b239599cbca20d4d2646b12013a653d3", wantSig: "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}, { name: "SLH-DSA-SHAKE-192s", par: SLH_DSA_SHAKE_192s, sk: "d51a9f3614df8594eb90e1b75ca40ce3d96a048fe1c82e699beb28b36b637e6ed78b7a56f7ad9e1ffde750cccc8973ec07d5873f998f65d88f81cdaed1c98b3031c4d7bf60bdc135f8a5191a087cc50f3d90adce3d3df393d79a5d1d580005ae", pk: "07d5873f998f65d88f81cdaed1c98b3031c4d7bf60bdc135f8a5191a087cc50f3d90adce3d3df393d79a5d1d580005ae", msg: "59be68f31ca4c82a3737132002bde31c", ctx: "97f985429442997fda87df613a7ed230", wantSig: 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}, { name: "SLH-DSA-SHA2-192f", par: SLH_DSA_SHA2_192f, sk: "a0f229577b16941bfe6831627b6bcd7cd1b018c601d3d93fb7c71b0c395fdc9471daada87aa0be6db002c4d342181624f2c40fa7ff9bd56bd1287889d7bc69f08f31017ac7ca22392d3227bba8c5ad18fc818a3fab8c363b4753cee1a3588ce8", pk: "f2c40fa7ff9bd56bd1287889d7bc69f08f31017ac7ca22392d3227bba8c5ad18fc818a3fab8c363b4753cee1a3588ce8", msg: "056813e61daac93bab961d0b413d73ea", ctx: "2f269fdc87a578c3bb023e85bca4f4f3", wantSig: 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}, { name: "SLH-DSA-SHAKE-192f", par: SLH_DSA_SHAKE_192f, sk: "a39d885fc7f283b7313d801c923b4c15c657f966934545c6313e92ff44e411f99c264e537f73147ba47fdd198f2cbda397bcb60289331c4245238e5f35cccb3f2ae386f5dd9c2abae8594efd9cd3ece5748e8509c6d80a728aac3d115b670f84", pk: "97bcb60289331c4245238e5f35cccb3f2ae386f5dd9c2abae8594efd9cd3ece5748e8509c6d80a728aac3d115b670f84", msg: "5e250352e1030508f0f090397866bf1b", ctx: "050fd8b9db8794868b167b6416134bb4", wantSig: 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}, { name: "SLH-DSA-SHA2-256s", par: SLH_DSA_SHA2_256s, sk: "a8a294106a126759e0265aa9bc9fac07bec4463d5bcff7f857c40f254618d533c147e8f742dc999142141c4a582935b79cdca59f2fe0458024a632be14ba2b9916f360f1523f2bb37030a5d95e263b7ac08f982c18e21a2af52872222d38ea55fc69fe81463fbca471df6bb910d6cd0c550b1bf1d054cb71ea92fc82ddc12e4d", pk: "16f360f1523f2bb37030a5d95e263b7ac08f982c18e21a2af52872222d38ea55fc69fe81463fbca471df6bb910d6cd0c550b1bf1d054cb71ea92fc82ddc12e4d", msg: "3b06d6e68a553094c513c285e72234c8", ctx: "8da4721063137a60f8f81e3941beddc9", wantSig: 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}, { name: "SLH-DSA-SHAKE-256s", par: SLH_DSA_SHAKE_256s, sk: "8726bd6076720c315108913963aea9358d342a380abbd75389cd4d14d0dcc12e50012897704dca2955a41e21e3e91c7228fb2115baa60f8a4bea0a61a118a2a377e2a1dffc5f6ae724ec70a7cdf0be26597eb54a76956ac5ffae768568199c586dea62dce22acdc5c9b67ae19d13e2f5088e6c198c17cfbd33b5bab7faf3b401", pk: "77e2a1dffc5f6ae724ec70a7cdf0be26597eb54a76956ac5ffae768568199c586dea62dce22acdc5c9b67ae19d13e2f5088e6c198c17cfbd33b5bab7faf3b401", msg: "7c9f75523c0946c2f640d5023eb8ed1b", ctx: "a6fa178ce65adec7ff3ae5ed1262964e", wantSig: "140ad70dc2084065ff9d6edc8225e723566387807df65dbcf22ca0366896ea6203d8807d1705b2c22ed8fbf607b632441e8815a20e9f1aeea92db1ebfa810f55d1ba58a1b24fa4db870db99c5c9e30a2c1ec43b71e5c11a2fdcfec5571f2cb289f2ddeb9e97c77eb28401f4a5268037f803998cdf83e611224db102a17c71ea85186347e132e86fff5588b1cbfb7f75cd3f29049107b861d717f00aab6cbdc1fb1ffa0fc3753032c67321060457cebc5a40f8918fdc0ab88afa261a4da63f906c23528030bb2aafa6e310b27aedc61aa5da23264d9bf74d443b94d29832217fc86aa9623dab1ee21b91d6ec153bae69a570382287b2a2be8647edc157c6cacd86bcb0b16dd7cddc2b04d7e3af4e7e0f095e02f96a20c709f8d363c2b370f509deb029f18edaeb31a0c3213456e496cdde91d8e9f814e0dd1be413003889cad0e890041c6188467bfa507af5d61d72c382d2871d38eabc537f0c430953c0e87d3ea080c417db77538868bb2405ed9e51f7cb16fd00c21d9f9469c5a7f603f161159695c82cb13bd0a7a9074ff4e04253f150934094c1d5876bed74ff1747ef8407e07758089d69cbc562e97afdaed7980bdbd9539cf1812b9daea625a1900638921a230c1c70ab05783f9ca6ef4eac1a5c357cfbbcead81d6737dcc7455621489083c039d2c298067a3194920e0a2885b1344928d87ef3f12905a4f0f1cd26e099367bd4ae8bc5244956afe276d4b6a335ae337725fac5633d6cbfff7d706d7b0e7bc798c95a7943af9f4e6611f25ee507ab9ab9812c18b22291577e5394628577c6b14e5a25deaf13e0c6c1b49947de13e59f506b4709408ca37b3e82baa490b2840a07c38e21850fc023a7977a373b61c7186d06c9326a51717a87671f83dbd71c02aa6ff5cc60e086f09eea4cd01771d2386f064a1762177ccebabdbc6ffa79f4a6ae16aade3d1b100a1326731b5328504e538532d2c35ace682033d4edf09cee9e9f8b8dbc0fc178bfd6dea3ccf4a5adb39c3ae0ddd315f74343eb22c02a7c795d927424cc6ff1e5c0534f5ce743cf57408785d27aaddb1f27d8ed7208d71e4f4121c4e066da306bc56906e11579651ca5c361199937b954e0044b3bb2953bdc425d3660ef14bdb41a4297263821729d0f39f9e26486d8501ce2d2d61d120e22dfb65d3e734f451348fab1212e8ece2cc97e5c25bf862674d5f1ba1c7506fa9bc0f27145534637c8e4e37fbde0ee7b7fd022d8e6bdc39687ddea635e1fb22e1c944e11358fc77aea4046ea77b30811da1c23fd93248657bd08d2414eac13d88616d6343b52daf4f72f3fd26bcf7cc5bd124c387aa53fffc1083cc8cb5c6c737b8231c0ce1f6e01d1efce84f933816543f6e680d1e4992d9bd44c766d9616e99923d4f874d1b3f6d1cb6441ba7b4b7e63278f1b5f71aa42a776c001445cb465baee6a06e7a73b32d10f8864c6a2140b6925e36ea1cd7cf5c44d8a85e232723ad7500f74f7c0de49d7e40845fa4e5a5854197073d5a7dfd2e6eb4982cdfc4018a3bd4821dab5b484a119d509f26868ea00bcf22bcfc48f6376ce50f407e3e17ed8879f143596a5cb1058c6012f54ac81961e9531ca16b648d7e874634811b09c8fa25948d2e568c945100cb6fff5005382097d36e97b5961a9d62656c1b8792c169b9c35ba0df5e8482e2e3530a9a60223c0b927c63c2030da4c8b3e7b89d4035c972d32fc61681baad9f515074b94f9c850315e4220e4cb52d49feba84413c1cc19d691f931f847984cb203681e3cc92b66ac5ccffbca33b306b8a6117cbe8c15be6f9682255271f9df7f6f5b377f3d7f0d78c31eb590fefa1280f9c64aa7b6eb53b76a51215c35aa7625f45f8c7f4642fd7e39ee40e36774e6c8dc56645f2d635630a3ff1c08150fefe1473a088bb4578312c90afe73dd41bb4645a1e211e4c3ba5c308d832831dad47e708fa04224258317cf1c63224b6c3bc80dd785891a62ce576ce76b8f8eec022199bb72b26a97fb470844b3032a74527c6b6e1ec891acd8c405c1b56d517c9dcab9e69dd1a35a8d7c4ecc64fa1d71ea5641c8eda6f515a4910dee5e2ea13cd2f783ee83ce0d53100b7857ca0968021256a44890011d4d05f282e3485994ba48f18177c860c7a1c9d9a7304f1bcc5371b827c51702c14091bdfa8d5232942e96eada78654d9a490b519c2391f066fec0f7c186fa5b53e7a6bea731fd1993070d3296cfc3df473cabc439235f952ca8cc795d4ee95e1412379cf0a45eea7daf0cce69712fdbe44436aaac5eb7bcac150260ccf02c7eb0d04d647a150ab62cb0f0e69ddc544ac2f6ae43ae898895f965f0a4c53117ee906b0be0fa452d63bb70288fe91c240386da87f662e9161297d2df34c24b43d846953236ce7ed12530e48fd19b07d7d914a36e7b8c15dced5640490658e98f1812afb98a42c76baf4c3b723eafea317304fa1c0c3fd9b61038ae6aade00d26d6ab7410420898cbb5249ddf56df6d91809224cc7e8b6078dc4c38d19043d633558885b54bac5c05c4f8a928d5eef1e6634f53ddcbc4db21e089c522988ca6d8643ac9919beaf61b5dd408491797b2167854dec2ede51265f38559a671b001e37eef7a13b0b2d15f077314e4c799247360a286b7fe16f330d15fc89706414920bce4f83633d4fbdcaf11b5da5caf888e87e7483e02742a94ec5c579705b6308d52b0a45efc6e1b3911f6bed452a863215e0e0d16d26b4f8946dec04ee43a9fe2b4066f5dfd29567b88830082a598b29af88ac7a2d778233f36be912a951505b371b0972e588da45c6625609bace36f0abe20357c6f69a6379629a2f8f5622548d790383f0ac4b177a100786b4fc0191795afe19fbdfec349203fd5e86b847b5a96260bd79c3a494c808f3901a6f620af0ec1a60bead73364a97074963e50b8bfddedb47c8c22e51a86dc02b6294f55f5f4135fb386150e0690ba3a68036702a5454c051bacc8956ea665454f561dab86ab4b0765dfd437e7bd005890db291d91fd766973988ff8f6f86d418c3a30ef4ccf1837c0fc163da5a1001c171e723c06fcad3cf1bab2cf6b61c898daf4dac67fa94abf52fac1059eb7d77602f887cda7526f4bbc747448d560f7df4a066c91190ade1f3cf1d4ec9f57a4127e91c8db9d003361cf380928b2d6ad128cf53dcb797f220810b72261d4f7e97af4ebffed7740594c817c18e2db08ec31556cbd54a52f9ce0ca5b80c17199693cd7b42f796ba0b4a6f61b685226ffc8c25112310bbfb98ae7cd03595a7969c492643e8879d873b631e0a90c91f5e96ae2bdc6605f383ba619cd0c1329d7c8f3a8127aa74b03aeda98195a83115041293f731eabd6a856f4787834c14d54e22078398de44f33206d667773d8255992d4188a0e1b1831aa65683fc746c7320f5d45707ffff30345d865b66d111f6de6583d96cb5ce7ee6cba4db7c1d1b7383270a8819b3f2b136be7bc04c9b99368538718e57732044a89b8539b243c605817297349bf6b0783c6156b7832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}, { name: "SLH-DSA-SHA2-256f", par: SLH_DSA_SHA2_256f, sk: "442c3757c849f3833832a9768818150f80fae60dcc3c966c4f8ddd78a9f51572f32e19d90ff921313b4757b790147b09569698e45e9310bfc345ea07af7adb6ad37963e13b6be092e478c9b48edb5fed1f0afba017ec258419bc7e2c3739f5e59e4868c95b1e83b71fa41d3c0ce076e736de1841cadb7f1fa5ae90d38a0835de", pk: "d37963e13b6be092e478c9b48edb5fed1f0afba017ec258419bc7e2c3739f5e59e4868c95b1e83b71fa41d3c0ce076e736de1841cadb7f1fa5ae90d38a0835de", msg: "f0613b2fd65154cea192a3ef41b6416c", ctx: "5b7fa1547ddef8a95c01ae4ec04ad180", wantSig: 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}, { name: "SLH-DSA-SHAKE-256f", par: SLH_DSA_SHAKE_256f, sk: "f0f14f1d06ed66a31b9ec41e19ad07e21a1d73468dfa9a9a058dfb6bcaf312f4858e3a2a0af71eff12991e815e2e1adee6f13222b1cf64365ede1336e6a9a50725c23bb5baa13916606fece0b000c1b1fd56f74c110948cb1326d3fe8776dde965b11c06a491cb8ed0a86d6d6be2bc189a1a8621ece3d1de1ec0ff2e92a3b2cf", pk: "25c23bb5baa13916606fece0b000c1b1fd56f74c110948cb1326d3fe8776dde965b11c06a491cb8ed0a86d6d6be2bc189a1a8621ece3d1de1ec0ff2e92a3b2cf", msg: "bb6d48d15f40c142cb9fffbfda610a7b", ctx: "c474602e82d1a6d944b659fa6aada2f1", wantSig: 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}, } } ================================================ FILE: internal/signature/slhdsa/slhdsa_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "crypto/rand" "encoding/hex" "slices" "testing" ) // TODO: b/433932274 - Add Wycheproof style tests. func mustHexDecode(t *testing.T, hexString string) []byte { t.Helper() output, err := hex.DecodeString(hexString) if err != nil { t.Fatal(err) } return output } func TestDerivedParameters(t *testing.T) { for _, tc := range []struct { name string par *params wantW uint32 wantLen1 uint32 wantLen2 uint32 wantLen uint32 }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s, 16, 32, 3, 35}, {"SLH-DSA-SHAKE-128s", SLH_DSA_SHAKE_128s, 16, 32, 3, 35}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f, 16, 32, 3, 35}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f, 16, 32, 3, 35}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s, 16, 48, 3, 51}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s, 16, 48, 3, 51}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f, 16, 48, 3, 51}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f, 16, 48, 3, 51}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s, 16, 64, 3, 67}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s, 16, 64, 3, 67}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f, 16, 64, 3, 67}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f, 16, 64, 3, 67}, } { t.Run(tc.name, func(t *testing.T) { if tc.wantW != tc.par.w { t.Errorf("w = %v, want %v", tc.par.w, tc.wantW) } if tc.wantLen1 != tc.par.len1 { t.Errorf("len1 = %v, want %v", tc.par.len1, tc.wantLen1) } if tc.wantLen2 != tc.par.len2 { t.Errorf("len2 = %v, want %v", tc.par.len2, tc.wantLen2) } if tc.wantLen != tc.par.len { t.Errorf("len = %v, want %v", tc.par.len, tc.wantLen) } }) } } func TestHashParamsKat(t *testing.T) { for _, tc := range []struct { name string par *params vec hashTestVector }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s, hashTestVectorSha2C1n16m30}, {"SLH-DSA-SHAKE-128s", SLH_DSA_SHAKE_128s, hashTestVectorShaken16m30}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f, hashTestVectorSha2C1n16m34}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f, hashTestVectorShaken16m34}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s, hashTestVectorSha2C35n24m39}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s, hashTestVectorShaken24m39}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f, hashTestVectorSha2C35n24m42}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f, hashTestVectorShaken24m42}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s, hashTestVectorSha2C35n32m47}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s, hashTestVectorShaken32m47}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f, hashTestVectorSha2C35n32m49}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f, hashTestVectorShaken32m49}, } { t.Run(tc.name, func(t *testing.T) { if tc.par.n != tc.vec.n { t.Fatalf("tc.par.n = %v, want %v", tc.par.n, tc.vec.n) } if tc.par.m != tc.vec.m { t.Fatalf("tc.par.m = %v, want %v", tc.par.m, tc.vec.m) } hMsg := tc.par.hHMsg(tc.vec.r, tc.vec.pkSeed, tc.vec.pkRoot, tc.vec.msg) if !slices.Equal(hMsg, tc.vec.wantHMsg) { t.Errorf("tc.hMsg() = %v, want %v", hMsg, tc.vec.wantHMsg) } prf := tc.par.hPrf(tc.vec.pkSeed, tc.vec.skSeed, newAddress()) if !slices.Equal(prf, tc.vec.wantPrf) { t.Errorf("tc.prf() = %v, want %v", prf, tc.vec.wantPrf) } prfMsg := tc.par.hPrfMsg(tc.vec.skPrf, tc.vec.optRand, tc.vec.msg) if !slices.Equal(prfMsg, tc.vec.wantPrfMsg) { t.Errorf("tc.prfMsg() = %v, want %v", prfMsg, tc.vec.wantPrfMsg) } f := tc.par.hF(tc.vec.pkSeed, newAddress(), tc.vec.msg) if !slices.Equal(f, tc.vec.wantF) { t.Errorf("tc.f() = %v, want %v", f, tc.vec.wantF) } h := tc.par.hH(tc.vec.pkSeed, newAddress(), tc.vec.msg) if !slices.Equal(h, tc.vec.wantH) { t.Errorf("tc.h() = %v, want %v", h, tc.vec.wantH) } tl := tc.par.hTl(tc.vec.pkSeed, newAddress(), tc.vec.msg) if !slices.Equal(tl, tc.vec.wantTl) { t.Errorf("tc.tl() = %v, want %v", tl, tc.vec.wantTl) } }) } } func TestPublicKeyLength(t *testing.T) { for _, tc := range []struct { name string par *params want int }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s, 32}, {"SLH-DSA-SHAKE-128s", SLH_DSA_SHAKE_128s, 32}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f, 32}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f, 32}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s, 48}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s, 48}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f, 48}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f, 48}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s, 64}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s, 64}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f, 64}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f, 64}, } { t.Run(tc.name, func(t *testing.T) { if tc.par.PublicKeyLength() != tc.want { t.Errorf("PublicKeyLength() = %v, want %v", tc.par.PublicKeyLength(), tc.want) } }) } } func TestSecretKeyLength(t *testing.T) { for _, tc := range []struct { name string par *params want int }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s, 64}, {"SLH-DSA-SHAKE-128s", SLH_DSA_SHAKE_128s, 64}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f, 64}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f, 64}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s, 96}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s, 96}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f, 96}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f, 96}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s, 128}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s, 128}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f, 128}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f, 128}, } { t.Run(tc.name, func(t *testing.T) { if tc.par.SecretKeyLength() != tc.want { t.Errorf("SecretKeyLength() = %v, want %v", tc.par.SecretKeyLength(), tc.want) } }) } } func TestEncodeDecodePublicKey(t *testing.T) { for _, tc := range []struct { name string par *params }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s}, {"SLH-DSA-SHAKE-128s", SLH_DSA_SHAKE_128s}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f}, } { t.Run(tc.name, func(t *testing.T) { _, pk := tc.par.KeyGen() pkEnc := pk.Encode() pkDec, err := tc.par.DecodePublicKey(pkEnc) if err != nil { t.Errorf("DecodePublicKey() err = %v, want nil", err) } if !slices.Equal(pk.pkSeed, pkDec.pkSeed) { t.Errorf("DecodePublicKey().pkSeed = %v, want %v", pkDec.pkSeed, pk.pkSeed) } if !slices.Equal(pk.pkRoot, pkDec.pkRoot) { t.Errorf("DecodePublicKey().pkRoot = %v, want %v", pkDec.pkRoot, pk.pkRoot) } }) } } func TestEncodeDecodeSecretKey(t *testing.T) { for _, tc := range []struct { name string par *params }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s}, {"SLH-DSA-SHAKE-128s", SLH_DSA_SHAKE_128s}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f}, } { t.Run(tc.name, func(t *testing.T) { sk, _ := tc.par.KeyGen() skEnc := sk.Encode() skDec, err := tc.par.DecodeSecretKey(skEnc) if err != nil { t.Errorf("DecodeSecretKey() err = %v, want nil", err) } if !slices.Equal(sk.skSeed, skDec.skSeed) { t.Errorf("DecodeSecretKey().skSeed = %v, want %v", skDec.skSeed, sk.skSeed) } if !slices.Equal(sk.skPrf, skDec.skPrf) { t.Errorf("DecodeSecretKey().skPrf = %v, want %v", skDec.skPrf, sk.skPrf) } if !slices.Equal(sk.pkSeed, skDec.pkSeed) { t.Errorf("DecodeSecretKey().pkSeed = %v, want %v", skDec.pkSeed, sk.pkSeed) } if !slices.Equal(sk.pkRoot, skDec.pkRoot) { t.Errorf("DecodeSecretKey().pkRoot = %v, want %v", skDec.pkRoot, sk.pkRoot) } }) } } func TestPublicKeyFromSecretKey(t *testing.T) { for _, tc := range []struct { name string par *params }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s}, {"SLH-DSA_SHAKE-128s", SLH_DSA_SHAKE_128s}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f}, } { t.Run(tc.name, func(t *testing.T) { sk, pk := tc.par.KeyGen() pkFromSk := sk.PublicKey() if !slices.Equal(pkFromSk.pkSeed, pk.pkSeed) { t.Errorf("pkFromSk.pkSeed = %v, want %v", pkFromSk.pkSeed, pk.pkSeed) } if !slices.Equal(pkFromSk.pkRoot, pk.pkRoot) { t.Errorf("pkFromSk.pkRoot = %v, want %v", pkFromSk.pkRoot, pk.pkRoot) } }) } } func TestSignDeterministicVerifyKat(t *testing.T) { for _, tc := range katTestVectors(t) { t.Run(tc.name, func(t *testing.T) { skBytes := mustHexDecode(t, tc.sk) pkBytes := mustHexDecode(t, tc.pk) msgBytes := mustHexDecode(t, tc.msg) ctxBytes := mustHexDecode(t, tc.ctx) wantSigBytes := mustHexDecode(t, tc.wantSig) sk, err := tc.par.DecodeSecretKey(skBytes) if err != nil { t.Fatalf("par.DecodeSecretKey() err = %v, want nil", err) } pk, err := tc.par.DecodePublicKey(pkBytes) if err != nil { t.Fatalf("pk.DecodePublicKey() err = %v, want nil", err) } sig, err := sk.SignDeterministic(msgBytes, ctxBytes) if err != nil { t.Fatalf("sk.SignDeterministic() err = %v, want nil", err) } if !slices.Equal(sig, wantSigBytes) { t.Fatalf("sk.SignDeterministic() = %x, want %x", sig, wantSigBytes) } if err := pk.Verify(msgBytes, wantSigBytes, ctxBytes); err != nil { t.Errorf("pk.Verify() err = %v, want nil", err) } }) } } func TestSignVerify(t *testing.T) { for _, tc := range []struct { name string par *params }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s}, {"SLH-DSA-SHAKE-128s", SLH_DSA_SHAKE_128s}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f}, } { t.Run(tc.name, func(t *testing.T) { sk, pk := tc.par.KeyGen() var m [32]byte rand.Read(m[:]) var ctx [32]byte rand.Read(ctx[:]) signature, err := sk.Sign(m[:], ctx[:]) if err != nil { t.Fatalf("sk.Sign() err = %v, want nil", err) } signature2, err := sk.Sign(m[:], ctx[:]) if err != nil { t.Fatalf("sk.Sign() err = %v, want nil", err) } if slices.Equal(signature, signature2) { t.Fatal("sk.Sign() == sk.Sign(), want sk.Sign() != sk.Sign()") } if err := pk.Verify(m[:], signature, ctx[:]); err != nil { t.Fatalf("pk.Verify() err = %v, want nil", err) } signature[0] ^= 1 // Corrupt the signature. if err := pk.Verify(m[:], signature, ctx[:]); err == nil { t.Errorf("pk.Verify() = nil, want err") } }) } } func TestSignDeterministicVerify(t *testing.T) { for _, tc := range []struct { name string par *params }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s}, {"SLH-DSA-SHAKE-128s", SLH_DSA_SHAKE_128s}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f}, } { t.Run(tc.name, func(t *testing.T) { sk, pk := tc.par.KeyGen() var m [32]byte rand.Read(m[:]) var ctx [32]byte rand.Read(ctx[:]) signature, err := sk.SignDeterministic(m[:], ctx[:]) if err != nil { t.Fatalf("sk.Sign() err = %v, want nil", err) } signature2, err := sk.SignDeterministic(m[:], ctx[:]) if err != nil { t.Fatalf("sk.Sign() err = %v, want nil", err) } if !slices.Equal(signature, signature2) { t.Fatal("sk.SignDeterministic() != sk.SignDeterministic(), want sk.SignDeterministic() == sk.SignDeterministic()") } if err := pk.Verify(m[:], signature, ctx[:]); err != nil { t.Fatalf("pk.Verify() err = %v, want nil", err) } signature[0] ^= 1 // Corrupt the signature. if err := pk.Verify(m[:], signature, ctx[:]); err == nil { t.Errorf("pk.Verify() = nil, want err") } }) } } func TestVerifyInvalidSignatureLength(t *testing.T) { for _, tc := range []struct { name string par *params }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s}, {"SLH-DSA-SHAKE-128s", SLH_DSA_SHAKE_128s}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f}, } { t.Run(tc.name, func(t *testing.T) { _, pk := tc.par.KeyGen() sigLenPlus1 := make([]byte, (1+pk.p.k*(1+pk.p.a)+pk.p.h+pk.p.d*pk.p.len)*pk.p.n+1) if err := pk.Verify([]byte{}, sigLenPlus1, []byte{}); err == nil { t.Errorf("pk.Verify() = nil, want err") } sigLenMinus1 := make([]byte, (1+pk.p.k*(1+pk.p.a)+pk.p.h+pk.p.d*pk.p.len)*pk.p.n-1) if err := pk.Verify([]byte{}, sigLenMinus1, []byte{}); err == nil { t.Errorf("pk.Verify() = nil, want err") } }) } } func TestDecodePublicKeyInvalidLength(t *testing.T) { for _, tc := range []struct { name string par *params }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s}, {"SLH-DSA-SHAKE-128s", SLH_DSA_SHAKE_128s}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f}, } { t.Run(tc.name, func(t *testing.T) { pkEncPlus1 := make([]byte, 2*tc.par.n+1) if _, err := tc.par.DecodePublicKey(pkEncPlus1); err == nil { t.Errorf("DecodePublicKey() = nil, want err") } pkEncMinus1 := make([]byte, 2*tc.par.n-1) if _, err := tc.par.DecodePublicKey(pkEncMinus1); err == nil { t.Errorf("DecodePublicKey() = nil, want err") } }) } } func TestDecodeSecretKeyInvalidLength(t *testing.T) { for _, tc := range []struct { name string par *params }{ {"SLH-DSA-SHA2-128s", SLH_DSA_SHA2_128s}, {"SLH-DSA-SHAKE-128s", SLH_DSA_SHAKE_128s}, {"SLH-DSA-SHA2-128f", SLH_DSA_SHA2_128f}, {"SLH-DSA-SHAKE-128f", SLH_DSA_SHAKE_128f}, {"SLH-DSA-SHA2-192s", SLH_DSA_SHA2_192s}, {"SLH-DSA-SHAKE-192s", SLH_DSA_SHAKE_192s}, {"SLH-DSA-SHA2-192f", SLH_DSA_SHA2_192f}, {"SLH-DSA-SHAKE-192f", SLH_DSA_SHAKE_192f}, {"SLH-DSA-SHA2-256s", SLH_DSA_SHA2_256s}, {"SLH-DSA-SHAKE-256s", SLH_DSA_SHAKE_256s}, {"SLH-DSA-SHA2-256f", SLH_DSA_SHA2_256f}, {"SLH-DSA-SHAKE-256f", SLH_DSA_SHAKE_256f}, } { t.Run(tc.name, func(t *testing.T) { skEncPlus1 := make([]byte, 4*tc.par.n+1) if _, err := tc.par.DecodeSecretKey(skEncPlus1); err == nil { t.Errorf("DecodeSecretKey() = nil, want err") } skEncMinus1 := make([]byte, 4*tc.par.n-1) if _, err := tc.par.DecodeSecretKey(skEncMinus1); err == nil { t.Errorf("DecodeSecretKey() = nil, want err") } }) } } func TestSignVerifyContextInvalidLength(t *testing.T) { sk, pk := SLH_DSA_SHA2_128s.KeyGen() var m [32]byte rand.Read(m[:]) var ctx [256]byte rand.Read(ctx[:]) _, err := sk.Sign(m[:], ctx[:]) if err == nil { t.Errorf("sk.Sign(...) = nil, want err") } signature, err := sk.Sign(m[:], ctx[:255]) if err != nil { t.Errorf("sk.Sign(...) = err, want nil") } err = pk.Verify(m[:], signature, ctx[:]) if err == nil { t.Errorf("pk.Verify(...) = nil, want err") } } func TestSignDeterministicContextTooLong(t *testing.T) { sk, _ := SLH_DSA_SHA2_128s.KeyGen() var m [32]byte rand.Read(m[:]) var ctx [256]byte rand.Read(ctx[:]) _, err := sk.SignDeterministic(m[:], ctx[:]) if err == nil { t.Fatalf("sk.SignDeterministic(...) = nil, want err") } } ================================================ FILE: internal/signature/slhdsa/support.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa // Algorithm 2 (toInt). // We do not assume that toInt and toByte are inverses of each other. // The argument type of toByte does not match the return type of toInt, // instead these have been chosen to fit the parameter sets accordingly. func toInt(x []byte, n uint32) uint64 { if len(x) < int(n) || n > 8 { panic("unreachable") } total := uint64(0) for i := range n { total = 256*total + uint64(x[i]) } return total } // Algorithm 3 (toByte). func toByte(x uint32, n uint32) []byte { total := x s := make([]byte, n) for i := range n { s[n-1-i] = byte(total) total >>= 8 } return s } // Algorithm 4 (base_{2^b}). func base2b(x []byte, b uint32, outLen uint32) []uint32 { if len(x) < int((outLen*b+7)/8) { panic("unreachable") } in := 0 bits := uint32(0) total := uint32(0) baseb := make([]uint32, outLen) for out := range outLen { for bits < b { total = (total << 8) + uint32(x[in]) in++ bits += 8 } bits -= b baseb[out] = (total >> bits) & ((1 << b) - 1) } return baseb } ================================================ FILE: internal/signature/slhdsa/support_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "slices" "testing" ) func TestToInt(t *testing.T) { for _, tc := range []struct { x []byte n uint32 want uint64 }{ { x: []byte{0xF1}, n: 1, want: 0xF1, }, { x: []byte{0xF1, 0xAB}, n: 2, want: 0xF1AB, }, { x: []byte{0xF1, 0xAB, 0x03}, n: 3, want: 0xF1AB03, }, { x: []byte{0xF1, 0xAB, 0x03, 0xCD}, n: 4, want: 0xF1AB03CD, }, { x: []byte{0xF1, 0xAB, 0x03, 0xCD, 0xEF}, n: 5, want: 0xF1AB03CDEF, }, { x: []byte{0xF1, 0xAB, 0x03, 0xCD, 0xEF, 0x01}, n: 6, want: 0xF1AB03CDEF01, }, { x: []byte{0xF1, 0xAB, 0x03, 0xCD, 0xEF, 0x01, 0xEF}, n: 7, want: 0xF1AB03CDEF01EF, }, { x: []byte{0xF1, 0xAB, 0x03, 0xCD, 0xEF, 0x01, 0xEF, 0x3F}, n: 8, want: 0xF1AB03CDEF01EF3F, }, } { if got := toInt(tc.x, tc.n); got != tc.want { t.Errorf("toInt(%v, %v) = %v, want %v", tc.x, tc.n, got, tc.want) } } } func TestToByte(t *testing.T) { for _, tc := range []struct { x uint32 n uint32 want []byte }{ { x: 0xF1, n: 1, want: []byte{0xF1}, }, { x: 0xF1AB, n: 2, want: []byte{0xF1, 0xAB}, }, { x: 0xF1AB03, n: 3, want: []byte{0xF1, 0xAB, 0x03}, }, { x: 0xF1AB03CD, n: 4, want: []byte{0xF1, 0xAB, 0x03, 0xCD}, }, } { if got := toByte(tc.x, tc.n); !slices.Equal(got, tc.want) { t.Errorf("toByte(%v, %v) = %v, want %v", tc.x, tc.n, got, tc.want) } } } func TestBase2b(t *testing.T) { for _, tc := range []struct { x []byte b uint32 outLen uint32 want []uint32 }{ // Test vectors generated using the reference implementation (https://github.com/sphincs/sphincsplus). { x: []byte{0x10, 0xc0}, b: 4, outLen: 3, want: []uint32{0x1, 0x0, 0xc}, }, { x: []byte{0x24, 0xc9, 0x33, 0x1f, 0xd2, 0x80, 0xe6, 0x45, 0xcf, 0xc, 0x2c, 0x4d, 0x6b, 0x42, 0x46, 0x53}, b: 4, outLen: 32, want: []uint32{0x2, 0x4, 0xc, 0x9, 0x3, 0x3, 0x1, 0xf, 0xd, 0x2, 0x8, 0x0, 0xe, 0x6, 0x4, 0x5, 0xc, 0xf, 0x0, 0xc, 0x2, 0xc, 0x4, 0xd, 0x6, 0xb, 0x4, 0x2, 0x4, 0x6, 0x5, 0x3}, }, { x: []byte{0xeb, 0x4a, 0xa8, 0x31, 0xbe, 0x83, 0x5b, 0x70, 0xae, 0xca, 0x5e, 0x17, 0x5, 0xea, 0xfd, 0xdd, 0x8f, 0xc2, 0x6, 0xa3, 0xe1, 0x84, 0x32, 0x3}, b: 4, outLen: 48, want: []uint32{0xe, 0xb, 0x4, 0xa, 0xa, 0x8, 0x3, 0x1, 0xb, 0xe, 0x8, 0x3, 0x5, 0xb, 0x7, 0x0, 0xa, 0xe, 0xc, 0xa, 0x5, 0xe, 0x1, 0x7, 0x0, 0x5, 0xe, 0xa, 0xf, 0xd, 0xd, 0xd, 0x8, 0xf, 0xc, 0x2, 0x0, 0x6, 0xa, 0x3, 0xe, 0x1, 0x8, 0x4, 0x3, 0x2, 0x0, 0x3}, }, { x: []byte{0x55, 0xdf, 0x97, 0xab, 0x41, 0x40, 0xff, 0x9, 0xc4, 0x50, 0x33, 0xed, 0xd5, 0xc6, 0xd, 0x7, 0x21, 0x68, 0x24, 0x40, 0x18, 0x2c, 0xd7, 0x84, 0xa7, 0xfb, 0xb7, 0x36, 0xfd, 0x53, 0x54, 0xb4}, b: 4, outLen: 64, want: []uint32{0x5, 0x5, 0xd, 0xf, 0x9, 0x7, 0xa, 0xb, 0x4, 0x1, 0x4, 0x0, 0xf, 0xf, 0x0, 0x9, 0xc, 0x4, 0x5, 0x0, 0x3, 0x3, 0xe, 0xd, 0xd, 0x5, 0xc, 0x6, 0x0, 0xd, 0x0, 0x7, 0x2, 0x1, 0x6, 0x8, 0x2, 0x4, 0x4, 0x0, 0x1, 0x8, 0x2, 0xc, 0xd, 0x7, 0x8, 0x4, 0xa, 0x7, 0xf, 0xb, 0xb, 0x7, 0x3, 0x6, 0xf, 0xd, 0x5, 0x3, 0x5, 0x4, 0xb, 0x4}, }, { x: []byte{0xb2, 0xc8, 0x73, 0x76, 0x9f, 0x90, 0x8c, 0x51, 0x20, 0x59, 0x7c, 0xe, 0x3f, 0x21, 0xc0, 0xf1, 0xa8, 0xb0, 0xc8, 0x59, 0xc, 0x3d, 0xaf, 0x23, 0x1b}, b: 6, outLen: 33, want: []uint32{0x2c, 0x2c, 0x21, 0x33, 0x1d, 0x29, 0x3e, 0x10, 0x23, 0x5, 0x4, 0x20, 0x16, 0x17, 0x30, 0xe, 0xf, 0x32, 0x7, 0x0, 0x3c, 0x1a, 0x22, 0x30, 0x32, 0x5, 0x24, 0xc, 0xf, 0x1a, 0x3c, 0x23, 0x6}, }, { x: []byte{0x95, 0x95, 0xea, 0x4d, 0xb1, 0x29, 0x8e, 0x63, 0x9a, 0xcb, 0x8b, 0x90, 0xdf, 0x47, 0x85, 0x10, 0x79, 0x92, 0xd0, 0x2f, 0x8, 0x78, 0x3e, 0xc3, 0xe0, 0xbd, 0x38, 0xda, 0x61, 0x93, 0x81, 0x2c, 0xd4}, b: 8, outLen: 33, want: []uint32{0x95, 0x95, 0xea, 0x4d, 0xb1, 0x29, 0x8e, 0x63, 0x9a, 0xcb, 0x8b, 0x90, 0xdf, 0x47, 0x85, 0x10, 0x79, 0x92, 0xd0, 0x2f, 0x8, 0x78, 0x3e, 0xc3, 0xe0, 0xbd, 0x38, 0xda, 0x61, 0x93, 0x81, 0x2c, 0xd4}, }, { x: []byte{0x58, 0x51, 0x57, 0x6d, 0x43, 0x1, 0x6c, 0x66, 0xae, 0xe4, 0x83, 0xa6, 0x97, 0xe6, 0xe0, 0xf4, 0x4d, 0xe6, 0x93, 0xc6, 0x2c, 0xf6, 0x46, 0x82, 0x6e, 0xdb, 0x0, 0x72, 0x35, 0xb5, 0x23, 0x9, 0xfa, 0x2a, 0x91, 0x9e, 0x3b, 0xc4, 0x86, 0x80}, b: 9, outLen: 35, want: []uint32{0xb0, 0x145, 0xbb, 0xd4, 0x60, 0x5b, 0x33, 0xae, 0x1c9, 0xe, 0x134, 0x17e, 0xdc, 0x3d, 0x26, 0x1e6, 0x127, 0x118, 0x167, 0x164, 0xd0, 0x9b, 0x16d, 0x100, 0xe4, 0xd6, 0x1a9, 0x30, 0x13f, 0x8a, 0x148, 0x19e, 0x77, 0x112, 0x34}, }, { x: []byte{0x60, 0xf2, 0xcf, 0xe4, 0xa4, 0xc, 0x28, 0xa1, 0x78, 0xad, 0x33, 0xd3, 0x71, 0x62, 0x13, 0x3, 0x8e, 0xf6, 0x1d, 0x69, 0xf5}, b: 12, outLen: 14, want: []uint32{0x60f, 0x2cf, 0xe4a, 0x40c, 0x28a, 0x178, 0xad3, 0x3d3, 0x716, 0x213, 0x38, 0xef6, 0x1d6, 0x9f5}, }, { x: []byte{0xc5, 0xc6, 0x68, 0x70, 0x9, 0xe0, 0xd9, 0xd3, 0x6c, 0x8d, 0x2f, 0x77, 0x5b, 0x45, 0xde, 0x58, 0xca, 0x64, 0x34, 0xb1, 0xc7, 0xfe, 0x27, 0xdf, 0x6b, 0xc4, 0x1c, 0x13, 0xd3, 0x34}, b: 14, outLen: 17, want: []uint32{0x3171, 0x2687, 0x27, 0x20d9, 0x34db, 0x8d2, 0x3ddd, 0x1b45, 0x3796, 0xca6, 0x10d2, 0x31c7, 0x3f89, 0x3df6, 0x2f10, 0x1c13, 0x34cd}, }, { x: []byte{0x7c, 0x4, 0xea, 0x2, 0xf6, 0x30, 0xc8, 0x68, 0xa2, 0x95, 0x37, 0xfe, 0x89, 0x2c, 0x38, 0x35, 0xf1, 0x8e, 0x4f, 0xb5, 0x78, 0x7b, 0xdc, 0xfd, 0xb, 0x24, 0xc1, 0x9b, 0xf6, 0x4b, 0xec, 0x6f, 0x4f, 0xc4, 0xe9, 0x56, 0xb, 0x79, 0x70}, b: 14, outLen: 22, want: []uint32{0x1f01, 0xea0, 0xbd8, 0x30c8, 0x1a28, 0x2953, 0x1ffa, 0x92c, 0xe0d, 0x1f18, 0x393e, 0x3578, 0x1ef7, 0xfd0, 0x2c93, 0x19b, 0x3d92, 0x3ec6, 0x3d3f, 0x4e9, 0x1582, 0x3797}, }, } { if got := base2b(tc.x, tc.b, tc.outLen); !slices.Equal(got, tc.want) { t.Errorf("base2b(%v, %v, %v) = %v, want %v", tc.x, tc.b, tc.outLen, got, tc.want) } } } ================================================ FILE: internal/signature/slhdsa/wots.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa // Algorithm 5 (chain). func (p *params) chain(x []byte, i uint32, s uint32, pkSeed []byte, adrs *address) []byte { tmp := x for j := i; j < i+s; j++ { adrs.setHashAddress(j) tmp = p.hF(pkSeed, adrs, tmp) } return tmp } // Algorithm 6 (wots_pkGen). func (p *params) wotsPkGen(skSeed []byte, pkSeed []byte, adrs *address) []byte { // Copy address to create key generation address. skAdrs := adrs.copy() skAdrs.setTypeAndClear(addressWOTSPrf) skAdrs.setKeyPairAddress(adrs.keyPairAddress()) var tmp []byte for i := range p.len { skAdrs.setChainAddress(i) // Compute secret value for chain i. sk := p.hPrf(pkSeed, skSeed, skAdrs) adrs.setChainAddress(i) // Compute public value for chain i. tmp = append(tmp, p.chain(sk, 0, p.w-1, pkSeed, adrs)...) } // Copy address to create WOTS+ public key address. wotsPkAdrs := adrs.copy() wotsPkAdrs.setTypeAndClear(addressWOTSPk) wotsPkAdrs.setKeyPairAddress(adrs.keyPairAddress()) // Compress public key. return p.hTl(pkSeed, wotsPkAdrs, tmp) } func (p *params) wotsChecksum(msg []byte) []uint32 { // Convert message to base w. msgb := base2b(msg, p.lgw, p.len1) // Compute checksum. csum := uint32(0) for i := range p.len1 { csum = csum + p.w - 1 - msgb[i] } // For lgw = 4, left shift by 4. csum <<= ((8 - ((p.len2 * p.lgw) & 7)) & 7) // Convert to base w. buf := toByte(csum, (p.len2*p.lgw+7)/8) return append(msgb, base2b(buf[:], p.lgw, p.len2)...) } // Algorithm 7 (wots_sign). func (p *params) wotsSign(msg []byte, skSeed []byte, pkSeed []byte, adrs *address) []byte { msgw := p.wotsChecksum(msg) // Copy address to create key generation key address. skAdrs := adrs.copy() skAdrs.setTypeAndClear(addressWOTSPrf) skAdrs.setKeyPairAddress(adrs.keyPairAddress()) var sig []byte for i := range p.len { skAdrs.setChainAddress(i) // Compute chain i secret value. sk := p.hPrf(pkSeed, skSeed, skAdrs) adrs.setChainAddress(i) // Compute chain i signature value. sig = append(sig, p.chain(sk, 0, msgw[i], pkSeed, adrs)...) } return sig } // Algorithm 8 (wots_pkFromSig). // Here sig is a flattened len * n-byte slice of individual n-byte chunks and M is an n-byte message. func (p *params) wotsPkFromSig(sig []byte, msg []byte, pkSeed []byte, adrs *address) []byte { if len(sig) != int(p.len*p.n) { panic("unreachable") } msgw := p.wotsChecksum(msg) var tmp []byte for i := range p.len { adrs.setChainAddress(i) // Extract the i-th n-byte chunk of the signature. sigI := sig[i*p.n : (i+1)*p.n] tmp = append(tmp, p.chain(sigI, msgw[i], p.w-1-msgw[i], pkSeed, adrs)...) } // Copy address to create WOTS+ public key address. wotspkAdrs := adrs.copy() wotspkAdrs.setTypeAndClear(addressWOTSPk) wotspkAdrs.setKeyPairAddress(adrs.keyPairAddress()) return p.hTl(pkSeed, wotspkAdrs, tmp) } ================================================ FILE: internal/signature/slhdsa/wots_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "slices" "testing" ) func TestChainKat(t *testing.T) { par := SLH_DSA_SHA2_128s x := []byte{0xe, 0x67, 0x56, 0xac, 0x2, 0x60, 0x33, 0x62, 0x35, 0x1, 0xc9, 0x18, 0x8d, 0x17, 0x38, 0x8f} i := uint32(9) s := uint32(6) pkSeed := []byte{0x65, 0x54, 0x50, 0x6b, 0x6a, 0x55, 0x89, 0xdd, 0x2, 0xea, 0x35, 0x56, 0x92, 0xa9, 0xe, 0xf2} adrs := &address{0x0, 0x0, 0x0, 0x6, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x1, 0x81, 0x0, 0x0, 0x0, 0x1d, 0x0, 0x0, 0x0, 0xe} want := []byte{0x1a, 0xdf, 0x4a, 0x24, 0x50, 0x32, 0xaf, 0x6a, 0xb3, 0x1f, 0xf8, 0x3e, 0xd, 0xdb, 0xd9, 0xcb} if got := par.chain(x, i, s, pkSeed, adrs); !slices.Equal(got, want) { t.Errorf("par.chain() = %v, want %v", got, want) } } func TestWotsPkGenKat(t *testing.T) { par := SLH_DSA_SHA2_128s skSeed := []byte{0x9b, 0xea, 0xfd, 0x4b, 0xd1, 0x6c, 0xd9, 0x12, 0x4b, 0xc2, 0xa9, 0x3d, 0x3e, 0x69, 0xa7, 0x44} pkSeed := []byte{0x54, 0x94, 0x44, 0x6e, 0xdc, 0xe5, 0x70, 0x4, 0xf2, 0x49, 0x5a, 0xbc, 0x93, 0xf0, 0x4, 0x70} adrs := &address{0x0, 0x0, 0x0, 0x2, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x2, 0x56, 0x7a, 0x35, 0xf1, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x1, 0xb4, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0} want := []byte{0xa6, 0xd3, 0x1e, 0xc6, 0x54, 0x58, 0x48, 0xe1, 0xab, 0x75, 0xa1, 0x8a, 0x11, 0x84, 0x85, 0xb6} if got := par.wotsPkGen(skSeed, pkSeed, adrs); !slices.Equal(got, want) { t.Errorf("par.wotsPkGen() = %v, want %v", got, want) } } func TestWotsSignKat(t *testing.T) { par := SLH_DSA_SHA2_128s msg := []byte{0x3, 0xea, 0x96, 0x83, 0x50, 0x24, 0x18, 0x83, 0xc4, 0xd1, 0x5f, 0xbb, 0x2e, 0x96, 0xfc, 0x7e} skSeed := []byte{0x1d, 0xff, 0x3f, 0xe7, 0x80, 0x72, 0x96, 0x70, 0x56, 0x57, 0xd2, 0xb6, 0x8a, 0xd7, 0x7d, 0xd5} pkSeed := []byte{0xe8, 0x8e, 0xc9, 0x8e, 0x19, 0x9a, 0x85, 0xf, 0xf8, 0xbf, 0x4e, 0x7e, 0x6b, 0x20, 0xe9, 0xa7} adrs := &address{0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0xe, 0xdf, 0x7e, 0x3d, 0xd7, 0x8d, 0x7e, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0xef, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0} want := []byte{0x5d, 0x9e, 0xaf, 0x9c, 0xdc, 0x14, 0x59, 0xf5, 0x9e, 0xcd, 0x22, 0x2e, 0x82, 0x1e, 0xf0, 0x6e, 0x42, 0x48, 0xa1, 0x97, 0xed, 0x58, 0x64, 0xe8, 0xb8, 0x41, 0x6f, 0xda, 0x6, 0xea, 0xe1, 0x26, 0x7d, 0xf8, 0xd0, 0x35, 0x40, 0xc, 0x92, 0x7, 0x73, 0x28, 0xe9, 0x6, 0x6, 0x3d, 0x3a, 0xa, 0xaa, 0xdd, 0x2e, 0x56, 0x80, 0xb0, 0x4d, 0x58, 0xa1, 0x98, 0x0, 0x6c, 0x38, 0x64, 0xb0, 0x95, 0xe8, 0xa4, 0x93, 0x3, 0xf, 0xa3, 0xa, 0x62, 0x89, 0xb1, 0x17, 0x42, 0x8d, 0xa3, 0x0, 0x75, 0x77, 0x52, 0x5f, 0x13, 0x71, 0xf3, 0x74, 0x0, 0xb3, 0x17, 0x73, 0x37, 0x17, 0xb0, 0x85, 0x92, 0x7b, 0x4b, 0x93, 0x64, 0x6a, 0x16, 0x6c, 0xb0, 0x5, 0xe9, 0xb9, 0x9, 0x50, 0x44, 0xc6, 0x4, 0xb2, 0x54, 0xa6, 0x59, 0x1d, 0xba, 0x42, 0x73, 0xb6, 0x48, 0xaf, 0xf0, 0x14, 0x68, 0x7a, 0x0, 0x43, 0xd7, 0xe5, 0xbe, 0x92, 0xb2, 0xc1, 0x1a, 0xeb, 0x87, 0xd9, 0x33, 0xb, 0x7b, 0x12, 0x60, 0xf6, 0xe7, 0x65, 0x8d, 0xf0, 0x89, 0x4, 0x1a, 0xf0, 0x74, 0x15, 0xe, 0x41, 0x1b, 0x8, 0x99, 0x4e, 0x1d, 0x8b, 0xd1, 0x43, 0x30, 0xa8, 0xe9, 0x7f, 0x1a, 0xd0, 0xd7, 0xf5, 0x80, 0x12, 0xb8, 0x65, 0x33, 0x7e, 0xf4, 0x5e, 0x11, 0x71, 0x84, 0x6b, 0x92, 0x1, 0xeb, 0x4d, 0x9f, 0x9e, 0x7a, 0xdf, 0x3b, 0x4c, 0xba, 0x5b, 0xb0, 0x44, 0xae, 0x7a, 0x24, 0x3, 0x2c, 0xac, 0x51, 0xfe, 0x1c, 0x74, 0x0, 0x7a, 0xc7, 0xc0, 0xdb, 0x22, 0x72, 0xa5, 0x8a, 0x63, 0x80, 0x9e, 0xe2, 0xe6, 0x23, 0xc8, 0xa7, 0xb9, 0x9b, 0x7a, 0x21, 0xc7, 0xd, 0x98, 0x66, 0x67, 0x88, 0xac, 0x5, 0x37, 0x4d, 0x2e, 0x3b, 0x2c, 0x12, 0xc9, 0x9c, 0x0, 0x24, 0x1f, 0x6f, 0xa2, 0xcd, 0xf3, 0x37, 0x73, 0x7d, 0x5d, 0x67, 0x74, 0x99, 0xe6, 0x18, 0x23, 0xa8, 0x1c, 0x86, 0x53, 0x71, 0x34, 0x8b, 0x88, 0x6b, 0xd3, 0x8a, 0xdb, 0xc1, 0x7a, 0xa8, 0x41, 0x6a, 0xcc, 0x29, 0x1d, 0xa1, 0xda, 0x3d, 0xd1, 0x33, 0x2f, 0x4e, 0x59, 0x51, 0x8d, 0xc, 0xc0, 0x2e, 0xe2, 0x8f, 0x6, 0x96, 0x6c, 0x9b, 0x57, 0x5f, 0xcb, 0xb7, 0xd4, 0x8c, 0xbd, 0x16, 0xc5, 0x2a, 0xf3, 0x89, 0x72, 0xa2, 0xd5, 0xde, 0x3e, 0xe6, 0xee, 0xfa, 0xca, 0x5, 0xe7, 0xfe, 0xe9, 0x36, 0xa4, 0x2c, 0xe9, 0xff, 0xeb, 0x69, 0x63, 0x6a, 0xe5, 0xa1, 0x68, 0xb4, 0x2, 0x6, 0x73, 0xf, 0x99, 0x7a, 0xb3, 0x56, 0x2d, 0x64, 0xf4, 0x6b, 0xd7, 0x3b, 0x95, 0x1f, 0x7c, 0x1e, 0x81, 0x8c, 0x3e, 0xec, 0xea, 0xe1, 0xa4, 0x31, 0x76, 0xe8, 0xa0, 0x9d, 0xaf, 0x55, 0x88, 0xc5, 0x4a, 0x53, 0x8b, 0xbd, 0xf7, 0xc5, 0x55, 0xf1, 0x47, 0x1b, 0x5, 0x86, 0x7a, 0x51, 0xc7, 0x5b, 0x44, 0x34, 0x83, 0x1f, 0x58, 0x94, 0x4e, 0x4b, 0xce, 0x7, 0x2b, 0xa, 0xd0, 0x63, 0x4e, 0xc9, 0xe9, 0x76, 0x14, 0xb1, 0xb6, 0x50, 0x40, 0x43, 0x31, 0xa9, 0x50, 0xb7, 0x71, 0x26, 0x52, 0xef, 0x2a, 0xa1, 0x5a, 0xaa, 0x29, 0x90, 0xbc, 0x23, 0x92, 0xa8, 0x82, 0x45, 0xe7, 0xd0, 0x7e, 0x43, 0x81, 0x74, 0xa, 0xf8, 0xbd, 0x1c, 0x5, 0x84, 0xca, 0x8b, 0xfe, 0x92, 0xd2, 0xf5, 0x3d, 0x79, 0x4, 0x6f, 0x70, 0x45, 0x9c, 0x38, 0x96, 0x3d, 0x63, 0xe8, 0xd7, 0xbb, 0x4a, 0x9a, 0xfc, 0xd6, 0x9, 0x7d, 0xa4, 0xb, 0x62, 0xb4, 0x3b, 0x76, 0x2, 0xc, 0x18, 0x45, 0x2, 0x62, 0xb6, 0x4b, 0x5f, 0x31, 0xa6, 0xcf, 0x38, 0x89, 0x1f, 0xe4, 0xfa, 0xab, 0x5a, 0x4a, 0x51, 0xe0, 0x5c, 0x92, 0xbd, 0x33, 0xf8, 0x49, 0x5b, 0x1, 0x4f, 0xaa, 0xa0, 0x4c, 0x51, 0x6f, 0xde, 0xc8, 0xbf, 0xf8, 0x9d, 0xd5, 0x82, 0xe3, 0x24, 0x94, 0x90, 0xf2, 0xa1, 0xb6, 0xbe, 0x6d, 0x20, 0x70, 0xc1, 0x93, 0x9d, 0x44, 0x62, 0x79, 0xb, 0x70, 0x6f, 0xff, 0x96, 0x78, 0x21, 0x2c, 0xed, 0xf7, 0x31, 0xbc, 0xa5, 0x5, 0x2e, 0x13, 0xdf, 0x31, 0xa2, 0x1e, 0x5a, 0xaf} if got := par.wotsSign(msg, skSeed, pkSeed, adrs); !slices.Equal(got, want) { t.Errorf("par.wotsSign() = %v, want %v", got, want) } } func TestWotsPkFromSigKat(t *testing.T) { par := SLH_DSA_SHA2_128s sig := []byte{0x93, 0x3e, 0x6f, 0x62, 0xc4, 0x4b, 0x7f, 0x4a, 0x4d, 0x63, 0x9f, 0xc6, 0x1e, 0x93, 0x5e, 0x4a, 0xfa, 0xf6, 0x2e, 0x9a, 0xc, 0xa0, 0xcb, 0x38, 0xac, 0xec, 0xd5, 0x87, 0xcf, 0x7c, 0x5e, 0xc, 0xfa, 0xc2, 0x89, 0xe3, 0xab, 0x9e, 0xba, 0xb1, 0x8c, 0x2a, 0xc6, 0x88, 0xc1, 0xac, 0x76, 0x78, 0xd1, 0xb9, 0x57, 0xa, 0x7b, 0x95, 0x6e, 0x92, 0x11, 0x3f, 0x54, 0xce, 0x49, 0xd8, 0x82, 0x68, 0x8d, 0xf7, 0x95, 0xb, 0xa6, 0xfc, 0x4a, 0x94, 0x5e, 0xb5, 0x22, 0x7b, 0xcd, 0x8e, 0xe1, 0x2c, 0x11, 0x7e, 0xbd, 0xf, 0x73, 0xa3, 0x14, 0xe1, 0xf9, 0x87, 0x91, 0x3a, 0x5e, 0xd7, 0x53, 0xf8, 0x47, 0x6c, 0xe5, 0xaf, 0x36, 0x76, 0x7d, 0x43, 0xe, 0x76, 0x3a, 0x5c, 0x33, 0x1f, 0x3d, 0x27, 0x80, 0x70, 0x6e, 0x83, 0x2f, 0x3b, 0x4f, 0xe, 0xbd, 0xc6, 0x55, 0x67, 0x2e, 0x5a, 0x80, 0x9b, 0xd9, 0xcf, 0x18, 0x62, 0xac, 0x25, 0x35, 0x21, 0x98, 0x39, 0x91, 0x92, 0x8f, 0x11, 0x4b, 0x30, 0x2f, 0x79, 0xae, 0xa0, 0x70, 0xdd, 0xaa, 0xb2, 0x24, 0x31, 0x1, 0xda, 0xff, 0xbe, 0xe5, 0x88, 0xd2, 0x6b, 0x7b, 0x1c, 0x8f, 0xdb, 0x77, 0x8c, 0x51, 0x2b, 0x2d, 0xfe, 0x5b, 0x13, 0x2a, 0xd9, 0xfc, 0xd3, 0xe2, 0x41, 0xaa, 0x48, 0xaa, 0x7b, 0xd7, 0xc3, 0x2b, 0x7f, 0x20, 0x3d, 0xf8, 0x27, 0x15, 0x93, 0x7f, 0xa5, 0xa4, 0x7, 0x2e, 0xd, 0x4e, 0x70, 0x9a, 0xaf, 0x9e, 0x47, 0x37, 0x93, 0x9a, 0x7f, 0x50, 0x68, 0xfb, 0x47, 0xe9, 0x2f, 0xd6, 0x28, 0xfa, 0xd1, 0x9, 0xac, 0x58, 0x30, 0x3b, 0x19, 0x3e, 0xfc, 0x8f, 0x83, 0x67, 0x31, 0x83, 0xd4, 0x29, 0x5e, 0x6f, 0x59, 0xc7, 0xc, 0x3c, 0xfc, 0xf4, 0xf3, 0x4b, 0xc6, 0x8f, 0xad, 0xf9, 0x55, 0x24, 0x94, 0xeb, 0x4f, 0xf7, 0xd9, 0xc0, 0xfd, 0x26, 0xf4, 0x47, 0x98, 0xb3, 0xf, 0x3e, 0xfa, 0x38, 0x80, 0xb4, 0x59, 0x13, 0x2c, 0xd0, 0x45, 0xdc, 0xbd, 0xfc, 0x86, 0x72, 0xa5, 0xfa, 0xb2, 0xb3, 0xe, 0x6a, 0x9, 0xb2, 0xa8, 0x6a, 0xbf, 0x12, 0x95, 0x53, 0x52, 0xf7, 0x23, 0x7f, 0xdb, 0x6c, 0x5e, 0xcf, 0x29, 0x90, 0xfb, 0xcb, 0x5c, 0x31, 0xe2, 0x3f, 0x90, 0xa4, 0x3, 0xdb, 0xde, 0xa5, 0x36, 0xf4, 0xda, 0xc0, 0xfa, 0x9, 0x3b, 0xa6, 0x91, 0x7f, 0x1c, 0x88, 0x2e, 0x93, 0x7f, 0xdf, 0xe2, 0x8e, 0x49, 0xe3, 0xdd, 0x39, 0x7b, 0x30, 0xb7, 0xb4, 0x8, 0xf0, 0x85, 0x55, 0x53, 0xc1, 0x50, 0x3f, 0x3b, 0x3a, 0xa8, 0xd1, 0x20, 0xd, 0xc4, 0x28, 0x29, 0xb6, 0xec, 0x44, 0x46, 0x75, 0x39, 0x2d, 0xd1, 0xf, 0xa3, 0xf2, 0x85, 0xf3, 0x70, 0x45, 0x48, 0x55, 0xae, 0xc8, 0x37, 0xdd, 0x0, 0x3c, 0xa6, 0x86, 0xa6, 0xe5, 0xd7, 0x3e, 0x6f, 0x23, 0xe, 0xba, 0x45, 0x9a, 0x87, 0x40, 0x40, 0x1, 0x12, 0xc2, 0xd4, 0x2a, 0x99, 0xe6, 0x63, 0x60, 0xec, 0xfb, 0xef, 0xf4, 0x34, 0x4, 0xe2, 0x16, 0x21, 0xb6, 0x9b, 0xb8, 0xb9, 0x63, 0x4a, 0x6b, 0xb1, 0x75, 0xf4, 0x84, 0x39, 0x5, 0x66, 0x65, 0x34, 0xa6, 0xb, 0x2e, 0xcd, 0x8e, 0x9e, 0xc5, 0x72, 0xeb, 0xfe, 0xab, 0xdf, 0x80, 0x86, 0x98, 0xfa, 0x9f, 0xf9, 0x5, 0x8b, 0x85, 0x36, 0xd8, 0x13, 0xb1, 0xfc, 0x72, 0x53, 0xbb, 0xe4, 0x76, 0x38, 0xf8, 0x56, 0xdb, 0x38, 0x2c, 0xed, 0x4, 0x8f, 0xb2, 0xf0, 0xec, 0xf0, 0xc3, 0xa0, 0x64, 0xac, 0x58, 0x11, 0xa, 0x1a, 0xe2, 0x40, 0x2f, 0x1, 0x6e, 0xbf, 0x4a, 0xa1, 0xde, 0x64, 0x28, 0x53, 0x76, 0xff, 0xa9, 0x74, 0xc1, 0xc3, 0xc6, 0x9e, 0xc0, 0x51, 0x3, 0xe8, 0xb9, 0x3c, 0xa3, 0x9d, 0xfb, 0xa2, 0xde, 0x5d, 0x2, 0x22, 0xd7, 0xfe, 0x7a, 0x41, 0x91, 0x13, 0x64, 0xdb, 0x1a, 0xdb, 0x49, 0x19, 0x8c, 0x87, 0xa0, 0xe, 0x53, 0x52, 0x9e, 0x72, 0x7, 0x31, 0xf4, 0x34, 0xc9, 0x87, 0x1c, 0x63, 0xba, 0x52, 0x6e, 0xf7, 0x72, 0xcf, 0xae, 0x88, 0x85, 0xc2, 0x6f, 0x6e, 0x66, 0x8e, 0x3, 0xf2} msg := []byte{0xcf, 0xb7, 0x4b, 0x7d, 0x8a, 0xa4, 0x90, 0xed, 0x1e, 0xcc, 0xf0, 0xd8, 0x8d, 0xc5, 0x2c, 0xda} pkSeed := []byte{0xce, 0x6a, 0x3e, 0xcf, 0x8b, 0x69, 0x93, 0x61, 0xb6, 0xea, 0x8d, 0x7c, 0xee, 0x96, 0x29, 0xa7} adrs := &address{0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x4, 0x2c, 0x32, 0x46, 0xe6, 0x5b, 0x90, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x40, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0} want := []byte{0x6, 0xf9, 0x49, 0xdf, 0x70, 0x78, 0xfb, 0x5b, 0x6c, 0xa3, 0x8c, 0x2a, 0xd1, 0xd6, 0xb7, 0x67} if got := par.wotsPkFromSig(sig, msg, pkSeed, adrs); !slices.Equal(got, want) { t.Errorf("par.wotsPkFromSig() = %v, want %v", got, want) } } ================================================ FILE: internal/signature/slhdsa/xmss.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import "slices" // Algorithm 9 (xmss_node). func (p *params) xmssNode(skSeed []byte, i uint32, z uint32, pkSeed []byte, adrs *address) []byte { if z == 0 { adrs.setTypeAndClear(addressWOTSHash) adrs.setKeyPairAddress(i) return p.wotsPkGen(skSeed, pkSeed, adrs) } lnode := p.xmssNode(skSeed, i<<1, z-1, pkSeed, adrs) rnode := p.xmssNode(skSeed, (i<<1)+1, z-1, pkSeed, adrs) adrs.setTypeAndClear(addressTree) adrs.setTreeHeight(z) adrs.setTreeIndex(i) return p.hH(pkSeed, adrs, slices.Concat(lnode, rnode)) } // Algorithm 10 (xmss_sign). func (p *params) xmssSign(msg []byte, skSeed []byte, idx uint32, pkSeed []byte, adrs *address) []byte { var auth []byte // Build authentication path. for j := range p.hp { k := (idx >> j) ^ 1 auth = append(auth, p.xmssNode(skSeed, k, j, pkSeed, adrs)...) } adrs.setTypeAndClear(addressWOTSHash) adrs.setKeyPairAddress(idx) return slices.Concat(p.wotsSign(msg, skSeed, pkSeed, adrs), auth) } // Algorithm 11 (xmss_pkFromSig). // Here sigXmss is a concatenation of a WOTS+ signature, and an XMSS authentication path. // The latter is a flattened hp * n-byte slice of individual n-byte chunks. func (p *params) xmssPkFromSig(idx uint32, sigXmss []byte, msg []byte, pkSeed []byte, adrs *address) []byte { if len(sigXmss) != int((p.len+p.hp)*p.n) { panic("unreachable") } // Compute WOTS+ public key from WOTS+ signature. adrs.setTypeAndClear(addressWOTSHash) adrs.setKeyPairAddress(idx) sig, auth := sigXmss[:p.len*p.n], sigXmss[p.len*p.n:] node := p.wotsPkFromSig(sig, msg, pkSeed, adrs) // Compute root from WOTS+ public key and auth. adrs.setTypeAndClear(addressTree) adrs.setTreeIndex(idx) for k := range p.hp { adrs.setTreeHeight(k + 1) // This is equivalent to what is done in lines 11 and 14 of algorithm 11 of the SLH-DSA specification. // Shifting right by 1 is implicitly doing a floor division (instead of manually subtracting 1 in the odd case). adrs.setTreeIndex(adrs.treeIndex() >> 1) // Extract the k-th n-byte chunk of auth. authK := auth[k*p.n : (k+1)*p.n] if (idx>>k)&1 == 0 { node = p.hH(pkSeed, adrs, slices.Concat(node, authK)) } else { node = p.hH(pkSeed, adrs, slices.Concat(authK, node)) } } return node } ================================================ FILE: internal/signature/slhdsa/xmss_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "slices" "testing" ) func TestXmssNodeKat(t *testing.T) { par := SLH_DSA_SHA2_128s skSeed := []byte{0x4f, 0x5d, 0xc5, 0xc9, 0x93, 0xb5, 0x88, 0x88, 0xb, 0xc4, 0x8, 0xf9, 0xfd, 0x8e, 0xd6, 0xe2} i := uint32(0x77) z := uint32(2) pkSeed := []byte{0xb5, 0x1f, 0x3b, 0x4f, 0xdc, 0x81, 0x97, 0xeb, 0x7a, 0xc6, 0x67, 0x82, 0x25, 0xac, 0x11, 0xee} adrs := &address{0x0, 0x0, 0x0, 0x4, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x5a, 0xa5, 0x0, 0x0, 0x0, 0x2, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x2, 0x0, 0x0, 0x0, 0x76} want := []byte{0xe8, 0xab, 0xf, 0x93, 0xb4, 0x9b, 0xa2, 0x7a, 0x86, 0x2c, 0xc0, 0xf2, 0xd6, 0xe3, 0xb3, 0x1f} if got := par.xmssNode(skSeed, i, z, pkSeed, adrs); !slices.Equal(got, want) { t.Errorf("par.xmssNode() = %v, want %v", got, want) } } func TestXmssSignKat(t *testing.T) { par := SLH_DSA_SHA2_128s msg := []byte{0x55, 0x50, 0x9d, 0x20, 0x54, 0x35, 0x22, 0x1f, 0x8, 0xaa, 0xa6, 0x89, 0xed, 0x2c, 0xb0, 0xd7} skSeed := []byte{0x4f, 0x5d, 0xc5, 0xc9, 0x93, 0xb5, 0x88, 0x88, 0xb, 0xc4, 0x8, 0xf9, 0xfd, 0x8e, 0xd6, 0xe2} idx := uint32(0xa5) pkSeed := []byte{0xb5, 0x1f, 0x3b, 0x4f, 0xdc, 0x81, 0x97, 0xeb, 0x7a, 0xc6, 0x67, 0x82, 0x25, 0xac, 0x11, 0xee} adrs := &address{0x0, 0x0, 0x0, 0x5, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x2d, 0x0, 0x0, 0x0, 0x2, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x9, 0x0, 0x0, 0x0, 0x0} want := []byte{0xc9, 0xd2, 0x81, 0xfd, 0xe5, 0xd, 0x4b, 0xac, 0x6e, 0xd8, 0xab, 0x98, 0x6a, 0x25, 0xa5, 0x8e, 0xf9, 0xf8, 0xb4, 0xf0, 0x78, 0x2d, 0x7e, 0x93, 0xe6, 0x61, 0x6, 0x93, 0xd6, 0x42, 0x92, 0x70, 0x22, 0x8f, 0xb8, 0x51, 0xed, 0x4e, 0x4, 0x82, 0x98, 0x68, 0x20, 0x76, 0x16, 0x4, 0x39, 0xd8, 0x27, 0x29, 0x38, 0x61, 0x4a, 0x5e, 0xf0, 0x2b, 0x27, 0x4e, 0xc, 0x6a, 0x8c, 0x25, 0x81, 0x4, 0xde, 0x1b, 0x2d, 0x2, 0xdd, 0x4b, 0x42, 0xc9, 0xec, 0xa2, 0x76, 0x2b, 0xa6, 0x8b, 0xc1, 0x6b, 0xc8, 0xc9, 0x3a, 0xa, 0x5a, 0xbb, 0x14, 0x74, 0x52, 0x68, 0x46, 0xe, 0xb4, 0xec, 0x34, 0x15, 0x5, 0x96, 0x9c, 0x10, 0x64, 0x75, 0x31, 0xb2, 0x3f, 0x39, 0x46, 0xb, 0x5, 0xf1, 0x7e, 0x5d, 0x96, 0x2f, 0xd5, 0x73, 0xa3, 0x82, 0x64, 0xb4, 0x6b, 0xb0, 0x15, 0xc0, 0xb0, 0xcb, 0xbf, 0x6, 0xa5, 0xb9, 0x80, 0x6b, 0x76, 0x9d, 0xa8, 0xd7, 0x2e, 0x8a, 0x6e, 0xa2, 0x42, 0x40, 0x76, 0x21, 0xfc, 0x4b, 0x48, 0x32, 0xb5, 0x59, 0xa1, 0x5, 0xbf, 0xfc, 0x85, 0x21, 0x48, 0xe3, 0x41, 0x8b, 0xa6, 0x2f, 0x99, 0x15, 0xc5, 0x5e, 0xe4, 0xc6, 0xce, 0xe5, 0x30, 0x50, 0x95, 0x9e, 0x9f, 0xba, 0x14, 0xb5, 0x83, 0xd2, 0xb4, 0xad, 0xd6, 0x2a, 0x9, 0x94, 0x9f, 0xba, 0xcc, 0x50, 0xf, 0xfc, 0xf, 0xa9, 0xca, 0xf0, 0x49, 0x2, 0x51, 0xd0, 0xae, 0xc9, 0x1c, 0x2b, 0xfd, 0x8c, 0x51, 0x50, 0x73, 0x59, 0x92, 0x30, 0x50, 0x95, 0xbf, 0x39, 0x45, 0x97, 0xff, 0x44, 0x90, 0x0, 0x88, 0x5b, 0xd9, 0xcf, 0x53, 0xf1, 0x77, 0xd4, 0xc5, 0x94, 0x9a, 0xd, 0x74, 0x6a, 0xa5, 0x7a, 0xcd, 0xf4, 0x67, 0x54, 0xf9, 0xd2, 0x50, 0x28, 0xae, 0xc8, 0x44, 0x29, 0xa6, 0x9d, 0x75, 0x57, 0xac, 0x33, 0x82, 0xfd, 0x51, 0x28, 0x34, 0xcd, 0x7, 0x35, 0x4d, 0x1f, 0x90, 0x44, 0xa5, 0xde, 0xae, 0x12, 0xa0, 0x25, 0xdd, 0xe3, 0xfc, 0x65, 0x58, 0x88, 0x1f, 0x2c, 0x8d, 0xb4, 0x2e, 0x28, 0x2c, 0xe6, 0x70, 0x24, 0x93, 0x9d, 0x36, 0xde, 0x53, 0x92, 0xbb, 0xcf, 0xeb, 0x1e, 0xe7, 0xc7, 0x9a, 0x1b, 0xed, 0xd, 0x5a, 0x38, 0x16, 0x97, 0x0, 0x21, 0xdd, 0xf6, 0xe8, 0x7d, 0xd8, 0xc, 0xfb, 0x74, 0xcf, 0x59, 0xde, 0xd5, 0x86, 0xdd, 0xaf, 0xa, 0x6f, 0x6b, 0xd5, 0xc1, 0xf3, 0x2c, 0x4a, 0x73, 0xd5, 0x70, 0x40, 0xfa, 0xa, 0x4d, 0x10, 0x8f, 0xaa, 0x99, 0x85, 0xc9, 0x63, 0x3e, 0x61, 0xd7, 0x28, 0x82, 0x11, 0x7a, 0x79, 0x41, 0x3d, 0x1a, 0xf1, 0xd1, 0xb8, 0x4a, 0xbf, 0xd9, 0x75, 0xa4, 0xd3, 0x84, 0xe8, 0x1e, 0xc8, 0xa9, 0xa0, 0x2c, 0x6f, 0x1b, 0x6, 0xf0, 0xfd, 0xf4, 0x19, 0x7f, 0x4a, 0x26, 0x8c, 0xb5, 0x19, 0x7f, 0xe9, 0x15, 0xd4, 0x42, 0xef, 0x9d, 0x50, 0xc4, 0xcd, 0x54, 0x2b, 0x27, 0xaa, 0x20, 0xf1, 0xa5, 0x44, 0xf3, 0xbe, 0xb5, 0x48, 0x18, 0x1, 0x23, 0x1e, 0xc0, 0x91, 0x16, 0x6, 0x3, 0xe2, 0x3f, 0xc6, 0x94, 0x65, 0xc0, 0x72, 0xfe, 0xa7, 0x9, 0xbc, 0x19, 0x9d, 0xd0, 0xdf, 0x1e, 0x4a, 0x16, 0x65, 0x83, 0x39, 0xbd, 0xcc, 0xb4, 0x24, 0x9c, 0x45, 0x59, 0xbc, 0x60, 0x8b, 0x7, 0xba, 0x22, 0x26, 0xb, 0xff, 0xa8, 0xc, 0x4a, 0x5, 0x49, 0xd3, 0xf3, 0x12, 0xc6, 0x62, 0x2d, 0x72, 0x2f, 0x17, 0xe6, 0x92, 0xb1, 0xf4, 0xdd, 0x5d, 0x2b, 0x10, 0x47, 0x42, 0xe4, 0x72, 0x48, 0x3f, 0x1a, 0x9d, 0x48, 0x84, 0xd9, 0x19, 0x5d, 0x9e, 0x8f, 0xee, 0xd3, 0x41, 0xe9, 0xe7, 0x0, 0x3f, 0xe4, 0x5a, 0x1e, 0x7, 0xdf, 0xb2, 0xce, 0xd5, 0xd3, 0x9a, 0x38, 0x92, 0x24, 0x5e, 0xb2, 0xc9, 0x5a, 0xba, 0xc2, 0xe1, 0x9a, 0x42, 0xa1, 0xc9, 0x1a, 0x44, 0xac, 0xc7, 0xcc, 0x46, 0x2, 0xd3, 0xf5, 0x18, 0x66, 0x2d, 0x16, 0xf5, 0xee, 0xb2, 0x41, 0x7b, 0xfa, 0xb4, 0x9e, 0x6c, 0xb8, 0x9, 0x91, 0x36, 0xe3, 0xc4, 0xf8, 0x35, 0xcb, 0xc0, 0xbc, 0xf9, 0x92, 0x75, 0xb7, 0x10, 0x2d, 0xa4, 0x81, 0xfc, 0xce, 0x8f, 0xcf, 0x46, 0x72, 0xc9, 0xed, 0x32, 0x42, 0xb0, 0x60, 0x5e, 0xb9, 0xe1, 0xee, 0xc4, 0xa, 0xfe, 0x32, 0x84, 0x62, 0x1d, 0x92, 0x76, 0x47, 0xa8, 0x25, 0x1b, 0x20, 0x26, 0x95, 0xba, 0x0, 0xce, 0xd6, 0x30, 0x8, 0x81, 0x61, 0xf0, 0x41, 0x76, 0xb2, 0xee, 0xbd, 0x51, 0x9c, 0xca, 0xac, 0x49, 0xf, 0x9, 0x5d, 0xdd, 0xcf, 0xe5, 0xd7, 0x46, 0x1b, 0xde, 0x6d, 0x6e, 0xea, 0xab, 0xdc, 0x3, 0x69, 0xc6, 0xd8, 0xaa, 0x70, 0x3d, 0x9b, 0xb3, 0xc8, 0xad, 0x38, 0x52, 0xe6, 0xf0, 0x1b, 0xf9, 0xab, 0xd, 0x7d, 0x6c, 0x20, 0x13, 0xb4, 0x3d, 0x3a, 0xbb, 0x7a, 0x46, 0x20, 0x2c, 0x68, 0x51, 0xb3, 0xc8, 0xa5, 0xd6, 0x7f, 0xf3, 0xf4, 0x75, 0x91, 0xd2, 0x5e, 0x55, 0x68, 0xaa, 0xff, 0x30, 0xa4, 0xa, 0x10, 0xfe, 0x55, 0x3b, 0x3, 0x1e, 0x26, 0xde, 0xce, 0x7f, 0x1e, 0x53, 0xc, 0xb9, 0x5e, 0xa2, 0xf9, 0x51, 0xac, 0x7, 0xca} if got := par.xmssSign(msg, skSeed, idx, pkSeed, adrs); !slices.Equal(got, want) { t.Errorf("par.xmssSign() = %v, want %v", got, want) } } func TestXmssPkFromSigKat(t *testing.T) { par := SLH_DSA_SHA2_128s idx := uint32(0xa5) sigXmss := []byte{0xc9, 0xd2, 0x81, 0xfd, 0xe5, 0xd, 0x4b, 0xac, 0x6e, 0xd8, 0xab, 0x98, 0x6a, 0x25, 0xa5, 0x8e, 0xf9, 0xf8, 0xb4, 0xf0, 0x78, 0x2d, 0x7e, 0x93, 0xe6, 0x61, 0x6, 0x93, 0xd6, 0x42, 0x92, 0x70, 0x22, 0x8f, 0xb8, 0x51, 0xed, 0x4e, 0x4, 0x82, 0x98, 0x68, 0x20, 0x76, 0x16, 0x4, 0x39, 0xd8, 0x27, 0x29, 0x38, 0x61, 0x4a, 0x5e, 0xf0, 0x2b, 0x27, 0x4e, 0xc, 0x6a, 0x8c, 0x25, 0x81, 0x4, 0xde, 0x1b, 0x2d, 0x2, 0xdd, 0x4b, 0x42, 0xc9, 0xec, 0xa2, 0x76, 0x2b, 0xa6, 0x8b, 0xc1, 0x6b, 0xc8, 0xc9, 0x3a, 0xa, 0x5a, 0xbb, 0x14, 0x74, 0x52, 0x68, 0x46, 0xe, 0xb4, 0xec, 0x34, 0x15, 0x5, 0x96, 0x9c, 0x10, 0x64, 0x75, 0x31, 0xb2, 0x3f, 0x39, 0x46, 0xb, 0x5, 0xf1, 0x7e, 0x5d, 0x96, 0x2f, 0xd5, 0x73, 0xa3, 0x82, 0x64, 0xb4, 0x6b, 0xb0, 0x15, 0xc0, 0xb0, 0xcb, 0xbf, 0x6, 0xa5, 0xb9, 0x80, 0x6b, 0x76, 0x9d, 0xa8, 0xd7, 0x2e, 0x8a, 0x6e, 0xa2, 0x42, 0x40, 0x76, 0x21, 0xfc, 0x4b, 0x48, 0x32, 0xb5, 0x59, 0xa1, 0x5, 0xbf, 0xfc, 0x85, 0x21, 0x48, 0xe3, 0x41, 0x8b, 0xa6, 0x2f, 0x99, 0x15, 0xc5, 0x5e, 0xe4, 0xc6, 0xce, 0xe5, 0x30, 0x50, 0x95, 0x9e, 0x9f, 0xba, 0x14, 0xb5, 0x83, 0xd2, 0xb4, 0xad, 0xd6, 0x2a, 0x9, 0x94, 0x9f, 0xba, 0xcc, 0x50, 0xf, 0xfc, 0xf, 0xa9, 0xca, 0xf0, 0x49, 0x2, 0x51, 0xd0, 0xae, 0xc9, 0x1c, 0x2b, 0xfd, 0x8c, 0x51, 0x50, 0x73, 0x59, 0x92, 0x30, 0x50, 0x95, 0xbf, 0x39, 0x45, 0x97, 0xff, 0x44, 0x90, 0x0, 0x88, 0x5b, 0xd9, 0xcf, 0x53, 0xf1, 0x77, 0xd4, 0xc5, 0x94, 0x9a, 0xd, 0x74, 0x6a, 0xa5, 0x7a, 0xcd, 0xf4, 0x67, 0x54, 0xf9, 0xd2, 0x50, 0x28, 0xae, 0xc8, 0x44, 0x29, 0xa6, 0x9d, 0x75, 0x57, 0xac, 0x33, 0x82, 0xfd, 0x51, 0x28, 0x34, 0xcd, 0x7, 0x35, 0x4d, 0x1f, 0x90, 0x44, 0xa5, 0xde, 0xae, 0x12, 0xa0, 0x25, 0xdd, 0xe3, 0xfc, 0x65, 0x58, 0x88, 0x1f, 0x2c, 0x8d, 0xb4, 0x2e, 0x28, 0x2c, 0xe6, 0x70, 0x24, 0x93, 0x9d, 0x36, 0xde, 0x53, 0x92, 0xbb, 0xcf, 0xeb, 0x1e, 0xe7, 0xc7, 0x9a, 0x1b, 0xed, 0xd, 0x5a, 0x38, 0x16, 0x97, 0x0, 0x21, 0xdd, 0xf6, 0xe8, 0x7d, 0xd8, 0xc, 0xfb, 0x74, 0xcf, 0x59, 0xde, 0xd5, 0x86, 0xdd, 0xaf, 0xa, 0x6f, 0x6b, 0xd5, 0xc1, 0xf3, 0x2c, 0x4a, 0x73, 0xd5, 0x70, 0x40, 0xfa, 0xa, 0x4d, 0x10, 0x8f, 0xaa, 0x99, 0x85, 0xc9, 0x63, 0x3e, 0x61, 0xd7, 0x28, 0x82, 0x11, 0x7a, 0x79, 0x41, 0x3d, 0x1a, 0xf1, 0xd1, 0xb8, 0x4a, 0xbf, 0xd9, 0x75, 0xa4, 0xd3, 0x84, 0xe8, 0x1e, 0xc8, 0xa9, 0xa0, 0x2c, 0x6f, 0x1b, 0x6, 0xf0, 0xfd, 0xf4, 0x19, 0x7f, 0x4a, 0x26, 0x8c, 0xb5, 0x19, 0x7f, 0xe9, 0x15, 0xd4, 0x42, 0xef, 0x9d, 0x50, 0xc4, 0xcd, 0x54, 0x2b, 0x27, 0xaa, 0x20, 0xf1, 0xa5, 0x44, 0xf3, 0xbe, 0xb5, 0x48, 0x18, 0x1, 0x23, 0x1e, 0xc0, 0x91, 0x16, 0x6, 0x3, 0xe2, 0x3f, 0xc6, 0x94, 0x65, 0xc0, 0x72, 0xfe, 0xa7, 0x9, 0xbc, 0x19, 0x9d, 0xd0, 0xdf, 0x1e, 0x4a, 0x16, 0x65, 0x83, 0x39, 0xbd, 0xcc, 0xb4, 0x24, 0x9c, 0x45, 0x59, 0xbc, 0x60, 0x8b, 0x7, 0xba, 0x22, 0x26, 0xb, 0xff, 0xa8, 0xc, 0x4a, 0x5, 0x49, 0xd3, 0xf3, 0x12, 0xc6, 0x62, 0x2d, 0x72, 0x2f, 0x17, 0xe6, 0x92, 0xb1, 0xf4, 0xdd, 0x5d, 0x2b, 0x10, 0x47, 0x42, 0xe4, 0x72, 0x48, 0x3f, 0x1a, 0x9d, 0x48, 0x84, 0xd9, 0x19, 0x5d, 0x9e, 0x8f, 0xee, 0xd3, 0x41, 0xe9, 0xe7, 0x0, 0x3f, 0xe4, 0x5a, 0x1e, 0x7, 0xdf, 0xb2, 0xce, 0xd5, 0xd3, 0x9a, 0x38, 0x92, 0x24, 0x5e, 0xb2, 0xc9, 0x5a, 0xba, 0xc2, 0xe1, 0x9a, 0x42, 0xa1, 0xc9, 0x1a, 0x44, 0xac, 0xc7, 0xcc, 0x46, 0x2, 0xd3, 0xf5, 0x18, 0x66, 0x2d, 0x16, 0xf5, 0xee, 0xb2, 0x41, 0x7b, 0xfa, 0xb4, 0x9e, 0x6c, 0xb8, 0x9, 0x91, 0x36, 0xe3, 0xc4, 0xf8, 0x35, 0xcb, 0xc0, 0xbc, 0xf9, 0x92, 0x75, 0xb7, 0x10, 0x2d, 0xa4, 0x81, 0xfc, 0xce, 0x8f, 0xcf, 0x46, 0x72, 0xc9, 0xed, 0x32, 0x42, 0xb0, 0x60, 0x5e, 0xb9, 0xe1, 0xee, 0xc4, 0xa, 0xfe, 0x32, 0x84, 0x62, 0x1d, 0x92, 0x76, 0x47, 0xa8, 0x25, 0x1b, 0x20, 0x26, 0x95, 0xba, 0x0, 0xce, 0xd6, 0x30, 0x8, 0x81, 0x61, 0xf0, 0x41, 0x76, 0xb2, 0xee, 0xbd, 0x51, 0x9c, 0xca, 0xac, 0x49, 0xf, 0x9, 0x5d, 0xdd, 0xcf, 0xe5, 0xd7, 0x46, 0x1b, 0xde, 0x6d, 0x6e, 0xea, 0xab, 0xdc, 0x3, 0x69, 0xc6, 0xd8, 0xaa, 0x70, 0x3d, 0x9b, 0xb3, 0xc8, 0xad, 0x38, 0x52, 0xe6, 0xf0, 0x1b, 0xf9, 0xab, 0xd, 0x7d, 0x6c, 0x20, 0x13, 0xb4, 0x3d, 0x3a, 0xbb, 0x7a, 0x46, 0x20, 0x2c, 0x68, 0x51, 0xb3, 0xc8, 0xa5, 0xd6, 0x7f, 0xf3, 0xf4, 0x75, 0x91, 0xd2, 0x5e, 0x55, 0x68, 0xaa, 0xff, 0x30, 0xa4, 0xa, 0x10, 0xfe, 0x55, 0x3b, 0x3, 0x1e, 0x26, 0xde, 0xce, 0x7f, 0x1e, 0x53, 0xc, 0xb9, 0x5e, 0xa2, 0xf9, 0x51, 0xac, 0x7, 0xca} msg := []byte{0x55, 0x50, 0x9d, 0x20, 0x54, 0x35, 0x22, 0x1f, 0x8, 0xaa, 0xa6, 0x89, 0xed, 0x2c, 0xb0, 0xd7} pkSeed := []byte{0xb5, 0x1f, 0x3b, 0x4f, 0xdc, 0x81, 0x97, 0xeb, 0x7a, 0xc6, 0x67, 0x82, 0x25, 0xac, 0x11, 0xee} adrs := &address{0x0, 0x0, 0x0, 0x5, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x2d, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0xa5, 0x0, 0x0, 0x0, 0x22, 0x0, 0x0, 0x0, 0xe} want := []byte{0xd5, 0x8b, 0x7c, 0xf0, 0x16, 0xa0, 0x48, 0x8f, 0x6, 0x5b, 0x5d, 0x5b, 0x9e, 0x7, 0xf1, 0x53} if got := par.xmssPkFromSig(idx, sigXmss, msg, pkSeed, adrs); !slices.Equal(got, want) { t.Errorf("par.xmssPkFromSig() = %v, want %v", got, want) } } ================================================ FILE: internal/testing/aead/aead.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aead contains types for testing AEAD primitives. package aead import ( "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/testutil" ) // WycheproofSuiteV1 is a Wycheproof test suite for AEAD primitives using the // v1 test vector format. type WycheproofSuiteV1 struct { wycheproof.Suite TestGroups []*WycheproofGroup `json:"testGroups"` } // WycheproofGroup is a Wycheproof test group for AEAD primitives. type WycheproofGroup struct { wycheproof.Group IvSize uint32 `json:"ivSize"` KeySize uint32 `json:"keySize"` TagSize uint32 `json:"tagSize"` Type string `json:"type"` Tests []*WycheproofCase `json:"tests"` } // WycheproofCase is a Wycheproof test case for AEAD primitives. type WycheproofCase struct { wycheproof.Case Aad testutil.HexBytes `json:"aad"` Ct testutil.HexBytes `json:"ct"` Iv testutil.HexBytes `json:"iv"` Key testutil.HexBytes `json:"key"` Msg testutil.HexBytes `json:"msg"` Tag testutil.HexBytes `json:"tag"` } ================================================ FILE: internal/testing/stubkeymanager/stubkeymanager.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package stubkeymanager defines key managers for testing primitives. package stubkeymanager import ( "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // StubKeyManager is a key manager for testing. type StubKeyManager struct { URL string Prim any Key proto.Message KeyData *tinkpb.KeyData } var _ (registry.KeyManager) = (*StubKeyManager)(nil) // Primitive returns the stub primitive. func (km *StubKeyManager) Primitive(serializedKey []byte) (any, error) { return km.Prim, nil } // NewKey returns the stub Key. func (km *StubKeyManager) NewKey(serializedKeyFormat []byte) (proto.Message, error) { return km.Key, nil } // NewKeyData returns the stub KeyData. func (km *StubKeyManager) NewKeyData(serializedKeyFormat []byte) (*tinkpb.KeyData, error) { return km.KeyData, nil } // DoesSupport returns true if this KeyManager supports key type identified by typeURL. func (km *StubKeyManager) DoesSupport(typeURL string) bool { return typeURL == km.URL } // TypeURL returns the stub type url. func (km *StubKeyManager) TypeURL() string { return km.URL } // StubPrivateKeyManager is a private key manager for testing. type StubPrivateKeyManager struct { StubKeyManager PubKeyData *tinkpb.KeyData } var _ (registry.PrivateKeyManager) = (*StubPrivateKeyManager)(nil) // PublicKeyData returns the stub public key data. func (skm *StubPrivateKeyManager) PublicKeyData(serializedKey []byte) (*tinkpb.KeyData, error) { return skm.PubKeyData, nil } ================================================ FILE: internal/testing/stubkeymanager/stubkeymanager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package stubkeymanager_test import ( "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/internal/testing/stubkeymanager" agpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" tpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) type fakePrimitive struct { Name string } func TestStubKeyManager(t *testing.T) { keyType := "some.key.type" km := stubkeymanager.StubKeyManager{ URL: keyType, Key: &agpb.AesGcmKey{Version: 1, KeyValue: []byte("key_value")}, Prim: &fakePrimitive{Name: "fake-primitive-name"}, KeyData: &tpb.KeyData{ TypeUrl: keyType, Value: []byte("key_value"), KeyMaterialType: tpb.KeyData_SYMMETRIC, }, } if !km.DoesSupport(keyType) { t.Errorf("DoesSupport(%q) = false , want true", keyType) } if km.DoesSupport("some.other.key.type") { t.Errorf("DoesSupport(%q) = true , want false", keyType) } if km.TypeURL() != km.URL { t.Errorf("TypeURL() = %q, want %q", km.TypeURL(), keyType) } key, err := km.NewKey(nil) if err != nil { t.Errorf("NewKey() err = %v, want nil", err) } if !cmp.Equal(key, km.Key, protocmp.Transform()) { t.Errorf("NewKey() = %v, want %v", key, km.Key) } keyData, err := km.NewKeyData(nil) if err != nil { t.Errorf("NewKeyData() err = %v, want nil", err) } if !cmp.Equal(keyData, km.KeyData, protocmp.Transform()) { t.Errorf("NewKeyData() = %v, want %v", keyData, km.KeyData) } p, err := km.Primitive(nil) if err != nil { t.Errorf("Primitive() err = %v, want nil", err) } if !cmp.Equal(p, km.Prim) { t.Errorf("Primitive() = %v, want %v", p, km.Prim) } } func TestStubPrivateKeyManager(t *testing.T) { km := stubkeymanager.StubPrivateKeyManager{ PubKeyData: &tpb.KeyData{ TypeUrl: "some.key.type", Value: []byte("key_value"), KeyMaterialType: tpb.KeyData_ASYMMETRIC_PUBLIC, }, } pubKeyData, err := km.PublicKeyData(nil) if err != nil { t.Errorf("PublicKeyData() err = %v, want nil", err) } if !cmp.Equal(pubKeyData, km.PubKeyData, protocmp.Transform()) { t.Errorf("PublicKeyData() = %v, want %v", pubKeyData, km.PubKeyData) } } ================================================ FILE: internal/testing/wycheproof/v1.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package wycheproof import ( "encoding/json" "testing" c2spwycheproof "github.com/c2sp/wycheproof" ) // Notes represents the notes field of the top level // object in a Wycheproof JSON file. type Notes struct { BugType string `json:"bugType"` Description string `json:"description"` Effect string `json:"effect"` CVEs []string `json:"cves"` Links []string `json:"links"` } // Suite represents the common elements of the top level // object in a Wycheproof JSON file. Implementations should embed // SuiteV1 in a struct that strongly types the testGroups // field. // // See v1_test.go for an example. type Suite struct { Algorithm string `json:"algorithm"` NumberOfTests int `json:"numberOfTests"` Notes map[string]Notes `json:"notes"` } // Group represents the common elements of a testGroups // object in a Wycheproof suite. Implementations should embed // WycheproofGroup in a struct that strongly types its list of cases. // // See v1_test.go for an example. type Group struct { Type string `json:"type"` } // Case represents the common elements of a tests object // in a Wycheproof group. Implementation should embed WycheproofCase // in a struct that contains fields specific to the test type. // // See v1_test.go for an example. type Case struct { CaseID int `json:"tcId"` Comment string `json:"comment"` Result string `json:"result"` Flags []string `json:"flags"` } // PopulateSuiteV1 opens filename from the Wycheproof testvectors_v1 test // vectors directory and populates suite with the decoded JSON data. func PopulateSuiteV1(t *testing.T, suite any, filename string) { t.Helper() f, err := c2spwycheproof.TestVectors.Open(filename) if err != nil { t.Fatalf("failed to open file %s: %s", filename, err) } parser := json.NewDecoder(f) if err := parser.Decode(suite); err != nil { t.Fatalf("failed to decode file %s: %s", filename, err) } } ================================================ FILE: internal/testing/wycheproof/v1_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package wycheproof_test import ( "encoding/hex" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/testutil" ) type AeadTest struct { wycheproof.Case Key testutil.HexBytes `json:"key"` IV testutil.HexBytes `json:"iv"` AAD testutil.HexBytes `json:"aad"` Message testutil.HexBytes `json:"msg"` Ciphertext testutil.HexBytes `json:"ct"` Tag testutil.HexBytes `json:"tag"` } type AeadGroup struct { wycheproof.Group Tests []*AeadTest `json:"tests"` } type AeadSuite struct { wycheproof.Suite TestGroups []*AeadGroup `json:"testGroups"` } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", s, err) } return b } func TestPopulateSuiteV1(t *testing.T) { suite := new(AeadSuite) wycheproof.PopulateSuiteV1(t, suite, "aes_gcm_test.json") if suite.Algorithm != "AES-GCM" { t.Errorf("suite.Algorithm = %q, want %q", suite.Algorithm, "AES-GCM") } wantZeroLengthIVNotes := wycheproof.Notes{ BugType: "AUTH_BYPASS", Description: "GCM does not allow an IV of length 0. Encrypting with an IV of length 0 leaks the authentication key. Hence using an IV of length 0 is insecure even if the key itself is only used for a single encryption.", CVEs: []string{"CVE-2017-7822"}, } got := suite.Notes["ZeroLengthIv"] if diff := cmp.Diff(wantZeroLengthIVNotes, got); diff != "" { t.Errorf("wycheproof.PopulateSuiteV1 returned unexpected diff (-want +got):\n%s", diff) } // Test groups. if len(suite.TestGroups) == 0 { t.Fatalf("len(suite.TestGroups) = %d, want 1", len(suite.TestGroups)) } if len(suite.TestGroups[0].Tests) == 0 { t.Fatalf("len(suite.TestGroups[0].Tests) = %d, want 1", len(suite.TestGroups[0].Tests)) } gotTestVector := suite.TestGroups[0].Tests[0] wantTestVector := &AeadTest{ Case: wycheproof.Case{ CaseID: 1, Comment: "", Result: "valid", Flags: []string{"Ktv"}, }, Key: mustHexDecode(t, "5b9604fe14eadba931b0ccf34843dab9"), IV: mustHexDecode(t, "028318abc1824029138141a2"), Message: mustHexDecode(t, "001d0c231287c1182784554ca3a21908"), AAD: mustHexDecode(t, ""), Ciphertext: mustHexDecode(t, "26073cc1d851beff176384dc9896d5ff"), Tag: mustHexDecode(t, "0a3ea7a5487cb5f7d70fb6c58d038554"), } if diff := cmp.Diff(wantTestVector, gotTestVector); diff != "" { t.Errorf("wycheproof.PopulateSuiteV1 returned unexpected diff (-want +got):\n%s", diff) } } ================================================ FILE: internal/testing/wycheproof/wycheproof.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package wycheproof contains types for parsing Wycheproof test vectors. package wycheproof ================================================ FILE: internal/tinkerror/doc.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package tinkerror provides error handling functionality which helps maintain // API backwards compatibility. package tinkerror ================================================ FILE: internal/tinkerror/tinkerror.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tinkerror // Fail should be called by functions which do not return an error value but // need to handle an error condition. // // Such functions are strong candidates for replacement by an equivalent // function which returns an explicit error value. Once a replacement has been // introduced, the original should be deprecated and subsequently removed when // performing a major release. func Fail(message string) { panic(message) } ================================================ FILE: internal/tinkerror/tinkerror_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tinkerror_test import ( "testing" "github.com/tink-crypto/tink-go/v2/internal/tinkerror" "github.com/tink-crypto/tink-go/v2/internal/tinkerror/tinkerrortest" ) func TestFail(t *testing.T) { err := tinkerrortest.RecoverFromFail(func() { tinkerror.Fail("error message") }) if err == nil { t.Errorf("tinkerror.Fail() did not fail") } } ================================================ FILE: internal/tinkerror/tinkerrortest/doc.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package tinkerrortest provides test functionality for package tinkerror. package tinkerrortest ================================================ FILE: internal/tinkerror/tinkerrortest/tinkerrortest.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tinkerrortest import "fmt" // RecoverFromFail facilitates testing a function f in which [tinkerror.Fail] // is called. func RecoverFromFail(f func()) (err error) { defer func() { if r := recover(); r != nil { err = fmt.Errorf("%v", r) } }() f() return } ================================================ FILE: jwt/jwk_converter.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "github.com/tink-crypto/tink-go/v2/internal/jwk" "github.com/tink-crypto/tink-go/v2/keyset" ) // JWKSetToPublicKeysetHandle converts a Json Web Key (JWK) set into a Tink KeysetHandle. // It requires that all keys in the set have the "alg" field set. Currently, only // public keys for algorithms ES256, ES384, ES512, RS256, RS384, and RS512 are supported. // JWK is defined in https://www.rfc-editor.org/rfc/rfc7517.txt. func JWKSetToPublicKeysetHandle(jwkSet []byte) (*keyset.Handle, error) { return jwk.ToPublicKeysetHandle(jwkSet, jwk.Ed25519SupportNone) } // JWKSetFromPublicKeysetHandle converts a Tink KeysetHandle with JWT keys into a Json Web Key (JWK) set. // Currently only public keys for algorithms ES256, ES384, ES512, RS256, RS384, and RS512 are supported. // JWK is defined in https://www.rfc-editor.org/rfc/rfc7517.html. func JWKSetFromPublicKeysetHandle(kh *keyset.Handle) ([]byte, error) { return jwk.FromPublicKeysetHandle(kh, jwk.Ed25519SupportNone) } ================================================ FILE: jwt/jwk_converter_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "bytes" "encoding/base64" "encoding/hex" "fmt" "slices" "testing" spb "google.golang.org/protobuf/types/known/structpb" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/encoding/protojson" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/testkeyset" epb "github.com/tink-crypto/tink-go/v2/proto/ecdsa_go_proto" jepb "github.com/tink-crypto/tink-go/v2/proto/jwt_ecdsa_go_proto" jrsppb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pkcs1_go_proto" jrpsspb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pss_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) type jwkSetTestCase struct { tag string jwkSet string privateKeyset string publicKeyset string } // synchronized with tests cases from JWK converter for C++ var jwkSetTestCases = []jwkSetTestCase{ { tag: "ES256", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES256","key_ops":["verify"], "kid":"EhuduQ"}] }`, privateKeyset: `{ "primaryKeyId": 303799737, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", "value": "GiA2S/eedsXqu0DhnOlCJugsHugdpPaAGr/byxXXsZBiVRJGIiDuhGJiGeaQ/qeqt1daC2xZRarm4VEsmSHJUWJY9EHbvxogwO6uIxh8SkKOO8VjZXNRTteRcwCPE4/4JElKyaa0fcQQAQ==", "keyMaterialType": "ASYMMETRIC_PRIVATE" }, "status": "ENABLED", "keyId": 303799737, "outputPrefixType": "TINK" } ] }`, }, { tag: "ES384", jwkSet: `{ "keys":[{"kty":"EC","crv":"P-384", "x":"AEUCTkKhRDEgJ2pTiyPoSsIOERywrB2xjBDgUH8LLg0Ao9xT2SxKadxLdRFIr8Ll", "y":"wQcqkI9pV66PJFmJVyZ7BsqvFaqoWT-jAFvYNjsgdvAIpyB3MHWXkxNhlPYcpEIf", "use":"sig","alg":"ES384","key_ops":["verify"],"kid":"f-fUcw"}] }`, privateKeyset: `{ "primaryKeyId": 2145899635, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", "value": "GjCfHcFYHsiwTcBCATSyjOyJ64iy4LGa4OuFaR9wZqkYTuYrY1I3ssxO4UK11j/IUe4SZiIwwQcqkI9pV66PJFmJVyZ7BsqvFaqoWT+jAFvYNjsgdvAIpyB3MHWXkxNhlPYcpEIfGjAARQJOQqFEMSAnalOLI+hKwg4RHLCsHbGMEOBQfwsuDQCj3FPZLEpp3Et1EUivwuUQAg==", "keyMaterialType": "ASYMMETRIC_PRIVATE" }, "status": "ENABLED", "keyId": 2145899635, "outputPrefixType": "TINK" } ] }`, }, { tag: "ES512", jwkSet: `{ "keys":[{"kty":"EC","crv":"P-521", "x":"AKRFrHHoTaFAO-d4sCOw78KyUlZijBgqfp2rXtkLZ_QQGLtDM2nScAilkryvw3c_4fM39CEygtSunFLI9xyUyE3m", "y":"ANZK5JjTcNAKtezmXFvDSkrxdxPiuX2uPq6oR3M0pb2wqnfDL-nWeWcKb2nAOxYSyydsrZ98bxBL60lEr20x1Gc_", "use":"sig","alg":"ES512","key_ops":["verify"],"kid":"WDqzeQ"}] }`, privateKeyset: `{ "primaryKeyId": 1480242041, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", "value": "GkIBnhWq6UrOj8hKwGovjSsLT+dtAGlRqoIkQ2FzMeKxIApx0dT3O4yHrmi6v5sElZHM6BsLz47IopAOajVRYGh48b0SigEiQgDWSuSY03DQCrXs5lxbw0pK8XcT4rl9rj6uqEdzNKW9sKp3wy/p1nlnCm9pwDsWEssnbK2ffG8QS+tJRK9tMdRnPxpCAKRFrHHoTaFAO+d4sCOw78KyUlZijBgqfp2rXtkLZ/QQGLtDM2nScAilkryvw3c/4fM39CEygtSunFLI9xyUyE3mEAM=", "keyMaterialType": "ASYMMETRIC_PRIVATE" }, "status": "ENABLED", "keyId": 1480242041, "outputPrefixType": "TINK" } ] }`, }, { tag: "ES256_NO_KID", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"ytH8MlvqTx3X-eL0pdx4ULKUb2YOi2DPnIPpSaIk28M", "y":"AO5TMe5lNcjJpuGjjGtHd4gX9POG9dh_vG-8ptp7HJs", "use":"sig","alg":"ES256","key_ops":["verify"]}] }`, privateKeyset: `{ "primaryKeyId": 765975903, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", "value": "GiCbUAItoAVleOSwYdPWs563CCFhGHSdX4t/C2xBY2J/ERJGIiAA7lMx7mU1yMmm4aOMa0d3iBf084b12H+8b7ym2nscmxogytH8MlvqTx3X+eL0pdx4ULKUb2YOi2DPnIPpSaIk28MQAQ==", "keyMaterialType": "ASYMMETRIC_PRIVATE" }, "status": "ENABLED", "keyId": 765975903, "outputPrefixType": "RAW" } ] }`, }, { tag: "multiple keys", jwkSet: `{ "keys":[ { "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES256","key_ops":["verify"], "kid":"EhuduQ" }, { "kty":"EC", "crv":"P-384", "x":"AEUCTkKhRDEgJ2pTiyPoSsIOERywrB2xjBDgUH8LLg0Ao9xT2SxKadxLdRFIr8Ll", "y":"wQcqkI9pV66PJFmJVyZ7BsqvFaqoWT-jAFvYNjsgdvAIpyB3MHWXkxNhlPYcpEIf", "use":"sig","alg":"ES384","key_ops":["verify"], "kid":"f-fUcw" } ] }`, privateKeyset: `{ "primaryKeyId": 303799737, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", "value": "GiA2S/eedsXqu0DhnOlCJugsHugdpPaAGr/byxXXsZBiVRJGIiDuhGJiGeaQ/qeqt1daC2xZRarm4VEsmSHJUWJY9EHbvxogwO6uIxh8SkKOO8VjZXNRTteRcwCPE4/4JElKyaa0fcQQAQ==", "keyMaterialType": "ASYMMETRIC_PRIVATE" }, "status": "ENABLED", "keyId": 303799737, "outputPrefixType": "TINK" }, { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", "value": "GjCfHcFYHsiwTcBCATSyjOyJ64iy4LGa4OuFaR9wZqkYTuYrY1I3ssxO4UK11j/IUe4SZiIwwQcqkI9pV66PJFmJVyZ7BsqvFaqoWT+jAFvYNjsgdvAIpyB3MHWXkxNhlPYcpEIfGjAARQJOQqFEMSAnalOLI+hKwg4RHLCsHbGMEOBQfwsuDQCj3FPZLEpp3Et1EUivwuUQAg==", "keyMaterialType": "ASYMMETRIC_PRIVATE" }, "status": "ENABLED", "keyId": 2145899635, "outputPrefixType": "TINK" } ] }`, }, { tag: "RS256", jwkSet: `{ "keys":[{ "kty":"RSA", "n": "vmUOa62TYrxj7N8rZVAzoEdSnmsRQaNWBMAdB8adGa8n4ycGiYWoGv0uZWc8vH2jn6l3Pa_72bb2IHf3-KD2UaTwLk1x3yShXybEoS5ZF9bemzrn2ohNixGoN7Ofj7wPb61Z-F1Nv53nq308z-RI1WeyIH-9HjuIcuUxaWY0VevsXzCehMJP5g7kVzyl55bYcRi28didkVazrzVgNG35yNNMEL32oW1Vfvvp7hfQHtxSwkFOPzJgzIPHbJFbxALGrrgXHsoq7UtDQdS9vvoEp4_JzQhCtnCEKahgkTwOWyT96OlRGYiPJSFHWTujy1Qnd6OKc8LGEspAX4oD6Zl-YQ", "e":"AQAB", "use":"sig", "alg":"RS256", "key_ops":["verify"], "kid":"TCGiGw" }] }`, privateKeyset: `{ "primaryKeyId":1277272603, "key":[{ "keyData":{ "typeUrl": "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", "value":"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", "keyMaterialType":"ASYMMETRIC_PRIVATE" }, "status":"ENABLED", "keyId":1277272603, "outputPrefixType":"TINK" }] }`, }, { tag: "RS384", jwkSet: `{ "keys":[{ "kty":"RSA", "n":"AI83_8Uy0v4xS6kDZKqcqzSbeyksy2C67ajtI41J2KMDtO9jUaEAQ9uDhMubjZzPYh1wf_gtJgAC5PSiI3fOLUG0AHCbi_yXVfH3_1U_Yl4b_e8yx_NPyuIvwHwXwE5a32hiss9PuY2-qEivH5LK4AXxPiTiUc9x4gh1OwZaSTYWT7SRO-0ROwYwCwpg4Uf0IMLtmHou_NmNw0uOlOgKfx-EFmMzV-5pspEnwsHq_ijFSxmHNAdy5S0n4u1LIKKmgXJIyUu3AKfAJMydn6nTKzrOcpX0yMnxPq9yP8xKuK_mXysFyNvmS0Sq5c-grOETFeMFScweoUpWVnYOCCSyZ93yAhsTUWnDjZd7iuji9Y7zUo4PWlKXyRRz_aSpxrsn70LOZNLLUjILVeyfCRs2JXptfxCNg3wg6FVAH0xTORmPGICgWDmwOFgP1Y6tW-p0cnK8LwVkuRclyKAMvTtYm9xZZHUSjw86rHEnB2VfsPTIn0_WAVnJ2OAKhuVMtwjB7Q", "e":"AQAB", "use":"sig", "alg":"RS384", "key_ops":["verify"], "kid":"FVLRIg" }] }`, privateKeyset: `{ "primaryKeyId":357749026, "key":[{ "keyData":{ "typeUrl": "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", "value":"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", "keyMaterialType":"ASYMMETRIC_PRIVATE" }, "status":"ENABLED", "keyId":357749026, "outputPrefixType":"TINK" }] }`, }, { tag: "RS512", jwkSet: `{ "keys":[{ "kty":"RSA", "n":"AKZtuHAGYy-1Mc78sdp1gOV3jMCJtO7NmhyLSproWcBnqSN1g9mB2EdB22-WLWhB_U_JlZRCdHT6CxPHSid0c9JJc-2CmiV9zU2sVTJUkCytOVS0hrcPEz5JK6a6VVy-Skc_1-I0D2YurXd0aRByDALC8heHMok6VQXW8qwHgRyc0Jr1RcbY-CF_SMlRXn88g4e3bnk1AJiPcmHsJOcwkanwlWxq46DxPv5ff0ruXN4gPDYU-6_J6yZJreYjwrl-LhkqzOkz6e-LE4sdI5WFJQR9cGGRMf4ktgF3kqFtcFNFkGtdOvw5MdLe0eaENDzZ8TZyQDgiHYl878x8uPPpmoeif5af_ZUAsrv_bV-h3RpSoTdTP4SlQMmP-3y2R2LxvUs_CiUahoVFwTt_bRHO0Qy-QwpTvAdJX8CzrK2auqycFawYm8xYjj_epTFSwBCJuZjamxpZSa29zTDqP4AXwt2-9LO-70j5muzDQL35czpBgaXSAEJkrM9du91OjkJ2vtYFVLjWougN5uVpEBx1Isk_KgreOgl3lF1vs2EjTuihaxJhM-17alJLmDL06ZEDsht2Uhu_ZExEfPwTKaR_-kfjlamuoLUvTtVhzNZuOHD_XAOrGafMjM9WVq_D5XjqF7WFnb_t4YIOQNmGeOeIFLb4LlR5nHB1HIHUpAWazrvl", "e":"AQAB", "use":"sig", "alg":"RS512", "key_ops":["verify"], "kid":"fVf-Qw" }] }`, privateKeyset: `{ "primaryKeyId":2102918723, "key":[{ "keyData":{ "typeUrl": "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", 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"keyMaterialType":"ASYMMETRIC_PRIVATE" }, "status":"ENABLED", "keyId":2102918723, "outputPrefixType":"TINK" }] }`, }, { tag: "RS256_NO_KID", jwkSet: `{ "keys":[{ "kty":"RSA", "n":"AImrUP3PDttint7alBxKexY-Oe4nCj0TOZ06yuKgq7UQu-3Gc8KJyQHO5SzPlMBy6FjcWqOzz-kkNm9sej3AsdGhTJCcOCYDoLgArYCaMQoMLOOjMQJTVbHeiPpyVgHzvpG9Xw_IVNPbRJhsT4mzqHuyopUEEexVQcFo6F3U8zE1kppxzoMvIiz5-Zm6dFX8EozolMD2TLDh4NZFAb-6uJs8TYzS8Od6V0BVh1CfHL1CuIpvIirkgki2RGXNE1r57bhJfMZUWtqAUXb5SM2IFhLUcgGLV-PfxP2cxcJ7HHhk5-lFf5794CmqcFa4mliR2tJRnhUR2vmlgxqUjzwK3HE", "e":"AQAB", "use":"sig", "alg":"RS256", "key_ops":["verify"] }] }`, privateKeyset: `{ "primaryKeyId":234505441, "key":[{ "keyData":{ "typeUrl": "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", "value":"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", "keyMaterialType":"ASYMMETRIC_PRIVATE" }, "status":"ENABLED", "keyId":234505441, "outputPrefixType":"RAW" }] }`, }, { tag: "PS256", jwkSet: `{ "keys":[{ "kty":"RSA", "n":"0JqDlgy_KaDpCWhaB95cKdLsyBGCbh865tHHK3LM1Iv5qlt4eqO9n2Bn5R5_ZHrMEGvVoBmwpkfnWmaMxqZg-69k8id0dN4PKeBuIYeO5C2IE3D0uO1UWzsPi4XHtXf3CYmwYOUHJ5DT8q_jgMXYCefys4OvYkRcfSpWVvFtF1PzBSijQaxDQUx0rdJvi0JZTQOXHl4MwgzrFoERTdZswAXh21MK1Uav68Aa_Z8TZU3R_qY-TX78qhBCv8T_1wrooprF_xaJqpywXktUnQxVgu-aG6-yooqrICvobc_LHdF_8R-Qp2pYfsHSmPDSKu-5JqyyIIoxfXpLdUsrDl4HDw", "e":"AQAB", "use":"sig", "alg":"PS256", "key_ops":["verify"], "kid":"a4D_hA" }] }`, privateKeyset: `{ "primaryKeyId": 1803616132, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", "value": "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", "keyMaterialType": "ASYMMETRIC_PRIVATE" }, "status": "ENABLED", "keyId": 1803616132, "outputPrefixType": "TINK" } ] }`, }, { tag: "PS384", jwkSet: `{ "keys":[{ "kty":"RSA", "n":"rMnTRrTk3zWf0ZqukmshN9GH9UsCcD0a2WlmO-0q7x_k31JIe2wtqhlQRwszfuOJmL5M4cpsvkDBT8th5yDqzzHMJRAs61Jq6ACNepj3_0hK8GszxiyxFQL3msxmu8e3F14M-V35n9aLr0meRHk9tzm968-wvp7I_IXlv1hbzHejh_gD14gy-GjdiJYGwg1oWINL6YzSv5DISxIAv9HLu5fmBLtoVyvU9iZLHfUJdq3Rlj5iCBUEFMJVb68PfWiB_xoA7nj3vpgAfGjDzQ62bVrVaOHOg2I4X2OxJBWJ8uFw6RRocpAfD_lEZBet-w6FaMHXh_iVwxPWNuNTbVHlerfdUHTMHO2jCR1JKKkI5px7aVM7fQUVtYSBk754LINhShkMCO9o--k7sZOFL_VohaCHtE9fRxIM5MYOKPyvPTf38EyCrAqreFd4ol0FCPea8n89BwV371GrXgP5C_9BdoG2uY6rxRwTzMNiLxzxWpkvlprNRxAsdRSZPEzKOI_t", "e":"AQAB", "use":"sig", "alg":"PS384", "key_ops":["verify"], "kid":"LFa3bw" }] }`, privateKeyset: `{ "primaryKeyId": 743880559, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", "value": "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", "keyMaterialType": "ASYMMETRIC_PRIVATE" }, "status": "ENABLED", "keyId": 743880559, "outputPrefixType": "TINK" } ] }`, }, { tag: "PS512", jwkSet: `{ "keys":[{ "kty":"RSA", "n":"ubM3lgyGn8IyKO-56q18hvuJkkxPrDXgalRWNmnA3QEseglU_9tp598dlq04eF1G4Xkrmk9OVyVSCuRdvMoko6wP4Jum-3cn42_Gsk8PdTwm3WD-yEBg_Usa_omLGiTfktyqqoZhh1TeOOBtNpD1U_p1wQxP3-bLl4__uR75CqlK9FYdBrIuqLP3nqa3_OAFuPBX77BuD1kcr5pUxPZkXBNAWpnvsW56swyIMZF2GRhfv2n2bZJgT4iybQcmEnvt1wfY3ecO5ZMSX2QNKpnRRejlIEqR9uAQa4wIJMViL8jDbAV-ZvUjMM1G0aAyMHPQzb2Hfkr9OtEi-_xyUCwqF2IUZfUb0-mCjOutpbBlSfkYULOrwd9RQTaLeNe3GhRjYWTJ-gLDS8DUWz8AcpCI7xoQSfuZLmBwxslqsObMYolxQJXej1IDmGX-Rjr4ro80EpMkv67gxYQwjP8p7FMHfK7FSDZMtT-h4mO7AD68vwHd99c9ALDJfPO7tAMG53opzD7YEZU-ySKRcMBIFRe5Kxj-m1fbN9q2ictzoQOvKh8TBlCsPLRbF5WVheUtE9anKiIik5zQInihoZidH5YJksdipMVWLeRs1Qk5J8ddv7n2dlbW7zoC60sh3ubLQ_MDm-eHlXoeKGioCMjDABRdokqal4wugvQUZyQcBBtfWT0", "e":"AQAB", "use":"sig", "alg":"PS512", "key_ops":["verify"], "kid":"L-LcIw" }] }`, privateKeyset: `{ "primaryKeyId": 803396643, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", "value": "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", "keyMaterialType": "ASYMMETRIC_PRIVATE" }, "status": "ENABLED", "keyId": 803396643, "outputPrefixType": "TINK" } ] }`, }, { tag: "PS256_NO_KID", jwkSet: `{ "keys":[{ "kty":"RSA", "n":"rzu_DRFtzFpMUy-tXC98YxtyASy-3hVtM1X9KiwAoahSfd7VfzIlIXcbn3VewkZBtKGC98sGQJSQWA-EagOjMDua4rAGVCZ9Cj011Mxy1e2j6w7qRCudtWaMormfMpP6n2ht61HkZkQDZIlbdRvr20Glf2KWgd8KgSoEZKS7AjIHvoGbJCU7A7ajbONyKuicrYq1XYs4b1dYSqQ4VIZaei5NQM7_tddYJl-lSKN3mLEPhdWKHWf1rVfDbJNobAbqN7C70rUKJS3DZkwo-q3-QOoZleJXKTXurdRAhT66nfa-1f7idmIO37LwReX8zrgDWmMZPZ2mpfA86dIlkkk89Q", "e":"AQAB", "use":"sig", "alg":"PS256", "key_ops":["verify"] }] }`, privateKeyset: `{ "primaryKeyId": 1629784556, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", "value": "QoABP9TTJpZ3lfj28Zh9hqHMNydjyJGup+Q8xjYubqsE+E3AlnSIvRDp9r0VVHZzsHBEdKtQQgCW4FT0I7Cy4z4W3ecKskuJWFYYn0PYOXLZoFo2MF3yZ0wI04aWhRS2+Zwl3BSr1eu84jiCm9rTsODyZ0MQORvpeBVaX9Y2IOPclvQ6gAGBpXDhI/1yKJq6vlymUBwKS2FG9Tf3as3YkH2B0b7wtv1Ir+WEa78ub52BwxnOKsf3V57WLnuQppLiw/bvHFxKVDNuWGiGTzEVhJW2qK3RgryXtqzkACm6cjL1FT22B9VmVx/GqWOOOLX4He1pq+UYkboWgXVkAdP0OaPv2hWIMTKAASnEMbcFq+ZbOJIJBwZXsSmrdSnfg8A2kwuatK2U2Of7/YCE5i11CUjWUvi99plk8g/mAinYu0Gfw6YSRgbWsAvK4GsIJ4322WT1yy4g6XuncL8MKC2rCYIkhFWpI1qcsS/PxU3zWMYodV6GjK31HXvqczlJfBYNEBo9HxeYDtchKoAB0vRt2QsYTMSVYw1gIDeKdHnhMDaakaIazjc4o+DCQSk+dU0EStSn8GHON0nIrEA8A5UHqF8/yh1mW+M0mkSaSiBp+7CLAowEu72wgdrymK/e6eIELH+joEDDgWpcF/WMEWSvls2a0q1atiYvC2ERLuSxSFjoJ8IRKVfVmjPi53EigAHUpqb3E/I863RAT2ocS5CnT7A8PBgttZqIyR1H8iC2bocre8H+8z8fVf4SeYsLhqvuBcTPXxZSUT+ZVf+LeELfmcd54savTU/yTQJ27s8WIkuLeTj+80FWCVtengLwP+Bte7nyzqbuXSWHUTUSVTCMK5PiBdWrOElVYlp3JxvTxRqAAgNrTEVGQYjy+xnFbKHHmGr7olwVAi1lqCGQDDZKMQH2fZOQqURH13MhdpPEL8LlKYuLejl5B+hzLaTWOqxx4TmD9Df3nMwAC0ELpDUAfz4e2quvuRD28+cR9u0G560ON53sJPbqPGVlbtaDmpn8nzvCOmczpoGmtzcBeZ/4GeEHThzq1sRE+tBJ6B4oS8R4LUtldg+FBUnZgqJvSC1gYYHO7oySCPC5V0R3EhpWDcVbYf7PyMC7oaxIPmCAu5Wc4DFirh13BAZI2FKW+Np/heZAjYUKa4Gtb0dMxvLwz3OcPPa/AQKSjko6aMRAQvjgd/UgQ+Sr496td45I4JGandESigIiAwEAARqAAq87vw0RbcxaTFMvrVwvfGMbcgEsvt4VbTNV/SosAKGoUn3e1X8yJSF3G591XsJGQbShgvfLBkCUkFgPhGoDozA7muKwBlQmfQo9NdTMctXto+sO6kQrnbVmjKK5nzKT+p9obetR5GZEA2SJW3Ub69tBpX9iloHfCoEqBGSkuwIyB76BmyQlOwO2o2zjcironK2KtV2LOG9XWEqkOFSGWnouTUDO/7XXWCZfpUijd5ixD4XVih1n9a1Xw2yTaGwG6jewu9K1CiUtw2ZMKPqt/kDqGZXiVyk17q3UQIU+up32vtX+4nZiDt+y8EXl/M64A1pjGT2dpqXwPOnSJZJJPPUQAQ==", "keyMaterialType": "ASYMMETRIC_PRIVATE" }, "status": "ENABLED", "keyId": 1629784556, "outputPrefixType": "RAW" } ] }`, }, } func TestToPublicKeysetHandle(t *testing.T) { for _, tc := range jwkSetTestCases { t.Run(tc.tag, func(t *testing.T) { ks, err := jwt.JWKSetToPublicKeysetHandle([]byte(tc.jwkSet)) if err != nil { t.Fatalf("jwt.JWKSetToPublicKeysetHandle() err = %v, want nil", err) } jwkSet, err := jwt.JWKSetFromPublicKeysetHandle(ks) if err != nil { t.Fatalf("jwt.JWKSetFromPublicKeysetHandle() err = %v, want nil", err) } want := &spb.Struct{} if err := want.UnmarshalJSON([]byte(tc.jwkSet)); err != nil { t.Fatalf("want.UnmarshalJSON() err = %v, want nil", err) } got := &spb.Struct{} if err := got.UnmarshalJSON(jwkSet); err != nil { t.Fatalf("got.UnmarshalJSON() err = %v, want nil", err) } if !cmp.Equal(want, got, protocmp.Transform()) { t.Errorf("mismatch in jwk sets: diff (-want,+got): %v", cmp.Diff(want, got, protocmp.Transform())) } }) } } func createKeysetHandle(key string) (*keyset.Handle, error) { ks, err := keyset.NewJSONReader(bytes.NewReader([]byte(key))).Read() if err != nil { return nil, fmt.Errorf("keyset.NewJSONReader().Read() err = %v, want nil", err) } return testkeyset.NewHandle(ks) } func TestJWKSetToPublicKeysetHandleVerifyValidJWT(t *testing.T) { rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } for _, tc := range jwkSetTestCases { t.Run(tc.tag, func(t *testing.T) { privateHandle, err := createKeysetHandle(tc.privateKeyset) if err != nil { t.Fatalf("createKeysetHandle() err = %v, want nil", err) } signer, err := jwt.NewSigner(privateHandle) if err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } compact, err := signer.SignAndEncode(rawJWT) if err != nil { t.Fatalf("signer.SignAndEncode() err = %v, want nil", err) } pubHandle, err := jwt.JWKSetToPublicKeysetHandle([]byte(tc.jwkSet)) if err != nil { t.Fatalf("jwt.JWKSetToPublicKeysetHandle() err = %v, want nil", err) } verifier, err := jwt.NewVerifier(pubHandle) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(compact, validator); err != nil { t.Errorf("verifier.VerifyAndDecode() err = %v, want nil", err) } }) } } func TestJWKSetEd25519KeysNotSupported(t *testing.T) { jwkSet := `{ "keys":[ { "kty":"OKP", "crv":"Ed25519", "x":"11qYAYKxCrfVS_7TyWQHOg7hcvPapiMlrwIaaPmd1Xo", "use":"sig", "alg":"EdDSA", "key_ops":["verify"] } ] }` // The Ed25519 algorithm type is not supported by this caller. if _, err := jwt.JWKSetToPublicKeysetHandle([]byte(jwkSet)); err == nil { t.Errorf("JWKSetToPublicKeysetHandle() err = nil, want error") } } func TestJWKSetToPublicKeysetHandleInvalidJSONFails(t *testing.T) { if _, err := jwt.JWKSetToPublicKeysetHandle([]byte(`({[}])`)); err == nil { t.Errorf("jwt.JWKSetToPublicKeysetHandle() err = nil, want error") } } func TestJWKSetToPublicKeysetPrimitivePS256SmallModulusFails(t *testing.T) { jwk := `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"sig", "alg":"PS256", "key_ops":["verify"], "kid":"DfpE4Q" }] }` // Keys in the keyset are validated when the primitive is generated. // JWKSetToPublicKeysetHandle doesn't fail, but NewVerifier will fail. if _, err := jwt.JWKSetToPublicKeysetHandle([]byte(jwk)); err == nil { t.Fatalf("jwt.JWKSetToPublicKeysetHandle() err = nil, want error") } } func TestJWKSetToPublicKeysetPS256CorrectlySetsKID(t *testing.T) { jwkSet := fmt.Sprintf(`{"keys":[ {"kty":"RSA", "n":"%s", "e":"AQAB", "use":"sig", "alg":"PS256", "key_ops":["verify"], "kid":"DfpE4Q" }]}`, n2048Base64) kh, err := jwt.JWKSetToPublicKeysetHandle([]byte(jwkSet)) if err != nil { t.Fatalf("JWKSetToPublicKeysetHandle() err = %v, want nil", err) } ks := testkeyset.KeysetMaterial(kh) key := ks.GetKey()[0] if key.GetOutputPrefixType() != tinkpb.OutputPrefixType_RAW { t.Errorf("key.GetOutputPrefixType() got %q, want %q", key.GetOutputPrefixType(), tinkpb.OutputPrefixType_RAW) } if key.GetKeyData() == nil { t.Fatalf("GetKeyData() got nil, want *tinkpb.KeyData") } pubKey := &jrpsspb.JwtRsaSsaPssPublicKey{} if err := proto.Unmarshal(key.GetKeyData().GetValue(), pubKey); err != nil { t.Fatalf("proto.Unmarshal() err = %v, want nil", err) } if pubKey.GetCustomKid().GetValue() != "DfpE4Q" { t.Errorf("pubKey.GetCustomKid().GetValue() = %q, want %q", pubKey.GetCustomKid().GetValue(), "DfpE4Q") } } func TestJWKSetToPublicKeysetPS256WithoutOptionalFieldsSucceeds(t *testing.T) { jwkSet := fmt.Sprintf(`{"keys":[ {"kty":"RSA", "n":"%s", "e":"AQAB", "alg":"PS256" }]}`, n2048Base64) if _, err := jwt.JWKSetToPublicKeysetHandle([]byte(jwkSet)); err != nil { t.Fatalf("jwt.JWKSetToPublicKeysetHandle() err = %v, want nil", err) } } func TestJWKSetToPublicKeysetInvalidPS256JWKSet(t *testing.T) { for _, tc := range []jwkSetTestCase{ { tag: "PS256 without kty", jwkSet: `{"keys":[ {"n":"AQAB", "e":"AQAB", "use":"sig", "alg":"PS256", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, { tag: "PS256 without alg", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"sig", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, { tag: "PS256 invalid kty", jwkSet: `{"keys":[ {"kty":"EC", "n":"AQAB", "e":"AQAB", "use":"sig", "alg":"PS256", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, { tag: "PS256 invalid key ops", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"sig", "alg":"PS256", "key_ops":["verify "], "kid":"DfpE4Q" }] }`, }, { tag: "PS invalid alg", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"sig", "alg":"PS257", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, { tag: "PS256 invalid key ops type", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"sig", "alg":"PS256", "key_ops":"verify", "kid":"DfpE4Q" }] }`, }, { tag: "PS256 invalid use", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"zag", "alg":"PS256", "key_ops":["verify"], "kid":"DfpE4Q" }] } `, }, { tag: "PS256 without modulus", jwkSet: `{"keys":[ {"kty":"RSA", "e":"AQAB", "use":"sig", "alg":"PS256", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, { tag: "PSS256 without exponent", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "use":"sig", "alg":"PS256", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, } { t.Run(tc.tag, func(t *testing.T) { if _, err := jwt.JWKSetToPublicKeysetHandle([]byte(tc.jwkSet)); err == nil { t.Fatalf("jwt.JWKSetToPublicKeysetHandle() err = nil, want error") } }) } } // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L13 const n2048Base64 = "s1EKK81M5kTFtZSuUFnhKy8FS2WNXaWVmi_fGHG4CLw98-Yo0nkuUarVwSS0O9pFPcpc3kvPKOe9Tv-6DLS3Qru21aATy2PRqjqJ4CYn71OYtSwM_ZfSCKvrjXybzgu-sBmobdtYm-sppbdL-GEHXGd8gdQw8DDCZSR6-dPJFAzLZTCdB-Ctwe_RXPF-ewVdfaOGjkZIzDoYDw7n-OHnsYCYozkbTOcWHpjVevipR-IBpGPi1rvKgFnlcG6d_tj0hWRl_6cS7RqhjoiNEtxqoJzpXs_Kg8xbCxXbCchkf11STA8udiCjQWuWI8rcDwl69XMmHJjIQAqhKvOOQ8rYTQ" func TestJWKSetToPublicKeysetPrimitiveRS256SmallModulusFails(t *testing.T) { jwk := `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"sig", "alg":"RS256", "key_ops":["verify"], "kid":"DfpE4Q" }] }` // Keys in the keyset are validated when the primitive is generated. // JWKSetToPublicKeysetHandle but NewVerifier will fail. if _, err := jwt.JWKSetToPublicKeysetHandle([]byte(jwk)); err == nil { t.Fatalf("jwt.JWKSetToPublicKeysetHandle() err = nil, want error") } } func TestJWKSetToPublicKeysetRS256CorrectlySetsKID(t *testing.T) { jwkSet := fmt.Sprintf(`{"keys":[ {"kty":"RSA", "n":"%s", "e":"AQAB", "use":"sig", "alg":"RS256", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, n2048Base64) kh, err := jwt.JWKSetToPublicKeysetHandle([]byte(jwkSet)) if err != nil { t.Fatalf("JWKSetToPublicKeysetHandle() err = %v, want nil", err) } ks := testkeyset.KeysetMaterial(kh) key := ks.GetKey()[0] if key.GetOutputPrefixType() != tinkpb.OutputPrefixType_RAW { t.Errorf("key.GetOutputPrefixType() got %q, want %q", key.GetOutputPrefixType(), tinkpb.OutputPrefixType_RAW) } if key.GetKeyData() == nil { t.Fatalf("GetKeyData() got nil, want *tinkpb.KeyData") } pubKey := &jrsppb.JwtRsaSsaPkcs1PublicKey{} if err := proto.Unmarshal(key.GetKeyData().GetValue(), pubKey); err != nil { t.Fatalf("proto.Unmarshal() err = %v, want nil", err) } if pubKey.GetCustomKid().GetValue() != "DfpE4Q" { t.Errorf("pubKey.GetCustomKid().GetValue() = %q, want %q", pubKey.GetCustomKid().GetValue(), "DfpE4Q") } } func TestJWKSetToPublicKeysetRS256WithoutOptionalFieldsSucceeds(t *testing.T) { jwkSet := fmt.Sprintf(`{"keys":[ {"kty":"RSA", "n":"%s", "e":"AQAB", "alg":"RS256" }]}`, n2048Base64) if _, err := jwt.JWKSetToPublicKeysetHandle([]byte(jwkSet)); err != nil { t.Fatalf("jwt.JWKSetToPublicKeysetHandle() err = %v, want nil", err) } } func TestJWKSetToPublicKeysetInvalidRS256JWKSet(t *testing.T) { for _, tc := range []jwkSetTestCase{ { tag: "RS256 without kty", jwkSet: `{"keys":[ {"n":"AQAB", "e":"AQAB", "use":"sig", "alg":"RS256", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, { tag: "RS256 without alg", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"sig", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, { tag: "RS256 invalid kty", jwkSet: `{"keys":[ {"kty":"EC", "n":"AQAB", "e":"AQAB", "use":"sig", "alg":"RS256", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, { tag: "RS256 invalid key ops", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"sig", "alg":"RS256", "key_ops":["verify "], "kid":"DfpE4Q" }] }`, }, { tag: "RS invalid alg", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"sig", "alg":"RS257", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, { tag: "RS256 invalid key ops type", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"sig", "alg":"RS256", "key_ops":"verify", "kid":"DfpE4Q" }] }`, }, { tag: "RS256 invalid use", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "e":"AQAB", "use":"zag", "alg":"RS256", "key_ops":["verify"], "kid":"DfpE4Q" }] } `, }, { tag: "RS256 without modulus", jwkSet: `{"keys":[ {"kty":"RSA", "e":"AQAB", "use":"sig", "alg":"RS256", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, { tag: "RSS256 without exponent", jwkSet: `{"keys":[ {"kty":"RSA", "n":"AQAB", "use":"sig", "alg":"RS256", "key_ops":["verify"], "kid":"DfpE4Q" }] }`, }, { tag: "ES256 small x", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8Sk", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES256","key_ops":["verify"]}], "kid":"EhuduQ" }`, }, { tag: "ES256 small y", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB27", "use":"sig","alg":"ES256","key_ops":["verify"]}], "kid":"EhuduQ" }`, }, } { t.Run(tc.tag, func(t *testing.T) { if _, err := jwt.JWKSetToPublicKeysetHandle([]byte(tc.jwkSet)); err == nil { t.Fatalf("jwt.JWKSetToPublicKeysetHandle() err = nil, want error") } }) } } func TestJWKSetToPublicKeysetES256CorrectlySetsKID(t *testing.T) { jwk := `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES256","key_ops":["verify"], "kid":"EhuduQ"}] }` pubHandle, err := jwt.JWKSetToPublicKeysetHandle([]byte(jwk)) if err != nil { t.Fatalf("jwt.JWKSetToPublicKeysetHandle() err = %v, want nil", err) } ks := testkeyset.KeysetMaterial(pubHandle) if len(ks.GetKey()) != 1 { t.Errorf("len(ks.GetKey()) got %d keys, want 1", len(ks.GetKey())) } key := ks.GetKey()[0] if key.GetOutputPrefixType() != tinkpb.OutputPrefixType_RAW { t.Errorf("key.GetOutputPrefixType() got %q, want %q", key.GetOutputPrefixType(), tinkpb.OutputPrefixType_RAW) } if key.GetKeyData() == nil { t.Fatalf("invalid key") } pubKey := &jepb.JwtEcdsaPublicKey{} if err := proto.Unmarshal(key.GetKeyData().GetValue(), pubKey); err != nil { t.Fatalf("proto.Unmarshal(key.GetKeyData(), pubKey) err = %v, want nil", err) } if pubKey.GetCustomKid().GetValue() != "EhuduQ" { t.Errorf("key.GetCustomKid() got %q, want EhuduQ", pubKey.GetCustomKid()) } } func TestJWKSetToPublicKeysetES256WithoutOptionalFieldsSucceeds(t *testing.T) { jwk := `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "alg":"ES256"}] }` if _, err := jwt.JWKSetToPublicKeysetHandle([]byte(jwk)); err != nil { t.Fatalf("jwt.JWKSetToPublicKeysetHandle() err = %v, want nil", err) } } func TestJWKSetToPublicKeysetInvalidES256PublicKeys(t *testing.T) { for _, tc := range []jwkSetTestCase{ { tag: "jwk set is not a json", jwkSet: `5`, }, { tag: "empty jwk set", jwkSet: `{}`, }, { tag: "no keys in jwk set", jwkSet: `{"keys": []}`, }, { tag: "keys of wrong type in jwk set", jwkSet: `{"keys": "value"}`, }, { tag: "keys not a json object", jwkSet: `{"keys":[1]}`, }, { tag: "without kty", jwkSet: `{ "keys":[{ "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES256","key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "without algorithm", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "empty algorithm", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig", "alg":"", "key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "invalid algorthm prefix", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig", "alg":"SS256", "key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "invalid algorithm", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES257","key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "algorithm not a string", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":256,"key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "invalid curve and algorithm", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-384", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES512","key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "without curve", jwkSet: `{ "keys":[{ "kty":"EC", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES512","key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "invalid key ops", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES256","key_ops":["verify "], "kid":"EhuduQ"}] }`, }, { tag: "multiple key ops", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES256","key_ops":["verify", "sign"], "kid":"EhuduQ"}] }`, }, { tag: "invalid key ops type", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES256","key_ops":"verify", "kid":"EhuduQ"}] }`, }, { tag: "invalid key ops type inside list", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES256","key_ops":[1], "kid":"EhuduQ"}] }`, }, { tag: "invalid use", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"zag","alg":"ES256","key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "without x coordinate", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES256","key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "without y coordinate", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "use":"sig","alg":"ES256","key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "kid of invalid type", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig","alg":"ES256","key_ops":["verify"], "kid":5}] }`, }, { tag: "with private key", jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "alg":"ES256", "x":"SVqB4JcUD6lsfvqMr-OKUNUphdNn64Eay60978ZlL74", "y":"lf0u0pMj4lGAzZix5u4Cm5CMQIgMNpkwy163wtKYVKI", "d":"0g5vAEKzugrXaRbgKG0Tj2qJ5lMP4Bezds1_sTybkfk" }] }`, }, } { t.Run(tc.tag, func(t *testing.T) { if _, err := jwt.JWKSetToPublicKeysetHandle([]byte(tc.jwkSet)); err == nil { t.Fatalf("jwt.JWKSetToPublicKeysetHandle() err = nil, want error") } }) } } func TestJWKSetFromPublicKeysetNonEnabledKeysAreIgnored(t *testing.T) { key := `{ "primaryKeyId": 303799737, "key": [ { "keyId": 303799737, "status": "ENABLED", "outputPrefixType": "TINK", "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", "keyMaterialType": "ASYMMETRIC_PUBLIC", "value": "IiDuhGJiGeaQ/qeqt1daC2xZRarm4VEsmSHJUWJY9EHbvxogwO6uIxh8SkKOO8VjZXNRTteRcwCPE4/4JElKyaa0fcQQAQ==" } }, { "keyId": 303799738, "status": "DISABLED", "outputPrefixType": "TINK", "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", "keyMaterialType": "ASYMMETRIC_PUBLIC", "value": "IiDuhGJiGeaQ/qeqt1daC2xZRarm4VEsmSHJUWJY9EHbvxogwO6uIxh8SkKOO8VjZXNRTteRcwCPE4/4JElKyaa0fcQQAQ==" } } ] }` handle, err := createKeysetHandle(key) if err != nil { t.Fatalf("createKeysetHandle() err = %v, want nil", err) } jwkSet, err := jwt.JWKSetFromPublicKeysetHandle(handle) if err != nil { t.Fatalf("jwt.JWKSetFromPublicKeysetHandle() err = %v, want nil", err) } wantJwkSet := `{"keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig", "alg":"ES256", "key_ops":["verify"], "kid":"EhuduQ"}] }` want := &spb.Struct{} if err := want.UnmarshalJSON([]byte(wantJwkSet)); err != nil { t.Fatalf("want.UnmarshalJSON() err = %v, want nil", err) } got := &spb.Struct{} if err := got.UnmarshalJSON(jwkSet); err != nil { t.Fatalf("got.UnmarshalJSON() err = %v, want nil", err) } if !cmp.Equal(want, got, protocmp.Transform()) { t.Errorf("mismatch in jwk sets: diff (-want,+got): %v", cmp.Diff(want, got, protocmp.Transform())) } } func TestJWKSetFromPublicKeysetHandleTinkOutputPrefixHasKID(t *testing.T) { for _, tc := range []jwkSetTestCase{ { tag: "JwtEcdsaPublicKey", publicKeyset: `{ "primaryKeyId": 303799737, "key": [ { "keyId": 303799737, "status": "ENABLED", "outputPrefixType": "TINK", "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", "keyMaterialType": "ASYMMETRIC_PUBLIC", "value": "IiDuhGJiGeaQ/qeqt1daC2xZRarm4VEsmSHJUWJY9EHbvxogwO6uIxh8SkKOO8VjZXNRTteRcwCPE4/4JElKyaa0fcQQAQ==" } } ] }`, jwkSet: `{ "keys":[{ "kty":"EC", "crv":"P-256", "x":"wO6uIxh8SkKOO8VjZXNRTteRcwCPE4_4JElKyaa0fcQ", "y":"7oRiYhnmkP6nqrdXWgtsWUWq5uFRLJkhyVFiWPRB278", "use":"sig", "alg":"ES256", "key_ops":["verify"], "kid":"EhuduQ"}] }`, }, { tag: "JwtRsaSsaPkcs1PublicKey", publicKeyset: `{ "primaryKeyId": 1277272603, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", "value": "IgMBAAEagAK+ZQ5rrZNivGPs3ytlUDOgR1KeaxFBo1YEwB0Hxp0ZryfjJwaJhaga/S5lZzy8faOfqXc9r/vZtvYgd/f4oPZRpPAuTXHfJKFfJsShLlkX1t6bOufaiE2LEag3s5+PvA9vrVn4XU2/neerfTzP5EjVZ7Igf70eO4hy5TFpZjRV6+xfMJ6Ewk/mDuRXPKXnlthxGLbx2J2RVrOvNWA0bfnI00wQvfahbVV+++nuF9Ae3FLCQU4/MmDMg8dskVvEAsauuBceyirtS0NB1L2++gSnj8nNCEK2cIQpqGCRPA5bJP3o6VEZiI8lIUdZO6PLVCd3o4pzwsYSykBfigPpmX5hEAE=", "keyMaterialType": "ASYMMETRIC_PUBLIC" }, "status": "ENABLED", "keyId": 1277272603, "outputPrefixType": "TINK" } ] }`, jwkSet: `{ "keys":[{ "kty":"RSA", "n": "vmUOa62TYrxj7N8rZVAzoEdSnmsRQaNWBMAdB8adGa8n4ycGiYWoGv0uZWc8vH2jn6l3Pa_72bb2IHf3-KD2UaTwLk1x3yShXybEoS5ZF9bemzrn2ohNixGoN7Ofj7wPb61Z-F1Nv53nq308z-RI1WeyIH-9HjuIcuUxaWY0VevsXzCehMJP5g7kVzyl55bYcRi28didkVazrzVgNG35yNNMEL32oW1Vfvvp7hfQHtxSwkFOPzJgzIPHbJFbxALGrrgXHsoq7UtDQdS9vvoEp4_JzQhCtnCEKahgkTwOWyT96OlRGYiPJSFHWTujy1Qnd6OKc8LGEspAX4oD6Zl-YQ", "e":"AQAB", "use":"sig", "alg":"RS256", "key_ops":["verify"], "kid":"TCGiGw" }] }`, }, } { t.Run(tc.tag, func(t *testing.T) { handle, err := createKeysetHandle(tc.publicKeyset) if err != nil { t.Fatalf("createKeysetHandle() err = %v, want nil", err) } js, err := jwt.JWKSetFromPublicKeysetHandle(handle) if err != nil { t.Fatalf("jwt.JWKSetFromPublicKeysetHandle() err = %v, want nil", err) } got := &spb.Struct{} if err := got.UnmarshalJSON(js); err != nil { t.Fatalf("got.UnmarshalJSON() err = %v, want nil", err) } want := &spb.Struct{} if err := want.UnmarshalJSON([]byte(tc.jwkSet)); err != nil { t.Fatalf("want.UnmarshalJSON() err = %v, want nil", err) } if !cmp.Equal(want, got, protocmp.Transform()) { t.Errorf("mismatch in jwk sets: diff (-want,+got): %v", cmp.Diff(want, got, protocmp.Transform())) } }) } } func mustMarshal(t *testing.T, m proto.Message) []byte { t.Helper() b, err := proto.Marshal(m) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } return b } func mustJSONSerialize(t *testing.T, m proto.Message) string { t.Helper() b, err := protojson.Marshal(m) if err != nil { t.Fatalf("protojson.Marshal() err = %v, want nil", err) } return string(b) } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString() err = %v, want nil", err) } return b } func TestJWKSetFromPublicKeysetHandleInvalidKeysetsFails(t *testing.T) { // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.5 p256PrivateKeyHex := "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721" p256PublicKeyPointXHex := "60FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB6" p256PublicKeyPointYHex := "7903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299" validJWTPrivateKeyNoKID := mustMarshal(t, &jepb.JwtEcdsaPrivateKey{ Version: 0, PublicKey: &jepb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jepb.JwtEcdsaAlgorithm_ES256, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p256PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p256PublicKeyPointYHex)), }, KeyValue: mustHexDecode(t, p256PrivateKeyHex), }) for _, tc := range []jwkSetTestCase{ { tag: "private ecdsa keyset", publicKeyset: mustJSONSerialize(t, &tinkpb.Keyset{ Key: []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: validJWTPrivateKeyNoKID, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, Status: tinkpb.KeyStatusType_ENABLED, OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, }), }, { tag: "unknown key type", publicKeyset: mustJSONSerialize(t, &tinkpb.Keyset{ Key: []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.UnknownKey", Value: []byte("unknown key"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, Status: tinkpb.KeyStatusType_ENABLED, OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, }), }, } { t.Run(tc.tag, func(t *testing.T) { handle, err := createKeysetHandle(tc.publicKeyset) if err != nil { t.Fatalf("createKeysetHandle() err = %v, want nil", err) } if _, err := jwt.JWKSetFromPublicKeysetHandle(handle); err == nil { t.Errorf("jwt.JWKSetFromPublicKeysetHandle() err = nil, want error") } else { t.Logf("jwt.JWKSetFromPublicKeysetHandle() err = %v", err) } }) } } func getCoordinateFromJwk(jwk *spb.Struct, coord string) ([]byte, error) { c := jwk.GetFields()["keys"].GetListValue().GetValues()[0].GetStructValue().GetFields()[coord].GetStringValue() return base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(c) } func TestJWKSizedSizedECCEncoding(t *testing.T) { type testCase struct { tag string publicKeyset string elementSizeInBytes int } for _, tc := range []testCase{ { tag: "P-256 smaller coordinates", publicKeyset: `{ "primaryKeyId": 2124611562, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", "value": "EAEaH2lFjtbwLgtzRDh7dV9sYmW4IWl3ZKA+WghvrQPiCNoiIEJ8pQXMyA/JywaGWT+IHmWxuVYWqdxkPsUSHLhSQm51", "keyMaterialType": "ASYMMETRIC_PUBLIC" }, "status": "ENABLED", "keyId": 2124611562, "outputPrefixType": "TINK" } ] }`, elementSizeInBytes: 32, }, { tag: "P-256 larger coordinates", elementSizeInBytes: 32, publicKeyset: `{ "primaryKeyId":858766452, "key":[ { "keyData": { "typeUrl":"type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", "value":"EAEaIQAocb/rp/rsVlYMqlR2KB18kpSAPURySedsnfswHoqEviIhANrIMzHBtAQvDOKUf3BYVmV+AfwKyA0lq9gHOTY3gVm+", "keyMaterialType":"ASYMMETRIC_PUBLIC" }, "status":"ENABLED", "keyId":858766452, "outputPrefixType":"TINK"}] }`, }, { tag: "P-384 smaller coordinates", publicKeyset: `{ "primaryKeyId": 4159170178, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", "value": "EAIaL/bm1+e6X7gat+MJK3e65BGlZzKIf6I1q0Ro8zAKeyryUxgvZl8Ww/NlcVN2XJhEIjA3b73hm8eDfSEEUAAaJbrLZFOFGnSdTWng116r+hOvszYiov+WrsTyIgnL/9aRdN8=", "keyMaterialType": "ASYMMETRIC_PUBLIC" }, "status": "ENABLED", "keyId": 4159170178, "outputPrefixType": "TINK" } ] }`, elementSizeInBytes: 48, }, { tag: "P-384 smaller coordinates", publicKeyset: `{ "primaryKeyId": 1286030637, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", "value": "EAMaQUgdEssWf+tdFT3vSoy/OAotV501af+XQ6JSXDjnOPCzZnFh8fYwrJ8Yu8XYF33IeHBdAIKyicKuW884JkjYR1qJIkH2OWoa4SOmk0FtpeRBZHPbs7U8SMFXVkaV+HZtjmfl11QGiQU9hqUhoW9ock2K0xg6wdcWBe67YTVFdQbThFmtCg==", "keyMaterialType": "ASYMMETRIC_PUBLIC" }, "status": "ENABLED", "keyId": 1286030637, "outputPrefixType": "TINK" } ] }`, elementSizeInBytes: 66, }, } { handle, err := createKeysetHandle(tc.publicKeyset) if err != nil { t.Fatalf("createKeysetHandle() err = %v, want nil", err) } keyset := testkeyset.KeysetMaterial(handle) pubKey := &epb.EcdsaPublicKey{} if err := proto.Unmarshal(keyset.GetKey()[0].GetKeyData().GetValue(), pubKey); err != nil { t.Fatalf("proto.Unmarshal() err = %v, want nil", err) } if len(pubKey.GetX()) == tc.elementSizeInBytes && len(pubKey.GetY()) == tc.elementSizeInBytes { t.Errorf("excepted serialized coordinates to be smaller than element, to test padding logic") } js, err := jwt.JWKSetFromPublicKeysetHandle(handle) if err != nil { t.Fatalf("jwt.JWKSetFromPublicKeysetHandle() err = %v, want nil", err) } jwkSet := &spb.Struct{} if err := jwkSet.UnmarshalJSON(js); err != nil { t.Fatalf("want.UnmarshalJSON() err = %v, want nil", err) } x, err := getCoordinateFromJwk(jwkSet, "x") if err != nil { t.Fatalf("base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString() err = %v, want nil", err) } y, err := getCoordinateFromJwk(jwkSet, "y") if err != nil { t.Fatalf("base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString() err = %v, want nil", err) } if len(x) != tc.elementSizeInBytes { t.Errorf("len(x) = %d, want %d", len(x), tc.elementSizeInBytes) } if len(y) != tc.elementSizeInBytes { t.Errorf("len(x) = %d, want %d", len(y), tc.elementSizeInBytes) } } } ================================================ FILE: jwt/jwt.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package jwt implements a subset of JSON Web Token (JWT) as defined by RFC 7519 (https://tools.ietf.org/html/rfc7519) that is considered safe and most often used. package jwt import ( "errors" "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/jwt/jwtecdsa" // Also registers jwtecdsa keys and proto serialization. "github.com/tink-crypto/tink-go/v2/jwt/jwthmac" // Also registers jwthmac keys and proto serialization. "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapkcs1" // Also registers jwtrsassapkcs1 keys and proto serialization. "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapss" // Also registers jwtrsassapss keys and proto serialization. "github.com/tink-crypto/tink-go/v2/key" jepb "github.com/tink-crypto/tink-go/v2/proto/jwt_ecdsa_go_proto" jwtmacpb "github.com/tink-crypto/tink-go/v2/proto/jwt_hmac_go_proto" jrsppb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pkcs1_go_proto" jpsppb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pss_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // A generic error returned when something went wrong before validation var errJwtVerification = errors.New("verification failed") var errJwtExpired = errors.New("token has expired") // IsExpirationErr returns true if err was returned by a JWT verification for a token // with a valid signature that is expired. // // Note that if the corresponding verification key has been removed from the keyset, // verification will not return an expiration error even if the token is expired, because // the expiration is only verified if the signature is valid. func IsExpirationErr(err error) bool { return err == errJwtExpired } const ( jwtECDSAVerifierTypeURL = "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey" jwtJWTRSASSAPKCS1VerifierTypeURL = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey" jwtJWTRSASSAPSSVerifierTypeURL = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey" jwtHMACTypeURL = "type.googleapis.com/google.crypto.tink.JwtHmacKey" jwtECDSASignerTypeURL = "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey" jwtJWTRSASSAPKCS1SignerTypeURL = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey" jwtJWTRSASSAPSSSignerTypeURL = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey" ) func jwtHMACPrimitive(_ key.Key) (any, error) { return nil, fmt.Errorf("the key manager should not be used to obtain a new primitive from a JWT HMAC key") } func jwtECDSASignerPrimitive(_ key.Key) (any, error) { return nil, fmt.Errorf("the key manager should not be used to obtain a new primitive from a JWT ECDSA key") } func jwtRSASSAPKCS1Primitive(_ key.Key) (any, error) { return nil, fmt.Errorf("the key manager should not be used to obtain a new primitive from a JWT RSA SSA PKCS1 key") } func jwtRSASSAPSSPrimitive(_ key.Key) (any, error) { return nil, fmt.Errorf("the key manager should not be used to obtain a new primitive from a JWT RSA SSA PSS key") } func unmarshalJWTHMACKey(serializedKey []byte) (proto.Message, error) { key := &jwtmacpb.JwtHmacKey{} if err := proto.Unmarshal(serializedKey, key); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtHmacKey: %v", err) } return key, nil } func unmarshalJWTECDSAPrivateKey(serializedKey []byte) (proto.Message, error) { privKey := &jepb.JwtEcdsaPrivateKey{} if err := proto.Unmarshal(serializedKey, privKey); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtEcdsaPrivateKey: %v", err) } return privKey, nil } func unmarshalJWTRSASSAPKCS1PrivateKey(serializedKey []byte) (proto.Message, error) { privKey := &jrsppb.JwtRsaSsaPkcs1PrivateKey{} if err := proto.Unmarshal(serializedKey, privKey); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtRsaSsaPkcs1PrivateKey: %v", err) } return privKey, nil } func unmarshalJWTRSASSAPSSPrivateKey(serializedKey []byte) (proto.Message, error) { privKey := &jpsppb.JwtRsaSsaPssPrivateKey{} if err := proto.Unmarshal(serializedKey, privKey); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtRsaSsaPssPrivateKey: %v", err) } return privKey, nil } func unmarshalJWTECDSAPublicKey(serializedKey []byte) (proto.Message, error) { privKey := &jepb.JwtEcdsaPublicKey{} if err := proto.Unmarshal(serializedKey, privKey); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtEcdsaPublicKey: %v", err) } return privKey, nil } func unmarshalJWTRSASSAPKCS1PublicKey(serializedKey []byte) (proto.Message, error) { privKey := &jrsppb.JwtRsaSsaPkcs1PublicKey{} if err := proto.Unmarshal(serializedKey, privKey); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtRsaSsaPkcs1PublicKey: %v", err) } return privKey, nil } func unmarshalJWTRSASSAPSSPublicKey(serializedKey []byte) (proto.Message, error) { privKey := &jpsppb.JwtRsaSsaPssPublicKey{} if err := proto.Unmarshal(serializedKey, privKey); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtRsaSsaPssPublicKey: %v", err) } return privKey, nil } func init() { if err := registry.RegisterKeyManager(legacykeymanager.New(jwtHMACTypeURL, jwtHMACPrimitive, tinkpb.KeyData_SYMMETRIC, unmarshalJWTHMACKey)); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT HMAC key manager: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.NewPrivateKeyManager(jwtECDSASignerTypeURL, jwtECDSASignerPrimitive, tinkpb.KeyData_ASYMMETRIC_PRIVATE, unmarshalJWTECDSAPrivateKey)); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT ECDSA signer key manager: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.NewPrivateKeyManager(jwtJWTRSASSAPKCS1SignerTypeURL, jwtRSASSAPKCS1Primitive, tinkpb.KeyData_ASYMMETRIC_PRIVATE, unmarshalJWTRSASSAPKCS1PrivateKey)); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT RSA SSA PKCS1 signer key manager: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.NewPrivateKeyManager(jwtJWTRSASSAPSSSignerTypeURL, jwtRSASSAPSSPrimitive, tinkpb.KeyData_ASYMMETRIC_PRIVATE, unmarshalJWTRSASSAPSSPrivateKey)); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT RSA SSA PSS signer key manager: %v", err)) } // Verifier key managers. if err := registry.RegisterKeyManager(legacykeymanager.New(jwtECDSAVerifierTypeURL, jwtECDSASignerPrimitive, tinkpb.KeyData_ASYMMETRIC_PUBLIC, unmarshalJWTECDSAPublicKey)); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT ECDSA verifier key manager: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(jwtJWTRSASSAPKCS1VerifierTypeURL, jwtRSASSAPKCS1Primitive, tinkpb.KeyData_ASYMMETRIC_PUBLIC, unmarshalJWTRSASSAPKCS1PublicKey)); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT RSA SSA PKCS1 verifier key manager: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(jwtJWTRSASSAPSSVerifierTypeURL, jwtRSASSAPSSPrimitive, tinkpb.KeyData_ASYMMETRIC_PUBLIC, unmarshalJWTRSASSAPSSPublicKey)); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT RSA SSA PSS verifier key manager: %v", err)) } // MAC primitive constructors. if err := primitiveregistry.RegisterPrimitiveConstructor[*jwthmac.Key](createJWTHMAC); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT HMAC primitive constructor: %v", err)) } // Signer primitive constructors. if err := primitiveregistry.RegisterPrimitiveConstructor[*jwtecdsa.PrivateKey](createJWTECDSASigner); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT ECDSA signer primitive constructor: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*jwtrsassapkcs1.PrivateKey](createJWTRSASSAPKCS1Signer); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT RSA SSA PKCS1 signer primitive constructor: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*jwtrsassapss.PrivateKey](createJWTRSASSAPSSSigner); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT RSA SSA PSS signer primitive constructor: %v", err)) } // Verifier primitive constructors. if err := primitiveregistry.RegisterPrimitiveConstructor[*jwtecdsa.PublicKey](createJWTECDSAVerifier); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT ECDSA verifier primitive constructor: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*jwtrsassapkcs1.PublicKey](createJWTRSASSAPKCS1Verifier); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT RSA SSA PKCS1 verifier primitive constructor: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*jwtrsassapss.PublicKey](createJWTRSASSAPSSVerifier); err != nil { panic(fmt.Sprintf("jwt.init() failed registering JWT RSA SSA PSS verifier primitive constructor: %v", err)) } } ================================================ FILE: jwt/jwt_config.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "reflect" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/jwt/jwtecdsa" "github.com/tink-crypto/tink-go/v2/jwt/jwthmac" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapkcs1" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapss" ) // RegisterJWTHMACPrimitiveConstructor registers the JWT MAC primitive constructor // to the provided config. // It is not part of Tink's public API. func RegisterJWTHMACPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { return c.RegisterPrimitiveConstructor(reflect.TypeFor[*jwthmac.Key](), createJWTHMAC, t) } // RegisterJWTECDSAPrimitiveConstructor registers the JWT Signature primitive constructors // to the provided config. // It is not part of Tink's public API. func RegisterJWTECDSAPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { if err := c.RegisterPrimitiveConstructor(reflect.TypeFor[*jwtecdsa.PublicKey](), createJWTECDSAVerifier, t); err != nil { return err } return c.RegisterPrimitiveConstructor(reflect.TypeFor[*jwtecdsa.PrivateKey](), createJWTECDSASigner, t) } // RegisterJWTRSASSAPKCS1PrimitiveConstructor registers the JWT Signature primitive constructors // to the provided config. // It is not part of Tink's public API. func RegisterJWTRSASSAPKCS1PrimitiveConstructor(c *config.Builder, t internalapi.Token) error { if err := c.RegisterPrimitiveConstructor(reflect.TypeFor[*jwtrsassapkcs1.PublicKey](), createJWTRSASSAPKCS1Verifier, t); err != nil { return err } return c.RegisterPrimitiveConstructor(reflect.TypeFor[*jwtrsassapkcs1.PrivateKey](), createJWTRSASSAPKCS1Signer, t) } // RegisterJWTRSASSAPSSPrimitiveConstructor registers the JWT Signature primitive constructors // to the provided config. // It is not part of Tink's public API. func RegisterJWTRSASSAPSSPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { if err := c.RegisterPrimitiveConstructor(reflect.TypeFor[*jwtrsassapss.PublicKey](), createJWTRSASSAPSSVerifier, t); err != nil { return err } return c.RegisterPrimitiveConstructor(reflect.TypeFor[*jwtrsassapss.PrivateKey](), createJWTRSASSAPSSSigner, t) } ================================================ FILE: jwt/jwt_config_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "reflect" "slices" "testing" "time" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/jwt/jwtecdsa" "github.com/tink-crypto/tink-go/v2/jwt/jwthmac" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapkcs1" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapss" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestRegisterJWTHMACPrimitiveConstructor(t *testing.T) { // From https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.1. keyBytes := mustBase64Dec(t, "AyM1SysPpbyDfgZld3umj1qzKObwVMkoqQ-EstJQLr_T-1qS0gZH75aKtMN3Yj0iPS4hcgUuTwjAzZr1Z9CAow") params := mustCreateJWTHMACParameters(t, len(keyBytes), jwthmac.IgnoredKID, jwthmac.HS256) jwtHMACKey := mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), IDRequirement: 0, }) token := "eyJhbGciOiJIUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "dCfJaSBBMSnC8CXslIf5orCzS7AboBan4qE7aXuYSDs" b := config.NewBuilder() configWithoutJWTHMAC := b.Build() // Should fail because jwt.RegisterJWTHMACPrimitiveConstructor() was not called. if _, err := configWithoutJWTHMAC.PrimitiveFromKey(jwtHMACKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutJWTHMAC.PrimitiveFromKey() err = nil, want error") } // Register jwt.RegisterJWTHMACPrimitiveConstructor() and check that it now works. if err := jwt.RegisterJWTHMACPrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("jwt.RegisterJWTHMACPrimitiveConstructor() err = %v, want nil", err) } configWithJWTHMAC := b.Build() primitive, err := configWithJWTHMAC.PrimitiveFromKey(jwtHMACKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithJWTHMAC.PrimitiveFromKey() err = %v, want nil", err) } p, ok := primitive.(jwt.MAC) if !ok { t.Fatalf("p was of type %v, want jwt.MAC", reflect.TypeOf(p)) } iss := "joe" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } if _, err := p.VerifyMACAndDecode(token, validator); err != nil { t.Fatalf("d.DecryptDeterministically() err = %v, want nil", err) } } func TestRegisterJWTECDSAPrimitiveConstructor(t *testing.T) { // https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.3 params, err := jwtecdsa.NewParameters(jwtecdsa.IgnoredKID, jwtecdsa.ES256) if err != nil { t.Fatalf("jwtecdsa.NewParameters() err = %v, want nil", err) } publicKey, err := jwtecdsa.NewPublicKey(jwtecdsa.PublicKeyOpts{ Parameters: params, PublicPoint: slices.Concat([]byte{4}, mustBase64Dec(t, "f83OJ3D2xF1Bg8vub9tLe1gHMzV76e8Tus9uPHvRVEU"), mustBase64Dec(t, "x_FEzRu9m36HLN_tue659LNpXW6pCyStikYjKIWI5a0")), IDRequirement: 0, }) if err != nil { t.Fatalf("jwtecdsa.NewPublicKey() err = %v, want nil", err) } secretDataKeyValue := secretdata.NewBytesFromData(mustBase64Dec(t, "jpsQnnGQmL-YBIffH1136cspYG6-0iY7X1fCE9-E9LI"), insecuresecretdataaccess.Token{}) privateKey, err := jwtecdsa.NewPrivateKeyFromPublicKey(secretDataKeyValue, publicKey) if err != nil { t.Fatalf("jwtecdsa.NewPrivateKeyFromPublicKey() err = %v, want nil", err) } token := "eyJhbGciOiJFUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "DtEhU3ljbEg8L38VWAfUAqOyKAM6-Xx-F4GawxaepmXFCgfTjDxw5djxLa8ISlSA" + "pmWQxfKTUJqPP3-Kg6NU1Q" b := config.NewBuilder() configWithoutJWTHMAC := b.Build() // Should fail because jwt.RegisterJWTECDSAPrimitiveConstructor() was not called. if _, err := configWithoutJWTHMAC.PrimitiveFromKey(publicKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutJWTHMAC.PrimitiveFromKey(publicKey) err = nil, want error") } if _, err := configWithoutJWTHMAC.PrimitiveFromKey(privateKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutJWTHMAC.PrimitiveFromKey(privateKey) err = nil, want error") } // Register jwt.RegisterJWTECDSAPrimitiveConstructor() and check that it now works. if err := jwt.RegisterJWTECDSAPrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("jwt.RegisterJWTECDSAPrimitiveConstructor() err = %v, want nil", err) } configWithJWTHMAC := b.Build() p1, err := configWithJWTHMAC.PrimitiveFromKey(privateKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithJWTHMAC.PrimitiveFromKey() err = %v, want nil", err) } signer, ok := p1.(jwt.Signer) if !ok { t.Fatalf("p was of type %v, want jwt.Signer", reflect.TypeOf(p1)) } p2, err := configWithJWTHMAC.PrimitiveFromKey(publicKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithJWTHMAC.PrimitiveFromKey() err = %v, want nil", err) } verifier, ok := p2.(jwt.Verifier) if !ok { t.Fatalf("p was of type %v, want jwt.Signer", reflect.TypeOf(p2)) } iss := "joe" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(token, validator); err != nil { t.Fatalf("verifier.VerifyAndDecode() err = %v, want nil", err) } // Sign and verify rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Issuer: &iss, WithoutExpiration: true, }) if err != nil { t.Fatalf("NewRawJWT() = %v, want nil", err) } signedJWT, err := signer.SignAndEncode(rawJWT) if err != nil { t.Fatalf("signer.SignAndEncode() = %v, want nil", err) } validator2, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(signedJWT, validator2); err != nil { t.Errorf("verifier.VerifyAndDecode() = %v, want nil", err) } } const ( // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L13 d2048Base64 = "GlAtDupse2niHVg5EB9wVFbtDvhS-0f-IQcfVMXzPIzrBmxi1yfjLSbFgTcyn4nTGVMlt5UmTBldhUcvdQfb0JYdKVH5NaJrNPCsJNFUkOESiptxOJFbx9v6j-OWNXExxUOunJhQc2jZzrCMHGGYo-2nrqGFoOl2zULCLQDwA9nxnZbqTJr8v-FEHMyALPsGifWdgExqTk9ATBUXR0XtbLi8iO8LM7oNKoDjXkO8kPNQBS5yAW51sA01ejgcnA1GcGnKZgiHyYd2Y0n8xDRgtKpRa84Hnt2HuhZDB7dSwnftlSitO6C_GHc0ntO3lmpsJAEQQJv00PreDGj9rdhH_Q" p2048Base64 = "7BJc834xCi_0YmO5suBinWOQAF7IiRPU-3G9TdhWEkSYquupg9e6K9lC5k0iP-t6I69NYF7-6mvXDTmv6Z01o6oV50oXaHeAk74O3UqNCbLe9tybZ_-FdkYlwuGSNttMQBzjCiVy0-y0-Wm3rRnFIsAtd0RlZ24aN3bFTWJINIs" q2048Base64 = "wnQqvNmJe9SwtnH5c_yCqPhKv1cF_4jdQZSGI6_p3KYNxlQzkHZ_6uvrU5V27ov6YbX8vKlKfO91oJFQxUD6lpTdgAStI3GMiJBJIZNpyZ9EWNSvwUj28H34cySpbZz3s4XdhiJBShgy-fKURvBQwtWmQHZJ3EGrcOI7PcwiyYc" ) func TestRegisterJWTRSASSAPKCS1PrimitiveConstructor(t *testing.T) { params, err := jwtrsassapkcs1.NewParameters(jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 0x10001, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }) if err != nil { t.Fatalf("jwtrsassapkcs1.NewParameters() err = %v, want nil", err) } publicKey, err := jwtrsassapkcs1.NewPublicKey(jwtrsassapkcs1.PublicKeyOpts{ Parameters: params, IDRequirement: 0, Modulus: mustBase64Dec(t, n2048Base64), }) if err != nil { t.Fatalf("jwtrsassapkcs1.NewPublicKey() err = %v, want nil", err) } privateKey, err := jwtrsassapkcs1.NewPrivateKey(jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(mustBase64Dec(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Dec(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Dec(t, q2048Base64), insecuresecretdataaccess.Token{}), }) if err != nil { t.Fatalf("jwtrsassapkcs1.NewPrivateKey() err = %v, want nil", err) } token := "eyJhbGciOiJSUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "F_h14Jj1TXhtO6DzWk5Ecei4h7I-" + "y9aCLUn8wMzFaIQ76MbE5qjkvLGyVpf5zwhrEx8WGmQTjufQ1kIFiu45O9qg0ZnDvRunMi" + "73F80PxXOdbWIUfY1QF1JCO-TqFHfymG8xShpQEm6R-WeF-" + "LeWxa6GWaNrJcvM4aggotdGKhgHC7SwYXVYjPhmH4r8jaUuGzCIO_iQb31n-" + "aR05XR16xti54pIgWlxXNgLhZ13umDeohZ6xkSny4HFvsJ2j08zo1CXtGOPdd34IKv4Y5S" + "xKJ5YwXVLukyGqvPLy8PNCkQlh32N5kjh9IGdg25OgR08ADQjRKinVjO_UxROv0bj4Q" b := config.NewBuilder() configWithoutJWTHMAC := b.Build() // Should fail because jwt.RegisterJWTRSASSAPKCS1PrimitiveConstructor() was not called. if _, err := configWithoutJWTHMAC.PrimitiveFromKey(publicKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutJWTHMAC.PrimitiveFromKey(publicKey) err = nil, want error") } if _, err := configWithoutJWTHMAC.PrimitiveFromKey(privateKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutJWTHMAC.PrimitiveFromKey(privateKey) err = nil, want error") } // Register jwt.RegisterJWTRSASSAPKCS1PrimitiveConstructor() and check that it now works. if err := jwt.RegisterJWTRSASSAPKCS1PrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("jwt.RegisterJWTRSASSAPKCS1PrimitiveConstructor() err = %v, want nil", err) } configWithJWTHMAC := b.Build() p1, err := configWithJWTHMAC.PrimitiveFromKey(privateKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithJWTHMAC.PrimitiveFromKey() err = %v, want nil", err) } signer, ok := p1.(jwt.Signer) if !ok { t.Fatalf("p was of type %v, want jwt.Signer", reflect.TypeOf(p1)) } p2, err := configWithJWTHMAC.PrimitiveFromKey(publicKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithJWTHMAC.PrimitiveFromKey() err = %v, want nil", err) } verifier, ok := p2.(jwt.Verifier) if !ok { t.Fatalf("p was of type %v, want jwt.Signer", reflect.TypeOf(p2)) } iss := "joe" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(token, validator); err != nil { t.Fatalf("verifier.VerifyAndDecode() err = %v, want nil", err) } // Sign and verify rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Issuer: &iss, WithoutExpiration: true, }) if err != nil { t.Fatalf("NewRawJWT() = %v, want nil", err) } signedJWT, err := signer.SignAndEncode(rawJWT) if err != nil { t.Fatalf("signer.SignAndEncode() = %v, want nil", err) } validator2, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(signedJWT, validator2); err != nil { t.Errorf("verifier.VerifyAndDecode() = %v, want nil", err) } } func TestRegisterJWTRSASSAPSSPrimitiveConstructor(t *testing.T) { params, err := jwtrsassapss.NewParameters(jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 0x10001, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }) if err != nil { t.Fatalf("jwtrsassapss.NewParameters() err = %v, want nil", err) } publicKey, err := jwtrsassapss.NewPublicKey(jwtrsassapss.PublicKeyOpts{ Parameters: params, IDRequirement: 0, Modulus: mustBase64Dec(t, n2048Base64), }) if err != nil { t.Fatalf("jwtrsassapss.NewPublicKey() err = %v, want nil", err) } privateKey, err := jwtrsassapss.NewPrivateKey(jwtrsassapss.PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(mustBase64Dec(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Dec(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Dec(t, q2048Base64), insecuresecretdataaccess.Token{}), }) if err != nil { t.Fatalf("jwtrsassapss.NewPrivateKey() err = %v, want nil", err) } token := "eyJhbGciOiJQUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "WeMZxYgxDNYFbVm2-pt3uxlj1fIS540KIz1mUMwBfcWunpduvtzj_fWPJv_" + "bqRC78GdqUaOju01Sega8ECcVsg_8guRyJOl_" + "BmE9c6kxzSiPyZJ9f1xUjx9WfQ5kcoYMNMVJ_" + "gUO9QbWin23UiHBBs61rolzn0M6xfNS6MkaYXfsa8aYOWAmsLU_" + "6WOQtN645bSyoyHDIah2dHXZXQBc6SkqLP8fW1oiTLU4PcVr6SzQIHfK0kS674lqqmdFVK" + "QfyIakLEhGsQuZ0XzKRE-RbUrQGelKiC1q5Jz3Gq0nAGqOSPkFMA_" + "5TK1TQhykfbIuXYAClbt1tM74ee27sb2uuQ" b := config.NewBuilder() configWithoutJWTHMAC := b.Build() // Should fail because jwt.RegisterJWTRSASSAPSSPrimitiveConstructor() was not called. if _, err := configWithoutJWTHMAC.PrimitiveFromKey(publicKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutJWTHMAC.PrimitiveFromKey(publicKey) err = nil, want error") } if _, err := configWithoutJWTHMAC.PrimitiveFromKey(privateKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutJWTHMAC.PrimitiveFromKey(privateKey) err = nil, want error") } // Register jwt.RegisterJWTRSASSAPSSPrimitiveConstructor() and check that it now works. if err := jwt.RegisterJWTRSASSAPSSPrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("jwt.RegisterJWTRSASSAPSSPrimitiveConstructor() err = %v, want nil", err) } configWithJWTHMAC := b.Build() p1, err := configWithJWTHMAC.PrimitiveFromKey(privateKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithJWTHMAC.PrimitiveFromKey() err = %v, want nil", err) } signer, ok := p1.(jwt.Signer) if !ok { t.Fatalf("p was of type %v, want jwt.Signer", reflect.TypeOf(p1)) } p2, err := configWithJWTHMAC.PrimitiveFromKey(publicKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithJWTHMAC.PrimitiveFromKey() err = %v, want nil", err) } verifier, ok := p2.(jwt.Verifier) if !ok { t.Fatalf("p was of type %v, want jwt.Signer", reflect.TypeOf(p2)) } iss := "joe" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(token, validator); err != nil { t.Fatalf("verifier.VerifyAndDecode() err = %v, want nil", err) } // Sign and verify rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Issuer: &iss, WithoutExpiration: true, }) if err != nil { t.Fatalf("NewRawJWT() = %v, want nil", err) } signedJWT, err := signer.SignAndEncode(rawJWT) if err != nil { t.Fatalf("signer.SignAndEncode() = %v, want nil", err) } validator2, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(signedJWT, validator2); err != nil { t.Errorf("verifier.VerifyAndDecode() = %v, want nil", err) } } ================================================ FILE: jwt/jwt_ecdsa_signer_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" jepb "github.com/tink-crypto/tink-go/v2/proto/jwt_ecdsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( testECDSASignerKeyType = "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey" testECDSASignerVersion = 0 ) func TestECDSASignerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSASignerKeyType, err) } if !km.DoesSupport(testECDSASignerKeyType) { t.Errorf("km.DoesSupport(%q) = false, want true", testECDSASignerKeyType) } if km.DoesSupport("not.the.actual.key.type") { t.Errorf("km.DoesSupport('not.the.actual.key.type') = true, want false") } } func TestECDSASignerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSASignerKeyType, err) } if km.TypeURL() != testECDSASignerKeyType { t.Errorf("km.TypeURL() = %q, want %q", km.TypeURL(), testECDSASignerKeyType) } } func TestECDSASignerNewKeyWithEmptyKeyFormatFails(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSASignerKeyType, err) } if _, err := km.NewKey(nil); err == nil { t.Errorf("km.NewKey(nil) err = nil, want error") } } func createECDSASerializedKeyFormat(algorithm jepb.JwtEcdsaAlgorithm, version uint32) ([]byte, error) { kf := &jepb.JwtEcdsaKeyFormat{ Version: version, Algorithm: algorithm, } return proto.Marshal(kf) } func TestECDSASignerNewKeyWithInvalidAlgorithmFails(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSASignerKeyType, err) } keyFormat, err := createECDSASerializedKeyFormat(jepb.JwtEcdsaAlgorithm_ES_UNKNOWN, testECDSASignerVersion) if err != nil { t.Fatalf("createECDSASerializedKeyFormat() err = %v, want nil", err) } if _, err := km.NewKey(keyFormat); err == nil { t.Errorf("km.NewKey(keyFormat) err = nil, want error") } } func TestECDSASignerNewKeyGeneratesValidKey(t *testing.T) { type testCase struct { tag string algorithm jepb.JwtEcdsaAlgorithm } for _, tc := range []testCase{ { tag: "ES256", algorithm: jepb.JwtEcdsaAlgorithm_ES256, }, { tag: "ES384", algorithm: jepb.JwtEcdsaAlgorithm_ES384, }, { tag: "ES521", algorithm: jepb.JwtEcdsaAlgorithm_ES512, }, } { t.Run(tc.tag, func(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSASignerKeyType, err) } keyFormat, err := createECDSASerializedKeyFormat(tc.algorithm, testECDSASignerVersion) if err != nil { t.Fatalf("createECDSASerializedKeyFormat() err = %v, want nil", err) } k, err := km.NewKey(keyFormat) if err != nil { t.Errorf("km.NewKey(keyFormat) err = %v, want nil", err) } key, ok := k.(*jepb.JwtEcdsaPrivateKey) if !ok { t.Errorf("key is not of type: *jepb.JwtEcdsaPrivateKey") } pubKey := key.GetPublicKey() if pubKey == nil { t.Errorf("pubKey = nil, want *jebp.JwtEcdsaPublicKey{}") } if pubKey.GetAlgorithm() != tc.algorithm { t.Errorf("pubKey.GetAlgorithm() = %q, want %q", pubKey.GetAlgorithm(), tc.algorithm) } if pubKey.GetVersion() != testECDSASignerVersion { t.Errorf("pubKey.GetVersion() = %d, want %d", pubKey.GetVersion(), testECDSASignerVersion) } }) } } func TestECDSASignerNewKeyGeneratesDifferentKeys(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSASignerKeyType, err) } keyFormat, err := createECDSASerializedKeyFormat(jepb.JwtEcdsaAlgorithm_ES256, testECDSASignerVersion) if err != nil { t.Fatalf("createECDSASerializedKeyFormat() err = %v, want nil", err) } k1, err := km.NewKey(keyFormat) if err != nil { t.Errorf("km.NewKey(keyFormat) err = %v, want nil", err) } key1, ok := k1.(*jepb.JwtEcdsaPrivateKey) if !ok { t.Errorf("key1 is not of type: *jepb.JwtEcdsaPrivateKey") } k2, err := km.NewKey(keyFormat) if err != nil { t.Errorf("km.NewKey(keyFormat) err = %v, want nil", err) } key2, ok := k2.(*jepb.JwtEcdsaPrivateKey) if !ok { t.Errorf("key2 is not of type: *jepb.JwtEcdsaPrivateKey") } if cmp.Equal(key1.GetKeyValue(), key2.GetKeyValue()) { t.Errorf("keys should have different values") } } func TestECDSASignerNewKeyDataWithEmptyKeyFormatFails(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSASignerKeyType, err) } if _, err := km.NewKeyData(nil); err == nil { t.Errorf("km.NewKeyData(nil) err = nil, want error") } } func TestECDSASignerNewKeyDataWithInvalidAlgorithmFails(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSASignerKeyType, err) } keyFormat, err := createECDSASerializedKeyFormat(jepb.JwtEcdsaAlgorithm_ES_UNKNOWN, testECDSASignerVersion) if err != nil { t.Fatalf("createECDSASerializedKeyFormat() err = %v, want nil", err) } if _, err := km.NewKeyData(keyFormat); err == nil { t.Errorf("km.NewKeyData(keyFormat) err = %v, want error", err) } } func TestECDSASignerNewKeyDataGeneratesValidKeyData(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSASignerKeyType, err) } keyFormat, err := createECDSASerializedKeyFormat(jepb.JwtEcdsaAlgorithm_ES256, testECDSASignerVersion) if err != nil { t.Fatalf("createECDSASerializedKeyFormat() err = %v, want nil", err) } keyData, err := km.NewKeyData(keyFormat) if err != nil { t.Errorf("km.NewKeyData(keyFormat) err = %v, want nil", err) } if keyData.GetTypeUrl() != testECDSASignerKeyType { t.Errorf("keyData.GetTypeUrl() = %q, want %q", keyData.GetTypeUrl(), testECDSASignerKeyType) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { t.Errorf("keyData.GetKeyMaterialType() = %q, want %q", keyData.GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PRIVATE) } } func TestECDSASignerPublicKeyDataWithEmptyKeyFormatFails(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSASignerKeyType, err) } pkm, ok := km.(registry.PrivateKeyManager) if !ok { t.Fatalf("key manager is not of type registry.PrivateKeyManager") } if _, err := pkm.PublicKeyData(nil); err == nil { t.Errorf("km.PublicKeyData(nil) err = nil, want error") } } func createECDSAKey() (*jepb.JwtEcdsaPrivateKey, error) { // Private key from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.3 k, err := base64Decode("jpsQnnGQmL-YBIffH1136cspYG6-0iY7X1fCE9-E9LI") if err != nil { return nil, err } pubKey, err := createECDSAPublicKey(jepb.JwtEcdsaAlgorithm_ES256, nil /*=kid*/, testECDSASignerVersion) if err != nil { return nil, err } return &jepb.JwtEcdsaPrivateKey{ Version: testECDSASignerVersion, PublicKey: pubKey, KeyValue: k, }, nil } func createSerializedECDSAKey() ([]byte, error) { key, err := createECDSAKey() if err != nil { return nil, err } return proto.Marshal(key) } func TestECDSASignerPublicKeyDataGeneratesValidKeyData(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSASignerKeyType, err) } pkm, ok := km.(registry.PrivateKeyManager) if !ok { t.Fatalf("key manager is not of type registry.PrivateKeyManager") } key, err := createSerializedECDSAKey() if err != nil { t.Fatalf("createECDSASerializedKeyFormat() err = %v, want nil", err) } pubKeyData, err := pkm.PublicKeyData(key) if err != nil { t.Fatalf("km.PublicKeyData() err = %v, want nil", err) } if pubKeyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { t.Fatalf("km.PublicKeyData() = %q, want %q", pubKeyData.GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PUBLIC) } if pubKeyData.GetTypeUrl() != testECDSAVerifierKeyType { t.Errorf("keyData.GetTypeUrl() = %q, want %q", pubKeyData.GetTypeUrl(), testECDSAVerifierKeyType) } } func TestECDSASignerPrimitiveAlwaysFails(t *testing.T) { km, err := registry.GetKeyManager(testECDSASignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q): %v", testECDSASignerKeyType, err) } k, err := createECDSAKey() if err != nil { t.Fatal(err) } serializedKey, err := proto.Marshal(k) if err != nil { t.Fatalf("proto.Marshal(k) err = %v, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("km.Primitive() err = nil, want error") } } ================================================ FILE: jwt/jwt_ecdsa_verifier_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" jepb "github.com/tink-crypto/tink-go/v2/proto/jwt_ecdsa_go_proto" ) const testECDSAVerifierKeyType = "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey" func TestECDSAVerifierNotImplemented(t *testing.T) { km, err := registry.GetKeyManager(testECDSAVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSAVerifierKeyType, err) } if _, err := km.NewKey(nil); err == nil { t.Errorf("km.NewKey() err = nil, want error") } } func TestECDSAVerifierDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testECDSAVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSAVerifierKeyType, err) } if !km.DoesSupport(testECDSAVerifierKeyType) { t.Errorf("km.DoesSupport(%q) = false, want true", testECDSAVerifierKeyType) } if km.DoesSupport("not.the.actual.key.type") { t.Errorf("km.DoesSupport('not.the.actual.key.type') = true, want false") } } func TestECDSAVerifierTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testECDSAVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSAVerifierKeyType, err) } if km.TypeURL() != testECDSAVerifierKeyType { t.Errorf("km.TypeURL() = %q, want %q", km.TypeURL(), testECDSAVerifierKeyType) } } func createECDSAPublicKey(algorithm jepb.JwtEcdsaAlgorithm, kid *string, version uint32) (*jepb.JwtEcdsaPublicKey, error) { // Public key from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.3 x, err := base64Decode("f83OJ3D2xF1Bg8vub9tLe1gHMzV76e8Tus9uPHvRVEU") if err != nil { return nil, fmt.Errorf("base64 decoding x coordinate of public key: %v", err) } y, err := base64Decode("x_FEzRu9m36HLN_tue659LNpXW6pCyStikYjKIWI5a0") if err != nil { return nil, fmt.Errorf("base64 decoding y coordinate of public key: %v", err) } var customKID *jepb.JwtEcdsaPublicKey_CustomKid = nil if kid != nil { customKID = &jepb.JwtEcdsaPublicKey_CustomKid{Value: *kid} } return &jepb.JwtEcdsaPublicKey{ Version: version, Algorithm: algorithm, X: x, Y: y, CustomKid: customKID, }, nil } func createECDSASerializedPublicKey(algorithm jepb.JwtEcdsaAlgorithm, kid *string, version uint32) ([]byte, error) { pubKey, err := createECDSAPublicKey(algorithm, kid, version) if err != nil { return nil, err } return proto.Marshal(pubKey) } func TestECDSAVerifierPrimitiveAlwaysFails(t *testing.T) { km, err := registry.GetKeyManager(testECDSAVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testECDSAVerifierKeyType, err) } serializedPubKey, err := createECDSASerializedPublicKey(jepb.JwtEcdsaAlgorithm_ES256, refString("1234"), 0 /*=version*/) if err != nil { t.Fatal(err) } if _, err := km.Primitive(serializedPubKey); err == nil { t.Errorf("km.Primitive() err = %v, want nil", err) } } ================================================ FILE: jwt/jwt_encoding.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "encoding/base64" "encoding/binary" "fmt" "strings" spb "google.golang.org/protobuf/types/known/structpb" tpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // keyID returns the keyID in big endian format base64 encoded if the key output prefix is of type Tink or nil otherwise. func keyID(keyID uint32, outPrefixType tpb.OutputPrefixType) *string { if outPrefixType != tpb.OutputPrefixType_TINK { return nil } buf := make([]byte, 4) binary.BigEndian.PutUint32(buf, keyID) s := base64Encode(buf) return &s } // createUnsigned creates an unsigned JWT by created the header/payload, encoding them to a websafe base64 encoded string and concatenating. func createUnsigned(rawJWT *RawJWT, algo string, tinkKID *string, customKID *string) (string, error) { if rawJWT == nil { return "", fmt.Errorf("rawJWT is nil") } var typeHeader *string = nil if rawJWT.HasTypeHeader() { th, err := rawJWT.TypeHeader() if err != nil { return "", err } typeHeader = &th } if customKID != nil && tinkKID != nil { return "", fmt.Errorf("TINK Keys are not allowed to have a kid value set") } if tinkKID != nil { customKID = tinkKID } encodedHeader, err := createHeader(algo, typeHeader, customKID) if err != nil { return "", err } payload, err := rawJWT.JSONPayload() if err != nil { return "", err } return dotConcat(encodedHeader, base64Encode(payload)), nil } // combineUnsignedAndSignature combines the token with the raw signature to provide a signed token. func combineUnsignedAndSignature(unsigned string, signature []byte) string { return dotConcat(unsigned, base64Encode(signature)) } // splitSignedCompact extracts the witness and usigned JWT. func splitSignedCompact(compact string) ([]byte, string, error) { i := strings.LastIndex(compact, ".") if i < 0 { return nil, "", fmt.Errorf("invalid token") } witness, err := base64Decode(compact[i+1:]) if err != nil { return nil, "", fmt.Errorf("%q: %v", compact[i+1:], err) } if len(witness) == 0 { return nil, "", fmt.Errorf("empty signature") } unsigned := compact[0:i] if len(unsigned) == 0 { return nil, "", fmt.Errorf("empty content") } if strings.Count(unsigned, ".") != 1 { return nil, "", fmt.Errorf("only tokens in JWS compact serialization formats are supported") } return witness, unsigned, nil } // decodeUnsignedTokenAndValidateHeader verifies the header on an unsigned JWT and decodes the payload into a RawJWT. // Expects the token to be in compact serialization format. The signature should be verified before calling this function. func decodeUnsignedTokenAndValidateHeader(unsigned, algorithm string, tinkKID, customKID *string) (*RawJWT, error) { parts := strings.SplitN(unsigned, ".", 3) if len(parts) != 2 { return nil, fmt.Errorf("only tokens in JWS compact serialization formats are supported") } jsonHeader, err := base64Decode(parts[0]) if err != nil { return nil, err } header, err := jsonToStruct(jsonHeader) if err != nil { return nil, err } if err := validateHeader(header, algorithm, tinkKID, customKID); err != nil { return nil, err } typeHeader, err := extractTypeHeader(header) if err != nil { return nil, err } jsonPayload, err := base64Decode(parts[1]) if err != nil { return nil, err } return NewRawJWTFromJSON(typeHeader, jsonPayload) } // base64Encode encodes a byte array into a base64 URL safe string with no padding. func base64Encode(content []byte) string { return base64.URLEncoding.WithPadding(base64.NoPadding).EncodeToString(content) } // base64Decode decodes a URL safe base64 encoded string into a byte array ignoring padding. func base64Decode(content string) ([]byte, error) { for _, c := range content { if !isValidURLsafeBase64Char(c) { return nil, fmt.Errorf("invalid encoding") } } return base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(content) } func isValidURLsafeBase64Char(c rune) bool { return (((c >= 'a') && (c <= 'z')) || ((c >= 'A') && (c <= 'Z')) || ((c >= '0') && (c <= '9')) || ((c == '-') || (c == '_'))) } func dotConcat(a, b string) string { return fmt.Sprintf("%s.%s", a, b) } func jsonToStruct(jsonPayload []byte) (*spb.Struct, error) { payload := &spb.Struct{} if err := payload.UnmarshalJSON(jsonPayload); err != nil { return nil, err } return payload, nil } func extractTypeHeader(header *spb.Struct) (*string, error) { fields := header.GetFields() if fields == nil { return nil, fmt.Errorf("header contains no fields") } val, ok := fields["typ"] if !ok { return nil, nil } str, ok := val.Kind.(*spb.Value_StringValue) if !ok { return nil, fmt.Errorf("type header isn't a string") } return &str.StringValue, nil } func createHeader(algorithm string, typeHeader, kid *string) (string, error) { header := &spb.Struct{ Fields: map[string]*spb.Value{ "alg": spb.NewStringValue(algorithm), }, } if typeHeader != nil { header.Fields["typ"] = spb.NewStringValue(*typeHeader) } if kid != nil { header.Fields["kid"] = spb.NewStringValue(*kid) } jsonHeader, err := header.MarshalJSON() if err != nil { return "", err } return base64Encode(jsonHeader), nil } func validateHeader(header *spb.Struct, algorithm string, tinkKID, customKID *string) error { fields := header.GetFields() if fields == nil { return fmt.Errorf("header contains no fields") } alg, err := headerStringField(fields, "alg") if err != nil { return err } if alg != algorithm { return fmt.Errorf("invalid alg") } if _, ok := fields["crit"]; ok { return fmt.Errorf("all tokens with crit headers are rejected") } if tinkKID != nil && customKID != nil { return fmt.Errorf("custom_kid can only be set for RAW keys") } _, hasKID := fields["kid"] if tinkKID != nil && !hasKID { return fmt.Errorf("missing kid in header") } if tinkKID != nil { return validateKIDInHeader(fields, tinkKID) } if hasKID && customKID != nil { return validateKIDInHeader(fields, customKID) } return nil } func validateKIDInHeader(fields map[string]*spb.Value, kid *string) error { headerKID, err := headerStringField(fields, "kid") if err != nil { return err } if headerKID != *kid { return fmt.Errorf("invalid kid header") } return nil } func headerStringField(fields map[string]*spb.Value, name string) (string, error) { val, ok := fields[name] if !ok { return "", fmt.Errorf("header is missing %q", name) } str, ok := val.Kind.(*spb.Value_StringValue) if !ok { return "", fmt.Errorf("%q header isn't a string", name) } return str.StringValue, nil } ================================================ FILE: jwt/jwt_encoding_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "strings" "testing" "time" "github.com/google/go-cmp/cmp" tpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKIDForNonTinkKeysIsNil(t *testing.T) { for _, op := range []tpb.OutputPrefixType{ tpb.OutputPrefixType_LEGACY, tpb.OutputPrefixType_RAW, tpb.OutputPrefixType_CRUNCHY} { if kid := keyID(1234, op); kid != nil { t.Errorf("keyID(1234, %q) = %q, want nil", op, *kid) } } } func TestKeyIDForTinkKey(t *testing.T) { want := "GsapRA" kid := keyID(0x1ac6a944, tpb.OutputPrefixType_TINK) if kid == nil { t.Errorf("KeyID(0x1ac6a944, %q) = nil, want %q", tpb.OutputPrefixType_TINK, want) } if kid != nil && !cmp.Equal(*kid, want) { t.Errorf("KeyID(0x1ac6a944, %q) = %q, want %q", tpb.OutputPrefixType_TINK, *kid, want) } } type payloadTestCase struct { tag string rawJWT *RawJWT opts *RawJWTOptions tinkKID *string customKID *string algorithm string } func refString(a string) *string { return &a } func refTime(ts int64) *time.Time { t := time.Unix(ts, 0) return &t } func TestBase64Encode(t *testing.T) { // Examples from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.1.1 want := "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ" payload := []byte{123, 34, 105, 115, 115, 34, 58, 34, 106, 111, 101, 34, 44, 13, 10, 32, 34, 101, 120, 112, 34, 58, 49, 51, 48, 48, 56, 49, 57, 51, 56, 48, 44, 13, 10, 32, 34, 104, 116, 116, 112, 58, 47, 47, 101, 120, 97, 109, 112, 108, 101, 46, 99, 111, 109, 47, 105, 115, 95, 114, 111, 111, 116, 34, 58, 116, 114, 117, 101, 125} got := base64Encode(payload) if got != want { t.Errorf("base64Encode() got %q want %q", got, want) } } func TestBase64Decode(t *testing.T) { // Examples from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.1.1 want := []byte{123, 34, 105, 115, 115, 34, 58, 34, 106, 111, 101, 34, 44, 13, 10, 32, 34, 101, 120, 112, 34, 58, 49, 51, 48, 48, 56, 49, 57, 51, 56, 48, 44, 13, 10, 32, 34, 104, 116, 116, 112, 58, 47, 47, 101, 120, 97, 109, 112, 108, 101, 46, 99, 111, 109, 47, 105, 115, 95, 114, 111, 111, 116, 34, 58, 116, 114, 117, 101, 125} got, err := base64Decode("eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ") if err != nil { t.Errorf("base64Decode() err = %v, want nil", err) } if !cmp.Equal(got, want) { t.Errorf("base64Decode() got %q, want %q", got, want) } } func TestInvalidCharactersFailBase64Decode(t *testing.T) { if _, err := base64Decode("iLA0KIC&hD"); err == nil { t.Errorf("base64Decode() err = nil, want error") } } func TestEncodeStaticHeaderWithPayloadIssuerTokenForSigning(t *testing.T) { opts := &RawJWTOptions{ WithoutExpiration: true, Issuer: refString("tink-issuer"), } // Header 'RS256' alg from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.2.1 // Payload: `{"iss":"tink-issuer"}` wantUnsigned := "eyJhbGciOiJSUzI1NiJ9.eyJpc3MiOiJ0aW5rLWlzc3VlciJ9" rawJWT, err := NewRawJWT(opts) if err != nil { t.Fatalf("generating valid RawJWT: %v", err) } unsigned, err := createUnsigned(rawJWT, "RS256", nil, nil) if err != nil { t.Errorf("createUnsigned() err = %v, want nil", err) } if unsigned != wantUnsigned { t.Errorf("got unsigned %q, want %q", unsigned, wantUnsigned) } } func TestEncodeHeaderWithHeaderFieldsAndEmptyPayload(t *testing.T) { type testCase struct { tag string opts *RawJWTOptions wantHeaderSubstring string customKID *string tinkKID *string } for _, tc := range []testCase{ { tag: "type header", opts: &RawJWTOptions{ WithoutExpiration: true, TypeHeader: refString("JWT"), }, wantHeaderSubstring: `"typ":"JWT"`, }, { tag: "custom kid", opts: &RawJWTOptions{ WithoutExpiration: true, }, customKID: refString("custom"), wantHeaderSubstring: `"kid":"custom"`, }, { tag: "tink kid", opts: &RawJWTOptions{ WithoutExpiration: true, }, tinkKID: refString("tink"), wantHeaderSubstring: `"kid":"tink"`, }, } { rawJWT, err := NewRawJWT(tc.opts) if err != nil { t.Fatalf("generating valid RawJWT: %v", err) } unsigned, err := createUnsigned(rawJWT, "RS256", tc.tinkKID, tc.customKID) if err != nil { t.Errorf("createUnsigned() err = %v, want nil", err) } token := strings.Split(unsigned, ".") if len(token) != 2 { t.Errorf("token[0] not encoded in compact serialization format") } header, err := base64Decode(token[0]) if err != nil { t.Errorf("base64Decode(token[0] = %q)", token[0]) } if !strings.Contains(string(header), tc.wantHeaderSubstring) { t.Errorf("header %q, doesn't contain: %q", string(header), tc.wantHeaderSubstring) } wantPayload := "e30" // `{}` if string(token[1]) != wantPayload { t.Errorf("token[1] = %q, want %q", token[1], wantPayload) } } } func TestCreateUnsignedWithNilRawJWTFails(t *testing.T) { if _, err := createUnsigned(nil, "HS256", nil, nil); err == nil { t.Errorf("createUnsigned(rawJWT = nil) err = nil, want error") } } func TestCreateUnsignedCustomAndTinkKIDFail(t *testing.T) { rawJWT, err := NewRawJWT(&RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("generating valid RawJWT: %v", err) } if _, err := createUnsigned(rawJWT, "HS256", refString("123"), refString("456")); err == nil { t.Errorf("createUnsigned(tinkKID = 456, customKID = 123) err = nil, want error") } } func TestCombineTokenAndSignature(t *testing.T) { // https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.2.1 payload := "eyJ0eXAiOiJKV1QiLA0KICJhbGciOiJIUzI1NiJ9.eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ" signature := []byte{116, 24, 223, 180, 151, 153, 224, 37, 79, 250, 96, 125, 216, 173, 187, 186, 22, 212, 37, 77, 105, 214, 191, 240, 91, 88, 5, 88, 83, 132, 141, 121} token := combineUnsignedAndSignature(payload, signature) want := "eyJ0eXAiOiJKV1QiLA0KICJhbGciOiJIUzI1NiJ9.eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ.dBjftJeZ4CVP-mB92K27uhbUJU1p1r_wW1gFWFOEjXk" if !cmp.Equal(token, want) { t.Errorf("combineUnsignedAndSignature(%q, %q) = %q, want %q", payload, signature, token, want) } } func TestSplitSignedCompactInvalidInputs(t *testing.T) { type testCases struct { tag string token string } for _, tc := range []testCases{ { tag: "empty payload", token: "", }, { tag: "not in compact serialization missing separators", token: "Zm9vYmFyIVRpbms", }, { tag: "not in compact serialization additional separators", token: "Zm9vYmFyIVRpbms.Zm9vYmFyGVRpbms.Zm9vYmFyIVRpbms.Zm9vYmFyINRpbms", }, { tag: "non web safe URL encoding character", token: "Zm9vYmFyIVRpbms.m9vYmFy.Zm&mFyIVRpbms", }, { tag: "no content", token: ".Zm9vYmFyIVRpbms", }, { tag: "no signature", token: "Zm9vYmFyIVRpbms.Zm9vYmFyIVRpbms.", }, { tag: "no signature and no content", token: "..", }, } { t.Run(tc.tag, func(t *testing.T) { if _, _, err := splitSignedCompact(tc.token); err == nil { t.Errorf("splitSignedCompact(%q) err = nil, want error", tc.token) } }) } } func TestSplitSignedCompact(t *testing.T) { // signed token from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.1.1 signedToken := "eyJ0eXAiOiJKV1QiLA0KICJhbGciOiJIUzI1NiJ9.eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ.dBjftJeZ4CVP-mB92K27uhbUJU1p1r_wW1gFWFOEjXk" wantSig := []byte{116, 24, 223, 180, 151, 153, 224, 37, 79, 250, 96, 125, 216, 173, 187, 186, 22, 212, 37, 77, 105, 214, 191, 240, 91, 88, 5, 88, 83, 132, 141, 121} wantToken := "eyJ0eXAiOiJKV1QiLA0KICJhbGciOiJIUzI1NiJ9.eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ" sig, token, err := splitSignedCompact(signedToken) if err != nil { t.Errorf("splitSignedCompact(%q) err = %v, want nil", signedToken, err) } if !cmp.Equal(sig, wantSig) { t.Errorf("splitSignedCompact() sig = %q, want %q", sig, wantSig) } if token != wantToken { t.Errorf("splitSignedCompact() token = %q, want %q", token, wantToken) } } func TestDecodeValidateInvalidHeaderFailures(t *testing.T) { type testCases struct { tag string header string alg string tinkKID *string customKID *string } for _, tc := range []testCases{ { tag: "invalid JSON header", header: `JiVeQCo`, }, { tag: "contains line feed", header: "eyJ0eXAiOiJKV1Qi\nLA0KICJhbGciOiJIUzI1NiJ9", alg: "HS256", }, { tag: "header contains no fields", header: base64Encode([]byte(`{}`)), }, { tag: "type header not a string", header: base64Encode([]byte(`{"alg":"HS256", "typ":5}`)), alg: "HS256", }, { tag: "wrong algorithm", header: base64Encode([]byte(`{"alg":"HS256"}`)), alg: "HS512", }, { tag: "specyfing custom and tink kid", header: base64Encode([]byte(`{"alg":"HS256", "kid":"tink"}`)), alg: "HS256", tinkKID: refString("tink"), customKID: refString("custom"), }, { tag: "invalid custom kid", header: base64Encode([]byte(`{"alg":"HS256", "kid":"custom"}`)), customKID: refString("notCustom"), alg: "HS256", }, { tag: "invalid tink kid", header: base64Encode([]byte(`{"alg":"HS256", "kid":"tink"}`)), tinkKID: refString("notTink"), alg: "HS256", }, { tag: "specify tink kid and token without kig", header: base64Encode([]byte(`{"alg":"HS256"}`)), tinkKID: refString("notTink"), alg: "HS256", }, { tag: "crit header", header: base64Encode([]byte(`{"alg":"HS256", "crit":"fooBar"}`)), alg: "HS256", }, { tag: "no compact serialization", header: "asd.asd", }, { tag: "invalid UTF16 encoding", header: base64Encode([]byte(`{"alg":"HS256", "typ":"\uD834"}`)), }, } { t.Run(tc.tag, func(t *testing.T) { if _, err := decodeUnsignedTokenAndValidateHeader(dotConcat(tc.header, base64Encode([]byte("{}"))), tc.alg, tc.tinkKID, tc.customKID); err == nil { t.Errorf("decodeUnsignedTokenAndValidateHeader() err = nil, want error") } }) } } func TestDecodeValidateKIDHeader(t *testing.T) { type testCases struct { tag string header string tinkKID *string customKID *string } for _, tc := range []testCases{ { tag: "not kid header field", header: base64Encode([]byte(`{"alg":"HS256"}`)), }, { tag: "validates custom kid", header: base64Encode([]byte(`{"alg":"HS256", "kid":"custom"}`)), customKID: refString("custom"), }, { tag: "validates tink kid", header: base64Encode([]byte(`{"alg":"HS256", "kid":"tink"}`)), tinkKID: refString("tink"), }, { tag: "ignores kid if exists and tink kid isn't specified", header: base64Encode([]byte(`{"alg":"HS256", "kid":"random"}`)), }, { tag: "unkown headers are accepted", header: base64Encode([]byte(`{"alg":"HS256","unknown":"header"}`)), }, } { t.Run(tc.tag, func(t *testing.T) { _, err := decodeUnsignedTokenAndValidateHeader(dotConcat(tc.header, base64Encode([]byte("{}"))), "HS256", tc.tinkKID, tc.customKID) if err != nil { t.Errorf("decodeUnsignedTokenAndValidateHeader() err = %v, want nil", err) } }) } } func TestDecodeVerifyTokenFixedValues(t *testing.T) { header := "eyJ0eXAiOiJKV1QiLA0KICJhbGciOiJIUzI1NiJ9" // Header example from https://tools.ietf.org/html/rfc7519#section-3.1 payload := "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ" // Payload example from https://tools.ietf.org/html/rfc7519#section-3.1 rawJWT, err := decodeUnsignedTokenAndValidateHeader(dotConcat(header, payload), "HS256", nil, nil) if err != nil { t.Errorf("decodeUnsignedTokenAndValidateHeader() err = %v, want nil", err) } iss, err := rawJWT.Issuer() if err != nil { t.Errorf("rawJWT.Issuer() err = %v, want nil", err) } if iss != "joe" { t.Errorf("rawJWT.Issuer() = %q, want joe", iss) } exp, err := rawJWT.ExpiresAt() if err != nil { t.Errorf("rawJWT.ExpiresAt() err = %v, want nil", err) } wantExp := time.Unix(1300819380, 0) if !exp.Equal(wantExp) { t.Errorf("rawJWT.ExpiresAt() = %q, want %q", exp, wantExp) } cc, err := rawJWT.BooleanClaim("http://example.com/is_root") if err != nil { t.Errorf("rawJWT.BooleanClaim('http://example.com/is_root') err = %v want nil", err) } if cc != true { t.Errorf("rawJWT.BooleanClaim('http://example.com/is_root') = %v, want true", cc) } } func TestDecodeVerifyTokenPaylodWithInvalidEndcoding(t *testing.T) { if _, err := decodeUnsignedTokenAndValidateHeader(dotConcat(base64Encode([]byte(`{"alg":"HS256"}`)), "_aSL&%"), "HS256", nil, nil); err == nil { t.Errorf("decodeUnsignedTokenAndValidateHeader() err = nil, want error") } } ================================================ FILE: jwt/jwt_full_mac.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/jwt/jwthmac" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/mac/hmac" ) type fullMac struct { m *macWithKID // kid is set only for TINK keys. Keys with Custom KID or that ignores // it are RAW, thus this is nil. kid *string } var _ MAC = (*fullMac)(nil) func (s *fullMac) ComputeMACAndEncode(token *RawJWT) (string, error) { return s.m.ComputeMACAndEncodeWithKID(token, s.kid) } func (s *fullMac) VerifyMACAndDecode(compact string, validator *Validator) (*VerifiedJWT, error) { return s.m.VerifyMACAndDecodeWithKID(compact, validator, s.kid) } func createJWTHMAC(key key.Key) (any, error) { jwthmacKey, ok := key.(*jwthmac.Key) if !ok { return nil, fmt.Errorf("createJWTHMAC: key is of type %T, want %T", key, (*jwthmac.Key)(nil)) } jwtParams := jwthmacKey.Parameters().(*jwthmac.Parameters) var hashType hmac.HashType var tagSizeInBytes int switch jwtParams.Algorithm() { case jwthmac.HS256: hashType = hmac.SHA256 tagSizeInBytes = 32 case jwthmac.HS384: hashType = hmac.SHA384 tagSizeInBytes = 48 case jwthmac.HS512: hashType = hmac.SHA512 tagSizeInBytes = 64 default: return nil, fmt.Errorf("createJWTHMAC: unsupported algorithm: %s", jwtParams.Algorithm()) } hmacParams, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: jwtParams.KeySizeInBytes(), TagSizeInBytes: tagSizeInBytes, HashType: hashType, Variant: hmac.VariantNoPrefix, }) if err != nil { return nil, fmt.Errorf("createJWTHMAC: %v", err) } hmacKey, err := hmac.NewKey(jwthmacKey.KeyBytes(), hmacParams, 0) if err != nil { return nil, fmt.Errorf("createJWTHMAC: %v", err) } mac, err := hmac.NewMAC(hmacKey, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("createJWTHMAC: %v", err) } var kid, customKID *string kidValue, hasKID := jwthmacKey.KID() switch jwtParams.KIDStrategy() { case jwthmac.CustomKID: if !hasKID { // This should never happen. return nil, fmt.Errorf("createJWTHMAC: CustomKID strategy requires a KID") } customKID = &kidValue kid = nil case jwthmac.Base64EncodedKeyIDAsKID: if !hasKID { // This should never happen. return nil, fmt.Errorf("createJWTHMAC: Base64EncodedKeyIDAsKID strategy requires a KID") } kid = &kidValue customKID = nil case jwthmac.IgnoredKID: kid = nil customKID = nil default: // This should never happen. return nil, fmt.Errorf("createJWTHMAC: unsupported KID strategy: %s", jwtParams.KIDStrategy()) } macWithKID, err := newMACWithKID(mac, jwtParams.Algorithm().String(), customKID) if err != nil { return nil, fmt.Errorf("createJWTHMAC: %v", err) } return &fullMac{m: macWithKID, kid: kid}, nil } ================================================ FILE: jwt/jwt_full_mac_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "encoding/base64" "testing" "time" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/jwt/jwthmac" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" ) func mustCreateJWTHMACParameters(t *testing.T, keySize int, kidStrategy jwthmac.KIDStrategy, algorithm jwthmac.Algorithm) *jwthmac.Parameters { t.Helper() params, err := jwthmac.NewParameters(keySize, kidStrategy, algorithm) if err != nil { t.Fatalf("jwthmac.NewParameters() err = %v, want nil", err) } return params } func mustCreateJWTHMACKey(t *testing.T, opts jwthmac.KeyOpts) *jwthmac.Key { t.Helper() key, err := jwthmac.NewKey(opts) if err != nil { t.Fatalf("jwthmac.NewKey() err = %v, want nil", err) } return key } func mustCreateKeysetHandle(t *testing.T, k key.Key) *keyset.Handle { t.Helper() ksm := keyset.NewManager() if _, err := ksm.AddKeyWithOpts(k, internalapi.Token{}, keyset.AsPrimary()); err != nil { t.Fatalf("ksm.AddKey() err = %v, want nil", err) } keysetHandle, err := ksm.Handle() if err != nil { t.Fatalf("ksm.Handle() err = %v, want nil", err) } return keysetHandle } func TestJWTFullMACSignAndVerify(t *testing.T) { keyBytesHS256 := secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}) keyBytesHS384 := secretdata.NewBytesFromData([]byte("012345678901234567890123456789012345678901234567"), insecuresecretdataaccess.Token{}) keyBytesHS512 := secretdata.NewBytesFromData([]byte("0123456789012345678901234567890123456789012345678901234567890123"), insecuresecretdataaccess.Token{}) for _, tc := range []struct { name string key key.Key otherOK []key.Key }{ // HS256 { name: "HS256_Base64EncodedKeyIDAsKID", key: mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 32, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), KeyBytes: keyBytesHS256, IDRequirement: 0x01020304, }), otherOK: []key.Key{ mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 32, jwthmac.IgnoredKID, jwthmac.HS256), KeyBytes: keyBytesHS256, }), }, }, { name: "HS256_CustomKID", key: mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 32, jwthmac.CustomKID, jwthmac.HS256), KeyBytes: keyBytesHS256, CustomKID: "custom-kid", HasCustomKID: true, }), otherOK: []key.Key{ mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 32, jwthmac.IgnoredKID, jwthmac.HS256), KeyBytes: keyBytesHS256, }), }, }, { name: "HS256_IgnoredKID", key: mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 32, jwthmac.IgnoredKID, jwthmac.HS256), KeyBytes: keyBytesHS256, }), otherOK: []key.Key{ mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 32, jwthmac.CustomKID, jwthmac.HS256), KeyBytes: keyBytesHS256, CustomKID: "custom-kid", HasCustomKID: true, }), }, }, // HS384 { name: "HS384_Base64EncodedKeyIDAsKID", key: mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 48, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS384), KeyBytes: keyBytesHS384, IDRequirement: 0x01020304, }), otherOK: []key.Key{ mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 48, jwthmac.IgnoredKID, jwthmac.HS384), KeyBytes: keyBytesHS384, }), }, }, { name: "HS384_CustomKID", key: mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 48, jwthmac.CustomKID, jwthmac.HS384), KeyBytes: keyBytesHS384, CustomKID: "custom-kid", HasCustomKID: true, }), otherOK: []key.Key{ mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 48, jwthmac.IgnoredKID, jwthmac.HS384), KeyBytes: keyBytesHS384, }), }, }, { name: "HS384_IgnoredKID", key: mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 48, jwthmac.IgnoredKID, jwthmac.HS384), KeyBytes: keyBytesHS384, }), otherOK: []key.Key{ mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 48, jwthmac.CustomKID, jwthmac.HS384), KeyBytes: keyBytesHS384, CustomKID: "custom-kid", HasCustomKID: true, }), }, }, // HS512 { name: "HS512_Base64EncodedKeyIDAsKID", key: mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 64, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS512), KeyBytes: keyBytesHS512, IDRequirement: 0x01020304, }), otherOK: []key.Key{ mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 64, jwthmac.IgnoredKID, jwthmac.HS512), KeyBytes: keyBytesHS512, }), }, }, { name: "HS512_CustomKID", key: mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 64, jwthmac.CustomKID, jwthmac.HS512), KeyBytes: keyBytesHS512, CustomKID: "custom-kid", HasCustomKID: true, }), otherOK: []key.Key{ mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 64, jwthmac.IgnoredKID, jwthmac.HS512), KeyBytes: keyBytesHS512, }), }, }, { name: "HS512_IgnoredKID", key: mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 64, jwthmac.IgnoredKID, jwthmac.HS512), KeyBytes: keyBytesHS512, }), otherOK: []key.Key{ mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: mustCreateJWTHMACParameters(t, 64, jwthmac.CustomKID, jwthmac.HS512), KeyBytes: keyBytesHS512, CustomKID: "custom-kid", HasCustomKID: true, }), }, }, } { t.Run(tc.name, func(t *testing.T) { keysetHandle := mustCreateKeysetHandle(t, tc.key) mac, err := jwt.NewMAC(keysetHandle) if err != nil { t.Fatalf("jwt.NewMAC() err = %v, want nil", err) } issuer := "https://www.example.com" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Issuer: &issuer, WithoutExpiration: true, }) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } compact, err := mac.ComputeMACAndEncode(rawJWT) if err != nil { t.Fatalf("mac.ComputeMACAndEncode() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &issuer, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } verifiedJWT, err := mac.VerifyMACAndDecode(compact, validator) if err != nil { t.Fatalf("mac.VerifyMACAndDecode() err = %v, want nil", err) } gotIssuer, err := verifiedJWT.Issuer() if err != nil { t.Fatalf("verifiedJWT.Issuer() err = %v, want nil", err) } if gotIssuer != issuer { t.Errorf("verifiedJWT.Issuer() = %q, want %q", gotIssuer, issuer) } // Check other verifying keys. for _, otherKey := range tc.otherOK { keysetHandle := mustCreateKeysetHandle(t, otherKey) mac, err := jwt.NewMAC(keysetHandle) if err != nil { t.Fatalf("jwt.NewMAC() err = %v, want nil", err) } if _, err := mac.VerifyMACAndDecode(compact, validator); err != nil { t.Errorf("mac.VerifyMACAndDecode() err = %v, want nil", err) } } }) } } type jwtHMACTestVector struct { name string k key.Key jwt string validator *jwt.Validator } func mustBase64Dec(t *testing.T, s string) []byte { t.Helper() res, err := base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(s) if err != nil { t.Fatalf("base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(%q) err = %v, want nil", s, err) } return res } // Similar to // https://github.com/tink-crypto/tink-cc/blob/f2d9781905c160c342af96373d4b63b050652f68/tink/jwt/internal/jwt_mac_config_v0_test.cc#L150 func TestJWTFullMACTestVectors(t *testing.T) { var testVectors []jwtHMACTestVector // From https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.1. keyBytes := mustBase64Dec(t, "AyM1SysPpbyDfgZld3umj1qzKObwVMkoqQ-EstJQLr_T-1qS0gZH75aKtMN3Yj0iPS4hcgUuTwjAzZr1Z9CAow") // HS256 { // Ignored KID params := mustCreateJWTHMACParameters(t, len(keyBytes), jwthmac.IgnoredKID, jwthmac.HS256) jwtHMACKey := mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), IDRequirement: 0, }) iss := "joe" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtHMACTestVector{ name: "HS256_IgnoredKID", k: jwtHMACKey, jwt: "eyJhbGciOiJIUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "dCfJaSBBMSnC8CXslIf5orCzS7AboBan4qE7aXuYSDs", validator: validator, }) } { // Base64EncodedKeyIDAsKID params := mustCreateJWTHMACParameters(t, len(keyBytes), jwthmac.IgnoredKID, jwthmac.HS256) jwtHMACKey := mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), IDRequirement: 0, }) iss := "issuer" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtHMACTestVector{ name: "HS256_Base64EncodedKeyIDAsKID", k: jwtHMACKey, validator: validator, jwt: // {"kid":"AQIDBA","alg":"HS256"} "eyJraWQiOiJBUUlEQkEiLCJhbGciOiJIUzI1NiJ9" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "LyeYhbBBMFNjdGo_Qz3SXB7QvYbb-i0Onswr5R7zKvg", }) } { // CustomKID params := mustCreateJWTHMACParameters(t, len(keyBytes), jwthmac.CustomKID, jwthmac.HS256) jwtHMACKey := mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), IDRequirement: 0, CustomKID: "custom-kid", HasCustomKID: true, }) iss := "issuer" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtHMACTestVector{ name: "HS256_CustomKID", k: jwtHMACKey, validator: validator, jwt: // {"kid":"custom-kid","alg":"HS256"} "eyJraWQiOiJjdXN0b20ta2lkIiwiYWxnIjoiSFMyNTYifQ" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "9t5toIv2qTXGyaKYPKZO_b40dtVWIYj8sPLXzFhNXk0", }) } // HS384 { // Ignored KID params := mustCreateJWTHMACParameters(t, len(keyBytes), jwthmac.IgnoredKID, jwthmac.HS384) jwtHMACKey := mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), IDRequirement: 0, }) iss := "joe" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtHMACTestVector{ name: "HS384_IgnoredKID", k: jwtHMACKey, jwt: "eyJhbGciOiJIUzM4NCJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "oXDrZsBTd6_RlkXLUTQJ0DSfHx5raR4Pq5jlRHf5v0WTm-zt8xcsCvXagNl0J4eM", validator: validator, }) } { // Base64EncodedKeyIDAsKID params := mustCreateJWTHMACParameters(t, len(keyBytes), jwthmac.IgnoredKID, jwthmac.HS384) jwtHMACKey := mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), IDRequirement: 0, }) iss := "issuer" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtHMACTestVector{ name: "HS384_Base64EncodedKeyIDAsKID", k: jwtHMACKey, validator: validator, jwt: // {"kid":"AQIDBA","alg":"HS384"} "eyJraWQiOiJBUUlEQkEiLCJhbGciOiJIUzM4NCJ9" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "0xtN9Qkt_cPWBmoeUBOv0j2a670zO_sdqfPdszBlwSrXqobs0ceTL7mLurMwi5C0", }) } { // CustomKID params := mustCreateJWTHMACParameters(t, len(keyBytes), jwthmac.CustomKID, jwthmac.HS384) jwtHMACKey := mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), IDRequirement: 0, CustomKID: "custom-kid", HasCustomKID: true, }) iss := "issuer" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtHMACTestVector{ name: "HS384_CustomKID", k: jwtHMACKey, validator: validator, jwt: // {"kid":"custom-kid","alg":"HS384"} "eyJraWQiOiJjdXN0b20ta2lkIiwiYWxnIjoiSFMzODQifQ" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "cd6Lfc4GKiM60UNT4uJtEKaus2BFOeSAS5sAsuddnFnM2xymi4R2ovKU9UVDdwNM", }) } // HS512 { // Ignored KID params := mustCreateJWTHMACParameters(t, len(keyBytes), jwthmac.IgnoredKID, jwthmac.HS512) jwtHMACKey := mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), IDRequirement: 0, }) iss := "joe" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtHMACTestVector{ name: "HS512_IgnoredKID", k: jwtHMACKey, jwt: "eyJhbGciOiJIUzUxMiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "CyfHecbVPqPzB3zBwYd3rgVBi2Dgg-eAeX7JT8B85QbKLwSXyll8WKGdehse606szf9G3i-jr24QGkEtMAGSpg", validator: validator, }) } { // Base64EncodedKeyIDAsKID params := mustCreateJWTHMACParameters(t, len(keyBytes), jwthmac.IgnoredKID, jwthmac.HS512) jwtHMACKey := mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), IDRequirement: 0, }) iss := "issuer" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtHMACTestVector{ name: "HS512_Base64EncodedKeyIDAsKID", k: jwtHMACKey, validator: validator, jwt: // {"kid":"AQIDBA","alg":"HS512"} "eyJraWQiOiJBUUlEQkEiLCJhbGciOiJIUzUxMiJ9" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "lcfNNAdOQOICzBljppEt6VJnie9jrukliV2MjqLd2b4v_lpJVl0xP-rEqS53JMdqbqYUTcVpSxuSsyx4sQ744Q", }) } { // CustomKID params := mustCreateJWTHMACParameters(t, len(keyBytes), jwthmac.CustomKID, jwthmac.HS512) jwtHMACKey := mustCreateJWTHMACKey(t, jwthmac.KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), IDRequirement: 0, CustomKID: "custom-kid", HasCustomKID: true, }) iss := "issuer" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtHMACTestVector{ name: "HS512_CustomKID", k: jwtHMACKey, validator: validator, jwt: // {"kid":"custom-kid","alg":"HS512"} "eyJraWQiOiJjdXN0b20ta2lkIiwiYWxnIjoiSFM1MTIifQ" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "DPSsIDnvfudQYY7TZ5cznnnAXBKtYuLVZHyI-SHxaEcgOFLbysGhb8EWy_onqXVVDJeqnN_wzFXOojicY_dPsQ", }) } for _, tc := range testVectors { t.Run(tc.name, func(t *testing.T) { keysetHandle := mustCreateKeysetHandle(t, tc.k) m, err := jwt.NewMAC(keysetHandle) if err != nil { t.Fatalf("jwt.NewMAC() err = %v, want nil", err) } // Verify the test vector if _, err := m.VerifyMACAndDecode(tc.jwt, tc.validator); err != nil { t.Fatalf("m.VerifyMACAndDecode() err = %v, want nil", err) } // Sign and verify iss := "issuer" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Issuer: &iss, WithoutExpiration: true, }) if err != nil { t.Fatalf("jwt.NewRawJWT() = %v, want nil", err) } gotJWT, err := m.ComputeMACAndEncode(rawJWT) if err != nil { t.Fatalf("m.ComputeMACAndEncode() = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("jwt.NewValidator() = %v, want nil", err) } if _, err := m.VerifyMACAndDecode(gotJWT, validator); err != nil { t.Errorf("m.VerifyMACAndDecode() = %v, want nil", err) } }) } } ================================================ FILE: jwt/jwt_full_signer_verifier.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/jwt/jwtecdsa" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapkcs1" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapss" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" "github.com/tink-crypto/tink-go/v2/tink" ) func ecdsaCurveAndHashFromJWTAlgorithm(algorithm jwtecdsa.Algorithm) (ecdsa.CurveType, ecdsa.HashType, error) { switch algorithm { case jwtecdsa.ES256: return ecdsa.NistP256, ecdsa.SHA256, nil case jwtecdsa.ES384: return ecdsa.NistP384, ecdsa.SHA384, nil case jwtecdsa.ES512: return ecdsa.NistP521, ecdsa.SHA512, nil default: return ecdsa.UnknownCurveType, ecdsa.UnknownHashType, fmt.Errorf("unsupported algorithm: %s", algorithm) } } // Implementation of the [Signer] interface as a full primitive. // // A full primitive is bound to a specific key ID. type fullSigner struct { sKID *signerWithKID // keyID is set only for TINK keys. Keys with strategy CustomKID or IgnoreKID // are RAW, thus this is nil. keyID *string } var _ Signer = (*fullSigner)(nil) func (s *fullSigner) SignAndEncode(rawJWT *RawJWT) (string, error) { return s.sKID.SignAndEncodeWithKID(rawJWT, s.keyID) } func newFullSigner(hasIDRequirement, isCustomKID bool, kid string, algorithm string, signer tink.Signer) (any, error) { var err error var sKID *signerWithKID if isCustomKID { // In this case we do have a KID, but it is custom, so we pass it to // newSignerWithKID, and set a nil kid. sKID, err = newSignerWithKID(signer, algorithm, &kid) } else { // No custom KID, the key is either TINK or RAW. sKID, err = newSignerWithKID(signer, algorithm, nil) } if err != nil { return nil, err } if hasIDRequirement { // TINK. return &fullSigner{ sKID: sKID, keyID: &kid, }, nil } // RAW. return &fullSigner{ sKID: sKID, keyID: nil, }, nil } func createJWTECDSASigner(key key.Key) (any, error) { privateKey, ok := key.(*jwtecdsa.PrivateKey) if !ok { return nil, fmt.Errorf("expected %T, got %T", (*jwtecdsa.PrivateKey)(nil), key) } publicKey, err := privateKey.PublicKey() if err != nil { return nil, err } jwtPublicKey := publicKey.(*jwtecdsa.PublicKey) jwtParams := privateKey.Parameters().(*jwtecdsa.Parameters) curveType, hashType, err := ecdsaCurveAndHashFromJWTAlgorithm(jwtParams.Algorithm()) if err != nil { return nil, err } ecdsaParams, err := ecdsa.NewParameters(curveType, hashType, ecdsa.IEEEP1363, ecdsa.VariantNoPrefix) if err != nil { return nil, err } ecdsaPrivateKey, err := ecdsa.NewPrivateKey(privateKey.PrivateKeyValue(), 0, ecdsaParams) if err != nil { return nil, err } ecdsaSigner, err := ecdsa.NewSigner(ecdsaPrivateKey, internalapi.Token{}) if err != nil { return nil, err } kid, _ := jwtPublicKey.KID() return newFullSigner(jwtParams.HasIDRequirement(), jwtParams.KIDStrategy() == jwtecdsa.CustomKID, kid, jwtParams.Algorithm().String(), ecdsaSigner) } func hashTypeFromJWTRSAlgorithm(algorithm jwtrsassapkcs1.Algorithm) (rsassapkcs1.HashType, error) { switch algorithm { case jwtrsassapkcs1.RS256: return rsassapkcs1.SHA256, nil case jwtrsassapkcs1.RS384: return rsassapkcs1.SHA384, nil case jwtrsassapkcs1.RS512: return rsassapkcs1.SHA512, nil default: return rsassapkcs1.UnknownHashType, fmt.Errorf("unsupported algorithm: %s", algorithm) } } func createJWTRSASSAPKCS1Signer(key key.Key) (any, error) { privateKey, ok := key.(*jwtrsassapkcs1.PrivateKey) if !ok { return nil, fmt.Errorf("expected %T, got %T", (*jwtrsassapkcs1.PrivateKey)(nil), key) } publicKey, err := privateKey.PublicKey() if err != nil { return nil, err } jwtPublicKey := publicKey.(*jwtrsassapkcs1.PublicKey) jwtParams := privateKey.Parameters().(*jwtrsassapkcs1.Parameters) hashType, err := hashTypeFromJWTRSAlgorithm(jwtParams.Algorithm()) if err != nil { return nil, err } rsaSSAPKCS1Params, err := rsassapkcs1.NewParameters(jwtParams.ModulusSizeInBits(), hashType, jwtParams.PublicExponent(), rsassapkcs1.VariantNoPrefix) if err != nil { return nil, err } rsaSSAPKCS1PublicKey, err := rsassapkcs1.NewPublicKey(jwtPublicKey.Modulus(), 0, rsaSSAPKCS1Params) if err != nil { return nil, err } rsaSSAPKCS1PrivateKey, err := rsassapkcs1.NewPrivateKey(rsaSSAPKCS1PublicKey, rsassapkcs1.PrivateKeyValues{ P: privateKey.P(), Q: privateKey.Q(), D: privateKey.D(), }) if err != nil { return nil, err } rsaSSAPKCS1Signer, err := rsassapkcs1.NewSigner(rsaSSAPKCS1PrivateKey, internalapi.Token{}) if err != nil { return nil, err } kid, _ := jwtPublicKey.KID() return newFullSigner(jwtParams.HasIDRequirement(), jwtParams.KIDStrategy() == jwtrsassapkcs1.CustomKID, kid, jwtParams.Algorithm().String(), rsaSSAPKCS1Signer) } func hashTypeAndSaltLengthFromJWTPSAlgorithm(algorithm jwtrsassapss.Algorithm) (rsassapss.HashType, int, error) { switch algorithm { case jwtrsassapss.PS256: return rsassapss.SHA256, 32, nil case jwtrsassapss.PS384: return rsassapss.SHA384, 48, nil case jwtrsassapss.PS512: return rsassapss.SHA512, 64, nil default: return rsassapss.UnknownHashType, 0, fmt.Errorf("unsupported algorithm: %s", algorithm) } } func createJWTRSASSAPSSSigner(key key.Key) (any, error) { privateKey, ok := key.(*jwtrsassapss.PrivateKey) if !ok { return nil, fmt.Errorf("expected %T, got %T", (*jwtrsassapss.PrivateKey)(nil), key) } publicKey, err := privateKey.PublicKey() if err != nil { return nil, err } jwtPublicKey := publicKey.(*jwtrsassapss.PublicKey) jwtParams := privateKey.Parameters().(*jwtrsassapss.Parameters) hashType, saltLen, err := hashTypeAndSaltLengthFromJWTPSAlgorithm(jwtParams.Algorithm()) if err != nil { return nil, err } rsaSSAPSSParams, err := rsassapss.NewParameters(rsassapss.ParametersValues{ ModulusSizeBits: jwtParams.ModulusSizeInBits(), PublicExponent: jwtParams.PublicExponent(), SigHashType: hashType, MGF1HashType: hashType, SaltLengthBytes: saltLen, }, rsassapss.VariantNoPrefix) if err != nil { return nil, err } rsaSSAPSSPublicKey, err := rsassapss.NewPublicKey(jwtPublicKey.Modulus(), 0, rsaSSAPSSParams) if err != nil { return nil, err } rsaSSAPSSPrivateKey, err := rsassapss.NewPrivateKey(rsaSSAPSSPublicKey, rsassapss.PrivateKeyValues{ P: privateKey.P(), Q: privateKey.Q(), D: privateKey.D(), }) if err != nil { return nil, err } rsaSSAPSSSigner, err := rsassapss.NewSigner(rsaSSAPSSPrivateKey, internalapi.Token{}) if err != nil { return nil, err } kid, _ := jwtPublicKey.KID() return newFullSigner(jwtParams.HasIDRequirement(), jwtParams.KIDStrategy() == jwtrsassapss.CustomKID, kid, jwtParams.Algorithm().String(), rsaSSAPSSSigner) } // Implementation of the [Verifier] interface as a full primitive. // // A full primitive is bound to a specific key ID. type fullVerifier struct { vKID *verifierWithKID // keyID is set only for TINK keys. Keys with strategy CustomKID or IgnoreKID // are RAW, thus this is nil. keyID *string } var _ Verifier = (*fullVerifier)(nil) func (s *fullVerifier) VerifyAndDecode(compact string, validator *Validator) (*VerifiedJWT, error) { return s.vKID.VerifyAndDecodeWithKID(compact, validator, s.keyID) } func newFullVerifier(hasIDRequirement, isCustomKID bool, kid string, algorithm string, signer tink.Verifier) (any, error) { var err error var vKID *verifierWithKID if isCustomKID { // In this case we do have a KID, but it is custom, so we pass it to // newVerifierWithKID, and set a nil kid. vKID, err = newVerifierWithKID(signer, algorithm, &kid) } else { // No custom KID, the key is either TINK or RAW. vKID, err = newVerifierWithKID(signer, algorithm, nil) } if err != nil { return nil, err } if hasIDRequirement { // TINK. return &fullVerifier{ vKID: vKID, keyID: &kid, }, nil } // RAW. return &fullVerifier{ vKID: vKID, keyID: nil, }, nil } func createJWTECDSAVerifier(key key.Key) (any, error) { jwtPublicKey, ok := key.(*jwtecdsa.PublicKey) if !ok { return nil, fmt.Errorf("expected %T, got %T", (*jwtecdsa.PublicKey)(nil), key) } jwtParams := jwtPublicKey.Parameters().(*jwtecdsa.Parameters) curveType, hashType, err := ecdsaCurveAndHashFromJWTAlgorithm(jwtParams.Algorithm()) if err != nil { return nil, err } ecdsaParams, err := ecdsa.NewParameters(curveType, hashType, ecdsa.IEEEP1363, ecdsa.VariantNoPrefix) if err != nil { return nil, err } ecdsaPublicKey, err := ecdsa.NewPublicKey(jwtPublicKey.PublicPoint(), 0, ecdsaParams) if err != nil { return nil, err } ecdsaVerifier, err := ecdsa.NewVerifier(ecdsaPublicKey, internalapi.Token{}) if err != nil { return nil, err } kid, _ := jwtPublicKey.KID() return newFullVerifier(jwtParams.HasIDRequirement(), jwtParams.KIDStrategy() == jwtecdsa.CustomKID, kid, jwtParams.Algorithm().String(), ecdsaVerifier) } func createJWTRSASSAPKCS1Verifier(key key.Key) (any, error) { jwtPublicKey, ok := key.(*jwtrsassapkcs1.PublicKey) if !ok { return nil, fmt.Errorf("expected %T, got %T", (*jwtrsassapkcs1.PublicKey)(nil), key) } jwtParams := jwtPublicKey.Parameters().(*jwtrsassapkcs1.Parameters) hashType, err := hashTypeFromJWTRSAlgorithm(jwtParams.Algorithm()) if err != nil { return nil, err } rsaSSAPKCS1Params, err := rsassapkcs1.NewParameters(jwtParams.ModulusSizeInBits(), hashType, jwtParams.PublicExponent(), rsassapkcs1.VariantNoPrefix) if err != nil { return nil, err } rsaSSAPKCS1PublicKey, err := rsassapkcs1.NewPublicKey(jwtPublicKey.Modulus(), 0, rsaSSAPKCS1Params) if err != nil { return nil, err } rsaSSAPKCS1Verifier, err := rsassapkcs1.NewVerifier(rsaSSAPKCS1PublicKey, internalapi.Token{}) if err != nil { return nil, err } kid, _ := jwtPublicKey.KID() return newFullVerifier(jwtParams.HasIDRequirement(), jwtParams.KIDStrategy() == jwtrsassapkcs1.CustomKID, kid, jwtParams.Algorithm().String(), rsaSSAPKCS1Verifier) } func createJWTRSASSAPSSVerifier(key key.Key) (any, error) { jwtPublicKey, ok := key.(*jwtrsassapss.PublicKey) if !ok { return nil, fmt.Errorf("expected %T, got %T", (*jwtrsassapss.PublicKey)(nil), key) } jwtParams := jwtPublicKey.Parameters().(*jwtrsassapss.Parameters) hashType, saltLen, err := hashTypeAndSaltLengthFromJWTPSAlgorithm(jwtParams.Algorithm()) if err != nil { return nil, err } rsaSSAPSSParams, err := rsassapss.NewParameters(rsassapss.ParametersValues{ ModulusSizeBits: jwtParams.ModulusSizeInBits(), PublicExponent: jwtParams.PublicExponent(), SigHashType: hashType, MGF1HashType: hashType, SaltLengthBytes: saltLen, }, rsassapss.VariantNoPrefix) if err != nil { return nil, err } rsaSSAPSSPublicKey, err := rsassapss.NewPublicKey(jwtPublicKey.Modulus(), 0, rsaSSAPSSParams) if err != nil { return nil, err } rsaSSAPSSVerifier, err := rsassapss.NewVerifier(rsaSSAPSSPublicKey, internalapi.Token{}) if err != nil { return nil, err } kid, _ := jwtPublicKey.KID() return newFullVerifier(jwtParams.HasIDRequirement(), jwtParams.KIDStrategy() == jwtrsassapss.CustomKID, kid, jwtParams.Algorithm().String(), rsaSSAPSSVerifier) } ================================================ FILE: jwt/jwt_full_signer_verifier_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "encoding/base64" "encoding/hex" "slices" "testing" "time" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/jwt/jwtecdsa" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapkcs1" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapss" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" ) const ( // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.5 p256PrivateKeyHex = "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721" p256PublicKeyPointXHex = "60FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB6" p256PublicKeyPointYHex = "7903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299" p256PublicKeyPointHex = "04" + p256PublicKeyPointXHex + p256PublicKeyPointYHex // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.6 p384PrivateKeyHex = "6B9D3DAD2E1B8C1C05B19875B6659F4DE23C3B667BF297BA9AA47740787137D896D5724E4C70A825F872C9EA60D2EDF5" p384PublicKeyPointXHex = "EC3A4E415B4E19A4568618029F427FA5DA9A8BC4AE92E02E06AAE5286B300C64DEF8F0EA9055866064A254515480BC13" p384PublicKeyPointYHex = "8015D9B72D7D57244EA8EF9AC0C621896708A59367F9DFB9F54CA84B3F1C9DB1288B231C3AE0D4FE7344FD2533264720" p384PublicKeyPointHex = "04" + p384PublicKeyPointXHex + p384PublicKeyPointYHex // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.7 p521PrivateKeyHex = "00FAD06DAA62BA3B25D2FB40133DA757205DE67F5BB0018FEE8C86E1B68C7E75CAA896EB32F1F47C70855836A6D16FCC1466F6D8FBEC67DB89EC0C08B0E996B83538" p521PublicKeyPointXHex = "01894550D0785932E00EAA23B694F213F8C3121F86DC97A04E5A7167DB4E5BCD371123D46E45DB6B5D5370A7F20FB633155D38FFA16D2BD761DCAC474B9A2F5023A4" p521PublicKeyPointYHex = "00493101C962CD4D2FDDF782285E64584139C2F91B47F87FF82354D6630F746A28A0DB25741B5B34A828008B22ACC23F924FAAFBD4D33F81EA66956DFEAA2BFDFCF5" p521PublicKeyPointHex = "04" + p521PublicKeyPointXHex + p521PublicKeyPointYHex // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L13 n2048Base64 = "s1EKK81M5kTFtZSuUFnhKy8FS2WNXaWVmi_fGHG4CLw98-Yo0nkuUarVwSS0O9pFPcpc3kvPKOe9Tv-6DLS3Qru21aATy2PRqjqJ4CYn71OYtSwM_ZfSCKvrjXybzgu-sBmobdtYm-sppbdL-GEHXGd8gdQw8DDCZSR6-dPJFAzLZTCdB-Ctwe_RXPF-ewVdfaOGjkZIzDoYDw7n-OHnsYCYozkbTOcWHpjVevipR-IBpGPi1rvKgFnlcG6d_tj0hWRl_6cS7RqhjoiNEtxqoJzpXs_Kg8xbCxXbCchkf11STA8udiCjQWuWI8rcDwl69XMmHJjIQAqhKvOOQ8rYTQ" d2048Base64 = "GlAtDupse2niHVg5EB9wVFbtDvhS-0f-IQcfVMXzPIzrBmxi1yfjLSbFgTcyn4nTGVMlt5UmTBldhUcvdQfb0JYdKVH5NaJrNPCsJNFUkOESiptxOJFbx9v6j-OWNXExxUOunJhQc2jZzrCMHGGYo-2nrqGFoOl2zULCLQDwA9nxnZbqTJr8v-FEHMyALPsGifWdgExqTk9ATBUXR0XtbLi8iO8LM7oNKoDjXkO8kPNQBS5yAW51sA01ejgcnA1GcGnKZgiHyYd2Y0n8xDRgtKpRa84Hnt2HuhZDB7dSwnftlSitO6C_GHc0ntO3lmpsJAEQQJv00PreDGj9rdhH_Q" p2048Base64 = "7BJc834xCi_0YmO5suBinWOQAF7IiRPU-3G9TdhWEkSYquupg9e6K9lC5k0iP-t6I69NYF7-6mvXDTmv6Z01o6oV50oXaHeAk74O3UqNCbLe9tybZ_-FdkYlwuGSNttMQBzjCiVy0-y0-Wm3rRnFIsAtd0RlZ24aN3bFTWJINIs" q2048Base64 = "wnQqvNmJe9SwtnH5c_yCqPhKv1cF_4jdQZSGI6_p3KYNxlQzkHZ_6uvrU5V27ov6YbX8vKlKfO91oJFQxUD6lpTdgAStI3GMiJBJIZNpyZ9EWNSvwUj28H34cySpbZz3s4XdhiJBShgy-fKURvBQwtWmQHZJ3EGrcOI7PcwiyYc" dp2048Base64 = "lql5jSUCY0ALtidzQogWJ-B87N-RGHsBuJ_0cxQYinwg-ySAAVbSyF1WZujfbO_5-YBN362A_1dn3lbswCnHK_bHF9-fZNqvwprPnceQj5oK1n4g6JSZNsy6GNAhosT-uwQ0misgR8SQE4W25dDGkdEYsz-BgCsyrCcu8J5C-tU" dq2048Base64 = "BVT0GwuH9opFcis74M9KseFlA0wakQAquPKenvni2rb-57JFW6-0IDfp0vflM_NIoUdBL9cggL58JjP12ALJHDnmvOzj5nXlmZUDPFVzcCDa2eizDQS4KK37kwStVKEaNaT1BwmHasWxGCNrp2pNfJopHdlgexad4dGCOFaRmZ8" qInv2048Base64 = "HGQBidm_6MYjgzIQp2xCDG9E5ddg4lmRbOwq4rFWRWlg_ZXidHZgw4lWIlDwVQSc-rflwwOVSThKeiquscgk069wlIKoz5tYcCKgCx8HIttQ8zyybcIN0iRdUmXfYe4pg8k4whZ9zuEh_EtEecI35yjPYzq2CowOzQT85-O6pVk" // Taken from: // https://github.com/tink-crypto/tink-java/blob/6e771bc8116cb2ae88b8184af2a678f470df4790/src/test/java/com/google/crypto/tink/signature/RsaSsaPkcs1PrivateKeyTest.java#L347 n2048BigInt16 = "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" d2048BigInt10 = "3221514782158521239046688407258406330028553231891834758638194651218489349712866325521438421714836367531316613927931498512071990193965798572643232627837201196644319517052327671563822639251731918047441576305607916660284178027387674162132050160094809919355636813793351064368082273962217034909172344404581974193241939373282144264114913662260588365672363893632683074989847367188654224412555194872230331733391324889200933302437700487142724975686901108577545454632839147323098141162449990768306604007013959695761622579370899486808808004842820432382650026507647986123784123174922931280866259315314620233905351359011687391313" p2048BigInt10 = "158774943353490113489753012135278111098541279368787638170427666092698662171983127156976037521575652098385551704113475827318417186165950163951987243985985522595184323477005539699476104661027759513072140468348507403972716866975866335912344241205454260491734974839813729609658331285715361068926273165265719385439" q2048BigInt10 = "142695718417290075651435513804876109623436685476916701891113040095977093917632889732962474426931910603260254832314306994757612331416172717945809235744856009131743301134864401372069413649983267047705657073804311818666915219978411279698814772814372316278090214109479349638211641740638165276131916195227128960331" dp2048BigInt10 = "54757332036492112014516953480958174268721943273163834138395198270094376648475863100263551887676471134286132102726288671270440594499638457751236945367826491626048737037509791541992445756573377184101446798993133105644007913505173122423833934109368405566843064243548986322802349874418093456823956331253120978221" dq2048BigInt10 = "4123864239778253555759629875435789731400416288406247362280362206719572392388981692085858775418603822002455447341246890276804213737312222527570116003185334716198816124470652855618955238309173562847773234932715360552895882122146435811061769377762503120843231541317940830596042685151421106138423322302824087933" qInv2048BigInt10 = "43369284071361709125656993969231593842392884522437628906059039642593092160995429320609799019215633408868044592180219813214250943675517000006014828230986217788818608645218728222984926523616075543476651226972790298584420864753413872673062587182578776079528269917000933056174453680725934830997227408181738889955" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_3072_test.json#L21 n3072Base64 = "3I94gGcvDPnWNheopYvdJxoQm63aD6gm-UuKeVUmtqSagFZMyrqKlJGpNaU-3q4dmntUY9ni7z7gznv_XUtsgUe1wHPC8iBRXVMdVaNmh6bePDR3XC8VGRrAp0LXNCIoyNkQ_mu8pDlTnEhd68vQ7g5LrjF1A7g87oEArHu0WHRny8Q3PEvaLu33xBYx5QkitYD1vOgdJLIIyrzS11_P6Z91tJPf_Fyb2ZD3_Dvy7-OS_srjbz5O9EVsG13pnMdFFzOpELaDS2HsKSdNmGvjdSw1CxOjJ9q8CN_PZWVJmtJuhTRGYz6tspcMqVvPa_Bf_bwqgEN412mFpx8G-Ql5-f73FsNqpiWkW17t9QglpT6dlDWyPKq55cZNOP06dn4YWtdyfW4V-em6svQYTWSHaV25ommMZysugjQQ2-8dk_5AydNX7p_Hf4Sd4RNj9YOvjM9Rgcoa65RMQiUWy0AelQkj5L2IFDn6EJPHdYK_4axZk2dHALZDQzngJFMV2G_L" d3072Base64 = "BQEgW9F7iNDWYm3Q_siYoP1_aPjd3MMU900WfEBJW5WKh-TtYyAuasaPT09LiOPsegfYV1enRYRot2aq2aQPdzN4VUCLKNFA51wuazYE6okHu9f46VeMJACuZF0o4t7vi_cY4pzxL8y5L--YafQ67lvWrcIjhI0WnNbCfCdmZSdm_4GZOz4BWlU97O4P_cFiTzn42Wtu1dlQR8FXC1n6LrPWiN1eFKzJQHuAlPGLRpQkTrGtzWVdhz9X_5r25P7EcL4ja687IMIECrNg11nItOYYv4vU4OxmmPG3LHFg7QUhyCtRdrYPtjUD0K4j9uL7emCTBbCvYhULkhrFP03omWZssB2wydi2UHUwFcG25oLmvzggTln3QJw4CMDlPyVJNVQKOBqWPCwad8b5h_BqB6BXJobtIogtvILngjzsCApY1ysJ0AzB0kXPFY_0nMQFmdOvcZ3DAbSqf1sDYproU-naq-KE24bVxB0EARQ98rRZPvTjdHIJxSP1p_gPAtAR" p3072Base64 = "_sahC_xJtYoshQ6v69uZdkmpVXWgwXYxsBHLINejICMqgVua9gQNe_I9Jn5eBjBMM-BMhebUgUQvAQqXWLoINkpwA175npyY7rQxUFsq-2d50ckdDqL7CmXcOR557Np9Uv191pkjsl365EjKzoKeusprPIo8tkqBgAYUQ0iVd4wg1imxJbafQpRfZrZE84QLz6b842EHQlbFCGPsyiznVrSp-36ZPQ8fpIssxIW36qYUBfvvFQ51Y8IVCBF2feD5" q3072Base64 = "3Z7BzubYqXGxZpAsRKTwLvN6YgU7QSiKHYc9OZy8nnvTBu2QZIfaL0m8HBgJwNTYgQbWh5UY7ZJf62aq1f88K4NGbFVO2XuWq-9Vs7AjFPUNA4WgodikauA-j86RtBISDwoQ3GgVcPpWS2hzus2Ze2FrK9dzP7cjreI7wQidoy5QlYNDbx40SLV5-yGyQGINIEWNCPD5lauswKOY8KtqZ8n1vPfgMvsdZo_mmNgDJ1ma4_3zqqqxm68XY5RDGUvj" dp3072Base64 = "8b-0DNVlc5cay162WwzSv0UCIo8s7KWkXDdmEVHL_bCgooIztgD-cn_WunHp8eFeTVMmCWCQf-Ac4dYU6iILrMhRJUG3hmN9UfM1X9RCIq97Di7RHZRUtPcWUjSy6KYhiN_zye8hyhwW9wqDNhUHXKK5woZBOY_U9Y_PJlD3Uqpqdgy1hN2WnOyA4ctN_etr8au4BmGJK899wopeozCcis9_A56K9T8mfVF6NzfS3hqcoVj-8XH4vaHppvA7CRKx" dq3072Base64 = "Pjwq6NNi3JKU4txx0gUPfd_Z6lTVwwKDZq9nvhoJzeev5y4nclPELatjK_CELKaY9gLZk9GG4pBMZ2q5Zsb6Oq3uxNVgAyr1sOrRAljgQS5frTGFXm3cHjdC2leECzFX6OlGut5vxv5F5X87oKXECCXfVrx2HNptJpN1fEvTGNQUxSfLdBTjUdfEnYVk7TebwAhIBs7FCAbhyGcot80rYGISpDJnv2lNZFPcyec_W3mKSaQzHSY6IiIVS12DSkNJ" qInv3072Base64 = "GMyXHpGG-GwUTRQM6rvJriLJTo2FdTVvtqSgM5ke8hC6-jmkzRq_qZszL96eVpVa8XlFmnI2pwC3_R2ICTkG9hMK58qXQtntDVxj5qnptD302LJhwS0sL5FIvAZp8WW4uIGHnD7VjUps1aPxGT6avSeEYJwB-5CUx8giUyrXrsKgiu6eJjCVrQQmRVy1kljH_Tcxyone4xgA0ZHtcklyHCUmZlDEbcv7rjBwYE0uAJkUouJpoBuvpb34u6McTztg" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_4096_test.json#L21 n4096Base64 = "9gG-DczQSqQLEvPxka4XwfnIwLaOenfhS-JcPHkHyx0zpu9BjvQYUvMsmDkrxcmu2RwaFQHFA-q4mz7m9PjrLg_PxBvQNgnPao6zqm8PviMYezPbTTS2bRKKiroKKr9Au50T2OJVRWmlerHYxhuMrS3IhZmuDaU0bhXazhuse_aXN8IvCDvptGu4seq1lXstp0AnXpbIcZW5b-EUUhWdr8_ZFs7l10mne8OQWl69OHrkRej-cPFumghmOXec7_v9QVV72Zrqajcaa0sWBhWhoSvGlY00vODIWty9g5L6EM7KUiCdVhlro9JzziKPHxERkqqS3ioDl5ihe87LTcYQDm-K6MJkPyrnaLIlXwgsl46VylUVVfEGCCMc-AA7v4B5af_x5RkUuajJuPRWRkW55dcF_60pZj9drj12ZStCLkPxPmwUkQkIBcLRJop0olEXdCfjOpqRF1w2cLkXRgCLzh_SMebk8q1wy0OspfB2AKbTHdApFSQ9_dlDoCFl2jZ6a35Nrh3S6Lg2kDCAeV0lhQdswcFd2ejS5eBHUmVpsb_TldlX65_eMl00LRRCbnHv3BiHUV5TzepYNJIfkoYp50ju0JesQCTivyVdcEEfhzc5SM-Oiqfv-isKtH1RZgkeGu3sYFaLFVvZwnvFXz7ONfg9Y2281av0hToFHblNUEU" d4096Base64 = "01Gb2G7fXb6cZKN4FxPdBJt0f1ZR_ZGMzoqbgLbWovtqqzNKtWmom1iYLgquNzCQKZ-iJ_llK4AtI-5cpoJMQz0B1AuwRzsWGQqL-xN8CnBLT0m0UBW_vuH2cERvB1lSWdcMfXmulfmyVDsBYuu3Y-u4HEtu3_nRl97eHb5X5ARm0VbU39XXY0xFU0-yu70b8leBehc8B5X9vMUzl29KDQQWDyma9dwnKoFLNtW65RFrlUIXjx1VTKt6ZFMDVIK5ga3UvY_9XVAIObI-MOvT84aPB1hMvRK6CJMlmChg9p8r3HB3tsYPWKInKCM3nhAjcEFl98FPZKGP1bJFoYFJt-2jOFpWup55UConvxOGXN41vhXeA9BqpvCLFyt-60tzy8FXAZxdkzWEqNGt1ht9vKOyU8oM-T3JqKOqwvUCJwIuaS97R2dVZiDMko1j4xB4w2Diq0txqRfhnn6wk4BILltOqIIChxwqKcpvZrL-MEr2CVIOT4HWTCZ2i7gSqGZ5NmYR9M9uieK9HZ1-KHKcfw5OMVLXrX8Yb6MvAeFp_wahIAG8F539DclCy6vFVfZ_X9BD4KM1Q0D6SQ0vEjNnvpJus-Hf_nDDFRyHRQ8yF9wqoLWnBpxaF9VWFMmZQTn3s3tJ6f54CvZaDoni5Y_qr_4WO8nRnq_ZzSmw7zzvPQE" p4096Base64 = "_CG4VcWtTKK2lwUWQG9xxuee_EEm5lmHctseCC3msN3aqiopUfBBSOhuC94oITt_YA-YcwgwHqzqE0Biuww932KNqav5PvHOPnWwlTpITb01VL1cBkmTPdd-UnVj6Q8FqAE_3ayVjDKTeOlDA7MEvl-d8f5bBDp_3ZRwCj8LHLvQUWt82UxXypbZ_SqMqXOZEhjLozocI9gQ91GdH3cCq3Kv_bP4ShsqiBFuQDO8TQz8eYnGV-D-lOlkR2rli65reHbzbAnTKxpj-MR8lKdMku7fdfwnz_4PhFI2PkvI92U_PLVer2k87HDRPIdd6TWosgQ5q36T92mBxZV_xbtE2Q" q4096Base64 = "-cf3SKUF0j7O-ahfgJfIz31wKO9skOIqM2URWC0sw2NuNOrTcgTb0i8UKj-x1fhXsDEMekM_Ua4U1GCLAbQ6qMeuZ4Nff74LnZeUiznpui06FoftuLVu5w_wU22rTQVR9x7Q2u6eQSRJ9fCZvMFeTvBVTcefh_7FoN6nF8cFQ5K_REYTk3QBu-88Ivv35zjFh3m5gWCaH5wR3W8LvpmW4nc0WeTO8kewKp_CEpasV6WxBWGCQxDPvezJDgZZg3DjaYcT_b4lKOxO89zKrnAe7cPlStbnr05o47Ob0ul6yRGZNsZHpQNRHLKD35hM_XwH8PVqqK4xZpSO8_QbCFmTTQ" dp4096Base64 = "gVSGqrCgiWv5fxPj6x9_XEkZW0nMO2J3QSo2iHmLGPRkIt9HnLlBs7VOJZZKPWm4l7zINVFg5YtK8p8XRd0sq7Zw9jS5wFjms1FJR_LCfeXtQk9zseHxvkoYiRGgMz86Zohliz7o4yZaUS5N6srcRw7jBOu1IkEjr7RhmE_oUk_gtrMNMqWfbtLcdKlrx8v9G7ROWKcJIjXF1icuEqLIYsuMjPXRCapPscZHKHWhRGDB7VIHxLIrxJTHlH63ymOoyv0xNh0ADd8WotefE92RQNl5FJtIjL9ElFpbaq8TIhv0SR67t_yifKIOIh9Jw8N7ifzy3A4stj-Pipt6FCJQWQ" dq4096Base64 = "th2E_5NKTkN7Fu4bS5_fSuEzcLU4W956VGShI8A0PfV1-eEo7535RCMNOcyc9dwO2yi350C2nvAkwb_uOfzVNA_66gAQFgxTXcCSDnzYG-Uz0A-lVKH8TT4CxGFWn158p4fxUV7fRbGWt1mITeZSw41ZNM-SUk6Ae007WQvDm8QX7kiFp2HSjdrc5sj9s7lh0-f9SAZN-TQKln-LeZl0OIQfSFeaR23bVQiMMI9o8rKdAcZZelp8jQZihPY-N6aMOHnDKqODZnX9DrJxmIOpGURWHp3X6KprsXFX8IxI-Ob65cPlortrXVgO7GyX3c2b4KSe8oOnAxrXq6jUON9OlQ" qInv4096Base64 = "IvuOX82bdnEE5xJE21MFjBgGHhsNH2O3Pi1ZqV4qEM2HQmoz2hPCh83vgTbl5H6T-5swrZJiintUP0jrARqGNWqzy0gPJ-ORsBjKGH2Xrz2C4xhh7K-mY9t4qonDvUaOaq3vs6Q_eLwAuAFMldtU6dIaAX6PIfZxVF7d6all6jLf_0XNo3_KGqUTL2yO7SIr0B_tWm59Y5WAxZVXd6hlRMLEyTm9uLTEht2lMHKGGgM0NZvbN1hHXknZDQU5lE54z8_Y__Vbsxoc68ZbKPUeeQcBsveRIYiYTwNObpbhxSUeM_44-yIbznqQqGhXxfVrbKdzB8RdUpCx8Iit4IKzSQ" ) func mustCreateJWTECDSAParameters(t *testing.T, kidStrategy jwtecdsa.KIDStrategy, alg jwtecdsa.Algorithm) *jwtecdsa.Parameters { t.Helper() params, err := jwtecdsa.NewParameters(kidStrategy, alg) if err != nil { t.Fatalf("jwtecdsa.NewParameters() err = %v, want nil", err) } return params } func mustCreateJWTECDSAPublicKey(t *testing.T, opts jwtecdsa.PublicKeyOpts) *jwtecdsa.PublicKey { t.Helper() key, err := jwtecdsa.NewPublicKey(opts) if err != nil { t.Fatalf("jwtecdsa.NewPublicKey() err = %v, want nil", err) } return key } func mustCreateJWTECDSAPrivateKey(t *testing.T, keyBytes []byte, pub *jwtecdsa.PublicKey) *jwtecdsa.PrivateKey { t.Helper() secretDataKeyValue := secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}) key, err := jwtecdsa.NewPrivateKeyFromPublicKey(secretDataKeyValue, pub) if err != nil { t.Fatalf("jwtecdsa.NewPrivateKeyFromPublicKey() err = %v, want nil", err) } return key } func mustCreateJWTRSASSAPKCS1Parameters(t *testing.T, opts jwtrsassapkcs1.ParametersOpts) *jwtrsassapkcs1.Parameters { t.Helper() params, err := jwtrsassapkcs1.NewParameters(opts) if err != nil { t.Fatalf("jwtrsassapkcs1.NewParameters() err = %v, want nil", err) } return params } func mustCreateJWTRSASSAPKCS1PublicKey(t *testing.T, opts jwtrsassapkcs1.PublicKeyOpts) *jwtrsassapkcs1.PublicKey { t.Helper() key, err := jwtrsassapkcs1.NewPublicKey(opts) if err != nil { t.Fatalf("jwtrsassapkcs1.NewPublicKey() err = %v, want nil", err) } return key } func mustCreateJWTRSASSAPKCS1PrivateKey(t *testing.T, opts jwtrsassapkcs1.PrivateKeyOpts) *jwtrsassapkcs1.PrivateKey { t.Helper() key, err := jwtrsassapkcs1.NewPrivateKey(opts) if err != nil { t.Fatalf("jwtrsassapkcs1.NewPrivateKey() err = %v, want nil", err) } return key } func mustCreateJWTRSASSAPSSParameters(t *testing.T, opts jwtrsassapss.ParametersOpts) *jwtrsassapss.Parameters { t.Helper() params, err := jwtrsassapss.NewParameters(opts) if err != nil { t.Fatalf("jwtrsassapss.NewParameters() err = %v, want nil", err) } return params } func mustCreateJWTRSASSAPSSPublicKey(t *testing.T, opts jwtrsassapss.PublicKeyOpts) *jwtrsassapss.PublicKey { t.Helper() key, err := jwtrsassapss.NewPublicKey(opts) if err != nil { t.Fatalf("jwtrsassapss.NewPublicKey() err = %v, want nil", err) } return key } func mustCreateJWTRSASSAPSSPrivateKey(t *testing.T, opts jwtrsassapss.PrivateKeyOpts) *jwtrsassapss.PrivateKey { t.Helper() key, err := jwtrsassapss.NewPrivateKey(opts) if err != nil { t.Fatalf("jwtrsassapss.NewPrivateKey() err = %v, want nil", err) } return key } func mustHexDecode(t *testing.T, hexStr string) []byte { t.Helper() keyBytes, err := hex.DecodeString(hexStr) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", hexStr, err) } return keyBytes } func mustBase64Decode(t *testing.T, in string) []byte { t.Helper() d, err := base64.RawURLEncoding.DecodeString(in) if err != nil { t.Fatalf("base64.RawURLEncoding.DecodeString(%q) failed: %v", in, err) } return d } type privateKey interface { PublicKey() (key.Key, error) } type jwtSignatureTestVector struct { name string privateKey key.Key publicKey key.Key signedJwt string validator *Validator } // ES256, https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.3 const ( es256X = "f83OJ3D2xF1Bg8vub9tLe1gHMzV76e8Tus9uPHvRVEU" es256Y = "x_FEzRu9m36HLN_tue659LNpXW6pCyStikYjKIWI5a0" es256S = "jpsQnnGQmL-YBIffH1136cspYG6-0iY7X1fCE9-E9LI" ) func jwtSignatureTestVectors(t *testing.T) []jwtSignatureTestVector { var testVectors []jwtSignatureTestVector // ES256 { // Ignored KID params := mustCreateJWTECDSAParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES256) publicKey := mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: params, PublicPoint: slices.Concat([]byte{4}, mustBase64Decode(t, es256X), mustBase64Decode(t, es256Y)), IDRequirement: 0, }) privateKey := mustCreateJWTECDSAPrivateKey(t, mustBase64Decode(t, es256S), publicKey) iss := "joe" validator, err := NewValidator(&ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtSignatureTestVector{ name: "ES256_IgnoredKID", privateKey: privateKey, publicKey: publicKey, validator: validator, signedJwt: // {"alg":"ES256"} "eyJhbGciOiJFUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "DtEhU3ljbEg8L38VWAfUAqOyKAM6-Xx-F4GawxaepmXFCgfTjDxw5djxLa8ISlSA" + "pmWQxfKTUJqPP3-Kg6NU1Q", }) } { // Base64EncodedKeyIDAsKID params := mustCreateJWTECDSAParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256) publicKey := mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: params, PublicPoint: slices.Concat([]byte{4}, mustBase64Decode(t, es256X), mustBase64Decode(t, es256Y)), IDRequirement: 0x01020304, }) privateKey := mustCreateJWTECDSAPrivateKey(t, mustBase64Decode(t, es256S), publicKey) iss := "issuer" validator, err := NewValidator(&ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtSignatureTestVector{ name: "ES256_Base64EncodedKeyIDAsKID", privateKey: privateKey, publicKey: publicKey, validator: validator, signedJwt: // {"kid":"AQIDBA","alg":"ES256"} "eyJraWQiOiJBUUlEQkEiLCJhbGciOiJFUzI1NiJ9" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "Mgzp130-bvzWJAQlkrQRt45EeKQ6ymZX1ABQoautz1fMW2sVLONkoPl_g6UYxecYz-" + "2ApvT292dR_3jHd0S3QA", }) } { // CustomKID params := mustCreateJWTECDSAParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES256) publicKey := mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: params, PublicPoint: slices.Concat([]byte{4}, mustBase64Decode(t, es256X), mustBase64Decode(t, es256Y)), CustomKID: "custom-kid", HasCustomKID: true, }) privateKey := mustCreateJWTECDSAPrivateKey(t, mustBase64Decode(t, es256S), publicKey) iss := "issuer" validator, err := NewValidator(&ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtSignatureTestVector{ name: "ES256_CustomKID", privateKey: privateKey, publicKey: publicKey, validator: validator, signedJwt: // {"kid":"custom-kid","alg":"ES256"} "eyJraWQiOiJjdXN0b20ta2lkIiwiYWxnIjoiRVMyNTYifQ" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "A51jqxnj-pddSJUm7dxe4bcmac3xOVg85xhIQ8Fsohv4_" + "LNMJnmx6Pw9xXGeUHDtW4Y59CxATAmXDqnqvB-kiA", }) } // RS256 { // Ignored KID params := mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 0x10001, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }) publicKey := mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: params, IDRequirement: 0, Modulus: mustBase64Decode(t, n2048Base64), }) privateKey := mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }) iss := "joe" validator, err := NewValidator(&ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtSignatureTestVector{ name: "RS256_IgnoredKID", privateKey: privateKey, publicKey: publicKey, validator: validator, signedJwt: // {"alg":"RS256"} "eyJhbGciOiJSUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "F_h14Jj1TXhtO6DzWk5Ecei4h7I-" + "y9aCLUn8wMzFaIQ76MbE5qjkvLGyVpf5zwhrEx8WGmQTjufQ1kIFiu45O9qg0ZnDvRunMi" + "73F80PxXOdbWIUfY1QF1JCO-TqFHfymG8xShpQEm6R-WeF-" + "LeWxa6GWaNrJcvM4aggotdGKhgHC7SwYXVYjPhmH4r8jaUuGzCIO_iQb31n-" + "aR05XR16xti54pIgWlxXNgLhZ13umDeohZ6xkSny4HFvsJ2j08zo1CXtGOPdd34IKv4Y5S" + "xKJ5YwXVLukyGqvPLy8PNCkQlh32N5kjh9IGdg25OgR08ADQjRKinVjO_UxROv0bj4Q", }) } { // Base64EncodedKeyIDAsKID params := mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 0x10001, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }) publicKey := mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: params, IDRequirement: 0x01020304, Modulus: mustBase64Decode(t, n2048Base64), }) privateKey := mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }) iss := "issuer" validator, err := NewValidator(&ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtSignatureTestVector{ name: "RS256_Base64EncodedKeyIDAsKID", privateKey: privateKey, publicKey: publicKey, validator: validator, signedJwt: // {"kid":"AQIDBA","alg":"RS256"} "eyJraWQiOiJBUUlEQkEiLCJhbGciOiJSUzI1NiJ9" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "SPjCMSIBpUwJZXV-wxs_2IT6Vh6znxtAasbK9eONeljAqPcBDm3dpjC25rtoeWEN5fL1_" + "P4EG6C87jLQyFgaFt1ghvJIN3_mlcykVKKj1P_wrxIyjg7itRujKw_" + "GIYj6eT3CV0Ei6xx6UHTkyIGZwQnGO2I6Q9mFyS-1OGBUmK-4xXK_" + "CCk9Bop5gjNcPkbrnFql15-KygppSbYp8s4ob59K_g6G-b7JN32WAqjoRzaAOJ9GhItg_" + "2BTow4Z1-4w6wH94X1WRnZbjFXJ6JcBr0noNy1k1PnavsHiQTm_" + "FRqsR6JbqkVDGLueWHlCBuBFr2SKqvIYDY8DOCP3Qi3nGA", }) } { // CustomKID params := mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 0x10001, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.CustomKID, }) publicKey := mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: params, CustomKID: "custom-kid", HasCustomKID: true, Modulus: mustBase64Decode(t, n2048Base64), }) privateKey := mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }) iss := "issuer" validator, err := NewValidator(&ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtSignatureTestVector{ name: "RS256_CustomKID", privateKey: privateKey, publicKey: publicKey, validator: validator, signedJwt: // {"kid":"custom-kid","alg":"RS256"} "eyJraWQiOiJjdXN0b20ta2lkIiwiYWxnIjoiUlMyNTYifQ" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "jHc-0csHrSxYdJ6fhfiS88Evy4q1FZ3igL-" + "f8vP0RBdl5gYy1Lx8qJQJkybZ04BzwyockPz3rs5UGj7a0w5S0jVnPC9Ktg1O5V5vY28ua" + "EQHXrskuBRPiynNOS_" + "MCJtc1CJlmzVD99UHJGcKsTfzN30u6wZALnlLqrMEJ6ZluQ4T1UJUJjlFjlrf9qWeHhFu8" + "xEEovnbwlX54UgGuaYiuqlS1ZV8_c9kG9oXU-8IriuqUctss3VtN4_" + "1XgEvFreOypKnCn29TAIaB8Frhq5CBsF2O30cTFFa0WtZox2lZsFU9RobrIOELC-" + "9kpIkE6iS03H-G0fi228XNRNCB0XhzA", }) } // PS256 { // Ignored KID params := mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 0x10001, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }) publicKey := mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: params, IDRequirement: 0, Modulus: mustBase64Decode(t, n2048Base64), }) privateKey := mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }) iss := "joe" validator, err := NewValidator(&ValidatorOpts{ ExpectedIssuer: &iss, FixedNow: time.Unix(1300819380, 0).Add(-1 * time.Hour), }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtSignatureTestVector{ name: "PS256_IgnoredKID", privateKey: privateKey, publicKey: publicKey, validator: validator, signedJwt: // {"alg":"PS256"} "eyJhbGciOiJQUzI1NiJ9" + "." + // {"iss":"joe", // "exp":1300819380, // "http://example.com/is_root":true} "eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFt" + "cGxlLmNvbS9pc19yb290Ijp0cnVlfQ" + "." + "WeMZxYgxDNYFbVm2-pt3uxlj1fIS540KIz1mUMwBfcWunpduvtzj_fWPJv_" + "bqRC78GdqUaOju01Sega8ECcVsg_8guRyJOl_" + "BmE9c6kxzSiPyZJ9f1xUjx9WfQ5kcoYMNMVJ_" + "gUO9QbWin23UiHBBs61rolzn0M6xfNS6MkaYXfsa8aYOWAmsLU_" + "6WOQtN645bSyoyHDIah2dHXZXQBc6SkqLP8fW1oiTLU4PcVr6SzQIHfK0kS674lqqmdFVK" + "QfyIakLEhGsQuZ0XzKRE-RbUrQGelKiC1q5Jz3Gq0nAGqOSPkFMA_" + "5TK1TQhykfbIuXYAClbt1tM74ee27sb2uuQ", }) } { // Base64EncodedKeyIDAsKID params := mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 0x10001, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }) publicKey := mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: params, IDRequirement: 0x01020304, Modulus: mustBase64Decode(t, n2048Base64), }) privateKey := mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }) iss := "issuer" validator, err := NewValidator(&ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtSignatureTestVector{ name: "PS256_Base64EncodedKeyIDAsKID", privateKey: privateKey, publicKey: publicKey, validator: validator, signedJwt: // {"kid":"AQIDBA","alg":"PS256"} "eyJraWQiOiJBUUlEQkEiLCJhbGciOiJQUzI1NiJ9" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "g3PZHFG5ZTEhq_" + "73HvCOy5DMsEIYOvuhDVzx839d8KhepjQ50QukGG5xIndgNkwJ6lHNGoDxXuAWu8ckSkt7" + "y4RVYc9Qef7cViiHFlJSSFhGocZZuoNFa4uVyQFRe84Zn70kTt2CZ22bhFAJ9rGdTF-" + "Vw5BgiHquHiivFzHyo6Q4hOL901Sm1hIW3wHJ6wneW_at6iVLv80l3jRxh19y7JfQJ-" + "hCE3yv5UKDYJMlNwwY1jzVD1GdFwpNnjTtgtSH9rFMY8t7D9iXfQjo4iNpZFxeho2igyuV" + "dUj8BhfzFO6aSk6NxWdY--ALTJ06YfqMhqNzt_cDrtMksR8vJMcjEQ", }) } { // CustomKID params := mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 0x10001, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.CustomKID, }) publicKey := mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: params, CustomKID: "custom-kid", HasCustomKID: true, Modulus: mustBase64Decode(t, n2048Base64), }) privateKey := mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }) iss := "issuer" validator, err := NewValidator(&ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } testVectors = append(testVectors, jwtSignatureTestVector{ name: "PS256_CustomKID", privateKey: privateKey, publicKey: publicKey, validator: validator, signedJwt: // {"kid":"custom-kid","alg":"PS256"} "eyJraWQiOiJjdXN0b20ta2lkIiwiYWxnIjoiUFMyNTYifQ" + "." + // {"iss":"issuer"} "eyJpc3MiOiJpc3N1ZXIifQ" + "." + "jrJpl_N-" + "uwEDnFrUoqjvJb0Hc9RCyXl9C8heT9Z7ITKOHn4B8laq3Otz20TLeJ9eHNESHZh7mq5R1o" + "1vgdkGmxvtmQ8OXC9sr1paFFWREH7FD9ofHSpru7WqkDLH4K9iiQnr6s_" + "Idy56f9xbELgBkwipSQVeEiLbWXvMasU2YyyOMfEFF40Y-" + "dzxFVHPUWKV7GdrrT7TdiA9Z9pSl4JNQau3_" + "sEXOnBZQ3GxJ63vsDQgAzTuz6Ggr8DuuiLHkOZyqAF6qckQ7IzGEYw7jDbHEBR3VbUU8xZ" + "e-X1uZS-ZbijC452qDAT8qCp0z9zKT-zOOa1W0hdxDOnG2pPWqNzy7g", }) } return testVectors } func mustCreateKeysetHandles(t *testing.T, secretKey key.Key, publicKey key.Key) (*keyset.Handle, *keyset.Handle) { privateKeysetManager := keyset.NewManager() if _, err := privateKeysetManager.AddKeyWithOpts(secretKey, internalapi.Token{}, keyset.AsPrimary()); err != nil { t.Fatalf("privateKeysetManager.AddKey() err = %v, want nil", err) } privateKeyset, err := privateKeysetManager.Handle() if err != nil { t.Fatalf("privateKeysetManager.Handle() err = %v, want nil", err) } publickKeysetManager := keyset.NewManager() if _, err := publickKeysetManager.AddKeyWithOpts(publicKey, internalapi.Token{}, keyset.AsPrimary()); err != nil { t.Fatalf("publickKeysetManager.AddKey() err = %v, want nil", err) } publicKeyset, err := publickKeysetManager.Handle() if err != nil { t.Fatalf("publickKeysetManager.Handle() err = %v, want nil", err) } return privateKeyset, publicKeyset } func TestSignerVerfierTestVectors(t *testing.T) { for _, tc := range jwtSignatureTestVectors(t) { t.Run(tc.name, func(t *testing.T) { privateKeyset, publicKeyset := mustCreateKeysetHandles(t, tc.privateKey, tc.publicKey) signer, err := NewSigner(privateKeyset) if err != nil { t.Fatalf("NewSigner(privateKeyset) = %v, want nil", err) } verifier, err := NewVerifier(publicKeyset) if err != nil { t.Fatalf("NewVerifier(publicKeyset) = %v, want nil", err) } // Verify the test vector if _, err := verifier.VerifyAndDecode(tc.signedJwt, tc.validator); err != nil { t.Errorf("verifier.VerifyAndDecode() = %v, want nil", err) } // Sign and verify iss := "issuer" rawJWT, err := NewRawJWT(&RawJWTOptions{ Issuer: &iss, WithoutExpiration: true, }) if err != nil { t.Fatalf("NewRawJWT() = %v, want nil", err) } signedJWT, err := signer.SignAndEncode(rawJWT) if err != nil { t.Fatalf("signer.SignAndEncode() = %v, want nil", err) } validator, err := NewValidator(&ValidatorOpts{ ExpectedIssuer: &iss, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(signedJWT, validator); err != nil { t.Errorf("verifier.VerifyAndDecode() = %v, want nil", err) } }) } } func TestSignerVerfierCreator(t *testing.T) { for _, tc := range []struct { name string privateKey key.Key otherVerifyingKeys []key.Key }{ // ES256 { name: "ES256_Base64EncodedKeyIDAsKID", privateKey: mustCreateJWTECDSAPrivateKey(t, mustHexDecode(t, p256PrivateKeyHex), mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020304, })), otherVerifyingKeys: []key.Key{ mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES256), PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), }), }, }, { name: "ES256_CustomKID", privateKey: mustCreateJWTECDSAPrivateKey(t, mustHexDecode(t, p256PrivateKeyHex), mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES256), PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0, HasCustomKID: true, CustomKID: "custom-kid", })), otherVerifyingKeys: []key.Key{ mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES256), PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), }), }, }, { name: "ES256_IgnoredKID", privateKey: mustCreateJWTECDSAPrivateKey(t, mustHexDecode(t, p256PrivateKeyHex), mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES256), PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0, })), otherVerifyingKeys: []key.Key{ mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES256), HasCustomKID: true, CustomKID: "custom-kid", PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), }), }, }, // ES384 { name: "ES384_Base64EncodedKeyIDAsKID", privateKey: mustCreateJWTECDSAPrivateKey(t, mustHexDecode(t, p384PrivateKeyHex), mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES384), PublicPoint: mustHexDecode(t, p384PublicKeyPointHex), IDRequirement: 0x01020304, })), otherVerifyingKeys: []key.Key{ mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES384), PublicPoint: mustHexDecode(t, p384PublicKeyPointHex), }), }, }, { name: "ES384_CustomKID", privateKey: mustCreateJWTECDSAPrivateKey(t, mustHexDecode(t, p384PrivateKeyHex), mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES384), PublicPoint: mustHexDecode(t, p384PublicKeyPointHex), IDRequirement: 0, HasCustomKID: true, CustomKID: "custom-kid", })), otherVerifyingKeys: []key.Key{ mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES384), PublicPoint: mustHexDecode(t, p384PublicKeyPointHex), }), }, }, { name: "ES384_IgnoredKID", privateKey: mustCreateJWTECDSAPrivateKey(t, mustHexDecode(t, p384PrivateKeyHex), mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES384), PublicPoint: mustHexDecode(t, p384PublicKeyPointHex), })), otherVerifyingKeys: []key.Key{ mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES384), HasCustomKID: true, CustomKID: "custom-kid", PublicPoint: mustHexDecode(t, p384PublicKeyPointHex), }), }, }, // ES512 { name: "ES512_Base64EncodedKeyIDAsKID", privateKey: mustCreateJWTECDSAPrivateKey(t, mustHexDecode(t, p521PrivateKeyHex), mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES512), PublicPoint: mustHexDecode(t, p521PublicKeyPointHex), IDRequirement: 0x01020304, })), otherVerifyingKeys: []key.Key{ mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES512), PublicPoint: mustHexDecode(t, p521PublicKeyPointHex), }), }, }, { name: "ES512_CustomKID", privateKey: mustCreateJWTECDSAPrivateKey(t, mustHexDecode(t, p521PrivateKeyHex), mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES512), PublicPoint: mustHexDecode(t, p521PublicKeyPointHex), IDRequirement: 0, HasCustomKID: true, CustomKID: "custom-kid", })), otherVerifyingKeys: []key.Key{ mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES512), PublicPoint: mustHexDecode(t, p521PublicKeyPointHex), }), }, }, { name: "ES512_IgnoredKID", privateKey: mustCreateJWTECDSAPrivateKey(t, mustHexDecode(t, p521PrivateKeyHex), mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES512), PublicPoint: mustHexDecode(t, p521PublicKeyPointHex), })), otherVerifyingKeys: []key.Key{ mustCreateJWTECDSAPublicKey(t, jwtecdsa.PublicKeyOpts{ Parameters: mustCreateJWTECDSAParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES512), HasCustomKID: true, CustomKID: "custom-kid", PublicPoint: mustHexDecode(t, p521PublicKeyPointHex), }), }, }, // RS256 { name: "RS256_Base64EncodedKeyIDAsKID", privateKey: mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), Modulus: mustBase64Decode(t, n2048Base64), }), }, }, { name: "RS256_CustomKID", privateKey: mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.CustomKID, }), Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0, HasCustomKID: true, CustomKID: "custom-kid", }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), Modulus: mustBase64Decode(t, n2048Base64), }), }, }, { name: "RS256_IgnoredKID", privateKey: mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), Modulus: mustBase64Decode(t, n2048Base64), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.CustomKID, }), Modulus: mustBase64Decode(t, n2048Base64), HasCustomKID: true, CustomKID: "custom-kid", }), }, }, // RS384 { name: "RS384_Base64EncodedKeyIDAsKID", privateKey: mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS384, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), Modulus: mustBase64Decode(t, n3072Base64), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d3072Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p3072Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q3072Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS384, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), Modulus: mustBase64Decode(t, n3072Base64), }), }, }, { name: "RS384_CustomKID", privateKey: mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS384, KidStrategy: jwtrsassapkcs1.CustomKID, }), Modulus: mustBase64Decode(t, n3072Base64), IDRequirement: 0, HasCustomKID: true, CustomKID: "custom-kid", }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d3072Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p3072Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q3072Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS384, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), Modulus: mustBase64Decode(t, n3072Base64), }), }, }, { name: "RS384_IgnoredKID", privateKey: mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS384, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), Modulus: mustBase64Decode(t, n3072Base64), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d3072Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p3072Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q3072Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS384, KidStrategy: jwtrsassapkcs1.CustomKID, }), Modulus: mustBase64Decode(t, n3072Base64), HasCustomKID: true, CustomKID: "custom-kid", }), }, }, // RS512 { name: "RS512_Base64EncodedKeyIDAsKID", privateKey: mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS512, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), Modulus: mustBase64Decode(t, n4096Base64), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d4096Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p4096Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q4096Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS512, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), Modulus: mustBase64Decode(t, n4096Base64), }), }, }, { name: "RS512_CustomKID", privateKey: mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS512, KidStrategy: jwtrsassapkcs1.CustomKID, }), Modulus: mustBase64Decode(t, n4096Base64), IDRequirement: 0, HasCustomKID: true, CustomKID: "custom-kid", }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d4096Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p4096Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q4096Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS512, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), Modulus: mustBase64Decode(t, n4096Base64), }), }, }, { name: "RS512_IgnoredKID", privateKey: mustCreateJWTRSASSAPKCS1PrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS512, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), Modulus: mustBase64Decode(t, n4096Base64), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d4096Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p4096Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q4096Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPKCS1PublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPKCS1Parameters(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapkcs1.RS512, KidStrategy: jwtrsassapkcs1.CustomKID, }), Modulus: mustBase64Decode(t, n4096Base64), HasCustomKID: true, CustomKID: "custom-kid", }), }, }, // PS256 { name: "PS256_Base64EncodedKeyIDAsKID", privateKey: mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), Modulus: mustBase64Decode(t, n2048Base64), }), }, }, { name: "PS256_CustomKID", privateKey: mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.CustomKID, }), Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0, HasCustomKID: true, CustomKID: "custom-kid", }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), Modulus: mustBase64Decode(t, n2048Base64), }), }, }, { name: "PS256_IgnoredKID", privateKey: mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), Modulus: mustBase64Decode(t, n2048Base64), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.CustomKID, }), Modulus: mustBase64Decode(t, n2048Base64), HasCustomKID: true, CustomKID: "custom-kid", }), }, }, // PS384 { name: "PS384_Base64EncodedKeyIDAsKID", privateKey: mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS384, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), Modulus: mustBase64Decode(t, n3072Base64), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d3072Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p3072Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q3072Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS384, KidStrategy: jwtrsassapss.IgnoredKID, }), Modulus: mustBase64Decode(t, n3072Base64), }), }, }, { name: "PS384_CustomKID", privateKey: mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS384, KidStrategy: jwtrsassapss.CustomKID, }), Modulus: mustBase64Decode(t, n3072Base64), IDRequirement: 0, HasCustomKID: true, CustomKID: "custom-kid", }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d3072Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p3072Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q3072Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS384, KidStrategy: jwtrsassapss.IgnoredKID, }), Modulus: mustBase64Decode(t, n3072Base64), }), }, }, { name: "PS384_IgnoredKID", privateKey: mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS384, KidStrategy: jwtrsassapss.IgnoredKID, }), Modulus: mustBase64Decode(t, n3072Base64), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d3072Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p3072Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q3072Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS384, KidStrategy: jwtrsassapss.CustomKID, }), Modulus: mustBase64Decode(t, n3072Base64), HasCustomKID: true, CustomKID: "custom-kid", }), }, }, // PS512 { name: "PS512_Base64EncodedKeyIDAsKID", privateKey: mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS512, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), Modulus: mustBase64Decode(t, n4096Base64), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d4096Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p4096Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q4096Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS512, KidStrategy: jwtrsassapss.IgnoredKID, }), Modulus: mustBase64Decode(t, n4096Base64), }), }, }, { name: "PS512_CustomKID", privateKey: mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS512, KidStrategy: jwtrsassapss.CustomKID, }), Modulus: mustBase64Decode(t, n4096Base64), IDRequirement: 0, HasCustomKID: true, CustomKID: "custom-kid", }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d4096Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p4096Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q4096Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS512, KidStrategy: jwtrsassapss.IgnoredKID, }), Modulus: mustBase64Decode(t, n4096Base64), }), }, }, { name: "PS512_IgnoredKID", privateKey: mustCreateJWTRSASSAPSSPrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS512, KidStrategy: jwtrsassapss.IgnoredKID, }), Modulus: mustBase64Decode(t, n4096Base64), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d4096Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p4096Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q4096Base64), insecuresecretdataaccess.Token{}), }), otherVerifyingKeys: []key.Key{ mustCreateJWTRSASSAPSSPublicKey(t, jwtrsassapss.PublicKeyOpts{ Parameters: mustCreateJWTRSASSAPSSParameters(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: 65537, // f4 Algorithm: jwtrsassapss.PS512, KidStrategy: jwtrsassapss.CustomKID, }), Modulus: mustBase64Decode(t, n4096Base64), HasCustomKID: true, CustomKID: "custom-kid", }), }, }, } { t.Run(tc.name, func(t *testing.T) { publicKey, err := tc.privateKey.(privateKey).PublicKey() if err != nil { t.Fatalf("tc.privateKey.(privateKey).PublicKey() err = %v, want nil", err) } privateKeyset, publicKeyset := mustCreateKeysetHandles(t, tc.privateKey, publicKey) signer, err := NewSigner(privateKeyset) if err != nil { t.Fatalf("NewSigner(privateKeyset) = %v, want nil", err) } verifier, err := NewVerifier(publicKeyset) if err != nil { t.Fatalf("NewVerifier(publicKeyset) = %v, want nil", err) } // Try to sign and verify a JWT with the issuer set. issuer := "https://www.example.com" rawJWT, err := NewRawJWT(&RawJWTOptions{ Issuer: &issuer, WithoutExpiration: true, }) if err != nil { t.Fatalf("NewRawJWT() err = %v, want nil", err) } signedToken, err := signer.SignAndEncode(rawJWT) if err != nil { t.Fatalf("signer.SignAndEncode() err = %v, want nil", err) } validator, err := NewValidator(&ValidatorOpts{ ExpectedIssuer: &issuer, AllowMissingExpiration: true, }) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } verifiedJWT, err := verifier.VerifyAndDecode(signedToken, validator) if err != nil { t.Fatalf("verifier.VerifyAndDecode() err = %v, want nil", err) } gotIssuer, err := verifiedJWT.Issuer() if err != nil { t.Fatalf("verifiedJWT.Issuer() err = %v, want nil", err) } if gotIssuer != issuer { t.Errorf("verifiedJWT.Issuer() = %q, want %q", gotIssuer, issuer) } // Check other verifying keys. for _, publicKey := range tc.otherVerifyingKeys { _, publicKeyset := mustCreateKeysetHandles(t, tc.privateKey, publicKey) verifier, err := NewVerifier(publicKeyset) if err != nil { t.Fatalf("NewVerifier(publicKeyset) = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(signedToken, validator); err != nil { t.Errorf("verifier.VerifyAndDecode() err = %v, want nil", err) } } }) } } ================================================ FILE: jwt/jwt_hmac_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/subtle/random" jwtmacpb "github.com/tink-crypto/tink-go/v2/proto/jwt_hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) type jwtKeyManagerTestCase struct { tag string keyFormat *jwtmacpb.JwtHmacKeyFormat key *jwtmacpb.JwtHmacKey } const ( typeURL = "type.googleapis.com/google.crypto.tink.JwtHmacKey" ) func generateKeyFormat(keySize uint32, algorithm jwtmacpb.JwtHmacAlgorithm) *jwtmacpb.JwtHmacKeyFormat { return &jwtmacpb.JwtHmacKeyFormat{ KeySize: keySize, Algorithm: algorithm, } } func TestDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%q) error = %v, want nil", typeURL, err) } if !km.DoesSupport(typeURL) { t.Errorf("km.DoesSupport(%q) = false, want true", typeURL) } } func TestTypeURL(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%q) error = %v, want nil", typeURL, err) } if km.TypeURL() != typeURL { t.Errorf("km.TypeURL() = %q, want %q", km.TypeURL(), typeURL) } } var invalidKeyFormatTestCases = []jwtKeyManagerTestCase{ { tag: "invalid hash algorithm", keyFormat: generateKeyFormat(32, jwtmacpb.JwtHmacAlgorithm_HS_UNKNOWN), }, { tag: "invalid HS256 key size", keyFormat: generateKeyFormat(31, jwtmacpb.JwtHmacAlgorithm_HS256), }, { tag: "invalid HS384 key size", keyFormat: generateKeyFormat(47, jwtmacpb.JwtHmacAlgorithm_HS384), }, { tag: "invalid HS512 key size", keyFormat: generateKeyFormat(63, jwtmacpb.JwtHmacAlgorithm_HS512), }, { tag: "empty key format", keyFormat: &jwtmacpb.JwtHmacKeyFormat{}, }, { tag: "nil key format", keyFormat: nil, }, } func TestNewKeyInvalidFormatFails(t *testing.T) { for _, tc := range invalidKeyFormatTestCases { t.Run(tc.tag, func(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%q): %v", typeURL, err) } serializedKeyFormat, err := proto.Marshal(tc.keyFormat) if err != nil { t.Errorf("serializing key format: %v", err) } if _, err := km.NewKey(serializedKeyFormat); err == nil { t.Errorf("km.NewKey() err = nil, want error") } }) } } func TestNewDataInvalidFormatFails(t *testing.T) { for _, tc := range invalidKeyFormatTestCases { t.Run(tc.tag, func(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%q): %v", typeURL, err) } serializedKeyFormat, err := proto.Marshal(tc.keyFormat) if err != nil { t.Errorf("serializing key format: %v", err) } if _, err := km.NewKeyData(serializedKeyFormat); err == nil { t.Errorf("km.NewKey() err = nil, want error") } }) } } var validKeyFormatTestCases = []jwtKeyManagerTestCase{ { tag: "SHA256 hash algorithm", keyFormat: generateKeyFormat(32, jwtmacpb.JwtHmacAlgorithm_HS256), }, { tag: "SHA384 hash algorithm", keyFormat: generateKeyFormat(48, jwtmacpb.JwtHmacAlgorithm_HS384), }, { tag: "SHA512 hash algorithm", keyFormat: generateKeyFormat(64, jwtmacpb.JwtHmacAlgorithm_HS512), }, } func TestNewKey(t *testing.T) { for _, tc := range validKeyFormatTestCases { t.Run(tc.tag, func(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%q): %v", typeURL, err) } serializedKeyFormat, err := proto.Marshal(tc.keyFormat) if err != nil { t.Errorf("serializing key format: %v", err) } k, err := km.NewKey(serializedKeyFormat) if err != nil { t.Errorf("km.NewKey() err = %v, want nil", err) } key, ok := k.(*jwtmacpb.JwtHmacKey) if !ok { t.Errorf("key isn't of type JwtHmacKey") } if key.Algorithm != tc.keyFormat.Algorithm { t.Errorf("k.Algorithm = %v, want %v", key.Algorithm, tc.keyFormat.Algorithm) } if len(key.KeyValue) != int(tc.keyFormat.KeySize) { t.Errorf("len(key.KeyValue) = %d, want %d", len(key.KeyValue), tc.keyFormat.KeySize) } }) } } func TestNewKeyData(t *testing.T) { for _, tc := range validKeyFormatTestCases { t.Run(tc.tag, func(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%q): %v", typeURL, err) } serializedKeyFormat, err := proto.Marshal(tc.keyFormat) if err != nil { t.Errorf("serializing key format: %v", err) } k, err := km.NewKeyData(serializedKeyFormat) if err != nil { t.Errorf("km.NewKeyData() err = %v, want nil", err) } if k.GetTypeUrl() != typeURL { t.Errorf("k.GetTypeUrl() = %q, want %q", k.GetTypeUrl(), typeURL) } if k.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { t.Errorf("k.GetKeyMaterialType() = %q, want %q", k.GetKeyMaterialType(), tinkpb.KeyData_SYMMETRIC) } }) } } func generateKey(keySize, version uint32, algorithm jwtmacpb.JwtHmacAlgorithm, kid *jwtmacpb.JwtHmacKey_CustomKid) *jwtmacpb.JwtHmacKey { return &jwtmacpb.JwtHmacKey{ KeyValue: random.GetRandomBytes(keySize), Algorithm: algorithm, CustomKid: kid, Version: version, } } func TestKeyManagerPrimitiveAlwaysFails(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q): %v", typeURL, err) } serializedKey, err := proto.Marshal(generateKey(32, 0, jwtmacpb.JwtHmacAlgorithm_HS256, nil)) if err != nil { t.Fatalf("serializing key format: %v", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("km.Primitive() err = nil, want error") } } func TestGeneratesDifferentKeys(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Errorf("registry.GetKeyManager(%q): %v", typeURL, err) } serializedKeyFormat, err := proto.Marshal(generateKeyFormat(32, jwtmacpb.JwtHmacAlgorithm_HS256)) if err != nil { t.Errorf("serializing key format: %v", err) } k1, err := km.NewKey(serializedKeyFormat) if err != nil { t.Errorf("km.NewKey() err = %v, want nil", err) } k2, err := km.NewKey(serializedKeyFormat) if err != nil { t.Errorf("km.NewKey() err = %v, want nil", err) } key1, ok := k1.(*jwtmacpb.JwtHmacKey) if !ok { t.Errorf("k1 isn't of type JwtHmacKey") } key2, ok := k2.(*jwtmacpb.JwtHmacKey) if !ok { t.Errorf("k2 isn't of type JwtHmacKey") } if cmp.Equal(key1.GetKeyValue(), key2.GetKeyValue()) { t.Errorf("key material should differ") } } ================================================ FILE: jwt/jwt_key_templates.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/tinkerror" jepb "github.com/tink-crypto/tink-go/v2/proto/jwt_ecdsa_go_proto" jwtmacpb "github.com/tink-crypto/tink-go/v2/proto/jwt_hmac_go_proto" jrsppb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pkcs1_go_proto" jrpsspb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pss_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func createJWTHMACKeyTemplate(keySize uint32, algorithm jwtmacpb.JwtHmacAlgorithm, outputPrefixType tinkpb.OutputPrefixType) *tinkpb.KeyTemplate { format := &jwtmacpb.JwtHmacKeyFormat{ KeySize: keySize, Version: 0, Algorithm: algorithm, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: jwtHMACTypeURL, Value: serializedFormat, OutputPrefixType: outputPrefixType, } } func createJWTECDSAKeyTemplate(algorithm jepb.JwtEcdsaAlgorithm, outputPrefixType tinkpb.OutputPrefixType) *tinkpb.KeyTemplate { format := &jepb.JwtEcdsaKeyFormat{ Version: 0, Algorithm: algorithm, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: jwtECDSASignerTypeURL, Value: serializedFormat, OutputPrefixType: outputPrefixType, } } func createJWTRSKeyTemplate(algorithm jrsppb.JwtRsaSsaPkcs1Algorithm, modulusSizeInBits uint32, outputPrefixType tinkpb.OutputPrefixType) *tinkpb.KeyTemplate { format := &jrsppb.JwtRsaSsaPkcs1KeyFormat{ Version: 0, Algorithm: algorithm, ModulusSizeInBits: modulusSizeInBits, PublicExponent: []byte{0x01, 0x00, 0x01}, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: jwtJWTRSASSAPKCS1SignerTypeURL, Value: serializedFormat, OutputPrefixType: outputPrefixType, } } func createJWTPSKeyTemplate(algorithm jrpsspb.JwtRsaSsaPssAlgorithm, modulusSizeInBits uint32, outputPrefixType tinkpb.OutputPrefixType) *tinkpb.KeyTemplate { format := &jrpsspb.JwtRsaSsaPssKeyFormat{ Version: 0, Algorithm: algorithm, PublicExponent: []byte{0x01, 0x00, 0x01}, ModulusSizeInBits: modulusSizeInBits, } serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: jwtJWTRSASSAPSSSignerTypeURL, Value: serializedFormat, OutputPrefixType: outputPrefixType, } } // HS256Template creates a JWT key template for JWA algorithm "HS256", which is a // HMAC-SHA256 with a 32 byte key. It will set a key ID header "kid" in the token. func HS256Template() *tinkpb.KeyTemplate { return createJWTHMACKeyTemplate(32, jwtmacpb.JwtHmacAlgorithm_HS256, tinkpb.OutputPrefixType_TINK) } // RawHS256Template creates a JWT key template for JWA algorithm "HS256", which is a // HMAC-SHA256 with a 32 byte key. It will not set a key ID header "kid" in the token. func RawHS256Template() *tinkpb.KeyTemplate { return createJWTHMACKeyTemplate(32, jwtmacpb.JwtHmacAlgorithm_HS256, tinkpb.OutputPrefixType_RAW) } // HS384Template creates a JWT key template for JWA algorithm "HS384", which is a // HMAC-SHA384 with a 48 byte key. It will set a key ID header "kid" in the token. func HS384Template() *tinkpb.KeyTemplate { return createJWTHMACKeyTemplate(48, jwtmacpb.JwtHmacAlgorithm_HS384, tinkpb.OutputPrefixType_TINK) } // RawHS384Template creates a JWT key template for JWA algorithm "HS384", which is a // HMAC-SHA384 with a 48 byte key. It will not set a key ID header "kid" in the token. func RawHS384Template() *tinkpb.KeyTemplate { return createJWTHMACKeyTemplate(48, jwtmacpb.JwtHmacAlgorithm_HS384, tinkpb.OutputPrefixType_RAW) } // HS512Template creates a JWT key template for JWA algorithm "HS512", which is a // HMAC-SHA512 with a 64 byte key. It will set a key ID header "kid" in the token. func HS512Template() *tinkpb.KeyTemplate { return createJWTHMACKeyTemplate(64, jwtmacpb.JwtHmacAlgorithm_HS512, tinkpb.OutputPrefixType_TINK) } // RawHS512Template creates a JWT key template for JWA algorithm "HS512", which is a // HMAC-SHA512 with a 64 byte key. It will not set a key ID header "kid" in the token. func RawHS512Template() *tinkpb.KeyTemplate { return createJWTHMACKeyTemplate(64, jwtmacpb.JwtHmacAlgorithm_HS512, tinkpb.OutputPrefixType_RAW) } // ES256Template creates a JWT key template for JWA algorithm "ES256", which is digital // signature with the NIST P-256 curve. It will set a key ID header "kid" in the token. func ES256Template() *tinkpb.KeyTemplate { return createJWTECDSAKeyTemplate(jepb.JwtEcdsaAlgorithm_ES256, tinkpb.OutputPrefixType_TINK) } // RawES256Template creates a JWT key template for JWA algorithm "ES256", which is digital // signature with the NIST P-256 curve. It will not set a key ID header "kid" in the token. func RawES256Template() *tinkpb.KeyTemplate { return createJWTECDSAKeyTemplate(jepb.JwtEcdsaAlgorithm_ES256, tinkpb.OutputPrefixType_RAW) } // ES384Template creates a JWT key template for JWA algorithm "ES384", which is digital // signature with the NIST P-384 curve. It will set a key ID header "kid" in the token. func ES384Template() *tinkpb.KeyTemplate { return createJWTECDSAKeyTemplate(jepb.JwtEcdsaAlgorithm_ES384, tinkpb.OutputPrefixType_TINK) } // RawES384Template creates a JWT key template for JWA algorithm "ES384", which is digital // signature with the NIST P-384 curve. It will not set a key ID header "kid" in the token. func RawES384Template() *tinkpb.KeyTemplate { return createJWTECDSAKeyTemplate(jepb.JwtEcdsaAlgorithm_ES384, tinkpb.OutputPrefixType_RAW) } // ES512Template creates a JWT key template for JWA algorithm "ES512", which is digital // signature with the NIST P-521 curve. It will set a key ID header "kid" in the token. func ES512Template() *tinkpb.KeyTemplate { return createJWTECDSAKeyTemplate(jepb.JwtEcdsaAlgorithm_ES512, tinkpb.OutputPrefixType_TINK) } // RawES512Template creates a JWT key template for JWA algorithm "ES512", which is digital // signature with the NIST P-521 curve. It will not set a key ID header "kid" in the token. func RawES512Template() *tinkpb.KeyTemplate { return createJWTECDSAKeyTemplate(jepb.JwtEcdsaAlgorithm_ES512, tinkpb.OutputPrefixType_RAW) } // RS256_2048_F4_Key_Template creates a JWT key template for JWA algorithm "RS256", which is digital // signature with RSA-SSA-PKCS1 and SHA256. It will set a key ID header "kid" in the token. func RS256_2048_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTRSKeyTemplate(jrsppb.JwtRsaSsaPkcs1Algorithm_RS256, 2048, tinkpb.OutputPrefixType_TINK) } // RawRS256_2048_F4_Key_Template creates a JWT key template for JWA algorithm "RS256", which is digital // signature with RSA-SSA-PKCS1 and SHA256. It will not set a key ID header "kid" in the token. func RawRS256_2048_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTRSKeyTemplate(jrsppb.JwtRsaSsaPkcs1Algorithm_RS256, 2048, tinkpb.OutputPrefixType_RAW) } // RS256_3072_F4_Key_Template creates a JWT key template for JWA algorithm "RS256", which is digital // signature with RSA-SSA-PKCS1 and SHA256. It will set a key ID header "kid" in the token. func RS256_3072_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTRSKeyTemplate(jrsppb.JwtRsaSsaPkcs1Algorithm_RS256, 3072, tinkpb.OutputPrefixType_TINK) } // RawRS256_3072_F4_Key_Template creates a JWT key template for JWA algorithm "RS256", which is digital // signature with RSA-SSA-PKCS1 and SHA256. It will not set a key ID header "kid" in the token. func RawRS256_3072_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTRSKeyTemplate(jrsppb.JwtRsaSsaPkcs1Algorithm_RS256, 3072, tinkpb.OutputPrefixType_RAW) } // RS384_3072_F4_Key_Template creates a JWT key template for JWA algorithm "RS384", which is digital // signature with RSA-SSA-PKCS1 and SHA384. It will set a key ID header "kid" in the token. func RS384_3072_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTRSKeyTemplate(jrsppb.JwtRsaSsaPkcs1Algorithm_RS384, 3072, tinkpb.OutputPrefixType_TINK) } // RawRS384_3072_F4_Key_Template creates a JWT key template for JWA algorithm "RS384", which is digital // signature with RSA-SSA-PKCS1 and SHA384. It will not set a key ID header "kid" in the token. func RawRS384_3072_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTRSKeyTemplate(jrsppb.JwtRsaSsaPkcs1Algorithm_RS384, 3072, tinkpb.OutputPrefixType_RAW) } // RS512_4096_F4_Key_Template creates a JWT key template for JWA algorithm "RS512", which is digital // signature with RSA-SSA-PKCS1 and SHA512. It will set a key ID header "kid" in the token. func RS512_4096_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTRSKeyTemplate(jrsppb.JwtRsaSsaPkcs1Algorithm_RS512, 4096, tinkpb.OutputPrefixType_TINK) } // RawRS512_4096_F4_Key_Template creates a JWT key template for JWA algorithm "RS512", which is digital // signature with RSA-SSA-PKCS1 and SHA512. It will not set a key ID header "kid" in the token. func RawRS512_4096_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTRSKeyTemplate(jrsppb.JwtRsaSsaPkcs1Algorithm_RS512, 4096, tinkpb.OutputPrefixType_RAW) } // PS256_2048_F4_Key_Template creates a JWT key template for JWA algorithm "PS256", which is digital // signature with RSA-SSA-PSS, a 2048 bit modulus, and SHA256. It will set a key ID header "kid" in the token. func PS256_2048_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTPSKeyTemplate(jrpsspb.JwtRsaSsaPssAlgorithm_PS256, 2048, tinkpb.OutputPrefixType_TINK) } // RawPS256_2048_F4_Key_Template creates a JWT key template for JWA algorithm "PS256", which is digital // signature with RSA-SSA-PSS, a 2048 bit modulus, and SHA256. It will not set a key ID header "kid" in the token. func RawPS256_2048_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTPSKeyTemplate(jrpsspb.JwtRsaSsaPssAlgorithm_PS256, 2048, tinkpb.OutputPrefixType_RAW) } // PS256_3072_F4_Key_Template creates a JWT key template for JWA algorithm "PS256", which is digital // signature with RSA-SSA-PSS, a 3072 bit modulus, and SHA256. It will set a key ID header "kid" in the token. func PS256_3072_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTPSKeyTemplate(jrpsspb.JwtRsaSsaPssAlgorithm_PS256, 3072, tinkpb.OutputPrefixType_TINK) } // RawPS256_3072_F4_Key_Template creates a JWT key template for JWA algorithm "PS256", which is digital // signature with RSA-SSA-PSS, a 3072 bit modulus, and SHA256. It will not set a key ID header "kid" in the token. func RawPS256_3072_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTPSKeyTemplate(jrpsspb.JwtRsaSsaPssAlgorithm_PS256, 3072, tinkpb.OutputPrefixType_RAW) } // PS384_3072_F4_Key_Template creates a JWT key template for JWA algorithm "PS384", which is digital // signature with RSA-SSA-PSS, a 3072 bit modulus, and SHA384. It will set a key ID header "kid" in the token. func PS384_3072_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTPSKeyTemplate(jrpsspb.JwtRsaSsaPssAlgorithm_PS384, 3072, tinkpb.OutputPrefixType_TINK) } // RawPS384_3072_F4_Key_Template creates a JWT key template for JWA algorithm "PS384", which is digital // signature with RSA-SSA-PSS, a 3072 bit modulus, and SHA384. It will not set a key ID header "kid" in the token. func RawPS384_3072_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTPSKeyTemplate(jrpsspb.JwtRsaSsaPssAlgorithm_PS384, 3072, tinkpb.OutputPrefixType_RAW) } // PS512_4096_F4_Key_Template creates a JWT key template for JWA algorithm "PS512", which is digital // signature with RSA-SSA-PSS, a 4096 bit modulus, and SHA512. It will set a key ID header "kid" in the token. func PS512_4096_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTPSKeyTemplate(jrpsspb.JwtRsaSsaPssAlgorithm_PS512, 4096, tinkpb.OutputPrefixType_TINK) } // RawPS512_4096_F4_Key_Template creates a JWT key template for JWA algorithm "PS512", which is digital // signature with RSA-SSA-PSS, a 4096 bit modulus, and SHA512. It will not set a key ID header "kid" in the token. func RawPS512_4096_F4_Key_Template() *tinkpb.KeyTemplate { return createJWTPSKeyTemplate(jrpsspb.JwtRsaSsaPssAlgorithm_PS512, 4096, tinkpb.OutputPrefixType_RAW) } ================================================ FILE: jwt/jwt_key_templates_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "testing" "time" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/keyset" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) type templateTestCase struct { tag string template *tinkpb.KeyTemplate } func TestJWTComputeVerifyMAC(t *testing.T) { expiresAt := time.Now().Add(time.Hour) rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ ExpiresAt: &expiresAt, }) if err != nil { t.Errorf("NewRawJWT() err = %v, want nil", err) } for _, tc := range []templateTestCase{ {tag: "JWT_HS256", template: jwt.HS256Template()}, {tag: "JWT_HS384", template: jwt.HS384Template()}, {tag: "JWT_HS512", template: jwt.HS512Template()}, {tag: "JWT_HS256_RAW", template: jwt.RawHS256Template()}, {tag: "JWT_HS384_RAW", template: jwt.RawHS384Template()}, {tag: "JWT_HS512_RAW", template: jwt.RawHS512Template()}, } { t.Run(tc.tag, func(t *testing.T) { handle, err := keyset.NewHandle(tc.template) if err != nil { t.Errorf("keyset.NewHandle() err = %v, want nil", err) } m, err := jwt.NewMAC(handle) if err != nil { t.Errorf("jwt.NewMAC() err = %v, want nil", err) } compact, err := m.ComputeMACAndEncode(rawJWT) if err != nil { t.Errorf("m.ComputeMACAndEncode() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{}) if err != nil { t.Errorf("jwt.NewValidator() err = %v, want nil", err) } if _, err := m.VerifyMACAndDecode(compact, validator); err != nil { t.Errorf("m.VerifyMACAndDecode() err = %v, want nil", err) } // In two hours, VerifyMACAndDecode should fail with an expiration error. inTwoHours := time.Now().Add(time.Hour * 2) futureValidator, err := jwt.NewValidator(&jwt.ValidatorOpts{FixedNow: inTwoHours}) if err != nil { t.Errorf("jwt.NewValidator() err = %v, want nil", err) } _, futureError := m.VerifyMACAndDecode(compact, futureValidator) if futureError == nil { t.Errorf("m.VerifyMACAndDecode(compact, futureValidator) err = nil, want error") } if !jwt.IsExpirationErr(futureError) { t.Errorf("jwt.IsExpirationErr(futureError) = false, want true") } }) } } func TestJWTSignVerify(t *testing.T) { expiresAt := time.Now().Add(time.Hour) rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ ExpiresAt: &expiresAt, }) if err != nil { t.Errorf("jwt.NewRawJWT() err = %v, want nil", err) } for _, tc := range []templateTestCase{ {tag: "JWT_ES256", template: jwt.ES256Template()}, {tag: "JWT_ES384", template: jwt.ES384Template()}, {tag: "JWT_ES512", template: jwt.ES512Template()}, {tag: "JWT_ES256_RAW", template: jwt.RawES256Template()}, {tag: "JWT_ES384_RAW", template: jwt.RawES384Template()}, {tag: "JWT_ES512_RAW", template: jwt.RawES512Template()}, {tag: "JWT_RS256_2048_R4", template: jwt.RS256_2048_F4_Key_Template()}, {tag: "JWT_RS256_2048_R4_RAW", template: jwt.RawRS256_2048_F4_Key_Template()}, {tag: "JWT_RS256_3072_R4", template: jwt.RS256_3072_F4_Key_Template()}, {tag: "JWT_RS256_3072_R4_RAW", template: jwt.RawRS256_3072_F4_Key_Template()}, {tag: "JWT_RS384_3072_R4", template: jwt.RS384_3072_F4_Key_Template()}, {tag: "JWT_RS384_3072_R4_RAW", template: jwt.RawRS384_3072_F4_Key_Template()}, {tag: "JWT_RS512_4096_R4", template: jwt.RS512_4096_F4_Key_Template()}, {tag: "JWT_RS512_4096_R4_RAW", template: jwt.RawRS384_3072_F4_Key_Template()}, {tag: "JWT_PS256_2048_R4", template: jwt.PS256_2048_F4_Key_Template()}, {tag: "JWT_PS256_2048_R4_RAW", template: jwt.RawPS256_2048_F4_Key_Template()}, {tag: "JWT_PS256_3072_R4", template: jwt.PS256_3072_F4_Key_Template()}, {tag: "JWT_PS256_3072_R4_RAW", template: jwt.RawPS256_3072_F4_Key_Template()}, {tag: "JWT_PS384_3072_R4", template: jwt.PS384_3072_F4_Key_Template()}, {tag: "JWT_PS384_3072_R4_RAW", template: jwt.RawPS384_3072_F4_Key_Template()}, {tag: "JWT_PS512_4096_R4", template: jwt.PS512_4096_F4_Key_Template()}, {tag: "JWT_PS512_4096_R4_RAW", template: jwt.RawPS384_3072_F4_Key_Template()}, } { t.Run(tc.tag, func(t *testing.T) { kh, err := keyset.NewHandle(tc.template) if err != nil { t.Errorf("keyset.NewHandle() err = %v, want nil", err) } signer, err := jwt.NewSigner(kh) if err != nil { t.Errorf("jwt.NewSigner() err = %v, want nil", err) } compact, err := signer.SignAndEncode(rawJWT) if err != nil { t.Errorf("signer.SignAndEncode() err = %v, want nil", err) } pubkh, err := kh.Public() if err != nil { t.Fatalf("key handle Public() err = %v, want nil", err) } verifier, err := jwt.NewVerifier(pubkh) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(compact, validator); err != nil { t.Errorf("verifier.VerifyAndDecode() err = %v, want nil", err) } // In two hours, VerifyAndDecode should fail with an expiration error. inTwoHours := time.Now().Add(time.Hour * 2) futureValidator, err := jwt.NewValidator(&jwt.ValidatorOpts{FixedNow: inTwoHours}) if err != nil { t.Errorf("jwt.NewValidator() err = %v, want nil", err) } _, futureError := verifier.VerifyAndDecode(compact, futureValidator) if futureError == nil { t.Errorf("verifier.VerifyAndDecode(compact, futureValidator) err = nil, want error") } if !jwt.IsExpirationErr(futureError) { t.Errorf("jwt.IsExpirationErr(expirationError) = false, want true") } }) } } ================================================ FILE: jwt/jwt_mac.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt // MAC is an interface for authenticating and verifying JSON Web Tokens (JWT) with JSON Web Signature (JWS) MAC. // See RFC 7519 and RFC 7515. Security guarantees: similar to Message Authentication Code (MAC). type MAC interface { // Computes a MAC and encodes the raw JWT token and the MAC in the JWS compact serialization format. ComputeMACAndEncode(token *RawJWT) (string, error) // Verifies and decodes a JWT token in the JWS compact serialization format. // // The JWT is validated against the rules in validator. That is, every claim // in validator must also be present in the JWT. For example, if validator // contains an issuer (iss) claim, the JWT must contain an identical claim. // The JWT can contain claims that are NOT in the validator. However, if the // JWT contains a list of audiences, the validator must also contain an // audience in the list. // // If the JWT contains timestamp claims such as expiration (exp), issued_at // (iat) or not_before (nbf), they will also be validated. validator allows to // set a clock skew, to deal with small clock differences among different // machines. VerifyMACAndDecode(compact string, validator *Validator) (*VerifiedJWT, error) } ================================================ FILE: jwt/jwt_mac_benchmark_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "testing" "time" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/keyset" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // Benchmarks for JWT MAC algorithms. var macBenchmarkTestCases = []struct { name string template *tinkpb.KeyTemplate }{ { name: "JWT_HS256", template: jwt.HS256Template(), }, { name: "JWT_HS384", template: jwt.HS384Template(), }, { name: "JWT_HS512", template: jwt.HS512Template(), }, } func BenchmarkComputeMAC(b *testing.B) { for _, tc := range macBenchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } primitive, err := jwt.NewMAC(handle) if err != nil { b.Fatal(err) } expiresAt := time.Now().Add(time.Hour) audience := "example audience" subject := "example subject" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Audience: &audience, Subject: &subject, ExpiresAt: &expiresAt, }) if err != nil { b.Fatal(err) } b.ResetTimer() for i := 0; i < b.N; i++ { if _, err = primitive.ComputeMACAndEncode(rawJWT); err != nil { b.Fatal(err) } } }) } } func BenchmarkVerifyMAC(b *testing.B) { for _, tc := range macBenchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } primitive, err := jwt.NewMAC(handle) if err != nil { b.Fatal(err) } expiresAt := time.Now().Add(time.Hour) audience := "example audience" subject := "example subject" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Audience: &audience, Subject: &subject, ExpiresAt: &expiresAt, }) if err != nil { b.Fatal(err) } token, err := primitive.ComputeMACAndEncode(rawJWT) if err != nil { b.Fatal(err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ExpectedAudience: &audience}) if err != nil { b.Fatal(err) } b.ResetTimer() for i := 0; i < b.N; i++ { if _, err := primitive.VerifyMACAndDecode(token, validator); err != nil { b.Fatal(err) } } }) } } ================================================ FILE: jwt/jwt_mac_factory.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" ) type macAndKeyID struct { mac MAC keyID uint32 } // NewMAC generates a new [jwt.MAC] primitive with the global registry. func NewMAC(handle *keyset.Handle) (MAC, error) { return NewMACWithConfig(handle, ®istryconfig.RegistryConfig{}) } // NewMACWithConfig generates a new [jwt.MAC] primitive with the provided // [keyset.Config]. func NewMACWithConfig(handle *keyset.Handle, config keyset.Config) (MAC, error) { if handle == nil { return nil, fmt.Errorf("jwt_mac_factory: keyset handle can't be nil") } ps, err := keyset.Primitives[MAC](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("jwt_mac_factory: cannot obtain primitive set: %v", err) } return newWrappedJWTMAC(ps) } func newWrappedJWTMAC(ps *primitiveset.PrimitiveSet[MAC]) (*wrappedJWTMAC, error) { var macs []macAndKeyID var primary macAndKeyID var computeLogger monitoring.Logger var verifyLogger monitoring.Logger computeLogger, verifyLogger, err := createMacLoggers(ps) if err != nil { return nil, err } for _, primitives := range ps.Entries { for _, p := range primitives { // Only full primitives are supported. if p.FullPrimitive == nil { // Something is wrong, this should not happen. return nil, fmt.Errorf("jwt_mac_factory: full primitive is nil") } macs = append(macs, macAndKeyID{ mac: p.FullPrimitive, keyID: p.KeyID, }) } } primary = macAndKeyID{ mac: ps.Primary.FullPrimitive, keyID: ps.Primary.KeyID, } return &wrappedJWTMAC{ macs: macs, primary: primary, computeLogger: computeLogger, verifyLogger: verifyLogger, }, nil } // wrappedJWTMAC is a JWT MAC implementation that uses the underlying primitive // set for JWT MAC. type wrappedJWTMAC struct { macs []macAndKeyID primary macAndKeyID computeLogger monitoring.Logger verifyLogger monitoring.Logger } var _ MAC = (*wrappedJWTMAC)(nil) func createMacLoggers[T any](ps *primitiveset.PrimitiveSet[T]) (monitoring.Logger, monitoring.Logger, error) { if len(ps.Annotations) == 0 { return &monitoringutil.DoNothingLogger{}, &monitoringutil.DoNothingLogger{}, nil } client := internalregistry.GetMonitoringClient() keysetInfo, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { return nil, nil, err } computeLogger, err := client.NewLogger(&monitoring.Context{ Primitive: "jwtmac", APIFunction: "compute", KeysetInfo: keysetInfo, }) if err != nil { return nil, nil, err } verifyLogger, err := client.NewLogger(&monitoring.Context{ Primitive: "jwtmac", APIFunction: "verify", KeysetInfo: keysetInfo, }) if err != nil { return nil, nil, err } return computeLogger, verifyLogger, nil } func (w *wrappedJWTMAC) ComputeMACAndEncode(token *RawJWT) (string, error) { signedToken, err := w.primary.mac.ComputeMACAndEncode(token) if err != nil { w.computeLogger.LogFailure() return "", err } w.computeLogger.Log(w.primary.keyID, 1) return signedToken, nil } func (w *wrappedJWTMAC) VerifyMACAndDecode(compact string, validator *Validator) (*VerifiedJWT, error) { var interestingErr error for _, macWithKeyID := range w.macs { mac, keyID := macWithKeyID.mac, macWithKeyID.keyID verifiedJWT, err := mac.VerifyMACAndDecode(compact, validator) if err == nil { w.verifyLogger.Log(keyID, 1) return verifiedJWT, nil } if err != errJwtVerification { // Any error that is not the generic errJwtVerification is considered // interesting. interestingErr = err } } w.verifyLogger.LogFailure() if interestingErr != nil { return nil, interestingErr } return nil, errJwtVerification } ================================================ FILE: jwt/jwt_mac_factory_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "bytes" "fmt" "reflect" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" jwtmacpb "github.com/tink-crypto/tink-go/v2/proto/jwt_hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( stubKeyTypeURL = "type.googleapis.com/google.crypto.tink.StubKey" ) func newJWTHMACKey(algorithm jwtmacpb.JwtHmacAlgorithm, kid *jwtmacpb.JwtHmacKey_CustomKid) *jwtmacpb.JwtHmacKey { return &jwtmacpb.JwtHmacKey{ Version: 0, Algorithm: algorithm, KeyValue: random.GetRandomBytes(32), CustomKid: kid, } } func newKeyData(key *jwtmacpb.JwtHmacKey) (*tinkpb.KeyData, error) { serializedKey, err := proto.Marshal(key) if err != nil { return nil, err } return &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, nil } func createJWTMAC(keyData *tinkpb.KeyData, prefixType tinkpb.OutputPrefixType) (jwt.MAC, error) { primaryKey := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, 42, prefixType) handle, err := testkeyset.NewHandle(testutil.NewKeyset(primaryKey.KeyId, []*tinkpb.Keyset_Key{primaryKey})) if err != nil { return nil, fmt.Errorf("creating keyset handle: %v", err) } return jwt.NewMAC(handle) } func verifyMACCompareSubject(p jwt.MAC, compact string, validator *jwt.Validator, wantSubject string) error { verifiedJWT, err := p.VerifyMACAndDecode(compact, validator) if err != nil { return fmt.Errorf("p.VerifyMACAndDecode() err = %v, want nil", err) } subject, err := verifiedJWT.Subject() if err != nil { return fmt.Errorf("verifiedJWT.Subject() err = %v, want nil", err) } if subject != wantSubject { return fmt.Errorf("verifiedJWT.Subject() = %q, want %q", subject, wantSubject) } return nil } func TestNilKeyHandle(t *testing.T) { if _, err := jwt.NewMAC(nil); err == nil { t.Errorf("TestNilKeyHandle(nil) err = nil, want error") } } func TestFactorySameKeyMaterialWithRawPrefixAndNoKIDShouldIgnoreHeader(t *testing.T) { keyData, err := newKeyData(newJWTHMACKey(jwtmacpb.JwtHmacAlgorithm_HS256, nil)) if err != nil { t.Fatalf("creating NewKeyData: %v", err) } p, err := createJWTMAC(keyData, tinkpb.OutputPrefixType_TINK) if err != nil { t.Fatalf("creating New JWT MAC: %v", err) } rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true, Subject: refString("tink-subject")}) if err != nil { t.Errorf("jwt.NewRawJWT() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Errorf("jwt.NewValidator() err = %v, want nil", err) } compact, err := p.ComputeMACAndEncode(rawJWT) if err != nil { t.Errorf("p.ComputeMACAndEncode() err = %v, want nil", err) } if err := verifyMACCompareSubject(p, compact, validator, "tink-subject"); err != nil { t.Error(err) } p, err = createJWTMAC(keyData, tinkpb.OutputPrefixType_RAW) if err != nil { t.Fatalf("creating New JWT MAC: %v", err) } if _, err := p.VerifyMACAndDecode(compact, validator); err != nil { t.Errorf("VerifyMACAndDecode() with a RAW key err = %v, want nil", err) } } func TestFactorySameKeyMaterialWithDifferentPrefixAndKIDShouldFailVerification(t *testing.T) { key := newJWTHMACKey(jwtmacpb.JwtHmacAlgorithm_HS256, nil) keyData, err := newKeyData(key) if err != nil { t.Fatalf("creating NewKeyData: %v", err) } p, err := createJWTMAC(keyData, tinkpb.OutputPrefixType_TINK) if err != nil { t.Fatalf("creating New JWT MAC: %v", err) } rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true, Subject: refString("tink-subject")}) if err != nil { t.Errorf("jwt.NewRawJWT() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Errorf("jwt.NewValidator() err = %v, want nil", err) } compact, err := p.ComputeMACAndEncode(rawJWT) if err != nil { t.Errorf("p.ComputeMACAndEncode() err = %v, want nil", err) } if err := verifyMACCompareSubject(p, compact, validator, "tink-subject"); err != nil { t.Error(err) } key.CustomKid = &jwtmacpb.JwtHmacKey_CustomKid{ Value: "custom-kid", } rawKeyData, err := newKeyData(key) if err != nil { t.Fatalf("creating NewKeyData: %v", err) } p, err = createJWTMAC(rawKeyData, tinkpb.OutputPrefixType_RAW) if err != nil { t.Fatalf("creating New JWT MAC: %v", err) } if _, err := p.VerifyMACAndDecode(compact, validator); err == nil { t.Errorf("VerifyMACAndDecode() with a different KID = nil, want error") } } func TestFactoryDifferentKeyShouldFailValidation(t *testing.T) { keyData, err := newKeyData(newJWTHMACKey(jwtmacpb.JwtHmacAlgorithm_HS256, nil)) if err != nil { t.Fatalf("creating NewKeyData: %v", err) } p, err := createJWTMAC(keyData, tinkpb.OutputPrefixType_TINK) if err != nil { t.Fatalf("creating New JWT MAC: %v", err) } rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true, Subject: refString("tink-subject")}) if err != nil { t.Errorf("jwt.NewRawJWT() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Errorf("jwt.NewValidator() err = %v, want nil", err) } compact, err := p.ComputeMACAndEncode(rawJWT) if err != nil { t.Errorf("p.ComputeMACAndEncode() err = %v, want nil", err) } if err := verifyMACCompareSubject(p, compact, validator, "tink-subject"); err != nil { t.Error(err) } diffKey := newJWTHMACKey(jwtmacpb.JwtHmacAlgorithm_HS256, nil) diffKeyData, err := newKeyData(diffKey) if err != nil { t.Fatalf("creating NewKeyData: %v", err) } p, err = createJWTMAC(diffKeyData, tinkpb.OutputPrefixType_TINK) if err != nil { t.Fatalf("creating New JWT MAC: %v", err) } if _, err := p.VerifyMACAndDecode(compact, validator); err == nil { t.Errorf("VerifyMACAndDecode() with a different key = nil, want error") } } func TestFactoryWithRAWKeyAndKID(t *testing.T) { key := newJWTHMACKey(jwtmacpb.JwtHmacAlgorithm_HS256, &jwtmacpb.JwtHmacKey_CustomKid{Value: "custom-123"}) keyData, err := newKeyData(key) if err != nil { t.Fatalf("creating NewKeyData: %v", err) } primaryKey := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, 42, tinkpb.OutputPrefixType_RAW) ks := testutil.NewKeyset(primaryKey.KeyId, []*tinkpb.Keyset_Key{primaryKey}) handle, err := testkeyset.NewHandle(ks) if err != nil { t.Fatalf("creating keyset handle: %v", err) } p, err := jwt.NewMAC(handle) if err != nil { t.Fatalf("creating New JWT MAC: %v", err) } rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true, Subject: refString("tink-subject")}) if err != nil { t.Errorf("NewRawJWT() err = %v, want nil", err) } compact, err := p.ComputeMACAndEncode(rawJWT) if err != nil { t.Errorf("p.ComputeMACAndEncode() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Errorf("NewValidator() err = %v, want nil", err) } if _, err := p.VerifyMACAndDecode(compact, validator); err != nil { t.Errorf("p.VerifyMACAndDecode() err = %v, want nil", err) } } func TestFactoryWithInvalidPrimitiveSetType(t *testing.T) { kh, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("failed to build *keyset.Handle: %s", err) } if _, err = jwt.NewMAC(kh); err == nil { t.Fatal("calling NewMAC() err = nil, want error") } } func TestVerifyMACAndDecodeReturnsValidationError(t *testing.T) { keyData, err := newKeyData(newJWTHMACKey(jwtmacpb.JwtHmacAlgorithm_HS256, nil)) if err != nil { t.Fatalf("creating NewKeyData: %v", err) } p, err := createJWTMAC(keyData, tinkpb.OutputPrefixType_TINK) if err != nil { t.Fatalf("creating New JWT MAC: %v", err) } audience := "audience" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{Audience: &audience, WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } token, err := p.ComputeMACAndEncode(rawJWT) if err != nil { t.Errorf("p.ComputeMACAndEncode() err = %v, want nil", err) } otherAudience := "otherAudience" validator, err := jwt.NewValidator( &jwt.ValidatorOpts{ExpectedAudience: &otherAudience, AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } _, err = p.VerifyMACAndDecode(token, validator) wantErr := "validating audience claim: otherAudience not found" if err == nil { t.Errorf("p.VerifyMACAndDecode() err = nil, want %q", wantErr) } if err.Error() != wantErr { t.Errorf("p.VerifyMACAndDecode() err = %q, want %q", err.Error(), wantErr) } } func TestComputeAndVerifyWithoutAnnotationsEmitsNoMonitoring(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(jwt.HS256Template()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } p, err := jwt.NewMAC(kh) if err != nil { t.Fatalf("jwt.NewMAC() err = %v, want nil", err) } audience := "audience" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{Audience: &audience, WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } token, err := p.ComputeMACAndEncode(rawJWT) if err != nil { t.Errorf("p.ComputeMACAndEncode() err = %v, want nil", err) } validator, err := jwt.NewValidator( &jwt.ValidatorOpts{ExpectedAudience: &audience, AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } if _, err = p.VerifyMACAndDecode(token, validator); err != nil { t.Errorf("p.VerifyMACAndDecode() err = %v, want error", err) } if len(client.Failures()) != 0 { t.Errorf("len(client.Failures()) = %d, want = 0", len(client.Failures())) } if len(client.Events()) != 0 { t.Errorf("len(client.Events()) = %d, want = 0", len(client.Events())) } } // Defines a stub JWT MAC full primitive to test the factory. type stubFullMAC struct { kid *string } func (s *stubFullMAC) ComputeMACAndEncode(_ *jwt.RawJWT) (string, error) { if s.kid == nil { return "stub_full_mac", nil } return *s.kid + "_stub_full_mac", nil } func (s *stubFullMAC) VerifyMACAndDecode(compact string, _ *jwt.Validator) (*jwt.VerifiedJWT, error) { if compact != "AQIDBA_stub_full_mac" { return nil, fmt.Errorf("invalid token") } return &jwt.VerifiedJWT{}, nil } // Defines a stub key for the stub JWT MAC full primitive. type stubKey struct { idRequirement uint32 prefixType tinkpb.OutputPrefixType } func (s *stubKey) Parameters() key.Parameters { return nil } func (s *stubKey) Equal(_ key.Key) bool { return false } func (s *stubKey) IDRequirement() (uint32, bool) { return s.idRequirement, s.prefixType != tinkpb.OutputPrefixType_RAW } // Defines a stub key parser for the stub JWT MAC full primitive. type stubKeyParser struct{} func (s *stubKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { idRequirement, _ := keySerialization.IDRequirement() return &stubKey{ idRequirement: idRequirement, prefixType: keySerialization.OutputPrefixType(), }, nil } // Defines a stub key serializer for the stub JWT MAC full primitive. type stubKeySerializer struct{} func (s *stubKeySerializer) SerializeKey(k key.Key) (*protoserialization.KeySerialization, error) { stubk, ok := k.(*stubKey) if !ok { return nil, fmt.Errorf("invalid key type") } return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: stubKeyTypeURL, Value: []byte("stub_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, stubk.prefixType, stubk.idRequirement, ) } func TestMACPrimitiveFactoryUsesFullPrimitiveIfRegistered(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*stubKey]() if err := protoserialization.RegisterKeyParser(stubKeyTypeURL, &stubKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKey](&stubKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } // Register primitive constructor to make sure that the factory uses full primitives. defer primitiveregistry.UnregisterPrimitiveConstructor[*stubKey]() macConstructor := func(key key.Key) (any, error) { kid := "AQIDBA" // for 0x01020304 return &stubFullMAC{&kid}, nil } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubKey](macConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(&stubKey{idRequirement: 0x01020304, prefixType: tinkpb.OutputPrefixType_TINK}) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } mac, err := jwt.NewMAC(handle) if err != nil { t.Fatalf("jwt.NewMAC() err = %v, want nil", err) } data, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } token, err := mac.ComputeMACAndEncode(data) if err != nil { t.Fatalf("mac.ComputeMACAndEncode() err = %v, want nil", err) } if token != "AQIDBA_stub_full_mac" { t.Errorf("token = %q, want: %q", token, "AQIDBA_stub_full_mac") } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } if _, err := mac.VerifyMACAndDecode(token, validator); err != nil { t.Fatalf("mac.VerifyMACAndDecode() err = %v, want nil", err) } } func TestComputeAndVerifyWithAnnotationsEmitsMonitoring(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(jwt.HS256Template()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Annotations are only supported through the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := jwt.NewMAC(mh) if err != nil { t.Fatalf("jwt.NewMAC() err = %v, want nil", err) } audience := "audience" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{Audience: &audience, WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } token, err := p.ComputeMACAndEncode(rawJWT) if err != nil { t.Errorf("p.ComputeMACAndEncode() err = %v, want nil", err) } validator, err := jwt.NewValidator( &jwt.ValidatorOpts{ExpectedAudience: &audience, AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } if _, err = p.VerifyMACAndDecode(token, validator); err != nil { t.Errorf("p.VerifyMACAndDecode() err = %v, want error", err) } failures := client.Failures() if len(failures) != 0 { t.Errorf("len(client.Failures()) = %d, want = 0", len(failures)) } got := client.Events() wantKeysetInfo := monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.JwtHmacKey", KeyPrefix: "TINK", }, }, ) want := []*fakemonitoring.LogEvent{ { KeyID: mh.KeysetInfo().GetPrimaryKeyId(), NumBytes: 1, Context: monitoring.NewContext("jwtmac", "compute", wantKeysetInfo), }, { KeyID: mh.KeysetInfo().GetPrimaryKeyId(), NumBytes: 1, Context: monitoring.NewContext("jwtmac", "verify", wantKeysetInfo), }, } if cmp.Diff(got, want) != "" { t.Errorf("%v", cmp.Diff(got, want)) } } type alwaysFailingStubMAC struct{} func (s *alwaysFailingStubMAC) ComputeMACAndEncode(_ *jwt.RawJWT) (string, error) { return "", fmt.Errorf("always failing") } func (s *alwaysFailingStubMAC) VerifyMACAndDecode(compact string, _ *jwt.Validator) (*jwt.VerifiedJWT, error) { return nil, fmt.Errorf("always failing") } func TestComputeFailureEmitsMonitoring(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*stubKey]() if err := protoserialization.RegisterKeyParser(stubKeyTypeURL, &stubKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKey](&stubKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } // Register primitive constructor to make sure that the factory uses full primitives. defer primitiveregistry.UnregisterPrimitiveConstructor[*stubKey]() if err := primitiveregistry.RegisterPrimitiveConstructor[*stubKey](func(key key.Key) (any, error) { return &alwaysFailingStubMAC{}, nil }); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } defer internalregistry.ClearMonitoringClient() client := &fakemonitoring.Client{Name: ""} if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(&stubKey{idRequirement: 0x01020304, prefixType: tinkpb.OutputPrefixType_TINK}) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } // Annotations are only supported through the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := jwt.NewMAC(mh) if err != nil { t.Fatalf("jwt.NewMAC() err = %v, want nil", err) } rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } if _, err := p.ComputeMACAndEncode(rawJWT); err == nil { t.Errorf("p.ComputeMACAndEncode() err = nil, want error") } failures := client.Failures() if len(failures) != 1 { t.Errorf("len(client.Failures()) = %d, want = 1", len(failures)) } if len(client.Events()) != 0 { t.Errorf("len(client.Events()) = %d, want = 0", len(client.Events())) } } func TestVerifyFailureEmitsMonitoring(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(jwt.HS256Template()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Annotations are only supported through the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := jwt.NewMAC(mh) if err != nil { t.Fatalf("jwt.NewMAC() err = %v, want nil", err) } audience := "audience" validator, err := jwt.NewValidator( &jwt.ValidatorOpts{ExpectedAudience: &audience, AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } if _, err := p.VerifyMACAndDecode("", validator); err == nil { t.Errorf("p.VerifyMACAndDecode() err = nil, want error") } failures := client.Failures() if len(failures) != 1 { t.Errorf("len(client.Failures()) = %d, want = 1", len(failures)) } if len(client.Events()) != 0 { t.Errorf("len(client.Events()) = %d, want = 0", len(client.Events())) } } func TestNewMACWithConfigFailsIfNoPrimitiveConstructorRegistered(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*stubKey]() if err := protoserialization.RegisterKeyParser(stubKeyTypeURL, &stubKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKey](&stubKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(&stubKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } configBuilder := config.NewBuilder() if err := jwt.RegisterJWTHMACPrimitiveConstructor(configBuilder, internalapi.Token{}); err != nil { t.Fatalf("jwt.RegisterJWTHMACPrimitiveConstructor() err = %v, want nil", err) } config := config.NewBuilder().Build() if _, err := jwt.NewMACWithConfig(handle, &config); err == nil { t.Errorf("jwt.NewMACWithConfig() err = nil, want error") } else { t.Logf("jwt.NewMACWithConfig() err = %v", err) } } func TestNewMACWithConfig(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeyTypeURL) defer protoserialization.UnregisterKeySerializer[*stubKey]() if err := protoserialization.RegisterKeyParser(stubKeyTypeURL, &stubKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKey](&stubKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } // Register primitive constructor to make sure that the factory uses full primitives. defer primitiveregistry.UnregisterPrimitiveConstructor[*stubKey]() macConstructor := func(key key.Key) (any, error) { kid := "AQIDBA" // for 0x01020304 return &stubFullMAC{&kid}, nil } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubKey](macConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } builderWithFullPrimitive := config.NewBuilder() if err := builderWithFullPrimitive.RegisterPrimitiveConstructor(reflect.TypeFor[*stubKey](), macConstructor, internalapi.Token{}); err != nil { t.Fatalf("builderWithFullPrimitive.RegisterPrimitiveConstructor() err = %v, want nil", err) } configWithFullPrimitive := builderWithFullPrimitive.Build() km := keyset.NewManager() keyID, err := km.AddKey(&stubKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } mac, err := jwt.NewMACWithConfig(handle, &configWithFullPrimitive) if err != nil { t.Fatalf("jwt.NewMAC() err = %v, want nil", err) } data, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } token, err := mac.ComputeMACAndEncode(data) if err != nil { t.Fatalf("mac.ComputeMACAndEncode() err = %v, want nil", err) } if token != "AQIDBA_stub_full_mac" { t.Errorf("token = %q, want: %q", token, "AQIDBA_stub_full_mac") } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } if _, err := mac.VerifyMACAndDecode(token, validator); err != nil { t.Fatalf("mac.VerifyMACAndDecode() err = %v, want nil", err) } } ================================================ FILE: jwt/jwt_mac_kid.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "github.com/tink-crypto/tink-go/v2/tink" ) // macWithKID implements the JWTMAC internal interface. type macWithKID struct { tm tink.MAC algorithm string customKID *string } // newMACWithKID creates a new JWTMACwithKID instance. func newMACWithKID(tm tink.MAC, algorithm string, customKID *string) (*macWithKID, error) { if tm == nil { return nil, fmt.Errorf("invalid mac") } return &macWithKID{ tm: tm, algorithm: algorithm, customKID: customKID, }, nil } // ComputeMACAndEncodeWithKID computes a MAC over a jwt token and encodes it using compact serialization. func (jm *macWithKID) ComputeMACAndEncodeWithKID(token *RawJWT, kid *string) (string, error) { unsigned, err := createUnsigned(token, jm.algorithm, kid, jm.customKID) if err != nil { return "", err } tag, err := jm.tm.ComputeMAC([]byte(unsigned)) if err != nil { return "", err } return combineUnsignedAndSignature(unsigned, tag), nil } // VerifyMACAndDecodeWithKID verifies a MAC in a compact serialized JWT and returns a VerifiedJWT or an error. func (jm *macWithKID) VerifyMACAndDecodeWithKID(compact string, verifier *Validator, kid *string) (*VerifiedJWT, error) { tag, content, err := splitSignedCompact(compact) if err != nil { return nil, errJwtVerification } if err := jm.tm.VerifyMAC(tag, []byte(content)); err != nil { return nil, errJwtVerification } rawJWT, err := decodeUnsignedTokenAndValidateHeader(content, jm.algorithm, kid, jm.customKID) if err != nil { return nil, errJwtVerification } if err := verifier.Validate(rawJWT); err != nil { return nil, err } return newVerifiedJWT(rawJWT) } ================================================ FILE: jwt/jwt_mac_kid_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "encoding/base64" "fmt" "testing" "time" "github.com/tink-crypto/tink-go/v2/mac/subtle" ) func TestNewMACwithNilMACFails(t *testing.T) { if _, err := newMACWithKID(nil, "", nil); err == nil { t.Errorf("NewMACWithKID(nil, '', nil) err = nil, want error") } } func createMACwithKID(customKID *string) (*macWithKID, error) { // https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.1.1 key, err := base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString("AyM1SysPpbyDfgZld3umj1qzKObwVMkoqQ-EstJQLr_T-1qS0gZH75aKtMN3Yj0iPS4hcgUuTwjAzZr1Z9CAow") if err != nil { return nil, fmt.Errorf("failed parsing test key: %v", err) } mac, err := subtle.NewHMAC("SHA256", key, 32) if err != nil { return nil, err } return newMACWithKID(mac, "HS256", customKID) } func TestCreateAndValidateToken(t *testing.T) { m, err := createMACwithKID(nil) if err != nil { t.Fatalf("creating JWTMACwithKID primitive: %v", err) } rawOpts := &RawJWTOptions{ TypeHeader: refString("typeHeader"), JWTID: refString("123"), WithoutExpiration: true, } rawJWT, err := NewRawJWT(rawOpts) if err != nil { t.Errorf("NewRawJWT() err = %v, want nil", err) } compact, err := m.ComputeMACAndEncodeWithKID(rawJWT, nil) if err != nil { t.Errorf("m.ComputeMACAndEncodeWithKID err = %v, want nil", err) } validatorOps := &ValidatorOpts{ ExpectedTypeHeader: refString("typeHeader"), AllowMissingExpiration: true, } validator, err := NewValidator(validatorOps) if err != nil { t.Errorf("NewValidator err = %v, want nil", err) } verifiedJWT, err := m.VerifyMACAndDecodeWithKID(compact, validator, nil) if err != nil { t.Errorf("m.VerifyMACAndDecodeWithKID() err = %v, want nil", err) } typeHeader, err := verifiedJWT.TypeHeader() if err != nil { t.Errorf("verifiedJWT.TypeHeader() err = %v, want nil", err) } if typeHeader != "typeHeader" { t.Errorf("verifiedJWT.TypeHeader() = %q, want 'typeHeader'", typeHeader) } jwtID, err := verifiedJWT.JWTID() if err != nil { t.Errorf("verifiedJWT.JWTID() err = %v, want nil", err) } if jwtID != "123" { t.Errorf("verifiedJWT.JWTID() = %q, want '123'", jwtID) } validatorOps = &ValidatorOpts{ ExpectedTypeHeader: refString("notTypeHeader"), AllowMissingExpiration: true, } validator, err = NewValidator(validatorOps) if err != nil { t.Errorf("NewValidator err = %v, want nil", err) } if _, err := m.VerifyMACAndDecodeWithKID(compact, validator, nil); err == nil { t.Errorf("m.VerifyMACAndDecodeWithKID() err = nil, want error") } } func TestCreateAndValidateTokenWithKID(t *testing.T) { m, err := createMACwithKID(nil) if err != nil { t.Fatalf("creating JWTMACwithKID primitive: %v", err) } rawOpts := &RawJWTOptions{ TypeHeader: refString("typeHeader"), JWTID: refString("123"), WithoutExpiration: true, } rawJWT, err := NewRawJWT(rawOpts) if err != nil { t.Errorf("NewRawJWT() err = %v, want nil", err) } compact, err := m.ComputeMACAndEncodeWithKID(rawJWT, refString("kid-123")) if err != nil { t.Errorf("m.ComputeMACAndEncodeWithKID err = %v, want nil", err) } opts := &ValidatorOpts{ ExpectedTypeHeader: refString("typeHeader"), AllowMissingExpiration: true, } validator, err := NewValidator(opts) if err != nil { t.Fatalf("creating JWT validator, NewValidator: %v", err) } verifiedJWT, err := m.VerifyMACAndDecodeWithKID(compact, validator, refString("kid-123")) if err != nil { t.Errorf("m.VerifyMACAndDecodeWithKID(kid = kid-123) err = %v, want nil", err) } typeHeader, err := verifiedJWT.TypeHeader() if err != nil { t.Errorf("verifiedJWT.TypeHeader() err = %v, want nil", err) } if typeHeader != *rawOpts.TypeHeader { t.Errorf("verifiedJWT.TypeHeader() = %q, want %q", typeHeader, *rawOpts.TypeHeader) } jwtID, err := verifiedJWT.JWTID() if err != nil { t.Errorf("verifiedJWT.JWTID() err = %v, want nil", err) } if jwtID != *rawOpts.JWTID { t.Errorf("verifiedJWT.JWTID() = %q, want %q", jwtID, *rawOpts.JWTID) } if _, err := m.VerifyMACAndDecodeWithKID(compact, validator, nil); err != nil { t.Errorf("m.VerifyMACAndDecodeWithKID(kid = nil) err = %v, want nil", err) } if _, err := m.VerifyMACAndDecodeWithKID(compact, validator, refString("other-kid")); err == nil { t.Errorf("m.VerifyMACAndDecodeWithKID(kid = 'other-kid') err = nil, want error") } } func TestValidateFixedToken(t *testing.T) { // Key and Token are examples from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.1.1 compact := "eyJ0eXAiOiJKV1QiLA0KICJhbGciOiJIUzI1NiJ9.eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ.dBjftJeZ4CVP-mB92K27uhbUJU1p1r_wW1gFWFOEjXk" m, err := createMACwithKID(nil) if err != nil { t.Fatalf("creating JWTMACwithKID primitive: %v", err) } opts := &ValidatorOpts{ ExpectedTypeHeader: refString("JWT"), ExpectedIssuer: refString("joe"), FixedNow: time.Unix(12345, 0), } pastValidator, err := NewValidator(opts) if err != nil { t.Fatalf("creating JWTValidator: %v", err) } // verification succeeds because token was valid valid on January 1, 1970 UTC. verifiedJWT, err := m.VerifyMACAndDecodeWithKID(compact, pastValidator, nil) if err != nil { t.Fatalf("m.VerifyMACAndDecodeWithKID() err = %v, want nil", err) } typeHeader, err := verifiedJWT.TypeHeader() if err != nil { t.Errorf("verifiedJWT.TypeHeader() err = %v, want nil", err) } if typeHeader != *opts.ExpectedTypeHeader { t.Errorf("verifiedJWT.TypeHeader() = %q, want %q", typeHeader, *opts.ExpectedTypeHeader) } issuer, err := verifiedJWT.Issuer() if err != nil { t.Errorf("verifiedJWT.Issuer() err = %v, want nil", err) } if issuer != *opts.ExpectedIssuer { t.Errorf("verifiedJWT.Issuer() = %q, want %q", issuer, *opts.ExpectedIssuer) } boolClaim, err := verifiedJWT.BooleanClaim("http://example.com/is_root") if err != nil { t.Errorf("verifiedJWT.BooleanClaim('http://example.com/is_root') err = %v, want nil", err) } if boolClaim != true { t.Errorf("verifiedJWT.BooleanClaim('http://example.com/is_root') = %q, want true", issuer) } // expired token fails verification opts.FixedNow = time.Now() presentValidator, err := NewValidator(opts) if err != nil { t.Fatalf("creating JWTValidator: %v", err) } _, err = m.VerifyMACAndDecodeWithKID(compact, presentValidator, nil) if err == nil { t.Fatalf("m.VerifyMACAndDecodeWithKID() with expired token err = nil, want error") } if !IsExpirationErr(err) { t.Fatalf("IsExpirationErr(err) for err = %q is false, want true", err) } // tampered token verification fails tamperedCompact := "eyJ0eXAiOiJKV1QiLA0KICJhbGciOiJIUzI1NiJ9.eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ.dBjftJeZ4CVP-mB92K27uhbUJU1p1r_wW1gFWFOEjXx" if _, err := m.VerifyMACAndDecodeWithKID(tamperedCompact, pastValidator, nil); err == nil { t.Fatalf("m.VerifyMACAndDecodeWithKID() with expired tampered token err = nil, want error") } } func TestInvalidTokens(t *testing.T) { m, err := createMACwithKID(nil) if err != nil { t.Fatalf("creating JWTMACwithKID primitive: %v", err) } validator, err := NewValidator(&ValidatorOpts{}) if err != nil { t.Fatalf("creating JWTValidator: %v", err) } for _, compact := range []string{ "eyJhbGciOiJIUzI1NiJ9.e30.abc.", "eyJhbGciOiJIUzI1NiJ9?.e30.abc", "eyJhbGciOiJIUzI1NiJ9.e30?.abc", "eyJhbGciOiJIUzI1NiJ9.e30.abc?", "eyJhbGciOiJIUzI1NiJ9.e30", "eyJ0eXAiOiJKV1QiLA0KICJhbGciOiJIUzI1NiJ9.eyJpc3MiOi&Jqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ.dBjftJeZ4CVP-mB92K27uhbUJU1p1r_wW1gFWFOEjXk", } { if _, err := m.VerifyMACAndDecodeWithKID(compact, validator, nil); err == nil { t.Errorf("m.VerifyMACAndDecodeWithKID(%q) err = nil, want error", compact) } } } func TestCustomKIDAndTinkPrefixKeyFail(t *testing.T) { m, err := createMACwithKID(refString("custom-kid")) if err != nil { t.Fatalf("creating JWTMACwithKID primitive: %v", err) } rawJWT, err := NewRawJWT(&RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("NewRawJWT() err = %v, want nil", err) } if _, err := m.ComputeMACAndEncodeWithKID(rawJWT, refString("tink-kid")); err == nil { t.Errorf("specifying kid when primitive contains kid to ComputeMACAndEncodeWithKID() err = nil, want error") } } ================================================ FILE: jwt/jwt_rsa_ssa_pkcs1_signer_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "math/big" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/core/registry" jrsppb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pkcs1_go_proto" tpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const testJWTRSSignerKeyType = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey" func makeValidJWTRSPrivateKey() (*jrsppb.JwtRsaSsaPkcs1PrivateKey, error) { // key taken from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.2 pubKey, err := makeValidRSPublicKey() if err != nil { return nil, err } d, err := base64Decode( "Eq5xpGnNCivDflJsRQBXHx1hdR1k6Ulwe2JZD50LpXyWPEAeP88vLNO97I" + "jlA7_GQ5sLKMgvfTeXZx9SE-7YwVol2NXOoAJe46sui395IW_GO-pWJ1O0" + "BkTGoVEn2bKVRUCgu-GjBVaYLU6f3l9kJfFNS3E0QbVdxzubSu3Mkqzjkn" + "439X0M_V51gfpRLI9JYanrC4D4qAdGcopV_0ZHHzQlBjudU2QvXt4ehNYT" + "CBr6XCLQUShb1juUO1ZdiYoFaFQT5Tw8bGUl_x_jTj3ccPDVZFD9pIuhLh" + "BOneufuBiB4cS98l2SR_RQyGWSeWjnczT0QU91p1DhOVRuOopznQ") if err != nil { return nil, err } p, err := base64Decode( "4BzEEOtIpmVdVEZNCqS7baC4crd0pqnRH_5IB3jw3bcxGn6QLvnEtfdUdi" + "YrqBdss1l58BQ3KhooKeQTa9AB0Hw_Py5PJdTJNPY8cQn7ouZ2KKDcmnPG" + "BY5t7yLc1QlQ5xHdwW1VhvKn-nXqhJTBgIPgtldC-KDV5z-y2XDwGUc") if err != nil { return nil, err } q, err := base64Decode( "uQPEfgmVtjL0Uyyx88GZFF1fOunH3-7cepKmtH4pxhtCoHqpWmT8YAmZxa" + "ewHgHAjLYsp1ZSe7zFYHj7C6ul7TjeLQeZD_YwD66t62wDmpe_HlB-TnBA" + "-njbglfIsRLtXlnDzQkv5dTltRJ11BKBBypeeF6689rjcJIDEz9RWdc") if err != nil { return nil, err } dp, err := base64Decode( "BwKfV3Akq5_MFZDFZCnW-wzl-CCo83WoZvnLQwCTeDv8uzluRSnm71I3Q" + "CLdhrqE2e9YkxvuxdBfpT_PI7Yz-FOKnu1R6HsJeDCjn12Sk3vmAktV2zb" + "34MCdy7cpdTh_YVr7tss2u6vneTwrA86rZtu5Mbr1C1XsmvkxHQAdYo0") if err != nil { return nil, err } dq, err := base64Decode( "h_96-mK1R_7glhsum81dZxjTnYynPbZpHziZjeeHcXYsXaaMwkOlODsWa" + "7I9xXDoRwbKgB719rrmI2oKr6N3Do9U0ajaHF-NKJnwgjMd2w9cjz3_-ky" + "NlxAr2v4IKhGNpmM5iIgOS1VZnOZ68m6_pbLBSp3nssTdlqvd0tIiTHU") if err != nil { return nil, err } qi, err := base64Decode( "IYd7DHOhrWvxkwPQsRM2tOgrjbcrfvtQJipd-DlcxyVuuM9sQLdgjVk2o" + "y26F0EmpScGLq2MowX7fhd_QJQ3ydy5cY7YIBi87w93IKLEdfnbJtoOPLU" + "W0ITrJReOgo1cq9SbsxYawBgfp_gh6A5603k2-ZQwVK0JKSHuLFkuQ3U") if err != nil { return nil, err } return &jrsppb.JwtRsaSsaPkcs1PrivateKey{ PublicKey: pubKey, Version: 0, D: d, P: p, Q: q, Dp: dp, Dq: dq, Crt: qi, }, nil } func TestJWTRSSignerKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSSignerKeyType, err) } if !km.DoesSupport(testJWTRSSignerKeyType) { t.Errorf("DoesSupport(%q) = false, want true", testJWTRSSignerKeyType) } if km.DoesSupport("invalid.key.type") { t.Errorf("DoesSupport(%q) = true, want false", "invalid.key.type") } } func TestJWTRSSignerKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSSignerKeyType, err) } if km.TypeURL() != testJWTRSSignerKeyType { t.Errorf("TypeURL() = %v, want = %v", km.TypeURL(), testJWTRSSignerKeyType) } } func TestJWTRSSignerPrimitiveAlwaysFails(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSSignerKeyType, err) } privKey, err := makeValidJWTRSPrivateKey() if err != nil { t.Fatalf("makeValidJWTRSPrivateKey() err = %v, want nil", err) } serializedPrivKey, err := proto.Marshal(privKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.Primitive(serializedPrivKey); err == nil { t.Errorf("Primitive() err = nil, want error") } } func TestJWTRSSignerKeyManagerPublicKeyData(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSSignerKeyType, err) } privKey, err := makeValidJWTRSPrivateKey() if err != nil { t.Fatalf("makeValidJWTRSPrivateKey() err = %v, want nil", err) } serializedPrivKey, err := proto.Marshal(privKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } pubKeyData, err := km.(registry.PrivateKeyManager).PublicKeyData(serializedPrivKey) if err != nil { t.Fatalf("PublicKeyData() err = %v, want nil", err) } if pubKeyData.GetKeyMaterialType() != tpb.KeyData_ASYMMETRIC_PUBLIC { t.Errorf("GetKeyMaterialType() = %v, want %v", pubKeyData.GetKeyMaterialType(), tpb.KeyData_ASYMMETRIC_PUBLIC) } if pubKeyData.GetTypeUrl() != testJWTRSVerifierKeyType { t.Errorf("TypeURL() = %v, want %v", pubKeyData.GetTypeUrl(), testJWTRSVerifierKeyType) } gotPubKey := &jrsppb.JwtRsaSsaPkcs1PublicKey{} if err := proto.Unmarshal(pubKeyData.GetValue(), gotPubKey); err != nil { t.Fatalf("proto.Unmarshal() err = %v, want nil", err) } if !cmp.Equal(gotPubKey, privKey.GetPublicKey(), protocmp.Transform()) { t.Errorf("got = %v, want = %v", gotPubKey, privKey.GetPublicKey()) } } func TestJWTRSSignerKeyManagerPublicKeyDataWithNilKeyFails(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSSignerKeyType, err) } if _, err := km.(registry.PrivateKeyManager).PublicKeyData(nil); err == nil { t.Fatalf("PublicKeyData(nil) err = nil, want error") } } func TestJWTRSSignerKeyManagerNewKeyData(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSSignerKeyType, err) } type testCase struct { name string keyFormat *jrsppb.JwtRsaSsaPkcs1KeyFormat } for _, tc := range []testCase{ { name: "RS256 with 3072 modulus", keyFormat: &jrsppb.JwtRsaSsaPkcs1KeyFormat{ Version: 0, Algorithm: jrsppb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, }, }, { name: "RS384 with 3072 modulus", keyFormat: &jrsppb.JwtRsaSsaPkcs1KeyFormat{ Version: 0, Algorithm: jrsppb.JwtRsaSsaPkcs1Algorithm_RS384, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, }, }, { name: "RS512 with 4096 modulus", keyFormat: &jrsppb.JwtRsaSsaPkcs1KeyFormat{ Version: 0, Algorithm: jrsppb.JwtRsaSsaPkcs1Algorithm_RS512, ModulusSizeInBits: 4096, PublicExponent: []byte{0x01, 0x00, 0x01}, }, }, } { t.Run(tc.name, func(t *testing.T) { serializedKeyFormat, err := proto.Marshal(tc.keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } keyData, err := km.NewKeyData(serializedKeyFormat) if err != nil { t.Fatalf("NewKeyData() err = %v, want nil", err) } if keyData.GetTypeUrl() != testJWTRSSignerKeyType { t.Errorf("GetTypeURL() = %v, want %v", keyData.GetTypeUrl(), testJWTRSSignerKeyType) } if keyData.GetKeyMaterialType() != tpb.KeyData_ASYMMETRIC_PRIVATE { t.Errorf("GetKeyMaterialType() = %v, want %v", keyData.GetKeyMaterialType(), tpb.KeyData_ASYMMETRIC_PRIVATE) } key := &jrsppb.JwtRsaSsaPkcs1PrivateKey{} if err := proto.Unmarshal(keyData.GetValue(), key); err != nil { t.Fatalf("proto.Unmarshal() err = %v, want nil", err) } pubKey := key.GetPublicKey() got, want := pubKey.GetAlgorithm(), tc.keyFormat.GetAlgorithm() if got != want { t.Errorf("GetAlgorithm() = %v, want %v", got, want) } gotE, wantE := pubKey.GetE(), tc.keyFormat.GetPublicExponent() if !cmp.Equal(gotE, wantE) { t.Errorf("Exponent = %v, want %v", gotE, wantE) } gotMod := new(big.Int).SetBytes(pubKey.GetN()).BitLen() wantMod := int(tc.keyFormat.GetModulusSizeInBits()) if gotMod != wantMod { t.Errorf("Modulus Size in Bits = %d, want %d", gotMod, wantMod) } }) } } func TestJWTRSSignerKeyManagerNewKeyDataFailsWithInvalidFormat(t *testing.T) { type testCase struct { name string keyFormat *jrsppb.JwtRsaSsaPkcs1KeyFormat } km, err := registry.GetKeyManager(testJWTRSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSSignerKeyType, err) } for _, tc := range []testCase{ { name: "nil key format", keyFormat: nil, }, { name: "empty key format", keyFormat: &jrsppb.JwtRsaSsaPkcs1KeyFormat{}, }, { name: "invalid version", keyFormat: &jrsppb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jrsppb.JwtRsaSsaPkcs1Algorithm_RS256, Version: 1, PublicExponent: []byte{0x01, 0x00, 0x01}, ModulusSizeInBits: 3072, }, }, { name: "invalid algorithm", keyFormat: &jrsppb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jrsppb.JwtRsaSsaPkcs1Algorithm_RS_UNKNOWN, Version: 0, PublicExponent: []byte{0x01, 0x00, 0x01}, ModulusSizeInBits: 3072, }, }, { name: "invalid public exponent", keyFormat: &jrsppb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jrsppb.JwtRsaSsaPkcs1Algorithm_RS256, Version: 0, PublicExponent: []byte{0x01}, ModulusSizeInBits: 3072, }, }, { name: "invalid modulus size", keyFormat: &jrsppb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jrsppb.JwtRsaSsaPkcs1Algorithm_RS256, Version: 0, PublicExponent: []byte{0x01, 0x00, 0x01}, ModulusSizeInBits: 1024, }, }, } { t.Run(tc.name, func(t *testing.T) { serializedKeyFormat, err := proto.Marshal(tc.keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.NewKeyData(serializedKeyFormat); err == nil { t.Fatalf("NewKeyData() err = nil, want error") } if _, err := km.NewKey(serializedKeyFormat); err == nil { t.Fatalf("NewKey() err = nil, want error") } }) } } func TestJWTRSSignerKeyManagerNewKeyDataFailsWithNilKeyFormat(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSSignerKeyType, err) } if _, err := km.NewKeyData(nil); err == nil { t.Fatalf("NewKeyData() err = nil, want error") } if _, err := km.NewKey(nil); err == nil { t.Fatalf("NewKey() err = nil, want error") } } func TestJWTRSSignerKeyManagerNewKeyDataFailsWithInvalidSerializedKeyFormat(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSSignerKeyType, err) } if _, err := km.NewKeyData([]byte("invalid_data")); err == nil { t.Fatalf("NewKeyData() err = nil, want error") } if _, err := km.NewKey([]byte("invalid_data")); err == nil { t.Fatalf("NewKey() err = nil, want error") } } ================================================ FILE: jwt/jwt_rsa_ssa_pkcs1_verifier_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" jrsppb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pkcs1_go_proto" ) const testJWTRSVerifierKeyType = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey" func makeValidRSPublicKey() (*jrsppb.JwtRsaSsaPkcs1PublicKey, error) { // Public key taken from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.2 n, err := base64Decode( "ofgWCuLjybRlzo0tZWJjNiuSfb4p4fAkd_wWJcyQoTbji9k0l8W26mPddx" + "HmfHQp-Vaw-4qPCJrcS2mJPMEzP1Pt0Bm4d4QlL-yRT-SFd2lZS-pCgNMs" + "D1W_YpRPEwOWvG6b32690r2jZ47soMZo9wGzjb_7OMg0LOL-bSf63kpaSH" + "SXndS5z5rexMdbBYUsLA9e-KXBdQOS-UTo7WTBEMa2R2CapHg665xsmtdV" + "MTBQY4uDZlxvb3qCo5ZwKh9kG4LT6_I5IhlJH7aGhyxXFvUK-DWNmoudF8" + "NAco9_h9iaGNj8q2ethFkMLs91kzk2PAcDTW9gb54h4FRWyuXpoQ") if err != nil { return nil, fmt.Errorf("base64 decoding modulus: %v", err) } e, err := base64Decode("AQAB") if err != nil { return nil, fmt.Errorf("base64 decoding public exponent: %v", err) } return &jrsppb.JwtRsaSsaPkcs1PublicKey{ Algorithm: jrsppb.JwtRsaSsaPkcs1Algorithm_RS256, Version: 0, N: n, E: e, CustomKid: nil, }, nil } func TestJWTRSVerifierNotImplemented(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSVerifierKeyType, err) } keyFormat := &jrsppb.JwtRsaSsaPkcs1KeyFormat{ Version: 0, Algorithm: jrsppb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, // 65537 aka F4 } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.NewKey(serializedKeyFormat); err == nil { t.Fatalf("km.NewKey() err = nil, want error") } if _, err := km.NewKeyData(serializedKeyFormat); err == nil { t.Fatalf("km.NewKeyData() err = nil, want error") } } func TestJWTRSVerifierDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSVerifierKeyType, err) } if !km.DoesSupport(testJWTRSVerifierKeyType) { t.Errorf("DoesSupport(%q) = false, want true", testJWTRSVerifierKeyType) } if km.DoesSupport("not.the.actual.key.type") { t.Errorf("km.DoesSupport('not.the.actual.key.type') = true, want false") } } func TestJWTRSVerifierTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSVerifierKeyType, err) } if km.TypeURL() != testJWTRSVerifierKeyType { t.Errorf("km.TypeURL() = %q, want %q", km.TypeURL(), testJWTRSVerifierKeyType) } } func TestJWTRSVerifierPrimitiveAlwaysFails(t *testing.T) { km, err := registry.GetKeyManager(testJWTRSVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTRSVerifierKeyType, err) } pubKey, err := makeValidRSPublicKey() if err != nil { t.Fatalf("makeValidRSPublicKey() err = %v, want nil", err) } serializedPubKey, err := proto.Marshal(pubKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.Primitive(serializedPubKey); err == nil { t.Errorf("km.Primitive() err = %v, want nil", err) } } ================================================ FILE: jwt/jwt_rsa_ssa_pss_signer_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "math/big" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/core/registry" jrsppb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pss_go_proto" tpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const testJWTPSSignerKeyType = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey" func makeValidJWTPSPrivateKey() (*jrsppb.JwtRsaSsaPssPrivateKey, error) { // key taken from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.2 pubKey, err := makeValidPSPublicKey() if err != nil { return nil, err } d, err := base64Decode( "Eq5xpGnNCivDflJsRQBXHx1hdR1k6Ulwe2JZD50LpXyWPEAeP88vLNO97I" + "jlA7_GQ5sLKMgvfTeXZx9SE-7YwVol2NXOoAJe46sui395IW_GO-pWJ1O0" + "BkTGoVEn2bKVRUCgu-GjBVaYLU6f3l9kJfFNS3E0QbVdxzubSu3Mkqzjkn" + "439X0M_V51gfpRLI9JYanrC4D4qAdGcopV_0ZHHzQlBjudU2QvXt4ehNYT" + "CBr6XCLQUShb1juUO1ZdiYoFaFQT5Tw8bGUl_x_jTj3ccPDVZFD9pIuhLh" + "BOneufuBiB4cS98l2SR_RQyGWSeWjnczT0QU91p1DhOVRuOopznQ") if err != nil { return nil, err } p, err := base64Decode( "4BzEEOtIpmVdVEZNCqS7baC4crd0pqnRH_5IB3jw3bcxGn6QLvnEtfdUdi" + "YrqBdss1l58BQ3KhooKeQTa9AB0Hw_Py5PJdTJNPY8cQn7ouZ2KKDcmnPG" + "BY5t7yLc1QlQ5xHdwW1VhvKn-nXqhJTBgIPgtldC-KDV5z-y2XDwGUc") if err != nil { return nil, err } q, err := base64Decode( "uQPEfgmVtjL0Uyyx88GZFF1fOunH3-7cepKmtH4pxhtCoHqpWmT8YAmZxa" + "ewHgHAjLYsp1ZSe7zFYHj7C6ul7TjeLQeZD_YwD66t62wDmpe_HlB-TnBA" + "-njbglfIsRLtXlnDzQkv5dTltRJ11BKBBypeeF6689rjcJIDEz9RWdc") if err != nil { return nil, err } dp, err := base64Decode( "BwKfV3Akq5_MFZDFZCnW-wzl-CCo83WoZvnLQwCTeDv8uzluRSnm71I3Q" + "CLdhrqE2e9YkxvuxdBfpT_PI7Yz-FOKnu1R6HsJeDCjn12Sk3vmAktV2zb" + "34MCdy7cpdTh_YVr7tss2u6vneTwrA86rZtu5Mbr1C1XsmvkxHQAdYo0") if err != nil { return nil, err } dq, err := base64Decode( "h_96-mK1R_7glhsum81dZxjTnYynPbZpHziZjeeHcXYsXaaMwkOlODsWa" + "7I9xXDoRwbKgB719rrmI2oKr6N3Do9U0ajaHF-NKJnwgjMd2w9cjz3_-ky" + "NlxAr2v4IKhGNpmM5iIgOS1VZnOZ68m6_pbLBSp3nssTdlqvd0tIiTHU") if err != nil { return nil, err } qi, err := base64Decode( "IYd7DHOhrWvxkwPQsRM2tOgrjbcrfvtQJipd-DlcxyVuuM9sQLdgjVk2o" + "y26F0EmpScGLq2MowX7fhd_QJQ3ydy5cY7YIBi87w93IKLEdfnbJtoOPLU" + "W0ITrJReOgo1cq9SbsxYawBgfp_gh6A5603k2-ZQwVK0JKSHuLFkuQ3U") if err != nil { return nil, err } return &jrsppb.JwtRsaSsaPssPrivateKey{ PublicKey: pubKey, Version: 0, D: d, P: p, Q: q, Dp: dp, Dq: dq, Crt: qi, }, nil } func TestJWTPSSignerKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testJWTPSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSSignerKeyType, err) } if !km.DoesSupport(testJWTPSSignerKeyType) { t.Errorf("DoesSupport(%q) = false, want true", testJWTPSSignerKeyType) } if km.DoesSupport("invalid.key.type") { t.Errorf("DoesSupport(%q) = true, want false", "invalid.key.type") } } func TestJWTPSSignerKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testJWTPSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSSignerKeyType, err) } if km.TypeURL() != testJWTPSSignerKeyType { t.Errorf("TypeURL() = %v, want = %v", km.TypeURL(), testJWTPSSignerKeyType) } } func TestJWTPSSignerPrimitiveAlwaysFails(t *testing.T) { km, err := registry.GetKeyManager(testJWTPSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSSignerKeyType, err) } privKey, err := makeValidJWTPSPrivateKey() if err != nil { t.Fatalf("makeValidJWTPSPrivateKey() err = %v, want nil", err) } serializedPrivKey, err := proto.Marshal(privKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.Primitive(serializedPrivKey); err == nil { t.Errorf("Primitive() err = nil, want error") } } func TestJWTPSSignerKeyManagerPublicKeyData(t *testing.T) { km, err := registry.GetKeyManager(testJWTPSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSSignerKeyType, err) } privKey, err := makeValidJWTPSPrivateKey() if err != nil { t.Fatalf("makeValidJWTPSPrivateKey() err = %v, want nil", err) } serializedPrivKey, err := proto.Marshal(privKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } pubKeyData, err := km.(registry.PrivateKeyManager).PublicKeyData(serializedPrivKey) if err != nil { t.Fatalf("PublicKeyData() err = %v, want nil", err) } if pubKeyData.GetKeyMaterialType() != tpb.KeyData_ASYMMETRIC_PUBLIC { t.Errorf("GetKeyMaterialType() = %v, want %v", pubKeyData.GetKeyMaterialType(), tpb.KeyData_ASYMMETRIC_PUBLIC) } if pubKeyData.GetTypeUrl() != testJWTPSVerifierKeyType { t.Errorf("TypeURL() = %v, want %v", pubKeyData.GetTypeUrl(), testJWTPSVerifierKeyType) } gotPubKey := &jrsppb.JwtRsaSsaPssPublicKey{} if err := proto.Unmarshal(pubKeyData.GetValue(), gotPubKey); err != nil { t.Fatalf("proto.Unmarshal() err = %v, want nil", err) } if !cmp.Equal(gotPubKey, privKey.GetPublicKey(), protocmp.Transform()) { t.Errorf("got = %v, want = %v", gotPubKey, privKey.GetPublicKey()) } } func TestJWTPSSignerKeyManagerNewKeyData(t *testing.T) { km, err := registry.GetKeyManager(testJWTPSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSSignerKeyType, err) } keyFormat := &jrsppb.JwtRsaSsaPssKeyFormat{ Version: 0, Algorithm: jrsppb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } keyData, err := km.NewKeyData(serializedKeyFormat) if err != nil { t.Fatalf("NewKeyData() err = %v, want nil", err) } if keyData.GetTypeUrl() != testJWTPSSignerKeyType { t.Errorf("GetTypeURL() = %v, want %v", keyData.GetTypeUrl(), testJWTPSSignerKeyType) } if keyData.GetKeyMaterialType() != tpb.KeyData_ASYMMETRIC_PRIVATE { t.Errorf("GetKeyMaterialType() = %v, want %v", keyData.GetKeyMaterialType(), tpb.KeyData_ASYMMETRIC_PRIVATE) } key := &jrsppb.JwtRsaSsaPssPrivateKey{} if err := proto.Unmarshal(keyData.GetValue(), key); err != nil { t.Fatalf("proto.Unmarshal() err = %v, want nil", err) } pubKey := key.GetPublicKey() if pubKey.GetAlgorithm() != keyFormat.GetAlgorithm() { t.Errorf("GetAlgorithm() = %v, want %v", pubKey.GetAlgorithm(), keyFormat.GetAlgorithm()) } if !cmp.Equal(pubKey.GetE(), keyFormat.GetPublicExponent()) { t.Errorf("Exponent = %v, want %v", pubKey.GetE(), keyFormat.GetPublicExponent()) } modSize := new(big.Int).SetBytes(pubKey.GetN()).BitLen() if modSize != int(keyFormat.GetModulusSizeInBits()) { t.Errorf("Modulus Size in Bits = %d, want %d", modSize, keyFormat.GetModulusSizeInBits()) } } func TestJWTPSSignerKeyManagerNewKeyDataFailsWithInvalidFormat(t *testing.T) { type testCase struct { name string keyFormat *jrsppb.JwtRsaSsaPssKeyFormat } km, err := registry.GetKeyManager(testJWTPSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSSignerKeyType, err) } for _, tc := range []testCase{ { name: "nil key format", keyFormat: nil, }, { name: "empty key format", keyFormat: &jrsppb.JwtRsaSsaPssKeyFormat{}, }, { name: "invalid version", keyFormat: &jrsppb.JwtRsaSsaPssKeyFormat{ Algorithm: jrsppb.JwtRsaSsaPssAlgorithm_PS256, Version: 1, PublicExponent: []byte{0x01, 0x00, 0x01}, ModulusSizeInBits: 3072, }, }, { name: "invalid algorithm", keyFormat: &jrsppb.JwtRsaSsaPssKeyFormat{ Algorithm: jrsppb.JwtRsaSsaPssAlgorithm_PS_UNKNOWN, Version: 0, PublicExponent: []byte{0x01, 0x00, 0x01}, ModulusSizeInBits: 3072, }, }, { name: "invalid public exponent", keyFormat: &jrsppb.JwtRsaSsaPssKeyFormat{ Algorithm: jrsppb.JwtRsaSsaPssAlgorithm_PS256, Version: 0, PublicExponent: []byte{0x01}, ModulusSizeInBits: 3072, }, }, { name: "invalid modulus size", keyFormat: &jrsppb.JwtRsaSsaPssKeyFormat{ Algorithm: jrsppb.JwtRsaSsaPssAlgorithm_PS256, Version: 0, PublicExponent: []byte{0x01, 0x00, 0x01}, ModulusSizeInBits: 1024, }, }, } { t.Run(tc.name, func(t *testing.T) { serializedKeyFormat, err := proto.Marshal(tc.keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.NewKeyData(serializedKeyFormat); err == nil { t.Fatalf("NewKeyData() err = nil, want error") } if _, err := km.NewKey(serializedKeyFormat); err == nil { t.Fatalf("NewKey() err = nil, want error") } }) } } func TestJWTPSSignerKeyManagerNewKeyDataFailsWithNilKeyFormat(t *testing.T) { km, err := registry.GetKeyManager(testJWTPSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSSignerKeyType, err) } if _, err := km.NewKeyData(nil); err == nil { t.Fatalf("NewKeyData() err = nil, want error") } if _, err := km.NewKey(nil); err == nil { t.Fatalf("NewKey() err = nil, want error") } } func TestJWTPSSignerKeyManagerNewKeyDataFailsWithInvalidSerializedKeyFormat(t *testing.T) { km, err := registry.GetKeyManager(testJWTPSSignerKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSSignerKeyType, err) } if _, err := km.NewKeyData([]byte("invalid_serialization")); err == nil { t.Fatalf("NewKeyData() err = nil, want error") } if _, err := km.NewKey([]byte("invalid_serialization")); err == nil { t.Fatalf("NewKey() err = nil, want error") } } ================================================ FILE: jwt/jwt_rsa_ssa_pss_verify_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" jrsppb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pss_go_proto" ) const testJWTPSVerifierKeyType = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey" func makeValidPSPublicKey() (*jrsppb.JwtRsaSsaPssPublicKey, error) { // Public key taken from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.2 n, err := base64Decode( "ofgWCuLjybRlzo0tZWJjNiuSfb4p4fAkd_wWJcyQoTbji9k0l8W26mPddx" + "HmfHQp-Vaw-4qPCJrcS2mJPMEzP1Pt0Bm4d4QlL-yRT-SFd2lZS-pCgNMs" + "D1W_YpRPEwOWvG6b32690r2jZ47soMZo9wGzjb_7OMg0LOL-bSf63kpaSH" + "SXndS5z5rexMdbBYUsLA9e-KXBdQOS-UTo7WTBEMa2R2CapHg665xsmtdV" + "MTBQY4uDZlxvb3qCo5ZwKh9kG4LT6_I5IhlJH7aGhyxXFvUK-DWNmoudF8" + "NAco9_h9iaGNj8q2ethFkMLs91kzk2PAcDTW9gb54h4FRWyuXpoQ") if err != nil { return nil, fmt.Errorf("base64 decoding modulus: %v", err) } e, err := base64Decode("AQAB") if err != nil { return nil, fmt.Errorf("base64 decoding public exponent: %v", err) } return &jrsppb.JwtRsaSsaPssPublicKey{ Algorithm: jrsppb.JwtRsaSsaPssAlgorithm_PS256, Version: 0, N: n, E: e, CustomKid: nil, }, nil } func TestJWTPSVerifierNotImplemented(t *testing.T) { km, err := registry.GetKeyManager(testJWTPSVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSVerifierKeyType, err) } keyFormat := &jrsppb.JwtRsaSsaPssKeyFormat{ Version: 0, Algorithm: jrsppb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, // 65537 aka F4 } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.NewKey(serializedKeyFormat); err == nil { t.Fatalf("km.NewKey() err = nil, want error") } if _, err := km.NewKeyData(serializedKeyFormat); err == nil { t.Fatalf("km.NewKeyData() err = nil, want error") } } func TestJWTPSVerifierDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testJWTPSVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSVerifierKeyType, err) } if !km.DoesSupport(testJWTPSVerifierKeyType) { t.Errorf("DoesSupport(%q) = false, want true", testJWTPSVerifierKeyType) } if km.DoesSupport("not.the.actual.key.type") { t.Errorf("km.DoesSupport('not.the.actual.key.type') = true, want false") } } func TestJWTPSVerifierTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testJWTPSVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSVerifierKeyType, err) } if km.TypeURL() != testJWTPSVerifierKeyType { t.Errorf("km.TypeURL() = %q, want %q", km.TypeURL(), testJWTPSVerifierKeyType) } } func TestJWTPSVerifierPrimitiveAlwaysFails(t *testing.T) { km, err := registry.GetKeyManager(testJWTPSVerifierKeyType) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testJWTPSVerifierKeyType, err) } pubKey, err := makeValidPSPublicKey() if err != nil { t.Fatalf("makeValidPSPublicKey() err = %v, want nil", err) } serializedPubKey, err := proto.Marshal(pubKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.Primitive(serializedPubKey); err == nil { t.Errorf("km.Primitive() err = %v, want nil", err) } } ================================================ FILE: jwt/jwt_signature_benchmark_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "testing" "time" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/keyset" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // Benchmarks for JWT Signature algorithms. var signatureBenchmarkTestCases = []struct { name string template *tinkpb.KeyTemplate }{ { name: "JWT_RS256_2048", template: jwt.RS256_2048_F4_Key_Template(), }, { name: "JWT_RS256_3072", template: jwt.RS256_3072_F4_Key_Template(), }, { name: "JWT_RS384_3072", template: jwt.RS384_3072_F4_Key_Template(), }, { name: "JWT_RS512_4096", template: jwt.RS512_4096_F4_Key_Template(), }, { name: "JWT_PS256_2048", template: jwt.PS256_2048_F4_Key_Template(), }, { name: "JWT_PS256_3072", template: jwt.PS256_3072_F4_Key_Template(), }, { name: "JWT_PS384_3072", template: jwt.PS384_3072_F4_Key_Template(), }, { name: "JWT_PS512_4096", template: jwt.PS512_4096_F4_Key_Template(), }, { name: "JWT_ES256", template: jwt.ES256Template(), }, { name: "JWT_ES384", template: jwt.ES384Template(), }, { name: "JWT_ES512", template: jwt.ES512Template(), }, } func BenchmarkSign(b *testing.B) { for _, tc := range signatureBenchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } primitive, err := jwt.NewSigner(handle) if err != nil { b.Fatal(err) } expiresAt := time.Now().Add(time.Hour) audience := "example audience" subject := "example subject" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Audience: &audience, Subject: &subject, ExpiresAt: &expiresAt, }) if err != nil { b.Fatal(err) } b.ResetTimer() for i := 0; i < b.N; i++ { if _, err = primitive.SignAndEncode(rawJWT); err != nil { b.Fatal(err) } } }) } } func BenchmarkVerify(b *testing.B) { for _, tc := range signatureBenchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } signer, err := jwt.NewSigner(handle) if err != nil { b.Fatal(err) } expiresAt := time.Now().Add(time.Hour) audience := "example audience" subject := "example subject" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Audience: &audience, Subject: &subject, ExpiresAt: &expiresAt, }) if err != nil { b.Fatal(err) } token, err := signer.SignAndEncode(rawJWT) if err != nil { b.Fatal(err) } publicHandle, err := handle.Public() if err != nil { b.Fatal(err) } primitive, err := jwt.NewVerifier(publicHandle) if err != nil { b.Fatal(err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ExpectedAudience: &audience}) if err != nil { b.Fatal(err) } b.ResetTimer() for i := 0; i < b.N; i++ { if _, err := primitive.VerifyAndDecode(token, validator); err != nil { b.Fatal(err) } } }) } } ================================================ FILE: jwt/jwt_signer.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt // Signer is the interface for signing JWTs. // See RFC 7519 and RFC 7515. Security guarantees: similar to tink.Signer. type Signer interface { // Computes a signature, and encodes the JWT and the signature in the JWS compact serialization format. SignAndEncode(rawJWT *RawJWT) (string, error) } ================================================ FILE: jwt/jwt_signer_factory.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" ) // NewSigner generates a new [jwt.Signer] primitive with the // global registry. func NewSigner(handle *keyset.Handle) (Signer, error) { return NewSignerWithConfig(handle, ®istryconfig.RegistryConfig{}) } // NewSignerWithConfig generates a new [jwt.Signer] primitive // with the provided [keyset.Config]. // // NOTE: This is currently not usable in OSS because [keyset.Config] // is not user-implementable. func NewSignerWithConfig(handle *keyset.Handle, config keyset.Config) (Signer, error) { if handle == nil { return nil, fmt.Errorf("keyset handle can't be nil") } ps, err := keyset.Primitives[Signer](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("jwt_signer_factory: cannot obtain primitive set: %v", err) } return newWrappedSigner(ps) } func newWrappedSigner(ps *primitiveset.PrimitiveSet[Signer]) (Signer, error) { logger, err := createSignerLogger(ps) if err != nil { return nil, err } if ps.Primary.FullPrimitive == nil { // Something is wrong, this should not happen. return nil, fmt.Errorf("jwt_signer_factory: primary full primitive is nil") } return &wrappedSigner{ primaryFullPrimitive: ps.Primary.FullPrimitive, keyID: ps.Primary.KeyID, logger: logger, }, nil } // wrappedSigner is a JWT Signer implementation that uses the underlying // primary full primitive for signing. It logs success/failure of the signing // operation. type wrappedSigner struct { primaryFullPrimitive Signer keyID uint32 logger monitoring.Logger } var _ Signer = (*wrappedSigner)(nil) func createSignerLogger[T any](ps *primitiveset.PrimitiveSet[T]) (monitoring.Logger, error) { // Only keysets with annotations are monitored. if len(ps.Annotations) == 0 { return &monitoringutil.DoNothingLogger{}, nil } keysetInfo, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { return nil, err } return internalregistry.GetMonitoringClient().NewLogger(&monitoring.Context{ KeysetInfo: keysetInfo, Primitive: "jwtsign", APIFunction: "sign", }) } func (w *wrappedSigner) SignAndEncode(rawJWT *RawJWT) (string, error) { token, err := w.primaryFullPrimitive.SignAndEncode(rawJWT) if err != nil { w.logger.LogFailure() return "", err } w.logger.Log(w.keyID, 1) return token, nil } ================================================ FILE: jwt/jwt_signer_kid.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "github.com/tink-crypto/tink-go/v2/tink" ) type signerWithKID struct { ts tink.Signer algorithm string customKID *string } func newSignerWithKID(ts tink.Signer, algorithm string, customKID *string) (*signerWithKID, error) { if ts == nil { return nil, fmt.Errorf("tink signer can't be nil") } return &signerWithKID{ ts: ts, algorithm: algorithm, customKID: customKID, }, nil } // SignAndEncodeWithKID creates the header and content from a rawJWT and combines them into a unsigned token. // It then signs it and encodes the output using compact serialization. func (s *signerWithKID) SignAndEncodeWithKID(rawJWT *RawJWT, kid *string) (string, error) { unsigned, err := createUnsigned(rawJWT, s.algorithm, kid, s.customKID) if err != nil { return "", err } signature, err := s.ts.Sign([]byte(unsigned)) if err != nil { return "", err } return combineUnsignedAndSignature(unsigned, signature), nil } ================================================ FILE: jwt/jwt_signer_verifier_factory_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "bytes" "crypto/ecdsa" "crypto/elliptic" "crypto/rand" "fmt" "reflect" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" jepb "github.com/tink-crypto/tink-go/v2/proto/jwt_ecdsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestSignerVerifierFactoryWithInvalidPrimitiveSetType(t *testing.T) { kh, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("failed to build *keyset.Handle: %s", err) } if _, err := jwt.NewSigner(kh); err == nil { t.Errorf("jwt.NewSigner() err = nil, want error") } if _, err := jwt.NewVerifier(kh); err == nil { t.Errorf("jwt.NewVerifier() err = nil, want error") } } func TestSignerVerifierFactoryNilKeyset(t *testing.T) { if _, err := jwt.NewSigner(nil); err == nil { t.Errorf("jwt.NewSigner(nil) err = nil, want error") } if _, err := jwt.NewVerifier(nil); err == nil { t.Errorf("jwt.NewVerifier(nil) err = nil, want error") } } func createJWTECDSAKey(kid *string) (*jepb.JwtEcdsaPrivateKey, error) { k, err := ecdsa.GenerateKey(elliptic.P256(), rand.Reader) if err != nil { return nil, fmt.Errorf("ecdsa.GenerateKey(curve=P256): %v", err) } var customKID *jepb.JwtEcdsaPublicKey_CustomKid = nil if kid != nil { customKID = &jepb.JwtEcdsaPublicKey_CustomKid{Value: *kid} } return &jepb.JwtEcdsaPrivateKey{ Version: 0, PublicKey: &jepb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jepb.JwtEcdsaAlgorithm_ES256, X: k.X.Bytes(), Y: k.Y.Bytes(), CustomKid: customKID, }, KeyValue: k.D.Bytes(), }, nil } func createKeyData(privKey *jepb.JwtEcdsaPrivateKey) (*tinkpb.KeyData, error) { serializedPrivKey, err := proto.Marshal(privKey) if err != nil { return nil, fmt.Errorf("serializing private key proto: %v", err) } return &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: serializedPrivKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, nil } func createKeysetHandles(privKey *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType) (*keyset.Handle, *keyset.Handle, error) { k := testutil.NewKey(privKey, tinkpb.KeyStatusType_ENABLED, 1 /*=keyID*/, outputPrefixType) privKeyHandle, err := testkeyset.NewHandle(testutil.NewKeyset(k.KeyId, []*tinkpb.Keyset_Key{k})) if err != nil { return nil, nil, fmt.Errorf("creating keyset handle for private key: %v", err) } pubKeyHandle, err := privKeyHandle.Public() if err != nil { return nil, nil, fmt.Errorf("creating keyset handle for public key: %v", err) } return privKeyHandle, pubKeyHandle, nil } func createKeyHandlesFromKey(t *testing.T, privKey *jepb.JwtEcdsaPrivateKey, outputPrefixType tinkpb.OutputPrefixType) (*keyset.Handle, *keyset.Handle) { privKeyData, err := createKeyData(privKey) if err != nil { t.Fatal(err) } privKeyHandle, pubKeyHandle, err := createKeysetHandles(privKeyData, outputPrefixType) if err != nil { t.Fatal(err) } return privKeyHandle, pubKeyHandle } func createKeyAndKeyHandles(t *testing.T, kid *string, outputPrefixType tinkpb.OutputPrefixType) (*jepb.JwtEcdsaPrivateKey, *keyset.Handle, *keyset.Handle) { privKey, err := createJWTECDSAKey(kid) if err != nil { t.Fatal(err) } privKeyHandle, pubKeyHandle := createKeyHandlesFromKey(t, privKey, outputPrefixType) return privKey, privKeyHandle, pubKeyHandle } func TestFactoryVerifyWithDifferentKeyFails(t *testing.T) { _, privKeyHandle, pubKeyHandle := createKeyAndKeyHandles(t, nil /*=kid*/, tinkpb.OutputPrefixType_TINK) signer, err := jwt.NewSigner(privKeyHandle) if err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } verifier, err := jwt.NewVerifier(pubKeyHandle) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true, Audiences: []string{"tink-audience"}}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true, ExpectedAudience: refString("tink-audience")}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } compact, err := signer.SignAndEncode(rawJWT) if err != nil { t.Errorf("signer.SignAndEncode() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(compact, validator); err != nil { t.Errorf("verifier.VerifyAndDecode() err = %v, want nil", err) } // verification with different key fails _, _, pubKeyHandle = createKeyAndKeyHandles(t, nil /*=kid*/, tinkpb.OutputPrefixType_TINK) verifier, err = jwt.NewVerifier(pubKeyHandle) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(compact, validator); err == nil { t.Errorf("verifier.VerifyAndDecode() err = nil, want error") } } type signerVerifierFactoryKIDTestCase struct { tag string signerOutputPrefix tinkpb.OutputPrefixType signerKID *string verifierOutputPrefix tinkpb.OutputPrefixType verifierKID *string } func TestFactorySignVerifyWithKIDFailure(t *testing.T) { rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } for _, tc := range []signerVerifierFactoryKIDTestCase{ { tag: "raw output prefix and different custom kid", signerOutputPrefix: tinkpb.OutputPrefixType_RAW, signerKID: refString("customKID"), verifierOutputPrefix: tinkpb.OutputPrefixType_RAW, verifierKID: refString("OtherCustomKID"), }, { tag: "token with fixed kid and verifier with tink output prefix", signerOutputPrefix: tinkpb.OutputPrefixType_RAW, signerKID: refString("customKID"), verifierOutputPrefix: tinkpb.OutputPrefixType_TINK, verifierKID: nil, }, { tag: "token missing kid in header when verifier has tink output prefix", signerOutputPrefix: tinkpb.OutputPrefixType_RAW, signerKID: nil, verifierOutputPrefix: tinkpb.OutputPrefixType_TINK, verifierKID: nil, }, } { t.Run(tc.tag, func(t *testing.T) { key, privKeyHandle, _ := createKeyAndKeyHandles(t, tc.signerKID, tc.signerOutputPrefix) signer, err := jwt.NewSigner(privKeyHandle) if err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } compact, err := signer.SignAndEncode(rawJWT) if err != nil { t.Errorf("signer.SignAndEncode() err = %v, want nil", err) } key.PublicKey.CustomKid = nil if tc.verifierKID != nil { key.PublicKey.CustomKid = &jepb.JwtEcdsaPublicKey_CustomKid{Value: *tc.verifierKID} } _, pubKeyHandle := createKeyHandlesFromKey(t, key, tc.verifierOutputPrefix) verifier, err := jwt.NewVerifier(pubKeyHandle) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(compact, validator); err == nil { t.Errorf("verifier.VerifyAndDecode() err = nil, want error") } }) } } func TestVerifyAndDecodeReturnsValidationError(t *testing.T) { _, privateHandle, publicHandle := createKeyAndKeyHandles(t, nil /*=kid*/, tinkpb.OutputPrefixType_TINK) signer, err := jwt.NewSigner(privateHandle) if err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } verifier, err := jwt.NewVerifier(publicHandle) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } audience := "audience" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{Audience: &audience, WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } compact, err := signer.SignAndEncode(rawJWT) if err != nil { t.Errorf("signer.SignAndEncode() err = %v, want nil", err) } otherAudience := "otherAudience" validator, err := jwt.NewValidator( &jwt.ValidatorOpts{ExpectedAudience: &otherAudience, AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } _, err = verifier.VerifyAndDecode(compact, validator) wantErr := "validating audience claim: otherAudience not found" if err == nil { t.Errorf("verifier.VerifyAndDecode() err = nil, want %q", wantErr) } if err.Error() != wantErr { t.Errorf("verifier.VerifyAndDecode() err = %q, want %q", err.Error(), wantErr) } } func TestFactorySignVerifyWithKIDSuccess(t *testing.T) { rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } for _, tc := range []signerVerifierFactoryKIDTestCase{ { tag: "signer verifier without custom kid and with raw output prefix", signerOutputPrefix: tinkpb.OutputPrefixType_RAW, signerKID: nil, verifierOutputPrefix: tinkpb.OutputPrefixType_RAW, verifierKID: nil, }, { tag: "signer with custom kid verifier without custom kid and raw output prefixes", signerOutputPrefix: tinkpb.OutputPrefixType_RAW, signerKID: refString("customKID"), verifierOutputPrefix: tinkpb.OutputPrefixType_RAW, verifierKID: nil, }, { tag: "signer and verifier same custom kid and raw output prefix", signerOutputPrefix: tinkpb.OutputPrefixType_RAW, signerKID: refString("customKID"), verifierOutputPrefix: tinkpb.OutputPrefixType_RAW, verifierKID: refString("customKID"), }, { tag: "signer and verifier with tink output prefix and no custom kid", signerOutputPrefix: tinkpb.OutputPrefixType_TINK, signerKID: nil, verifierOutputPrefix: tinkpb.OutputPrefixType_TINK, verifierKID: nil, }, { tag: "signer with tink output prefix verifier with raw output prefix", signerOutputPrefix: tinkpb.OutputPrefixType_TINK, signerKID: nil, verifierOutputPrefix: tinkpb.OutputPrefixType_RAW, verifierKID: nil, }, { tag: "token missing kid in header when verifier has custom kid", signerOutputPrefix: tinkpb.OutputPrefixType_RAW, signerKID: nil, verifierOutputPrefix: tinkpb.OutputPrefixType_RAW, verifierKID: refString("customKID"), }, } { t.Run(tc.tag, func(t *testing.T) { key, privKeyHandle, _ := createKeyAndKeyHandles(t, tc.signerKID, tc.signerOutputPrefix) signer, err := jwt.NewSigner(privKeyHandle) if err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } compact, err := signer.SignAndEncode(rawJWT) if err != nil { t.Errorf("signer.SignAndEncode() err = %v, want nil", err) } key.GetPublicKey().CustomKid = nil if tc.verifierKID != nil { key.GetPublicKey().CustomKid = &jepb.JwtEcdsaPublicKey_CustomKid{Value: *tc.verifierKID} } _, pubKeyHandle := createKeyHandlesFromKey(t, key, tc.verifierOutputPrefix) verifier, err := jwt.NewVerifier(pubKeyHandle) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(compact, validator); err != nil { t.Errorf("verifier.VerifyAndDecode() err = %v, want nil", err) } }) } } func TestFactorySignVerifyWithoutAnnotationsEmitsNoMonitoring(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } privHandle, err := keyset.NewHandle(jwt.ES256Template()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("privHandle.Public() err = %v, want nil", err) } signer, err := jwt.NewSigner(privHandle) if err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } verifier, err := jwt.NewVerifier(pubHandle) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } compact, err := signer.SignAndEncode(rawJWT) if err != nil { t.Fatalf("signer.SignAndEncode() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(compact, validator); err != nil { t.Fatalf("verifier.VerifyAndDecode() err = %v, want nil", err) } if len(client.Events()) != 0 { t.Errorf("len(client.Events()) = %d, want 0", len(client.Events())) } if len(client.Failures()) != 0 { t.Errorf("len(client.Failures()) = %d, want 0", len(client.Failures())) } } func TestFactorySignWithAnnotationsEmitsMonitoringSuccess(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } handle, err := keyset.NewHandle(jwt.ES256Template()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} privHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } // Verify annotations aren't propagated. pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("privHandle.Public() err = %v, want nil", err) } signer, err := jwt.NewSigner(privHandle) if err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } verifier, err := jwt.NewVerifier(pubHandle) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } compact, err := signer.SignAndEncode(rawJWT) if err != nil { t.Fatalf("signer.SignAndEncode() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(compact, validator); err != nil { t.Fatalf("verifier.VerifyAndDecode() err = %v, want nil", err) } // verify error emits no monitoring. if _, err := verifier.VerifyAndDecode("invalid", validator); err == nil { t.Fatalf("verifier.VerifyAndDecode() err = %v, want nil", err) } if len(client.Failures()) != 0 { t.Errorf("len(client.Failures()) = %d, want 0", len(client.Failures())) } if len(client.Events()) != 1 { t.Errorf("len(client.Events()) = %d, want 1", len(client.Events())) } got := client.Events() wantSignKeysetInfo := &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.JwtEcdsaPrivateKey", KeyPrefix: "TINK", }, }, } want := []*fakemonitoring.LogEvent{ { Context: monitoring.NewContext("jwtsign", "sign", wantSignKeysetInfo), KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), NumBytes: 1, }, } if diff := cmp.Diff(want, got); diff != "" { t.Errorf("%v", diff) } } func TestFactoryVerifyWithAnnotationsEmitsMonitoringSuccess(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } privHandle, err := keyset.NewHandle(jwt.ES256Template()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } signer, err := jwt.NewSigner(privHandle) if err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(pubHandle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} pubHandle, err = insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } verifier, err := jwt.NewVerifier(pubHandle) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } compact, err := signer.SignAndEncode(rawJWT) if err != nil { t.Fatalf("signer.SignAndEncode() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(compact, validator); err != nil { t.Fatalf("verifier.VerifyAndDecode() err = %v, want nil", err) } if len(client.Failures()) != 0 { t.Errorf("len(client.Failures()) = %d, want 0", len(client.Failures())) } if len(client.Events()) != 1 { t.Errorf("len(client.Events()) = %d, want 1", len(client.Events())) } got := client.Events() wantSignKeysetInfo := &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.JwtEcdsaPublicKey", KeyPrefix: "TINK", }, }, } want := []*fakemonitoring.LogEvent{ { Context: monitoring.NewContext("jwtverify", "verify", wantSignKeysetInfo), KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), NumBytes: 1, }, } if diff := cmp.Diff(want, got); diff != "" { t.Errorf("%v", diff) } } func TestFactorySignAndVerifyWithAnnotationsEmitsMonitoringOnError(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } // Create valid keyset handles. _, privHandle, pubHandle := createKeyAndKeyHandles(t, nil, tinkpb.OutputPrefixType_TINK) buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(privHandle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} privHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } signer, err := jwt.NewSigner(privHandle) if err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } buff.Reset() if err := insecurecleartextkeyset.Write(pubHandle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } pubHandle, err = insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } verifier, err := jwt.NewVerifier(pubHandle) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } // Fails because of nil rawJWT. if _, err := signer.SignAndEncode(nil); err == nil { t.Fatalf("signer.SignAndEncode() err = nil, want error") } // Fails because of invalid token. if _, err := verifier.VerifyAndDecode("invalid_token", validator); err == nil { t.Fatalf("verifier.VerifyAndDecode() err = nil want error") } if len(client.Failures()) != 2 { t.Errorf("len(client.Failures()) = %d, want 2", len(client.Failures())) } } const stubPrivateKeyURL = "type.googleapis.com/google.crypto.tink.StubPrivateKey" const stubPublicKeyURL = "type.googleapis.com/google.crypto.tink.StubPublicKey" type stubFullSigner struct { kid *string } var _ jwt.Signer = (*stubFullSigner)(nil) func (s *stubFullSigner) SignAndEncode(_ *jwt.RawJWT) (string, error) { if s.kid == nil { return "full_signer", nil } return *s.kid + "_full_signer", nil } type stubFullVerifier struct{} var _ jwt.Verifier = (*stubFullVerifier)(nil) func (s *stubFullVerifier) VerifyAndDecode(t string, _ *jwt.Validator) (*jwt.VerifiedJWT, error) { if t != "AQIDBA_full_signer" { return nil, fmt.Errorf("invalid token") } return &jwt.VerifiedJWT{}, nil } // Parameters and keys. type stubParams struct{} var _ key.Parameters = (*stubParams)(nil) func (p *stubParams) Equal(_ key.Parameters) bool { return true } func (p *stubParams) HasIDRequirement() bool { return true } type stubPublicKey struct { prefixType tinkpb.OutputPrefixType idRequirement uint32 } var _ key.Key = (*stubPublicKey)(nil) func (p *stubPublicKey) Equal(_ key.Key) bool { return true } func (p *stubPublicKey) Parameters() key.Parameters { return &stubParams{} } func (p *stubPublicKey) IDRequirement() (uint32, bool) { return p.idRequirement, p.HasIDRequirement() } func (p *stubPublicKey) HasIDRequirement() bool { return p.prefixType == tinkpb.OutputPrefixType_RAW } type stubPrivateKey struct { prefixType tinkpb.OutputPrefixType idRequirement uint32 } var _ key.Key = (*stubPrivateKey)(nil) func (p *stubPrivateKey) Equal(_ key.Key) bool { return true } func (p *stubPrivateKey) Parameters() key.Parameters { return &stubParams{} } func (p *stubPrivateKey) IDRequirement() (uint32, bool) { return p.idRequirement, p.HasIDRequirement() } func (p *stubPrivateKey) HasIDRequirement() bool { return p.prefixType != tinkpb.OutputPrefixType_RAW } func (p *stubPrivateKey) PublicKey() (key.Key, error) { return &stubPublicKey{ prefixType: p.prefixType, idRequirement: p.idRequirement, }, nil } // Proto serialization. type stubPublicKeySerialization struct{} var _ protoserialization.KeySerializer = (*stubPublicKeySerialization)(nil) func (s *stubPublicKeySerialization) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: stubPublicKeyURL, Value: []byte("serialized_public_key"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, key.(*stubPublicKey).prefixType, key.(*stubPublicKey).idRequirement, ) } type stubPublicKeyParser struct{} var _ protoserialization.KeyParser = (*stubPublicKeyParser)(nil) func (s *stubPublicKeyParser) ParseKey(serialization *protoserialization.KeySerialization) (key.Key, error) { idRequirement, _ := serialization.IDRequirement() return &stubPublicKey{ prefixType: serialization.OutputPrefixType(), idRequirement: idRequirement, }, nil } type stubPrivateKeySerialization struct{} var _ protoserialization.KeySerializer = (*stubPrivateKeySerialization)(nil) func (s *stubPrivateKeySerialization) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: stubPrivateKeyURL, Value: []byte("serialized_key"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, key.(*stubPrivateKey).prefixType, key.(*stubPrivateKey).idRequirement, ) } type stubPrivateKeyParser struct{} var _ protoserialization.KeyParser = (*stubPrivateKeyParser)(nil) func (s *stubPrivateKeyParser) ParseKey(serialization *protoserialization.KeySerialization) (key.Key, error) { idRequirement, _ := serialization.IDRequirement() return &stubPrivateKey{ prefixType: serialization.OutputPrefixType(), idRequirement: idRequirement, }, nil } func TestPrimitiveFactoryUsesFullPrimitiveIfRegistered(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubPublicKeyURL) defer protoserialization.UnregisterKeyParser(stubPrivateKeyURL) defer protoserialization.UnregisterKeySerializer[*stubPrivateKey]() defer protoserialization.UnregisterKeySerializer[*stubPublicKey]() if err := protoserialization.RegisterKeyParser(stubPublicKeyURL, &stubPublicKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPublicKey](&stubPublicKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(stubPrivateKeyURL, &stubPrivateKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPrivateKey](&stubPrivateKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } // Register primitive constructors to make sure that the factory uses full // primitives. defer primitiveregistry.UnregisterPrimitiveConstructor[*stubPrivateKey]() defer primitiveregistry.UnregisterPrimitiveConstructor[*stubPublicKey]() signerConstructor := func(key key.Key) (any, error) { kid := "AQIDBA" // for 0x01020304 return &stubFullSigner{&kid}, nil } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubPrivateKey](signerConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } verifierConstructor := func(key key.Key) (any, error) { return &stubFullVerifier{}, nil } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubPublicKey](verifierConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(&stubPrivateKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } signer, err := jwt.NewSigner(handle) if err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } data, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } token, err := signer.SignAndEncode(data) if err != nil { t.Fatalf("signer.SignAndEncode(() err = %v, want nil", err) } if !cmp.Equal(token, "AQIDBA_full_signer") { t.Errorf("token = %q, want: %q", token, "full_primitive") } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } verifier, err := jwt.NewVerifier(publicHandle) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode(token, validator); err != nil { t.Fatalf("verifier.VerifyAndDecode() err = %v, want nil", err) } } // TestPrimitiveFactoryMultipleKeys tests that the factory can create a signer // and a verifier from a keyset with all JWT signer keys. func TestPrimitiveFactoryMultipleKeys(t *testing.T) { km := keyset.NewManager() keyID, err := km.Add(jwt.ES256Template()) if err != nil { t.Fatalf("km.Add() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } if _, err := km.Add(jwt.RS256_2048_F4_Key_Template()); err != nil { t.Fatalf("km.Add() err = %v, want nil", err) } if _, err := km.Add(jwt.RS256_2048_F4_Key_Template()); err != nil { t.Fatalf("km.Add() err = %v, want nil", err) } if _, err := km.Add(jwt.PS256_2048_F4_Key_Template()); err != nil { t.Fatalf("km.Add() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } if _, err := jwt.NewSigner(handle); err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } if _, err := jwt.NewVerifier(publicHandle); err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } } func TestNewSignerWithConfigFailsIfNoPrimitiveConstructorRegistered(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubPublicKeyURL) defer protoserialization.UnregisterKeyParser(stubPrivateKeyURL) defer protoserialization.UnregisterKeySerializer[*stubPrivateKey]() defer protoserialization.UnregisterKeySerializer[*stubPublicKey]() if err := protoserialization.RegisterKeyParser(stubPublicKeyURL, &stubPublicKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPublicKey](&stubPublicKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(stubPrivateKeyURL, &stubPrivateKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPrivateKey](&stubPrivateKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(&stubPrivateKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } config := config.NewBuilder().Build() if _, err := jwt.NewSignerWithConfig(handle, &config); err == nil { t.Errorf("jwt.NewSignerWithConfig() err = nil, want error") } else { t.Logf("jwt.NewSignerWithConfig() err = %v", err) } } func TestNewSignerWithConfig(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubPublicKeyURL) defer protoserialization.UnregisterKeyParser(stubPrivateKeyURL) defer protoserialization.UnregisterKeySerializer[*stubPrivateKey]() defer protoserialization.UnregisterKeySerializer[*stubPublicKey]() if err := protoserialization.RegisterKeyParser(stubPublicKeyURL, &stubPublicKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPublicKey](&stubPublicKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(stubPrivateKeyURL, &stubPrivateKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPrivateKey](&stubPrivateKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } signerConstructor := func(key key.Key) (any, error) { kid := "AQIDBA" // for 0x01020304 return &stubFullSigner{&kid}, nil } builderWithFullPrimitive := config.NewBuilder() if err := builderWithFullPrimitive.RegisterPrimitiveConstructor(reflect.TypeFor[*stubPrivateKey](), signerConstructor, internalapi.Token{}); err != nil { t.Fatalf("builderWithFullPrimitive.RegisterPrimitiveConstructor() err = %v, want nil", err) } configWithFullPrimitive := builderWithFullPrimitive.Build() km := keyset.NewManager() keyID, err := km.AddKey(&stubPrivateKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } signer, err := jwt.NewSignerWithConfig(handle, &configWithFullPrimitive) if err != nil { t.Fatalf("jwt.NewSigner() err = %v, want nil", err) } data, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("jwt.NewRawJWT() err = %v, want nil", err) } token, err := signer.SignAndEncode(data) if err != nil { t.Fatalf("signer.SignAndEncode(() err = %v, want nil", err) } if !cmp.Equal(token, "AQIDBA_full_signer") { t.Errorf("token = %q, want: %q", token, "AQIDBA_full_signer") } } func TestNewVerifierWithConfigFailsIfNoPrimitiveConstructorRegistered(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubPublicKeyURL) defer protoserialization.UnregisterKeyParser(stubPrivateKeyURL) defer protoserialization.UnregisterKeySerializer[*stubPrivateKey]() defer protoserialization.UnregisterKeySerializer[*stubPublicKey]() if err := protoserialization.RegisterKeyParser(stubPublicKeyURL, &stubPublicKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPublicKey](&stubPublicKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(stubPrivateKeyURL, &stubPrivateKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPrivateKey](&stubPrivateKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(&stubPrivateKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } config := config.NewBuilder().Build() if _, err := jwt.NewVerifierWithConfig(publicHandle, &config); err == nil { t.Errorf("jwt.NewVerifierWithConfig() err = nil, want error") } else { t.Logf("jwt.NewVerifierWithConfig() err = %v", err) } } func TestNewVerifierWithConfig(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubPublicKeyURL) defer protoserialization.UnregisterKeyParser(stubPrivateKeyURL) defer protoserialization.UnregisterKeySerializer[*stubPrivateKey]() defer protoserialization.UnregisterKeySerializer[*stubPublicKey]() if err := protoserialization.RegisterKeyParser(stubPublicKeyURL, &stubPublicKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPublicKey](&stubPublicKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(stubPrivateKeyURL, &stubPrivateKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPrivateKey](&stubPrivateKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } verifierConstructor := func(key key.Key) (any, error) { return &stubFullVerifier{}, nil } builderWithFullPrimitive := config.NewBuilder() if err := builderWithFullPrimitive.RegisterPrimitiveConstructor(reflect.TypeFor[*stubPublicKey](), verifierConstructor, internalapi.Token{}); err != nil { t.Fatalf("builderWithFullPrimitive.RegisterPrimitiveConstructor() err = %v, want nil", err) } configWithFullPrimitive := builderWithFullPrimitive.Build() km := keyset.NewManager() keyID, err := km.AddKey(&stubPrivateKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } verifier, err := jwt.NewVerifierWithConfig(publicHandle, &configWithFullPrimitive) if err != nil { t.Fatalf("jwt.NewVerifier() err = %v, want nil", err) } validator, err := jwt.NewValidator(&jwt.ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("jwt.NewValidator() err = %v, want nil", err) } if _, err := verifier.VerifyAndDecode("AQIDBA_full_signer", validator); err != nil { t.Fatalf("verifier.VerifyAndDecode() err = %v, want nil", err) } } ================================================ FILE: jwt/jwt_signer_verifier_kid_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "testing" "time" "github.com/tink-crypto/tink-go/v2/signature/subtle" "github.com/tink-crypto/tink-go/v2/tink" ) func createTinkECVerifier() (tink.Verifier, error) { // Public key from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.3 x, err := base64Decode("f83OJ3D2xF1Bg8vub9tLe1gHMzV76e8Tus9uPHvRVEU") if err != nil { return nil, fmt.Errorf("base64 decoding x coordinate of public key: %v", err) } y, err := base64Decode("x_FEzRu9m36HLN_tue659LNpXW6pCyStikYjKIWI5a0") if err != nil { return nil, fmt.Errorf("base64 decoding y coordinate of public key: %v", err) } tv, err := subtle.NewECDSAVerifier("SHA256", "NIST_P256", "IEEE_P1363", x, y) if err != nil { return nil, fmt.Errorf("subtle.NewECDSAVerifier() err = %v, want nil", err) } return tv, nil } func createTinkECSigner() (tink.Signer, error) { // Private key from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.3 k, err := base64Decode("jpsQnnGQmL-YBIffH1136cspYG6-0iY7X1fCE9-E9LI") if err != nil { return nil, fmt.Errorf("base64 decoding private key: %v", err) } ts, err := subtle.NewECDSASigner("SHA256", "NIST_P256", "IEEE_P1363", k) if err != nil { return nil, fmt.Errorf("subtle.NewECDSASigner() err = %v, want nil", err) } return ts, nil } func createESVerifier(kid *string) (*verifierWithKID, error) { tv, err := createTinkECVerifier() if err != nil { return nil, err } v, err := newVerifierWithKID(tv, "ES256", kid) if err != nil { return nil, fmt.Errorf("newVerifierWithKID(algorithm = 'ES256') err = %v, want nil", err) } return v, nil } func createESSigner(kid *string) (*signerWithKID, error) { ts, err := createTinkECSigner() if err != nil { return nil, err } s, err := newSignerWithKID(ts, "ES256", kid) if err != nil { return nil, fmt.Errorf("newSignerWithKID(algorithm = 'ES256') err = %v, want nil", err) } return s, nil } func TestVerifierWithFixedToken(t *testing.T) { // compact from: https://datatracker.ietf.org/doc/html/rfc7515#appendix-A.3 compact := "eyJhbGciOiJFUzI1NiJ9.eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ.DtEhU3ljbEg8L38VWAfUAqOyKAM6-Xx-F4GawxaepmXFCgfTjDxw5djxLa8ISlSApmWQxfKTUJqPP3-Kg6NU1Q" v, err := createESVerifier(nil) if err != nil { t.Fatal(err) } validator, err := NewValidator(&ValidatorOpts{ExpectedIssuer: refString("joe"), FixedNow: time.Unix(1300819300, 0)}) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } verified, err := v.VerifyAndDecodeWithKID(compact, validator, nil) if err != nil { t.Errorf("VerifyAndDecodeWithKID() err = %v, want nil", err) } issuer, err := verified.Issuer() if err != nil { t.Errorf("verified.Issuer() err = %v, want nil", err) } if issuer != "joe" { t.Errorf("verified.Issuer() = %q, want joe", issuer) } expiration, err := verified.ExpiresAt() if err != nil { t.Errorf("verified.ExpiresAt() err = %v, want nil", err) } wantExp := time.Unix(1300819380, 0) if !expiration.Equal(wantExp) { t.Errorf("verified.ExpiresAt() = %q, want %q", expiration, wantExp) } boolClaim, err := verified.BooleanClaim("http://example.com/is_root") if err != nil { t.Errorf("verified.BooleanClaim('http://example.com/is_root') err = %v, want nil", err) } if boolClaim != true { t.Errorf("verified.BooleanClaim('http://example.com/is_root') = %v, want false", boolClaim) } } func TestCreateSignValidateToken(t *testing.T) { rawJWT, err := NewRawJWT(&RawJWTOptions{TypeHeader: refString("JWT"), WithoutExpiration: true}) if err != nil { t.Fatalf("NewRawJWT() err = %v, want nil", err) } validator, err := NewValidator(&ValidatorOpts{ExpectedTypeHeader: refString("JWT"), AllowMissingExpiration: true}) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } s, err := createESSigner(nil) if err != nil { t.Fatal(err) } v, err := createESVerifier(nil) if err != nil { t.Fatal(err) } compact, err := s.SignAndEncodeWithKID(rawJWT, nil) if err != nil { t.Fatalf("s.SignAndEncodeWithKID() err = %v, want nil", err) } verified, err := v.VerifyAndDecodeWithKID(compact, validator, nil) if err != nil { t.Fatalf("v.VerifyAndDecodeWithKID() err = %v, want nil", err) } typeHeader, err := verified.TypeHeader() if err != nil { t.Errorf("verified.TypeHeader() err = %v, want nil", err) } if typeHeader != "JWT" { t.Errorf("verified.TypeHeader() = %q, want 'JWT'", typeHeader) } } func TestSignerWithTinkAndCustomKIDFails(t *testing.T) { rawJWT, err := NewRawJWT(&RawJWTOptions{TypeHeader: refString("JWT"), WithoutExpiration: true}) if err != nil { t.Fatalf("NewRawJWT() err = %v, want nil", err) } s, err := createESSigner(refString("1234")) if err != nil { t.Fatal(err) } if _, err := s.SignAndEncodeWithKID(rawJWT, refString("123")); err == nil { t.Errorf("s.SignAndEncodeWithKID(kid = 123) err = nil, want error") } } type signerVerifierKIDTestCase struct { tag string signerCustomKID *string verifierCustomKID *string // calculated from the Tink Key ID. signerKID *string // calculated from the Tink Key ID. verifierKID *string } func TestSignVerifyWithKID(t *testing.T) { rawJWT, err := NewRawJWT(&RawJWTOptions{TypeHeader: refString("JWT"), WithoutExpiration: true}) if err != nil { t.Fatalf("NewRawJWT() err = %v, want nil", err) } validator, err := NewValidator(&ValidatorOpts{ExpectedTypeHeader: refString("JWT"), AllowMissingExpiration: true}) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } for _, tc := range []signerVerifierKIDTestCase{ { tag: "verifier with custom kid matches kid in header generated with custom kid", signerCustomKID: refString("1234"), verifierCustomKID: refString("1234"), }, { tag: "verifier with tink kid matches kid in header generated with custom kid", signerCustomKID: refString("1234"), verifierKID: refString("1234"), }, { tag: "verifier with tink kid matches kid in header generated with tink kid", signerKID: refString("1234"), verifierKID: refString("1234"), }, { tag: "no kid in verifier ignores kid when present in header", signerKID: refString("1234"), }, { tag: "verifier with custom kid ignores when no kid present in header", verifierCustomKID: refString("1234"), }, } { t.Run(tc.tag, func(t *testing.T) { s, err := createESSigner(tc.signerCustomKID) if err != nil { t.Fatal(err) } v, err := createESVerifier(tc.verifierCustomKID) if err != nil { t.Fatal(err) } compact, err := s.SignAndEncodeWithKID(rawJWT, tc.signerKID) if err != nil { t.Fatalf("s.SignAndEncodeWithKID(kid = %v) err = %v, want nil", tc.signerKID, err) } verified, err := v.VerifyAndDecodeWithKID(compact, validator, tc.verifierKID) if err != nil { t.Fatalf("s.VerifyAndDecodeWithKID(kid = %v) err = %v, want nil", tc.verifierKID, err) } typeHeader, err := verified.TypeHeader() if err != nil { t.Errorf("verified.TypeHeader() err = %v, want nil", err) } if typeHeader != "JWT" { t.Errorf("verified.TypeHeader() = %q, want 'JWT'", typeHeader) } }) } } func TestSignVerifyWithKIDFailure(t *testing.T) { rawJWT, err := NewRawJWT(&RawJWTOptions{TypeHeader: refString("JWT"), WithoutExpiration: true}) if err != nil { t.Fatalf("NewRawJWT() err = %v, want nil", err) } validator, err := NewValidator(&ValidatorOpts{ExpectedTypeHeader: refString("JWT"), AllowMissingExpiration: true}) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } for _, tc := range []signerVerifierKIDTestCase{ { tag: "verifier with custom kid different from header generated with custom kid", signerCustomKID: refString("1234"), verifierCustomKID: refString("123"), }, { tag: "verifier with custom kid different from header generated with tink kid", signerKID: refString("5678"), verifierCustomKID: refString("1234"), }, { tag: "verifier with both tink and custom kid", verifierCustomKID: refString("1234"), verifierKID: refString("1234"), }, { tag: "verifier with tink kid and token without kid in header", verifierKID: refString("1234"), }, } { t.Run(tc.tag, func(t *testing.T) { s, err := createESSigner(tc.signerCustomKID) if err != nil { t.Fatal(err) } v, err := createESVerifier(tc.verifierCustomKID) if err != nil { t.Fatal(err) } compact, err := s.SignAndEncodeWithKID(rawJWT, tc.signerKID) if err != nil { t.Fatalf("s.SignAndEncodeWithKID(kid = %v) err = %v, want nil", tc.signerKID, err) } if _, err := v.VerifyAndDecodeWithKID(compact, validator, tc.verifierKID); err == nil { t.Fatalf("s.VerifyAndDecodeWithKID(kid = %v) err = nil, want error", tc.verifierKID) } }) } } func TestVerifierModifiedCompact(t *testing.T) { rawJWT, err := NewRawJWT(&RawJWTOptions{TypeHeader: refString("JWT"), WithoutExpiration: true}) if err != nil { t.Fatalf("NewRawJWT() err = %v, want nil", err) } validator, err := NewValidator(&ValidatorOpts{ExpectedTypeHeader: refString("JWT"), AllowMissingExpiration: true}) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } s, err := createESSigner(nil) if err != nil { t.Fatal(err) } v, err := createESVerifier(nil) if err != nil { t.Fatal(err) } compact, err := s.SignAndEncodeWithKID(rawJWT, nil) if err != nil { t.Fatalf("s.SignAndEncodeWithKID() err = %v, want nil", err) } if _, err := v.VerifyAndDecodeWithKID(compact, validator, nil); err != nil { t.Errorf("VerifyAndDecodeWithKID() err = %v, want nil", err) } for _, invalid := range []string{ compact + "x", compact + " ", "x" + compact, " " + compact, } { if _, err := v.VerifyAndDecodeWithKID(invalid, validator, nil); err == nil { t.Errorf("VerifyAndDecodeWithKID() err = nil, want error") } } } func TestVerifierInvalidInputs(t *testing.T) { validator, err := NewValidator(&ValidatorOpts{AllowMissingExpiration: true}) if err != nil { t.Fatalf("NewValidator() err = %v, want nil", err) } v, err := createESVerifier(nil) if err != nil { t.Fatal(err) } for _, invalid := range []string{ "eyJhbGciOiJUzI1NiJ9.e30.YWJj.", "eyJhbGciOiJUzI1NiJ9?.e30.YWJj", "eyJhbGciOiJUzI1NiJ9.e30?.YWJj", "eyJhbGciOiJUzI1NiJ9.e30.YWJj?", "eyJhbGciOiJUzI1NiJ9.YWJj", } { if _, err := v.VerifyAndDecodeWithKID(invalid, validator, nil); err == nil { t.Errorf("v.VerifyAndDecodeWithKID(compact = %q) err = nil, want error", invalid) } } } func TestNewSignerWithNilTinkSignerFails(t *testing.T) { if _, err := newSignerWithKID(nil, "ES256", nil); err == nil { t.Errorf("newSignerWithKID(nil, 'ES256', nil) err = nil, want error") } } func TestNewVerifierWithNilTinkVerifierFails(t *testing.T) { if _, err := newVerifierWithKID(nil, "ES256", nil); err == nil { t.Errorf("newVerifierWithKID(nil, 'ES256', nil) err = nil, want error") } } ================================================ FILE: jwt/jwt_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "bytes" "encoding/json" "fmt" "log" "time" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/keyset" ) // [START jwt-signature-example] func Example_signAndVerify() { // A private keyset created with // "tinkey create-keyset --key-template=JWT_ES256 --out private_keyset.cfg". // Note that this keyset has the secret key information in cleartext. privateJSONKeyset := `{ "primaryKeyId": 1742360595, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", "value": "GiBgVYdAPg3Fa2FVFymGDYrI1trHMzVjhVNEMpIxG7t0HRJGIiBeoDMF9LS5BDCh6YgqE3DjHwWwnEKEI3WpPf8izEx1rRogbjQTXrTcw/1HKiiZm2Hqv41w7Vd44M9koyY/+VsP+SAQAQ==", "keyMaterialType": "ASYMMETRIC_PRIVATE" }, "status": "ENABLED", "keyId": 1742360595, "outputPrefixType": "TINK" } ] }` // The corresponding public keyset created with // "tinkey create-public-keyset --in private_keyset.cfg" publicJSONKeyset := `{ "primaryKeyId": 1742360595, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", "value": "EAEaIG40E1603MP9RyoomZth6r+NcO1XeODPZKMmP/lbD/kgIiBeoDMF9LS5BDCh6YgqE3DjHwWwnEKEI3WpPf8izEx1rQ==", "keyMaterialType": "ASYMMETRIC_PUBLIC" }, "status": "ENABLED", "keyId": 1742360595, "outputPrefixType": "TINK" } ] }` // Create a keyset handle from the cleartext private keyset in the previous // step. The keyset handle provides abstract access to the underlying keyset to // limit the access of the raw key material. // // WARNING: In practice, it is unlikely you will want to use a insecurecleartextkeyset, // as it implies that your key material is passed in cleartext, which is a security risk. // consider encrypting it with a remote key in Cloud KMS, AWS KMS or HashiCorp Vault. // See https://developers.google.com/tink/key-management-overview. privateKeysetHandle, err := insecurecleartextkeyset.Read( keyset.NewJSONReader(bytes.NewBufferString(privateJSONKeyset))) if err != nil { log.Fatal(err) } // Retrieve the JWT Signer primitive from privateKeysetHandle. signer, err := jwt.NewSigner(privateKeysetHandle) if err != nil { log.Fatal(err) } // Use the primitive to create and sign a token. In this case, the primary key of the // keyset will be used (which is also the only key in this example). expiresAt := time.Now().Add(time.Hour) audience := "example audience" subject := "example subject" rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Audience: &audience, Subject: &subject, ExpiresAt: &expiresAt, }) if err != nil { log.Fatal(err) } token, err := signer.SignAndEncode(rawJWT) if err != nil { log.Fatal(err) } // Create a keyset handle from the keyset containing the public key. Because the // public keyset does not contain any secrets, we can use [keyset.ReadWithNoSecrets]. publicKeysetHandle, err := keyset.ReadWithNoSecrets( keyset.NewJSONReader(bytes.NewBufferString(publicJSONKeyset))) if err != nil { log.Fatal(err) } // Retrieve the Verifier primitive from publicKeysetHandle. verifier, err := jwt.NewVerifier(publicKeysetHandle) if err != nil { log.Fatal(err) } // Verify the signed token. validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ExpectedAudience: &audience}) if err != nil { log.Fatal(err) } verifiedJWT, err := verifier.VerifyAndDecode(token, validator) if err != nil { log.Fatal(err) } // Extract subject claim from the token. if !verifiedJWT.HasSubject() { log.Fatal(err) } extractedSubject, err := verifiedJWT.Subject() if err != nil { log.Fatal(err) } fmt.Println(extractedSubject) // Output: example subject } // [END jwt-signature-example] // [START jwt-generate-jwks-example] func Example_generateJWKS() { // A Tink keyset in JSON format with one JWT public key. publicJSONKeyset := `{ "primaryKeyId": 1742360595, "key": [ { "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", "value": "EAEaIG40E1603MP9RyoomZth6r+NcO1XeODPZKMmP/lbD/kgIiBeoDMF9LS5BDCh6YgqE3DjHwWwnEKEI3WpPf8izEx1rQ==", "keyMaterialType": "ASYMMETRIC_PUBLIC" }, "status": "ENABLED", "keyId": 1742360595, "outputPrefixType": "TINK" } ] }` // Create a keyset handle from the keyset containing the public key. Because the // public keyset does not contain any secrets, we can use [keyset.ReadWithNoSecrets]. publicKeysetHandle, err := keyset.ReadWithNoSecrets( keyset.NewJSONReader(bytes.NewBufferString(publicJSONKeyset))) if err != nil { log.Fatal(err) } // Create a publicJWKset from publicKeysetHandle. publicJWKset, err := jwt.JWKSetFromPublicKeysetHandle(publicKeysetHandle) if err != nil { log.Fatal(err) } // Remove whitespace so that we can compare it to the expected string. compactPublicJWKset := &bytes.Buffer{} err = json.Compact(compactPublicJWKset, publicJWKset) if err != nil { log.Fatal(err) } fmt.Println(compactPublicJWKset.String()) // Output: // {"keys":[{"alg":"ES256","crv":"P-256","key_ops":["verify"],"kid":"Z9pQEw","kty":"EC","use":"sig","x":"bjQTXrTcw_1HKiiZm2Hqv41w7Vd44M9koyY_-VsP-SA","y":"XqAzBfS0uQQwoemIKhNw4x8FsJxChCN1qT3_IsxMda0"}]} } // [END jwt-generate-jwks-example] // [START jwt-verify-with-jwks-example] func Example_verifyWithJWKS() { // A signed token with the subject 'example subject', audience 'example audience'. // and expiration on 2023-03-23. token := `eyJhbGciOiJFUzI1NiIsICJraWQiOiJaOXBRRXcifQ.eyJhdWQiOiJleGFtcGxlIGF1ZGllbmNlIiwgImV4cCI6MTY3OTUzMzIwMCwgInN1YiI6ImV4YW1wbGUgc3ViamVjdCJ9.ZvI0T84fJ1aouiB7n62kHOmbm0Hpfiz0JtYs15XVDT8KyoVYZ8hu_DGJUN47BqZIbuOI-rdu9TxJvutj8uF3Ow` // A public keyset in the JWK set format. publicJWKset := `{ "keys":[ { "alg":"ES256", "crv":"P-256", "key_ops":["verify"], "kid":"Z9pQEw", "kty":"EC", "use":"sig", "x":"bjQTXrTcw_1HKiiZm2Hqv41w7Vd44M9koyY_-VsP-SA", "y":"XqAzBfS0uQQwoemIKhNw4x8FsJxChCN1qT3_IsxMda0" } ] }` // Create a keyset handle from publicJWKset. publicKeysetHandle, err := jwt.JWKSetToPublicKeysetHandle([]byte(publicJWKset)) if err != nil { log.Fatal(err) } // Retrieve the Verifier primitive from publicKeysetHandle. verifier, err := jwt.NewVerifier(publicKeysetHandle) if err != nil { log.Fatal(err) } // Verify the signed token. For this example, we use a fixed date. Usually, you would // either not set FixedNow, or set it to the current time. audience := "example audience" validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ ExpectedAudience: &audience, FixedNow: time.Date(2023, 3, 23, 0, 0, 0, 0, time.UTC), }) if err != nil { log.Fatal(err) } verifiedJWT, err := verifier.VerifyAndDecode(token, validator) if err != nil { log.Fatal(err) } // Extract subject claim from the token. if !verifiedJWT.HasSubject() { log.Fatal(err) } extractedSubject, err := verifiedJWT.Subject() if err != nil { log.Fatal(err) } fmt.Println(extractedSubject) // Output: example subject } // [END jwt-verify-with-jwks-example] // [START jwt-mac-example] func Example_computeMACAndVerify() { // Generate a keyset handle. handle, err := keyset.NewHandle(jwt.HS256Template()) if err != nil { log.Fatal(err) } // TODO: Save the keyset to a safe location. DO NOT hardcode it in source // code. Consider encrypting it with a remote key in a KMS. .See // https://developers.google.com/tink/key-management-overview. // Create a token and compute a MAC for it. expiresAt := time.Now().Add(time.Hour) audience := "example audience" customClaims := map[string]any{"custom": "my custom claim"} rawJWT, err := jwt.NewRawJWT(&jwt.RawJWTOptions{ Audience: &audience, CustomClaims: customClaims, ExpiresAt: &expiresAt, }) if err != nil { log.Fatal(err) } mac, err := jwt.NewMAC(handle) if err != nil { log.Fatal(err) } token, err := mac.ComputeMACAndEncode(rawJWT) if err != nil { log.Fatal(err) } // Verify the MAC. validator, err := jwt.NewValidator(&jwt.ValidatorOpts{ExpectedAudience: &audience}) if err != nil { log.Fatal(err) } verifiedJWT, err := mac.VerifyMACAndDecode(token, validator) if err != nil { log.Fatal(err) } // Extract a custom claim from the token. if !verifiedJWT.HasStringClaim("custom") { log.Fatal(err) } extractedCustomClaim, err := verifiedJWT.StringClaim("custom") if err != nil { log.Fatal(err) } fmt.Println(extractedCustomClaim) // Output: my custom claim } // [END jwt-mac-example] ================================================ FILE: jwt/jwt_validator.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "time" ) const ( jwtMaxClockSkewMinutes = 10 ) // ValidatorOpts define validation options for JWT validators. type ValidatorOpts struct { ExpectedTypeHeader *string ExpectedIssuer *string ExpectedAudience *string IgnoreTypeHeader bool IgnoreAudiences bool IgnoreIssuer bool AllowMissingExpiration bool ExpectIssuedInThePast bool ClockSkew time.Duration FixedNow time.Time // Deprecated: Use ExpectedAudience instead. ExpectedAudiences *string } // Validator defines how JSON Web Tokens (JWT) should be validated. type Validator struct { opts ValidatorOpts } // NewValidator creates a new Validator. func NewValidator(opts *ValidatorOpts) (*Validator, error) { if opts == nil { return nil, fmt.Errorf("ValidatorOpts can't be nil") } if opts.ExpectedAudiences != nil { if opts.ExpectedAudience != nil { return nil, fmt.Errorf("ExpectedAudiences and ExpectedAudience can't be set at the same time") } opts.ExpectedAudience = opts.ExpectedAudiences opts.ExpectedAudiences = nil } if opts.ExpectedTypeHeader != nil && opts.IgnoreTypeHeader { return nil, fmt.Errorf("ExpectedTypeHeader and IgnoreTypeHeader cannot be used together") } if opts.ExpectedIssuer != nil && opts.IgnoreIssuer { return nil, fmt.Errorf("ExpectedIssuer and IgnoreIssuer cannot be used together") } if opts.ExpectedAudience != nil && opts.IgnoreAudiences { return nil, fmt.Errorf("ExpectedAudience and IgnoreAudience cannot be used together") } if opts.ClockSkew.Minutes() > jwtMaxClockSkewMinutes { return nil, fmt.Errorf("clock skew too large, max is %d minutes", jwtMaxClockSkewMinutes) } return &Validator{ opts: *opts, }, nil } // Validate validates a rawJWT according to the options provided. func (v *Validator) Validate(rawJWT *RawJWT) error { if rawJWT == nil { return fmt.Errorf("rawJWT can't be nil") } if err := v.validateTimestamps(rawJWT); err != nil { return err } if err := v.validateTypeHeader(rawJWT); err != nil { return fmt.Errorf("validating type header: %v", err) } if err := v.validateAudiences(rawJWT); err != nil { return fmt.Errorf("validating audience claim: %v", err) } if err := v.validateIssuer(rawJWT); err != nil { return fmt.Errorf("validating issuer claim: %v", err) } return nil } func (v *Validator) validateTimestamps(rawJWT *RawJWT) error { now := time.Now() if !v.opts.FixedNow.IsZero() { now = v.opts.FixedNow } if !rawJWT.HasExpiration() && !v.opts.AllowMissingExpiration { return fmt.Errorf("token doesn't have an expiration set") } if rawJWT.HasExpiration() { exp, err := rawJWT.ExpiresAt() if err != nil { return err } if !exp.After(now.Add(-v.opts.ClockSkew)) { return errJwtExpired } } if rawJWT.HasNotBefore() { nbf, err := rawJWT.NotBefore() if err != nil { return err } if nbf.After(now.Add(v.opts.ClockSkew)) { return fmt.Errorf("token cannot be used yet") } } if v.opts.ExpectIssuedInThePast { iat, err := rawJWT.IssuedAt() if err != nil { return err } if iat.After(now.Add(v.opts.ClockSkew)) { return fmt.Errorf("token has an invalid iat claim in the future") } } return nil } func (v *Validator) validateTypeHeader(rawJWT *RawJWT) error { skip, err := validateFieldPresence(v.opts.IgnoreTypeHeader, rawJWT.HasTypeHeader(), v.opts.ExpectedTypeHeader != nil) if err != nil { return err } if skip { return nil } typeHeader, err := rawJWT.TypeHeader() if err != nil { return err } if typeHeader != *v.opts.ExpectedTypeHeader { return fmt.Errorf("wrong 'type header' type") } return nil } func (v *Validator) validateIssuer(rawJWT *RawJWT) error { skip, err := validateFieldPresence(v.opts.IgnoreIssuer, rawJWT.HasIssuer(), v.opts.ExpectedIssuer != nil) if err != nil { return err } if skip { return nil } issuer, err := rawJWT.Issuer() if err != nil { return err } if issuer != *v.opts.ExpectedIssuer { return fmt.Errorf("got %s, want %s", issuer, *v.opts.ExpectedIssuer) } return nil } func (v *Validator) validateAudiences(rawJWT *RawJWT) error { skip, err := validateFieldPresence(v.opts.IgnoreAudiences, rawJWT.HasAudiences(), v.opts.ExpectedAudience != nil) if err != nil { return err } if skip { return nil } audiences, err := rawJWT.Audiences() if err != nil { return err } for i, aud := range audiences { if aud == *v.opts.ExpectedAudience { break } if i == len(audiences)-1 { return fmt.Errorf("%s not found", *v.opts.ExpectedAudience) } } return nil } func validateFieldPresence(ignore bool, isPresent bool, isExpected bool) (bool, error) { if ignore { return true, nil } if !isExpected && !isPresent { return true, nil } if !isExpected && isPresent { return false, fmt.Errorf("token has claim but validator doesn't expect it") } if isExpected && !isPresent { return false, fmt.Errorf("claim was expected but isn't present") } return false, nil } ================================================ FILE: jwt/jwt_validator_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "testing" "time" "github.com/tink-crypto/tink-go/v2/jwt" ) type validationTestCase struct { tag string tokenOpts *jwt.RawJWTOptions validatorOpts *jwt.ValidatorOpts } func TestNewValidatorFailure(t *testing.T) { for _, tc := range []validationTestCase{ { tag: "combining ExpectedTypeHeader and IgnoreTypeHeader", validatorOpts: &jwt.ValidatorOpts{ ExpectedTypeHeader: refString("should fail"), IgnoreTypeHeader: true, }, }, { tag: "combining ExpectedIssuer and IgnoreIssuer", validatorOpts: &jwt.ValidatorOpts{ ExpectedIssuer: refString("should fail"), IgnoreIssuer: true, }, }, { tag: "combining ExpectedAudience and IgnoreAudiences", validatorOpts: &jwt.ValidatorOpts{ ExpectedAudience: refString("should fail"), IgnoreAudiences: true, }, }, { tag: "combining ExpectedAudiences and IgnoreAudiences", validatorOpts: &jwt.ValidatorOpts{ ExpectedAudiences: refString("should fail"), IgnoreAudiences: true, }, }, { tag: "both ExpectedAudience and ExpectedAudiences are set", validatorOpts: &jwt.ValidatorOpts{ ExpectedAudience: refString("aud"), ExpectedAudiences: refString("aud"), }, }, { tag: "invalid clock skew", validatorOpts: &jwt.ValidatorOpts{ ClockSkew: time.Minute * 11, }, }, { tag: "validator opts can't be nil", }, } { t.Run(tc.tag, func(t *testing.T) { if _, err := jwt.NewValidator(tc.validatorOpts); err == nil { t.Errorf("NewValidator(%v) err = nil, want error", tc.validatorOpts) } }) } } func TestValidationFailures(t *testing.T) { for _, tc := range []validationTestCase{ { tag: "expired token", tokenOpts: &jwt.RawJWTOptions{ ExpiresAt: refTime(100), }, validatorOpts: &jwt.ValidatorOpts{ FixedNow: time.Unix(500, 0), }, }, { tag: "no expiration and AllowMissingExpiration = false", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, }, validatorOpts: &jwt.ValidatorOpts{}, }, { tag: "token expiry equals current time", tokenOpts: &jwt.RawJWTOptions{ ExpiresAt: refTime(123), }, validatorOpts: &jwt.ValidatorOpts{ FixedNow: time.Unix(123, 0), }, }, { tag: "not before in the future", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, NotBefore: refTime(1500), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, FixedNow: time.Unix(1000, 0), }, }, { tag: "issued in the future with ExpectIssuedInThePast = true", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, IssuedAt: refTime(5000), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, FixedNow: time.Unix(1000, 0), ExpectIssuedInThePast: true, }, }, { tag: "without issued at with ExpectIssuedInThePast = true", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectIssuedInThePast: true, }, }, { tag: "no type header and RequiresTypeHeader = true", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedTypeHeader: refString("typeHeader"), }, }, { tag: "invalid type header", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, TypeHeader: refString("typeHeader"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedTypeHeader: refString("different"), }, }, { tag: "type header in token but no type header in validator", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, TypeHeader: refString("typeHeader"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, }, }, { tag: "issuer required but not specified", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedIssuer: refString("tink-issuer"), }, }, { tag: "invalid issuer", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, Issuer: refString("tink-issuer"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedIssuer: refString("different"), }, }, { tag: "issuer in token but not in validator", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, Issuer: refString("issuer"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, }, }, { tag: "audience required but no specified", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedAudience: refString("tink-audience"), }, }, { tag: "audience required but no specified, deprecated", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedAudiences: refString("tink-audience"), }, }, { tag: "invalid audience", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, Audience: refString("tink-audience"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedAudience: refString("audience"), }, }, { tag: "invalid audience, deprecated", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, Audience: refString("tink-audience"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedAudiences: refString("audience"), }, }, { tag: "audience in token but not in validator", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, Audience: refString("audience"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, }, }, } { t.Run(tc.tag, func(t *testing.T) { token, err := jwt.NewRawJWT(tc.tokenOpts) if err != nil { t.Fatalf("jwt.NewRawJWT(%v) err = %v, want nil", tc.tokenOpts, err) } validator, err := jwt.NewValidator(tc.validatorOpts) if err != nil { t.Fatalf("jwt.NewValidator(%v) err = %v, want nil", tc.validatorOpts, err) } if err := validator.Validate(token); err == nil { t.Errorf("validator.Validate(%v) err = nil, want error", token) } }) } } func TestExpiredTokenValidationReturnsExpiredErr(t *testing.T) { tokenOpts := &jwt.RawJWTOptions{ ExpiresAt: refTime(100), } expiredToken, err := jwt.NewRawJWT(tokenOpts) if err != nil { t.Fatalf("jwt.NewRawJWT(tokenOpts) err = %v, want nil", err) } validatorOpts := &jwt.ValidatorOpts{ FixedNow: time.Unix(500, 0), } validator, err := jwt.NewValidator(validatorOpts) if err != nil { t.Fatalf("jwt.NewValidator(validatorOpts) err = %v, want nil", err) } validationErr := validator.Validate(expiredToken) if validationErr == nil { t.Errorf("validator.Validate(expiredToken) err = nil, want error") } if !jwt.IsExpirationErr(validationErr) { t.Errorf("jwt.IsExpirationErr(validationErr) = false, want true") } } func TestExpirationGetsValidatedFirst(t *testing.T) { tokenOpts := &jwt.RawJWTOptions{ ExpiresAt: refTime(100), Audience: refString("invalidAudience"), } expiredTokenWithInvalidAudience, err := jwt.NewRawJWT(tokenOpts) if err != nil { t.Fatalf("jwt.NewRawJWT(tokenOpts) err = %v, want nil", err) } validatorOpts := &jwt.ValidatorOpts{ ExpectedAudiences: refString("audience"), FixedNow: time.Unix(500, 0), } validator, err := jwt.NewValidator(validatorOpts) if err != nil { t.Fatalf("jwt.NewValidator(validatorOpts) err = %v, want nil", err) } validationErr := validator.Validate(expiredTokenWithInvalidAudience) if validationErr == nil { t.Errorf("validator.Validate(expiredTokenWithInvalidAudience) err = nil, want error") } if !jwt.IsExpirationErr(validationErr) { t.Errorf("jwt.IsExpirationErr(validationErr) = false, want true") } } func TestValidationSuccess(t *testing.T) { for _, tc := range []validationTestCase{ { tag: "unexpired token", tokenOpts: &jwt.RawJWTOptions{ ExpiresAt: refTime(1000), }, validatorOpts: &jwt.ValidatorOpts{ FixedNow: time.Unix(100, 0), }, }, { tag: "expired with clock slew", tokenOpts: &jwt.RawJWTOptions{ ExpiresAt: refTime(400), }, validatorOpts: &jwt.ValidatorOpts{ FixedNow: time.Unix(500, 0), ClockSkew: time.Second * 200, }, }, { tag: "not before in the past", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, NotBefore: refTime(500), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, FixedNow: time.Unix(1000, 0), }, }, { tag: "not before equals now", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, NotBefore: refTime(500), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, FixedNow: time.Unix(500, 0), }, }, { tag: "not before in near future with clock skew", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, NotBefore: refTime(600), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, FixedNow: time.Unix(500, 0), ClockSkew: time.Second * 200, }, }, { tag: "issued in the past", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, IssuedAt: refTime(500), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, FixedNow: time.Unix(1000, 0), }, }, { tag: "issued in the future", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, IssuedAt: refTime(5000), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, FixedNow: time.Unix(1000, 0), }, }, { tag: "without issued at", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, }, }, { tag: "issued in the past with ExpectIssuedInThePast", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, IssuedAt: refTime(500), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectIssuedInThePast: true, FixedNow: time.Unix(1000, 0), }, }, { tag: "issued in the past with ExpectIssuedInThePast and clock skew", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, IssuedAt: refTime(1100), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectIssuedInThePast: true, FixedNow: time.Unix(1000, 0), ClockSkew: time.Second * 200, }, }, { tag: "expected type header", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, TypeHeader: refString("typeHeader"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedTypeHeader: refString("typeHeader"), }, }, { tag: "ignore type header", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, TypeHeader: refString("typeHeader"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, IgnoreTypeHeader: true, }, }, { tag: "expected issuer", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, Issuer: refString("issuer"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedIssuer: refString("issuer"), }, }, { tag: "ignore issuer", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, Issuer: refString("issuer"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, IgnoreIssuer: true, }, }, { tag: "expected audience", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, Audience: refString("audience"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedAudience: refString("audience"), }, }, { tag: "deprecated expected audiences", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, Audience: refString("audience"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, ExpectedAudiences: refString("audience"), }, }, { tag: "ignore audience", tokenOpts: &jwt.RawJWTOptions{ WithoutExpiration: true, Audience: refString("audience"), }, validatorOpts: &jwt.ValidatorOpts{ AllowMissingExpiration: true, IgnoreAudiences: true, }, }, } { t.Run(tc.tag, func(t *testing.T) { token, err := jwt.NewRawJWT(tc.tokenOpts) if err != nil { t.Fatalf("NewRawJWT(%v) err = %v, want nil", tc.tokenOpts, err) } validator, err := jwt.NewValidator(tc.validatorOpts) if err != nil { t.Fatalf("NewValidator(%v) err = %v, want nil", tc.validatorOpts, err) } if err := validator.Validate(token); err != nil { t.Errorf("validator.Validate(%v) err = %v, want nil", token, err) } }) } } ================================================ FILE: jwt/jwt_verifier.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt // Verifier is the interface for verifying signed JWTs. // See RFC 7519 and RFC 7515. Security guarantees: similar to Verifier. type Verifier interface { // Verifies and decodes a JWT token in the JWS compact serialization format. // // The JWT is validated against the rules in validator. That is, every claim // in validator must also be present in the JWT. For example, if validator // contains an issuer (iss) claim, the JWT must contain an identical claim. // The JWT can contain claims that are NOT in the validator. However, if the // JWT contains a list of audiences, the validator must also contain an // audience in the list. // // If the JWT contains timestamp claims such as expiration (exp), issued_at // (iat) or not_before (nbf), they will also be validated. validator allows to // set a clock skew, to deal with small clock differences among different // machines. VerifyAndDecode(compact string, validator *Validator) (*VerifiedJWT, error) } ================================================ FILE: jwt/jwt_verifier_factory.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" ) type verifierAndKeyID struct { verifier Verifier keyID uint32 } // NewVerifier generates a new [jwt.Verifier] primitive with the // global registry. func NewVerifier(handle *keyset.Handle) (Verifier, error) { return NewVerifierWithConfig(handle, ®istryconfig.RegistryConfig{}) } // NewVerifierWithConfig generates a new [jwt.Verifier] primitive // with the provided [keyset.Config]. // // NOTE: This is currently not usable in OSS because [keyset.Config] // is not user-implementable. func NewVerifierWithConfig(handle *keyset.Handle, config keyset.Config) (Verifier, error) { if handle == nil { return nil, fmt.Errorf("keyset handle can't be nil") } ps, err := keyset.Primitives[Verifier](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("jwt_verifier_factory: cannot obtain primitive set: %v", err) } return newWrappedVerifier(ps) } func newWrappedVerifier(ps *primitiveset.PrimitiveSet[Verifier]) (Verifier, error) { logger, err := createVerifierLogger(ps) if err != nil { return nil, err } var verifiers []verifierAndKeyID for _, primitives := range ps.Entries { for _, p := range primitives { if p.FullPrimitive == nil { // Something is wrong, this should not happen. return nil, fmt.Errorf("jwt_verifier_factory: primary full primitive is nil") } verifiers = append(verifiers, verifierAndKeyID{ verifier: p.FullPrimitive, keyID: p.KeyID, }) } } return &wrappedVerifier{ verifiers: verifiers, logger: logger, }, nil } func createVerifierLogger[T any](ps *primitiveset.PrimitiveSet[T]) (monitoring.Logger, error) { // Only keysets with annotations are monitored. if len(ps.Annotations) == 0 { return &monitoringutil.DoNothingLogger{}, nil } keysetInfo, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { return nil, err } return internalregistry.GetMonitoringClient().NewLogger(&monitoring.Context{ KeysetInfo: keysetInfo, Primitive: "jwtverify", APIFunction: "verify", }) } // wrappedVerifier is a JWT Verifier implementation that tries all the available // verifiers and returns the first success, if any. It Logs success/filure. type wrappedVerifier struct { verifiers []verifierAndKeyID logger monitoring.Logger } var _ Verifier = (*wrappedVerifier)(nil) func (w *wrappedVerifier) VerifyAndDecode(compact string, validator *Validator) (*VerifiedJWT, error) { var interestingErr error for _, verifierWithKeyID := range w.verifiers { verifier, keyID := verifierWithKeyID.verifier, verifierWithKeyID.keyID verifiedJWT, err := verifier.VerifyAndDecode(compact, validator) if err != nil { if err != errJwtVerification { // Any error that is not the generic errJwtVerification is considered // interesting. interestingErr = err } continue } w.logger.Log(keyID, 1) return verifiedJWT, nil } w.logger.LogFailure() if interestingErr != nil { return nil, interestingErr } return nil, errJwtVerification } ================================================ FILE: jwt/jwt_verifier_kid.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "github.com/tink-crypto/tink-go/v2/tink" ) type verifierWithKID struct { tv tink.Verifier algorithm string customKID *string } func newVerifierWithKID(tv tink.Verifier, algorithm string, customKID *string) (*verifierWithKID, error) { if tv == nil { return nil, fmt.Errorf("tink verifier can't be nil") } return &verifierWithKID{ tv: tv, algorithm: algorithm, customKID: customKID, }, nil } // VerifyAndDecodeWithKID verifies a digital signature in a compact serialized JWT. // It then validates the token, and returns a VerifiedJWT or an error. func (v *verifierWithKID) VerifyAndDecodeWithKID(compact string, validator *Validator, kid *string) (*VerifiedJWT, error) { sig, content, err := splitSignedCompact(compact) if err != nil { return nil, errJwtVerification } if err := v.tv.Verify(sig, []byte(content)); err != nil { return nil, errJwtVerification } rawJWT, err := decodeUnsignedTokenAndValidateHeader(content, v.algorithm, kid, v.customKID) if err != nil { return nil, errJwtVerification } if err := validator.Validate(rawJWT); err != nil { return nil, err } return newVerifiedJWT(rawJWT) } ================================================ FILE: jwt/jwtecdsa/jwtecdsa.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // Package jwtecdsa defines JWT ECDSA keys and parameters. package jwtecdsa import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" ) func init() { if err := protoserialization.RegisterParametersSerializer[*Parameters](new(parametersSerializer)); err != nil { panic(fmt.Sprintf("jwtecdsa: failed to register parameters serializer: %v", err)) } if err := protoserialization.RegisterParametersParser(privateKeyTypeURL, new(parametersParser)); err != nil { panic(fmt.Sprintf("jwtecdsa: failed to register parameters parser: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PublicKey](new(publicKeySerializer)); err != nil { panic(fmt.Sprintf("jwtecdsa: failed to register public key serializer: %v", err)) } if err := protoserialization.RegisterKeyParser(publicKeyTypeURL, new(publicKeyParser)); err != nil { panic(fmt.Sprintf("jwtecdsa: failed to register public key parser: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](new(privateKeySerializer)); err != nil { panic(fmt.Sprintf("jwtecdsa: failed to register private key serializer: %v", err)) } if err := protoserialization.RegisterKeyParser(privateKeyTypeURL, new(privateKeyParser)); err != nil { panic(fmt.Sprintf("jwtecdsa: failed to register private key parser: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("jwtecdsa: failed to register key creator: %v", err)) } } ================================================ FILE: jwt/jwtecdsa/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwtecdsa import ( "bytes" "crypto/ecdh" "crypto/rand" "encoding/base64" "encoding/binary" "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // PublicKey represents a public key for JWT ECDSA signing. type PublicKey struct { parameters *Parameters publicPoint []byte idRequirement uint32 kid string hasKID bool } var _ key.Key = (*PublicKey)(nil) // ecdhCurveFromAlgorithm returns the corresponding ecdh.Curve value from ct. func ecdhCurveFromAlgorithm(ct Algorithm) (ecdh.Curve, error) { switch ct { case ES256: return ecdh.P256(), nil case ES384: return ecdh.P384(), nil case ES512: return ecdh.P521(), nil default: return nil, fmt.Errorf("invalid curve type: %v", ct) } } func computeKID(customKID string, hasCustomKID bool, idRequirement uint32, parameters *Parameters) (string, bool, error) { if !hasCustomKID && len(customKID) != 0 { return "", false, fmt.Errorf("hasCustomKID is false but customKID is not empty") } switch parameters.KIDStrategy() { case Base64EncodedKeyIDAsKID: if hasCustomKID { return "", false, fmt.Errorf("custom KID is not supported for KID strategy: %v", parameters.KIDStrategy()) } // Serialize the ID requirement. idRequirementBytes := make([]byte, 4) binary.BigEndian.PutUint32(idRequirementBytes, idRequirement) return base64.URLEncoding.WithPadding(base64.NoPadding).EncodeToString(idRequirementBytes), true, nil case IgnoredKID: if hasCustomKID { return "", false, fmt.Errorf("custom KID is not supported for KID strategy: %v", parameters.KIDStrategy()) } return "", false, nil case CustomKID: if !hasCustomKID { return "", false, fmt.Errorf("custom KID is required for KID strategy: %v", parameters.KIDStrategy()) } return customKID, hasCustomKID, nil default: return "", false, fmt.Errorf("invalid KID strategy: %v", parameters.KIDStrategy()) } } // PublicKeyOpts are [PublicKey] options. type PublicKeyOpts struct { PublicPoint []byte IDRequirement uint32 CustomKID string HasCustomKID bool Parameters *Parameters } // NewPublicKey creates a new JWT ECDSA public key. // // The point is expected to be encoded uncompressed as per [SEC 1 v2.0, Section // 2.3.3]. // // [SEC 1 v2.0, Section 2.3.3]: https://www.secg.org/sec1-v2.pdf#page=17.08 func NewPublicKey(opts PublicKeyOpts) (*PublicKey, error) { if opts.Parameters == nil { return nil, fmt.Errorf("jwtecdsa.NewPublicKey: parameters can't be nil") } if !opts.Parameters.HasIDRequirement() && opts.IDRequirement != 0 { return nil, fmt.Errorf("jwtecdsa.NewPublicKey: ID requirement must be 0 if ID is not required") } curve, err := ecdhCurveFromAlgorithm(opts.Parameters.Algorithm()) if err != nil { return nil, fmt.Errorf("jwtecdsa.NewPublicKey: %v", err) } // Validate the point. if _, err := curve.NewPublicKey(opts.PublicPoint); err != nil { return nil, fmt.Errorf("jwtecdsa.NewPublicKey: point validation failed: %v", err) } kid, hasKID, err := computeKID(opts.CustomKID, opts.HasCustomKID, opts.IDRequirement, opts.Parameters) if err != nil { return nil, fmt.Errorf("jwtecdsa.NewPublicKey: %v", err) } return &PublicKey{ parameters: opts.Parameters, publicPoint: opts.PublicPoint, idRequirement: opts.IDRequirement, kid: kid, hasKID: hasKID, }, nil } // Parameters returns the parameters of the key. func (k *PublicKey) Parameters() key.Parameters { return k.parameters } // PublicPoint returns the public key uncompressed point. // // Point format as per [SEC 1 v2.0, Section 2.3.3]. // // [SEC 1 v2.0, Section 2.3.3]: https://www.secg.org/sec1-v2.pdf#page=17.08 func (k *PublicKey) PublicPoint() []byte { return k.publicPoint } // KID returns the KID for this key. // // If no kid is set, it returns ("", false). func (k *PublicKey) KID() (string, bool) { return k.kid, k.hasKID } // IDRequirement returns the ID requirement for this key. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.parameters.HasIDRequirement() } // Equal returns true if k and other are equal. func (k *PublicKey) Equal(other key.Key) bool { that, ok := other.(*PublicKey) return ok && k.parameters.Equal(that.parameters) && bytes.Equal(k.publicPoint, that.publicPoint) && k.idRequirement == that.idRequirement && k.kid == that.kid && k.hasKID == that.hasKID } // PrivateKey represents a JWT ECDSA key. type PrivateKey struct { publicKey *PublicKey privateKeyBytes secretdata.Bytes } // NewPrivateKeyFromPublicKey creates a new JWT ECDSA private key. // // The private key value must be octet encoded as per [SEC 1 v2.0, Section // 2.3.5]. // // [SEC 1 v2.0, Section 2.3.5]: https://www.secg.org/sec1-v2.pdf#page=17.08 func NewPrivateKeyFromPublicKey(keyBytes secretdata.Bytes, publicKey *PublicKey) (*PrivateKey, error) { if publicKey == nil { return nil, fmt.Errorf("jwtecdsa.NewPrivateKeyFromPublicKey: public key can't be nil") } curve, err := ecdhCurveFromAlgorithm(publicKey.parameters.Algorithm()) if err != nil { return nil, fmt.Errorf("jwtecdsa.NewPrivateKeyFromPublicKey: %v", err) } ecdhPrivateKey, err := curve.NewPrivateKey(keyBytes.Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("jwtecdsa.NewPrivateKeyFromPublicKey: %v", err) } if !bytes.Equal(publicKey.PublicPoint(), ecdhPrivateKey.PublicKey().Bytes()) { return nil, fmt.Errorf("jwtecdsa.NewPrivateKeyFromPublicKey: public key mismatch") } return &PrivateKey{ publicKey: publicKey, privateKeyBytes: keyBytes, }, nil } // Parameters returns the parameters of the key. func (k *PrivateKey) Parameters() key.Parameters { return k.publicKey.Parameters() } // PrivateKeyValue returns the private key material. func (k *PrivateKey) PrivateKeyValue() secretdata.Bytes { return k.privateKeyBytes } // PublicKey returns the public key. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // IDRequirement returns the ID requirement for this key. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // Equal returns true if k and other are equal. func (k *PrivateKey) Equal(other key.Key) bool { that, ok := other.(*PrivateKey) return ok && k.publicKey.Equal(that.publicKey) && k.privateKeyBytes.Equal(that.privateKeyBytes) } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { jwtECDSAParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("jwtecdsa.createPrivateKey: invalid parameters type: want %T, got %T", (*Parameters)(nil), p) } if jwtECDSAParams.KIDStrategy() == CustomKID { return nil, fmt.Errorf("jwtecdsa.createPrivateKey: key generation is not supported for strategy %v", jwtECDSAParams.KIDStrategy()) } curve, err := ecdhCurveFromAlgorithm(jwtECDSAParams.Algorithm()) if err != nil { return nil, fmt.Errorf("jwtecdsa.createPrivateKey: %v", err) } privateKey, err := curve.GenerateKey(rand.Reader) if err != nil { return nil, fmt.Errorf("jwtecdsa.createPrivateKey: %v", err) } privateKeyValue := secretdata.NewBytesFromData(privateKey.Bytes(), insecuresecretdataaccess.Token{}) publicKey, err := NewPublicKey(PublicKeyOpts{ PublicPoint: privateKey.PublicKey().Bytes(), IDRequirement: idRequirement, HasCustomKID: false, Parameters: jwtECDSAParams, }) if err != nil { return nil, fmt.Errorf("jwtecdsa.createPrivateKey: %v", err) } return NewPrivateKeyFromPublicKey(privateKeyValue, publicKey) } ================================================ FILE: jwt/jwtecdsa/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwtecdsa_test import ( "crypto/ecdh" "encoding/hex" "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/jwt/jwtecdsa" "github.com/tink-crypto/tink-go/v2/secretdata" ) const ( // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.5 p256PrivateKeyHex = "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721" p256PublicKeyPointXHex = "60FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB6" p256PublicKeyPointYHex = "7903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299" p256PublicKeyPointHex = "04" + p256PublicKeyPointXHex + p256PublicKeyPointYHex p256PublicKeyPointInvalidHex = "04" + "60FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB6" + "08c8049879c6278b227334847415851500000000000000000000000000000000" // From // https://github.com/C2SP/wycheproof/blob/4109e5ed72e2a49ad39186fc75284261dd4ca5cd/testvectors/ecdsa_secp256r1_sha256_p1363_test.json#L27C27-L27C157 otherP256PublicKeyPointHex = "042927b10512bae3eddcfe467828128bad2903269919f7086069c8c4df6c732838c7787964eaac00e5921fb1498a60f4606766b3d9685001558d1a974e7341513e" // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.6 p384PrivateKeyHex = "6B9D3DAD2E1B8C1C05B19875B6659F4DE23C3B667BF297BA9AA47740787137D896D5724E4C70A825F872C9EA60D2EDF5" p384PublicKeyPointXHex = "EC3A4E415B4E19A4568618029F427FA5DA9A8BC4AE92E02E06AAE5286B300C64DEF8F0EA9055866064A254515480BC13" p384PublicKeyPointYHex = "8015D9B72D7D57244EA8EF9AC0C621896708A59367F9DFB9F54CA84B3F1C9DB1288B231C3AE0D4FE7344FD2533264720" p384PublicKeyPointHex = "04" + p384PublicKeyPointXHex + p384PublicKeyPointYHex p384PublicKeyPointInvalidHex = "04" + "EC3A4E415B4E19A4568618029F427FA5DA9A8BC4AE92E02E06AAE5286B300C64DEF8F0EA9055866064A254515480BC13" + "8015D9B72D7D57244EA8EF9AC0C621896708A59367F9DF00000000000000000000000000000000000000000000000000" // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.7 p521PrivateKeyHex = "00FAD06DAA62BA3B25D2FB40133DA757205DE67F5BB0018FEE8C86E1B68C7E75CAA896EB32F1F47C70855836A6D16FCC1466F6D8FBEC67DB89EC0C08B0E996B83538" p521PublicKeyPointXHex = "01894550D0785932E00EAA23B694F213F8C3121F86DC97A04E5A7167DB4E5BCD371123D46E45DB6B5D5370A7F20FB633155D38FFA16D2BD761DCAC474B9A2F5023A4" p521PublicKeyPointYHex = "00493101C962CD4D2FDDF782285E64584139C2F91B47F87FF82354D6630F746A28A0DB25741B5B34A828008B22ACC23F924FAAFBD4D33F81EA66956DFEAA2BFDFCF5" p521PublicKeyPointHex = "04" + p521PublicKeyPointXHex + p521PublicKeyPointYHex p521PublicKeyPointInvalidHex = "04" + "01894550D0785932E00EAA23B694F213F8C3121F86DC97A04E5A7167DB4E5BCD371123D46E45DB6B5D5370A7F20FB633155D38FFA16D2BD761DCAC474B9A2F5023A4" + "00493101C962CD4D2FDDF782285E64584139C2F91B47F87FF82354D6630F746A28A0DB25741B5B34A000000000000000000000000000000000000000000000000000" ) func mustHexDecode(t *testing.T, s string) []byte { t.Helper() decoded, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", s, err) } return decoded } func TestNewPublicKey(t *testing.T) { for _, algorithmAndPointHex := range []struct { alg jwtecdsa.Algorithm pointHex string }{ {alg: jwtecdsa.ES256, pointHex: p256PublicKeyPointHex}, {alg: jwtecdsa.ES384, pointHex: p384PublicKeyPointHex}, {alg: jwtecdsa.ES512, pointHex: p521PublicKeyPointHex}, } { for _, tc := range []struct { name string opts jwtecdsa.PublicKeyOpts wantKID string wantHasKID bool }{ { name: algorithmAndPointHex.alg.String() + "_Base64EncodedKeyIDAsKID", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, algorithmAndPointHex.pointHex), IDRequirement: 0x1ac6a944, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, algorithmAndPointHex.alg), }, wantKID: "GsapRA", wantHasKID: true, }, { name: algorithmAndPointHex.alg.String() + "_CustomKID", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, algorithmAndPointHex.pointHex), IDRequirement: 0, HasCustomKID: true, CustomKID: "customKid777", Parameters: mustCreateParameters(t, jwtecdsa.CustomKID, algorithmAndPointHex.alg), }, wantKID: "customKid777", wantHasKID: true, }, { name: algorithmAndPointHex.alg.String() + "_IgnoredKID", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, algorithmAndPointHex.pointHex), IDRequirement: 0, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.IgnoredKID, algorithmAndPointHex.alg), }, wantKID: "", wantHasKID: false, }, } { t.Run(fmt.Sprintf("%v_%v", tc.opts.Parameters.Algorithm(), tc.opts.Parameters.KIDStrategy()), func(t *testing.T) { got, err := jwtecdsa.NewPublicKey(tc.opts) if err != nil { t.Fatalf("jwtecdsa.NewPublicKey() err = %v, want nil", err) } kid, hasKID := got.KID() if kid != tc.wantKID || hasKID != tc.wantHasKID { t.Errorf("got.KID() = %q, %v, want %q, %v", kid, hasKID, tc.wantKID, tc.wantHasKID) } idRequirement, hasIDRequirement := got.IDRequirement() if idRequirement != tc.opts.IDRequirement || hasIDRequirement != tc.opts.Parameters.HasIDRequirement() { t.Errorf("got.IDRequirement() = %q, %v, want %q, %v", kid, hasKID, tc.wantKID, tc.wantHasKID) } got2, err := jwtecdsa.NewPublicKey(tc.opts) if err != nil { t.Fatalf("jwtecdsa.NewPublicKey() err = %v, want nil", err) } if diff := cmp.Diff(got, got2); diff != "" { t.Errorf("unexpected diff (-want +got):\n%s", diff) } }) } } } func TestPublicKeyEqual_Different(t *testing.T) { for _, tc := range []struct { name string opts1, opts2 jwtecdsa.PublicKeyOpts }{ { name: "Base64EncodedKeyIDAsKID_DifferentIDRequirement", opts1: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }, opts2: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020305, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }, }, { name: "Base64EncodedKeyIDAsKID_DifferentAlgorithm", opts1: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }, opts2: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p384PublicKeyPointHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES384), }, }, { name: "Base64EncodedKeyIDAsKID_DifferentPublicPoint", opts1: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }, opts2: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, otherP256PublicKeyPointHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }, }, { name: "CustomKID_DifferentCustomKID", opts1: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0, HasCustomKID: true, CustomKID: "AABBCC", Parameters: mustCreateParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES256), }, opts2: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0, HasCustomKID: true, CustomKID: "DDEEFF", Parameters: mustCreateParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES256), }, }, } { t.Run(tc.name, func(t *testing.T) { key1, err := jwtecdsa.NewPublicKey(tc.opts1) if err != nil { t.Fatalf("jwtecdsa.NewPublicKey() err = %v, want nil", err) } key2, err := jwtecdsa.NewPublicKey(tc.opts2) if err != nil { t.Fatalf("jwtecdsa.NewPublicKey() err = %v, want nil", err) } if key1.Equal(key2) { t.Errorf("(%v).Equal(%v) = true, want false", key1, key2) } }) } } func TestNewPublicKey_Errors(t *testing.T) { for _, tc := range []struct { name string opts jwtecdsa.PublicKeyOpts }{ { name: "ES256_Base64EncodedKeyIDAsKID_custom_kid_set", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020304, HasCustomKID: true, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }, }, { name: "ES256_CustomKID_id_requirement_and_custom_kid", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020304, HasCustomKID: true, CustomKID: "AABBCC", Parameters: mustCreateParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES256), }, }, { name: "ES256_CustomKID_has_custom_kid_false", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES256), }, }, { name: "ES256_IgnoredKID_custom_kid_not_empty", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0, HasCustomKID: false, CustomKID: "AABBCC", Parameters: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES256), }, }, { name: "ES256_IgnoredKID_id_requirement_set", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES256), }, }, { name: "ES256_IgnoredKID_custom_kid_set", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0, HasCustomKID: true, CustomKID: "AABBCC", Parameters: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES256), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := jwtecdsa.NewPublicKey(tc.opts); err == nil { t.Errorf("jwtecdsa.NewPublicKey() err = nil, want error") } else { t.Logf("jwtecdsa.NewPublicKey() err = %v", err) } }) } // Invalid point tests. for _, tc := range []struct { name string opts jwtecdsa.PublicKeyOpts }{ { name: "mismatched_curve", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p384PublicKeyPointInvalidHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }, }, { name: "ES256_invalid_point", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointInvalidHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }, }, { name: "ES384_invalid_point", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p384PublicKeyPointInvalidHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES384), }, }, { name: "ES512_invalid_point", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p521PublicKeyPointInvalidHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES512), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := jwtecdsa.NewPublicKey(tc.opts); err == nil { t.Errorf("jwtecdsa.NewPublicKey() err = nil, want error") } else { t.Logf("jwtecdsa.NewPublicKey() err = %v", err) } }) } } func TestNewPrivateKey(t *testing.T) { for _, algorithmAndPointHex := range []struct { alg jwtecdsa.Algorithm pointHex string privKeyHex string }{ {alg: jwtecdsa.ES256, pointHex: p256PublicKeyPointHex, privKeyHex: p256PrivateKeyHex}, {alg: jwtecdsa.ES384, pointHex: p384PublicKeyPointHex, privKeyHex: p384PrivateKeyHex}, {alg: jwtecdsa.ES512, pointHex: p521PublicKeyPointHex, privKeyHex: p521PrivateKeyHex}, } { for _, tc := range []struct { name string opts jwtecdsa.PublicKeyOpts wantKID string wantHasKID bool }{ { name: algorithmAndPointHex.alg.String() + "_Base64EncodedKeyIDAsKID", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, algorithmAndPointHex.pointHex), IDRequirement: 0x1ac6a944, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, algorithmAndPointHex.alg), }, wantKID: "GsapRA", wantHasKID: true, }, { name: algorithmAndPointHex.alg.String() + "_CustomKID", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, algorithmAndPointHex.pointHex), IDRequirement: 0, HasCustomKID: true, CustomKID: "customKid777", Parameters: mustCreateParameters(t, jwtecdsa.CustomKID, algorithmAndPointHex.alg), }, wantKID: "customKid777", wantHasKID: true, }, { name: algorithmAndPointHex.alg.String() + "_IgnoredKID", opts: jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, algorithmAndPointHex.pointHex), IDRequirement: 0, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.IgnoredKID, algorithmAndPointHex.alg), }, wantKID: "", wantHasKID: false, }, } { t.Run(fmt.Sprintf("%v_%v", tc.opts.Parameters.Algorithm(), tc.opts.Parameters.KIDStrategy()), func(t *testing.T) { publicKey := mustCreatePublicKey(t, tc.opts) secretDataKeyValue := secretdata.NewBytesFromData([]byte(mustHexDecode(t, algorithmAndPointHex.privKeyHex)), insecuresecretdataaccess.Token{}) got, err := jwtecdsa.NewPrivateKeyFromPublicKey(secretDataKeyValue, publicKey) if err != nil { t.Fatalf("jwtecdsa.NewPrivateKeyFromPublicKey() err = %v, want nil", err) } gotPublicKey, err := got.PublicKey() if err != nil { t.Fatalf("got.PublicKey() err = %v, want nil", err) } if diff := cmp.Diff(publicKey, gotPublicKey.(*jwtecdsa.PublicKey)); diff != "" { t.Errorf("unexpected diff (-want +got):\n%s", diff) } if diff := cmp.Diff(mustHexDecode(t, algorithmAndPointHex.privKeyHex), got.PrivateKeyValue().Data(insecuresecretdataaccess.Token{})); diff != "" { t.Errorf("unexpected diff (-want +got):\n%s", diff) } idRequirement, hasIDRequirement := got.IDRequirement() if idRequirement != tc.opts.IDRequirement || hasIDRequirement != tc.opts.Parameters.HasIDRequirement() { t.Errorf("got.IDRequirement() = %q, %v, want %q, %v", idRequirement, hasIDRequirement, tc.opts.IDRequirement, tc.opts.Parameters.HasIDRequirement()) } if !cmp.Equal(got.Parameters(), publicKey.Parameters()) { t.Errorf("cmp.Equal(got.Parameters(), publicKey.Parameters()) = false, want true") } got2, err := jwtecdsa.NewPrivateKeyFromPublicKey(secretDataKeyValue, publicKey) if err != nil { t.Fatalf("jwtecdsa.NewPrivateKeyFromPublicKey() err = %v, want nil", err) } if diff := cmp.Diff(got, got2); diff != "" { t.Errorf("unexpected diff (-want +got):\n%s", diff) } }) } } } func mustCreatePrivateKey(t *testing.T, keyBytes []byte, opts jwtecdsa.PublicKeyOpts) *jwtecdsa.PrivateKey { t.Helper() publicKey := mustCreatePublicKey(t, opts) secretDataKeyValue := secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}) got, err := jwtecdsa.NewPrivateKeyFromPublicKey(secretDataKeyValue, publicKey) if err != nil { t.Fatalf("jwtecdsa.NewPrivateKeyFromPublicKey() err = %v, want nil", err) } return got } func TestPrivateKeyEqual_Different(t *testing.T) { newKey, err := ecdh.P256().NewPrivateKey([]byte("01234567890123456789012345678901")) if err != nil { t.Fatalf("ecdh.P256().NewPrivateKey() err = %v, want nil", err) } for _, tc := range []struct { name string pk1, pk2 *jwtecdsa.PrivateKey }{ { name: "different_key_pair", pk1: mustCreatePrivateKey(t, mustHexDecode(t, p256PrivateKeyHex), jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }), pk2: mustCreatePrivateKey(t, newKey.Bytes(), jwtecdsa.PublicKeyOpts{ PublicPoint: newKey.PublicKey().Bytes(), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }), }, { name: "different_public_key_options", pk1: mustCreatePrivateKey(t, mustHexDecode(t, p256PrivateKeyHex), jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020304, HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }), pk2: mustCreatePrivateKey(t, mustHexDecode(t, p256PrivateKeyHex), jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020305, // different ID HasCustomKID: false, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }), }, } { t.Run(tc.name, func(t *testing.T) { if tc.pk1.Equal(tc.pk2) { t.Errorf("(%v).Equal(%v) = true, want false", tc.pk1, tc.pk2) } }) } } func TestNewPrivateKey_Errors(t *testing.T) { validPublicKeyForP256 := mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 0x01020304, Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }) validPrivateKeyBytesForP256 := secretdata.NewBytesFromData(mustHexDecode(t, p256PrivateKeyHex), insecuresecretdataaccess.Token{}) otherValidPublicKeyForP256 := mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, otherP256PublicKeyPointHex), IDRequirement: 0x01020304, Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }) for _, tc := range []struct { name string keyBytes secretdata.Bytes publicKey *jwtecdsa.PublicKey }{ { name: "nil_public_key", keyBytes: validPrivateKeyBytesForP256, publicKey: nil, }, { name: "invalid_private_key_bytes", // shorter than 32 bytes for P-256 keyBytes: secretdata.NewBytesFromData([]byte("invalid"), insecuresecretdataaccess.Token{}), publicKey: validPublicKeyForP256, }, { name: "public_key_mismatch", keyBytes: validPrivateKeyBytesForP256, publicKey: otherValidPublicKeyForP256, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := jwtecdsa.NewPrivateKeyFromPublicKey(tc.keyBytes, tc.publicKey); err == nil { t.Errorf("jwtecdsa.NewPrivateKeyFromPublicKey() err = nil, want error") } }) } } func TestPrivateKeyCreator(t *testing.T) { for _, tc := range []struct { kidStrategy jwtecdsa.KIDStrategy algorithm jwtecdsa.Algorithm idRequirement uint32 }{ {jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256, 0x01020304}, {jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES384, 0x01020304}, {jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES512, 0x01020304}, {jwtecdsa.IgnoredKID, jwtecdsa.ES256, 0}, {jwtecdsa.IgnoredKID, jwtecdsa.ES384, 0}, {jwtecdsa.IgnoredKID, jwtecdsa.ES512, 0}, } { t.Run(fmt.Sprintf("%v_%v", tc.kidStrategy, tc.algorithm), func(t *testing.T) { params := mustCreateParameters(t, tc.kidStrategy, tc.algorithm) key, err := keygenregistry.CreateKey(params, tc.idRequirement) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } jwtecdsaPrivateKey, ok := key.(*jwtecdsa.PrivateKey) if !ok { t.Fatalf("keygenregistry.CreateKey() returned key of type %T, want %T", key, (*jwtecdsa.PrivateKey)(nil)) } idRequirement, hasIDRequirement := jwtecdsaPrivateKey.IDRequirement() if tc.kidStrategy == jwtecdsa.Base64EncodedKeyIDAsKID { if !hasIDRequirement || idRequirement != tc.idRequirement { t.Errorf("jwtecdsaPrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0x01020304, true) } } else { if hasIDRequirement { t.Errorf("jwtecdsaPrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0, false) } } if diff := cmp.Diff(jwtecdsaPrivateKey.Parameters(), params); diff != "" { t.Errorf("jwtecdsaPrivateKey.Parameters() diff (-want +got): \n%s", diff) } }) } } func TestPrivateKeyCreator_Errors(t *testing.T) { for _, tc := range []struct { kidStrategy jwtecdsa.KIDStrategy algorithm jwtecdsa.Algorithm }{ {jwtecdsa.CustomKID, jwtecdsa.ES256}, {jwtecdsa.CustomKID, jwtecdsa.ES384}, {jwtecdsa.CustomKID, jwtecdsa.ES512}, } { t.Run(fmt.Sprintf("%v_%v", tc.kidStrategy, tc.algorithm), func(t *testing.T) { params := mustCreateParameters(t, tc.kidStrategy, tc.algorithm) if _, err := keygenregistry.CreateKey(params, 0); err == nil { t.Errorf("keygenregistry.CreateKey() err = nil, want error") } else { t.Logf("keygenregistry.CreateKey() err = %v", err) } }) } } ================================================ FILE: jwt/jwtecdsa/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwtecdsa import ( "fmt" "github.com/tink-crypto/tink-go/v2/key" ) // KIDStrategy defines how the key ID is generated. type KIDStrategy int const ( // UnknownKIDStrategy indicates that the key ID strategy is unknown. UnknownKIDStrategy KIDStrategy = iota // Base64EncodedKeyIDAsKID indicates that the a Base64 encoded key ID is // used as the kid. // // Using this strategy means that: // - [jwt.Signer]'s SignAndEncode always adds the `kid`. // - [jwt.Verifyer]'s VerifyAndDecode checks that the `kid` is // present and equal to the key ID. // // NOTE: This strategy is recommended by Tink. Base64EncodedKeyIDAsKID // IgnoredKID indicates that the kid is ignored. // // Using this strategy means that: // - [jwt.Signer]'s SignAndEncode does not write the kid header // - [jwt.Verifyer]'s VerifyAndDecode ignores the kid header IgnoredKID // CustomKID indicates that the kid has a custom fixed value. // // Using this strategy means that: // - [jwt.Signer]'s SignAndEncode writes the KID header to the value // given by key.KID() // - [jwt.Verifyer]'s VerifyAndDecode if the kid is present then it // must match key.KID(); if the kid is not present, it will be // accepted. // // NOTE: Tink doesn't allow creation of random JWT ECDSA keys from // parameters when parameters.KIDStrategy() == CustomKID. CustomKID ) // String returns the string representation of the KIDStrategy. func (k KIDStrategy) String() string { switch k { case Base64EncodedKeyIDAsKID: return "Base64EncodedKeyIDAsKID" case IgnoredKID: return "IgnoredKID" case CustomKID: return "CustomKID" default: return "UnknownKIDStrategy" } } // Algorithm defines the algorithm used for signing. type Algorithm int const ( // UnknownAlgorithm indicates that the algorithm is unknown. UnknownAlgorithm Algorithm = iota // ES256 indicates the ECDSA algorithm with SHA-256. ES256 // ES384 indicates the ECDSA algorithm with SHA-384. ES384 // ES512 indicates the ECDSA algorithm with SHA-512. ES512 ) // String returns the string representation of the Algorithm. func (a Algorithm) String() string { switch a { case ES256: return "ES256" case ES384: return "ES384" case ES512: return "ES512" default: return "UnknownAlgorithm" } } // Parameters contains the parameters for JWT ECDSA signing. type Parameters struct { kidStrategy KIDStrategy algorithm Algorithm } var _ key.Parameters = (*Parameters)(nil) // NewParameters creates a new Parameters object. func NewParameters(kidStrategy KIDStrategy, algorithm Algorithm) (*Parameters, error) { if kidStrategy == UnknownKIDStrategy { return nil, fmt.Errorf("kidStrategy must be set") } if algorithm == UnknownAlgorithm { return nil, fmt.Errorf("algorithm must be set") } return &Parameters{kidStrategy: kidStrategy, algorithm: algorithm}, nil } // KIDStrategy returns the key ID strategy. func (p *Parameters) KIDStrategy() KIDStrategy { return p.kidStrategy } // Algorithm returns the algorithm used for signing. func (p *Parameters) Algorithm() Algorithm { return p.algorithm } // HasIDRequirement tells whether the key has an ID requirement, that is, if a // key generated with these parameters must have a given ID. func (p *Parameters) HasIDRequirement() bool { return p.KIDStrategy() == Base64EncodedKeyIDAsKID } // Equal compares this parameters object with other. func (p *Parameters) Equal(other key.Parameters) bool { o, ok := other.(*Parameters) return ok && p.KIDStrategy() == o.KIDStrategy() && p.Algorithm() == o.Algorithm() } ================================================ FILE: jwt/jwtecdsa/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwtecdsa_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/jwt/jwtecdsa" ) func TestNewParameters(t *testing.T) { for _, tc := range []struct { kidStrategy jwtecdsa.KIDStrategy algorithm jwtecdsa.Algorithm }{ {jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256}, {jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES384}, {jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES512}, {jwtecdsa.IgnoredKID, jwtecdsa.ES256}, {jwtecdsa.IgnoredKID, jwtecdsa.ES384}, {jwtecdsa.IgnoredKID, jwtecdsa.ES512}, {jwtecdsa.CustomKID, jwtecdsa.ES256}, {jwtecdsa.CustomKID, jwtecdsa.ES384}, {jwtecdsa.CustomKID, jwtecdsa.ES512}, } { t.Run(fmt.Sprintf("%v_%v", tc.kidStrategy, tc.algorithm), func(t *testing.T) { p, err := jwtecdsa.NewParameters(tc.kidStrategy, tc.algorithm) if err != nil { t.Fatalf("NewParameters(%v, %v) failed: %v", tc.kidStrategy, tc.algorithm, err) } if p.KIDStrategy() != tc.kidStrategy { t.Errorf("KIDStrategy() = %v, want %v", p.KIDStrategy(), tc.kidStrategy) } if p.Algorithm() != tc.algorithm { t.Errorf("Algorithm() = %v, want %v", p.Algorithm(), tc.algorithm) } if want := tc.kidStrategy == jwtecdsa.Base64EncodedKeyIDAsKID; p.HasIDRequirement() != want { t.Errorf("HasIDRequirement() = %v, want %v", p.HasIDRequirement(), want) } other, err := jwtecdsa.NewParameters(tc.kidStrategy, tc.algorithm) if err != nil { t.Fatalf("NewParameters(%v, %v) failed: %v", tc.kidStrategy, tc.algorithm, err) } if diff := cmp.Diff(p, other, cmp.AllowUnexported(jwtecdsa.Parameters{})); diff != "" { t.Errorf("NewParameters(%v, %v) returned unexpected diff (-want +got):\n%s", tc.kidStrategy, tc.algorithm, diff) } }) } } func TestNewParameters_Errors(t *testing.T) { if _, err := jwtecdsa.NewParameters(jwtecdsa.UnknownKIDStrategy, jwtecdsa.ES256); err == nil { t.Errorf("NewParameters(%v, %v) succeeded, want error", jwtecdsa.UnknownKIDStrategy, jwtecdsa.ES256) } if _, err := jwtecdsa.NewParameters(jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.UnknownAlgorithm); err == nil { t.Errorf("NewParameters(%v, %v) succeeded, want error", jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.UnknownAlgorithm) } } func mustCreateParameters(t *testing.T, kidStrategy jwtecdsa.KIDStrategy, algorithm jwtecdsa.Algorithm) *jwtecdsa.Parameters { t.Helper() p, err := jwtecdsa.NewParameters(kidStrategy, algorithm) if err != nil { t.Fatalf("NewParameters(%v, %v) failed: %v", kidStrategy, algorithm, err) } return p } func TestEqual_Different(t *testing.T) { for _, tc := range []struct { name string p1, p2 *jwtecdsa.Parameters }{ { name: "DifferentKIDStrategy", p1: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), p2: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES384), }, { name: "DifferentAlgorithm", p1: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), p2: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES512), }, } { t.Run(tc.name, func(t *testing.T) { if tc.p1.Equal(tc.p2) { t.Errorf("(%v).Equal(%v) = true, want false", tc.p1, tc.p2) } }) } } ================================================ FILE: jwt/jwtecdsa/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwtecdsa import ( "fmt" "slices" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/ec" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" jwtecdsapb "github.com/tink-crypto/tink-go/v2/proto/jwt_ecdsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( privateKeyTypeURL = "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey" publicKeyTypeURL = "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey" ) type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func algorithmToProto(a Algorithm) jwtecdsapb.JwtEcdsaAlgorithm { switch a { case ES256: return jwtecdsapb.JwtEcdsaAlgorithm_ES256 case ES384: return jwtecdsapb.JwtEcdsaAlgorithm_ES384 case ES512: return jwtecdsapb.JwtEcdsaAlgorithm_ES512 } return jwtecdsapb.JwtEcdsaAlgorithm_ES_UNKNOWN } func algorithmFromProto(a jwtecdsapb.JwtEcdsaAlgorithm) Algorithm { switch a { case jwtecdsapb.JwtEcdsaAlgorithm_ES256: return ES256 case jwtecdsapb.JwtEcdsaAlgorithm_ES384: return ES384 case jwtecdsapb.JwtEcdsaAlgorithm_ES512: return ES512 } return UnknownAlgorithm } func outputPrefixTypeFromKIDStrategy(s KIDStrategy) tinkpb.OutputPrefixType { switch s { case CustomKID: return tinkpb.OutputPrefixType_RAW case IgnoredKID: return tinkpb.OutputPrefixType_RAW case Base64EncodedKeyIDAsKID: return tinkpb.OutputPrefixType_TINK } return tinkpb.OutputPrefixType_UNKNOWN_PREFIX } func kidStrategyFromOutputPrefixType(s tinkpb.OutputPrefixType, hasCustomKID bool) KIDStrategy { switch s { case tinkpb.OutputPrefixType_RAW: if hasCustomKID { return CustomKID } return IgnoredKID case tinkpb.OutputPrefixType_TINK: return Base64EncodedKeyIDAsKID } return UnknownKIDStrategy } func (s *parametersSerializer) Serialize(p key.Parameters) (*tinkpb.KeyTemplate, error) { if p == nil { return nil, fmt.Errorf("parameters can't be nil") } params, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want %T", p, (*Parameters)(nil)) } keyFormat := &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: algorithmToProto(params.Algorithm()), Version: 0, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { return nil, fmt.Errorf("failed to marshal JwtEcdsaKeyFormat: %v", err) } return &tinkpb.KeyTemplate{ TypeUrl: privateKeyTypeURL, Value: serializedKeyFormat, OutputPrefixType: outputPrefixTypeFromKIDStrategy(params.kidStrategy), }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(kt *tinkpb.KeyTemplate) (key.Parameters, error) { if kt == nil { return nil, fmt.Errorf("key template can't be nil") } if kt.GetTypeUrl() != privateKeyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", kt.GetTypeUrl(), privateKeyTypeURL) } keyFormat := &jwtecdsapb.JwtEcdsaKeyFormat{} if err := proto.Unmarshal(kt.GetValue(), keyFormat); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtEcdsaKeyFormat: %v", err) } if keyFormat.GetVersion() != 0 { return nil, fmt.Errorf("invalid version: got %d, want 0", keyFormat.GetVersion()) } kidStrategy := kidStrategyFromOutputPrefixType(kt.GetOutputPrefixType(), false) return NewParameters(kidStrategy, algorithmFromProto(keyFormat.GetAlgorithm())) } func publicKeyToProto(k *PublicKey) (*jwtecdsapb.JwtEcdsaPublicKey, error) { xy := k.PublicPoint()[1:] coordinateSize, err := coordinateSizeFromAlgorithm(k.parameters.Algorithm()) if err != nil { return nil, err } paddedX, err := ec.BigIntBytesToFixedSizeBuffer(xy[:coordinateSize], coordinateSize+1) if err != nil { return nil, err } paddedY, err := ec.BigIntBytesToFixedSizeBuffer(xy[coordinateSize:], coordinateSize+1) if err != nil { return nil, err } protoPublicKey := &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: algorithmToProto(k.parameters.Algorithm()), X: paddedX, Y: paddedY, } if k.parameters.KIDStrategy() == CustomKID { protoPublicKey.CustomKid = &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{ Value: k.kid, } } return protoPublicKey, nil } type publicKeySerializer struct{} var _ protoserialization.KeySerializer = (*publicKeySerializer)(nil) func coordinateSizeFromAlgorithm(a Algorithm) (int, error) { switch a { case ES256: return 32, nil case ES384: return 48, nil case ES512: return 66, nil } return 0, fmt.Errorf("unknown algorithm: %v", a) } func (s *publicKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { jwtECDSAPublicKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is of type %T; needed *PublicKey", key) } protoPublicKey, err := publicKeyToProto(jwtECDSAPublicKey) if err != nil { return nil, err } serializedPublicKey, err := proto.Marshal(protoPublicKey) if err != nil { return nil, fmt.Errorf("failed to marshal JwtEcdsaPublicKey: %v", err) } idRequirement, _ := jwtECDSAPublicKey.IDRequirement() return protoserialization.NewKeySerialization(&tinkpb.KeyData{ TypeUrl: publicKeyTypeURL, Value: serializedPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, outputPrefixTypeFromKIDStrategy(jwtECDSAPublicKey.parameters.KIDStrategy()), idRequirement) } func publicKeyFromProto(protoPublicKey *jwtecdsapb.JwtEcdsaPublicKey, keySerialization *protoserialization.KeySerialization) (*PublicKey, error) { if protoPublicKey.GetVersion() != 0 { return nil, fmt.Errorf("invalid public key version: got %d, want 0", protoPublicKey.GetVersion()) } coordinateSize, err := coordinateSizeFromAlgorithm(algorithmFromProto(protoPublicKey.GetAlgorithm())) if err != nil { return nil, err } // Tolerate arbitrary leading zeros in the coordinates. // This is to support the case where the curve size in bytes + 1 is the // length of the coordinate. This happens when Tink adds an extra leading // 0x00 byte (see b/264525021). x, err := ec.BigIntBytesToFixedSizeBuffer(protoPublicKey.GetX(), coordinateSize) if err != nil { return nil, err } y, err := ec.BigIntBytesToFixedSizeBuffer(protoPublicKey.GetY(), coordinateSize) if err != nil { return nil, err } if len(x) != coordinateSize || len(y) != coordinateSize { return nil, fmt.Errorf("invalid coordinate size: got (%d, %d) want (%d, %d)", len(x), len(y), coordinateSize, coordinateSize) } kidStrategy := kidStrategyFromOutputPrefixType(keySerialization.OutputPrefixType(), protoPublicKey.GetCustomKid() != nil) params, err := NewParameters(kidStrategy, algorithmFromProto(protoPublicKey.GetAlgorithm())) if err != nil { return nil, err } uncompressedPoint := slices.Concat([]byte{0x04}, x, y) keyID, _ := keySerialization.IDRequirement() return NewPublicKey(PublicKeyOpts{ PublicPoint: uncompressedPoint, IDRequirement: keyID, HasCustomKID: protoPublicKey.GetCustomKid() != nil, CustomKID: protoPublicKey.GetCustomKid().GetValue(), Parameters: params, }) } type publicKeyParser struct{} var _ protoserialization.KeyParser = (*publicKeyParser)(nil) func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization can't be nil") } if keySerialization.KeyData().GetTypeUrl() != publicKeyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keySerialization.KeyData().GetTypeUrl(), publicKeyTypeURL) } if keySerialization.KeyData().GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { return nil, fmt.Errorf("invalid key material type: got %v, want %v", keySerialization.KeyData().GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PUBLIC) } publicKeyProto := &jwtecdsapb.JwtEcdsaPublicKey{} if err := proto.Unmarshal(keySerialization.KeyData().GetValue(), publicKeyProto); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtEcdsaPublicKey: %v", err) } return publicKeyFromProto(publicKeyProto, keySerialization) } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(k key.Key) (*protoserialization.KeySerialization, error) { jwtECDSAPrivateKey, ok := k.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is of type %T; needed *PrivateKey", k) } publicKey, err := jwtECDSAPrivateKey.PublicKey() if err != nil { return nil, err } jwtECDSAPublicKey, ok := publicKey.(*PublicKey) if !ok { return nil, fmt.Errorf("public key is of type %T; needed *PublicKey", publicKey) } protoPublicKey, err := publicKeyToProto(jwtECDSAPublicKey) if err != nil { return nil, err } coordinateSize, err := coordinateSizeFromAlgorithm(jwtECDSAPublicKey.parameters.Algorithm()) if err != nil { return nil, err } paddedPrivateKey, err := ec.BigIntBytesToFixedSizeBuffer(jwtECDSAPrivateKey.privateKeyBytes.Data(insecuresecretdataaccess.Token{}), coordinateSize+1) if err != nil { return nil, err } protoPrivateKey := &jwtecdsapb.JwtEcdsaPrivateKey{ Version: 0, PublicKey: protoPublicKey, KeyValue: paddedPrivateKey, } serializedPrivateKey, err := proto.Marshal(protoPrivateKey) if err != nil { return nil, fmt.Errorf("failed to marshal JwtEcdsaPrivateKey: %v", err) } idRequirement, _ := jwtECDSAPrivateKey.IDRequirement() return protoserialization.NewKeySerialization(&tinkpb.KeyData{ TypeUrl: privateKeyTypeURL, Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, outputPrefixTypeFromKIDStrategy(jwtECDSAPublicKey.parameters.KIDStrategy()), idRequirement) } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization can't be nil") } if keySerialization.KeyData().GetTypeUrl() != privateKeyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keySerialization.KeyData().GetTypeUrl(), privateKeyTypeURL) } if keySerialization.KeyData().GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("invalid key material type: got %v, want %v", keySerialization.KeyData().GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PRIVATE) } privateKeyProto := &jwtecdsapb.JwtEcdsaPrivateKey{} if err := proto.Unmarshal(keySerialization.KeyData().GetValue(), privateKeyProto); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtEcdsaPrivateKey: %v", err) } if privateKeyProto.GetVersion() != 0 { return nil, fmt.Errorf("invalid version: got %d, want 0", privateKeyProto.GetVersion()) } publicKey, err := publicKeyFromProto(privateKeyProto.GetPublicKey(), keySerialization) if err != nil { return nil, err } alg := algorithmFromProto(privateKeyProto.GetPublicKey().GetAlgorithm()) coordinateSize, err := coordinateSizeFromAlgorithm(alg) if err != nil { return nil, err } // Tolerate arbitrary leading zeros in the private key. privateKeyBytes, err := ec.BigIntBytesToFixedSizeBuffer(privateKeyProto.GetKeyValue(), coordinateSize) if err != nil { return nil, err } return NewPrivateKeyFromPublicKey( secretdata.NewBytesFromData(privateKeyBytes, insecuresecretdataaccess.Token{}), publicKey, ) } ================================================ FILE: jwt/jwtecdsa/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwtecdsa_test import ( "encoding/hex" "fmt" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/ec" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/jwt/jwtecdsa" "github.com/tink-crypto/tink-go/v2/secretdata" jwtecdsapb "github.com/tink-crypto/tink-go/v2/proto/jwt_ecdsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, msg proto.Message) []byte { t.Helper() b, err := proto.Marshal(msg) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } return b } func TestParametersSerializer(t *testing.T) { for _, tc := range []struct { params *jwtecdsa.Parameters wantKt *tinkpb.KeyTemplate }{ { params: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { params: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES384), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES384, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { params: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES512), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { params: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES256), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { params: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES384), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES384, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { params: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES512), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { params: mustCreateParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES256), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { params: mustCreateParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES384), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES384, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { params: mustCreateParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES512), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, } { t.Run(fmt.Sprintf("%v_%v", tc.params.KIDStrategy(), tc.params.Algorithm()), func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.params) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.params, err) } if diff := cmp.Diff(tc.wantKt, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.params, diff) } }) } } func TestParametersParser(t *testing.T) { for _, tc := range []struct { wantParams *jwtecdsa.Parameters kt *tinkpb.KeyTemplate }{ { wantParams: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { wantParams: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES384), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES384, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { wantParams: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES512), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { wantParams: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES256), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { wantParams: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES384), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES384, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { wantParams: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES512), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, } { t.Run(fmt.Sprintf("%v_%v", tc.wantParams.Algorithm(), tc.kt.GetOutputPrefixType()), func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.kt) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.kt, err) } if diff := cmp.Diff(tc.wantParams, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.kt, diff) } }) } } func TestParametersParser_Errors(t *testing.T) { for _, tc := range []struct { name string kt *tinkpb.KeyTemplate }{ { name: "nil value", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: nil, OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES384, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, { name: "invalid output prefix type", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES384, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, }, }, { name: "invalid version", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES384, Version: 1, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid algorithm", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaKeyFormat{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES_UNKNOWN, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.kt); err == nil { t.Errorf("protoserialization.ParseParameters(%v) error = nil, want error", tc.kt) } }) } } func mustNewKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() keySerialization, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization() err = %v, want nil", err) } return keySerialization } func mustCreatePublicKey(t *testing.T, opts jwtecdsa.PublicKeyOpts) *jwtecdsa.PublicKey { t.Helper() key, err := jwtecdsa.NewPublicKey(opts) if err != nil { t.Fatalf("jwtecdsa.NewPublicKey() err = %v, want nil", err) } return key } type publicKeyTestCase struct { name string publicKey *jwtecdsa.PublicKey publicKeySerialization *protoserialization.KeySerialization } func getPublicKeyTestCases(t *testing.T) []*publicKeyTestCase { return []*publicKeyTestCase{ { name: fmt.Sprintf("%v_%v_TINK", jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 12345, HasCustomKID: false, Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p256PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p256PublicKeyPointYHex)), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: fmt.Sprintf("%v_%v_RAW", jwtecdsa.IgnoredKID, jwtecdsa.ES256), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), HasCustomKID: false, Parameters: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES256), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p256PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p256PublicKeyPointYHex)), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: fmt.Sprintf("%v_%v_RAW", jwtecdsa.CustomKID, jwtecdsa.ES256), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), HasCustomKID: true, CustomKID: "myCustomKID", Parameters: mustCreateParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES256), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p256PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p256PublicKeyPointYHex)), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, // ES384. { name: fmt.Sprintf("%v_%v_TINK", jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES384), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p384PublicKeyPointHex), IDRequirement: 12345, HasCustomKID: false, Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES384), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES384, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p384PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p384PublicKeyPointYHex)), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: fmt.Sprintf("%v_%v_RAW", jwtecdsa.IgnoredKID, jwtecdsa.ES384), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p384PublicKeyPointHex), HasCustomKID: false, Parameters: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES384), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES384, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p384PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p384PublicKeyPointYHex)), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: fmt.Sprintf("%v_%v_RAW", jwtecdsa.CustomKID, jwtecdsa.ES384), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p384PublicKeyPointHex), HasCustomKID: true, CustomKID: "myCustomKID", Parameters: mustCreateParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES384), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES384, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p384PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p384PublicKeyPointYHex)), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, // ES512. { name: fmt.Sprintf("%v_%v_TINK", jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES512), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p521PublicKeyPointHex), IDRequirement: 12345, HasCustomKID: false, Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES512), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointYHex)), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: fmt.Sprintf("%v_%v_RAW", jwtecdsa.IgnoredKID, jwtecdsa.ES512), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p521PublicKeyPointHex), HasCustomKID: false, Parameters: mustCreateParameters(t, jwtecdsa.IgnoredKID, jwtecdsa.ES512), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointYHex)), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: fmt.Sprintf("%v_%v_RAW", jwtecdsa.CustomKID, jwtecdsa.ES512), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p521PublicKeyPointHex), HasCustomKID: true, CustomKID: "myCustomKID", Parameters: mustCreateParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES512), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointYHex)), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: fmt.Sprintf("%v_%v_RAW_empty_custom_kid", jwtecdsa.CustomKID, jwtecdsa.ES512), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p521PublicKeyPointHex), HasCustomKID: true, CustomKID: "", Parameters: mustCreateParameters(t, jwtecdsa.CustomKID, jwtecdsa.ES512), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointYHex)), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: ""}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } } func TestPublicKeySerializer(t *testing.T) { for _, tc := range getPublicKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.SerializeKey(tc.publicKey) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.publicKeySerialization, keySerialization, protocmp.Transform(), cmp.AllowUnexported(protoserialization.KeySerialization{})); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPublicKeyParser(t *testing.T) { for _, tc := range append(getPublicKeyTestCases(t), []*publicKeyTestCase{ { name: fmt.Sprintf("%v_%v_TINK_point_no_leading_zeros", jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 12345, HasCustomKID: false, Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, X: mustHexDecode(t, p256PublicKeyPointXHex), Y: mustHexDecode(t, p256PublicKeyPointYHex), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: fmt.Sprintf("%v_%v_TINK_point_arbitrary_leading_zeros", jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), publicKey: mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 12345, HasCustomKID: false, Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, X: slices.Concat([]byte{0, 0, 0, 0, 0}, mustHexDecode(t, p256PublicKeyPointXHex)), Y: slices.Concat([]byte{0, 0, 0, 0, 0}, mustHexDecode(t, p256PublicKeyPointYHex)), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, }...) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseKey(tc.publicKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.publicKey, got, protocmp.Transform(), cmp.AllowUnexported(protoserialization.KeySerialization{})); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPublicKeyParser_Errors(t *testing.T) { for _, tc := range []struct { name string publicKeySerialization *protoserialization.KeySerialization }{ { name: "invalid_key_material_type", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointYHex)), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid_version", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Version: 1, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointYHex)), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "unknown_algorithm", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES_UNKNOWN, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointYHex)), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "small_x_coordinate", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: mustHexDecode(t, p521PublicKeyPointXHex)[:60], Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointYHex)), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "small_y_coordinate", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: mustHexDecode(t, p521PublicKeyPointYHex)[:60], CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "large_x_coordinate", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: slices.Concat([]byte{0x01}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointYHex)), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "large_y_coordinate", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: slices.Concat([]byte{0x01}, mustHexDecode(t, p521PublicKeyPointYHex)), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid_point", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, "00493101C962CD4D2FDDF782285E64584139C2F91B47F87FF82354D6630F746A28A0DB25741B5B34A000000000000000000000000000000000000000000000000000")), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "tink_with_custom_kid", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPublicKey{ Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES512, X: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointXHex)), Y: slices.Concat([]byte{0x00}, mustHexDecode(t, p521PublicKeyPointYHex)), CustomKid: &jwtecdsapb.JwtEcdsaPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 0), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.publicKeySerialization); err == nil { t.Error("protoserialization.ParseKey() err = nil, want error") } else { t.Logf("protoserialization.ParseKey() err = %v", err) } }) } } type privateKeyTestCase struct { name string privateKey *jwtecdsa.PrivateKey privateKeySerialization *protoserialization.KeySerialization } func coordinateSizeFromAlgorithm(t *testing.T, a jwtecdsa.Algorithm) int { t.Helper() switch a { case jwtecdsa.ES256: return 32 case jwtecdsa.ES384: return 48 case jwtecdsa.ES512: return 66 } t.Fatalf("unknown algorithm: %v", a) return 0 } func mustCreatePrivateKeyFromPublicKey(t *testing.T, keyBytes []byte, publicKey *jwtecdsa.PublicKey) *jwtecdsa.PrivateKey { t.Helper() secretDataKeyValue := secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}) privateKey, err := jwtecdsa.NewPrivateKeyFromPublicKey(secretDataKeyValue, publicKey) if err != nil { t.Fatalf("jwtecdsa.NewPrivateKeyFromPublicKey() err = %v, want nil", err) } return privateKey } func getPrivateKeyTestCases(t *testing.T) []*privateKeyTestCase { var testCases []*privateKeyTestCase for _, tc := range getPublicKeyTestCases(t) { var privateKeyHex string switch tc.publicKey.Parameters().(*jwtecdsa.Parameters).Algorithm() { case jwtecdsa.ES256: privateKeyHex = p256PrivateKeyHex case jwtecdsa.ES384: privateKeyHex = p384PrivateKeyHex case jwtecdsa.ES512: privateKeyHex = p521PrivateKeyHex } privateKeyBytes := mustHexDecode(t, privateKeyHex) privateKey := mustCreatePrivateKeyFromPublicKey(t, privateKeyBytes, tc.publicKey) protoPublicKey := &jwtecdsapb.JwtEcdsaPublicKey{} if err := proto.Unmarshal(tc.publicKeySerialization.KeyData().GetValue(), protoPublicKey); err != nil { t.Fatalf("proto.Unmarshal() err = %v, want nil", err) } coordinateSize := coordinateSizeFromAlgorithm(t, tc.publicKey.Parameters().(*jwtecdsa.Parameters).Algorithm()) paddedPrivateKey, err := ec.BigIntBytesToFixedSizeBuffer(privateKeyBytes, coordinateSize+1) if err != nil { t.Fatalf("ec.BigIntBytesToFixedSizeBuffer() err = %v, want nil", err) } protoPrivateKey := &jwtecdsapb.JwtEcdsaPrivateKey{ Version: 0, PublicKey: protoPublicKey, KeyValue: paddedPrivateKey, } serializedPrivateKey, err := proto.Marshal(protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } idRequirement, _ := tc.publicKey.IDRequirement() privateKeySerialization, err := protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tc.publicKeySerialization.OutputPrefixType(), idRequirement, ) if err != nil { t.Fatalf("protoserialization.NewKeySerialization() err = %v, want nil", err) } testCases = append(testCases, &privateKeyTestCase{ name: tc.name, privateKey: privateKey, privateKeySerialization: privateKeySerialization, }) } return testCases } func TestPrivateKeySerializer(t *testing.T) { for _, tc := range getPrivateKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.SerializeKey(tc.privateKey) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.privateKeySerialization, keySerialization, protocmp.Transform(), cmp.AllowUnexported(protoserialization.KeySerialization{})); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPrivateKeyParser(t *testing.T) { unpaddedPrivKey, err := hex.DecodeString(p256PrivateKeyHex) if err != nil { t.Fatalf("hex.DecodeString() err = %v, want nil", err) } for _, tc := range append(getPrivateKeyTestCases(t), []*privateKeyTestCase{ { name: "no_leading_zeros", privateKey: mustCreatePrivateKeyFromPublicKey(t, unpaddedPrivKey, mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 12345, Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), })), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPrivateKey{ Version: 0, PublicKey: &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, X: mustHexDecode(t, p256PublicKeyPointXHex), Y: mustHexDecode(t, p256PublicKeyPointYHex), }, KeyValue: unpaddedPrivKey, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "arbitrary_leading_zeros", privateKey: mustCreatePrivateKeyFromPublicKey(t, unpaddedPrivKey, mustCreatePublicKey(t, jwtecdsa.PublicKeyOpts{ PublicPoint: mustHexDecode(t, p256PublicKeyPointHex), IDRequirement: 12345, Parameters: mustCreateParameters(t, jwtecdsa.Base64EncodedKeyIDAsKID, jwtecdsa.ES256), })), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPrivateKey{ Version: 0, PublicKey: &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, X: mustHexDecode(t, p256PublicKeyPointXHex), Y: mustHexDecode(t, p256PublicKeyPointYHex), }, KeyValue: slices.Concat([]byte{0, 0, 0, 0, 0}, unpaddedPrivKey), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, }...) { t.Run(tc.name, func(t *testing.T) { key, err := protoserialization.ParseKey(tc.privateKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.privateKey, key, protocmp.Transform()); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPrivateKeyParser_Errors(t *testing.T) { validPublicKeyProto := &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, X: mustHexDecode(t, p256PublicKeyPointXHex), Y: mustHexDecode(t, p256PublicKeyPointYHex), } paddedValidPrivateKeyBytes, err := ec.BigIntBytesToFixedSizeBuffer(mustHexDecode(t, p256PrivateKeyHex), 32+1) if err != nil { t.Fatal(err) } mismatchedPublicKeyProto := &jwtecdsapb.JwtEcdsaPublicKey{ Version: 0, Algorithm: jwtecdsapb.JwtEcdsaAlgorithm_ES256, X: mustHexDecode(t, "0000000000000000000000000000000000000000000000000000000000000000"), Y: mustHexDecode(t, "0000000000000000000000000000000000000000000000000000000000000000"), } for _, tc := range []struct { name string privateKeySerialization *protoserialization.KeySerialization }{ { name: "invalid_key_material_type", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPrivateKey{ Version: 0, PublicKey: validPublicKeyProto, KeyValue: paddedValidPrivateKeyBytes, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid_private_key_version", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPrivateKey{ Version: 1, PublicKey: validPublicKeyProto, KeyValue: paddedValidPrivateKeyBytes, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "mismatched_public_private_key", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPrivateKey{ Version: 0, PublicKey: mismatchedPublicKeyProto, KeyValue: paddedValidPrivateKeyBytes, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "private_key_too_long", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPrivateKey{ Version: 0, PublicKey: validPublicKeyProto, KeyValue: append([]byte{0x01}, paddedValidPrivateKeyBytes...), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid_private_key_value", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey", Value: mustMarshal(t, &jwtecdsapb.JwtEcdsaPrivateKey{ Version: 0, PublicKey: validPublicKeyProto, KeyValue: slices.Concat([]byte{0x01}, paddedValidPrivateKeyBytes[1:]), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.privateKeySerialization); err == nil { t.Error("protoserialization.ParseKey() err = nil, want error") } else { t.Logf("protoserialization.ParseKey() err = %v", err) } }) } } ================================================ FILE: jwt/jwthmac/jwthmac.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // Package jwthmac provides a JWT HMAC signer and verifier. package jwthmac import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" ) const ( keyTypeURL = "type.googleapis.com/google.crypto.tink.JwtHmacKey" ) func init() { if err := protoserialization.RegisterParametersSerializer[*Parameters](new(parametersSerializer)); err != nil { panic(fmt.Sprintf("jwthmac: failed to register parameters serializer: %v", err)) } if err := protoserialization.RegisterParametersParser(keyTypeURL, new(parametersParser)); err != nil { panic(fmt.Sprintf("jwthmac: failed to register parameters parser: %v", err)) } if err := protoserialization.RegisterKeySerializer[*Key](new(keySerializer)); err != nil { panic(fmt.Sprintf("jwthmac: failed to register key serializer: %v", err)) } if err := protoserialization.RegisterKeyParser(keyTypeURL, new(keyParser)); err != nil { panic(fmt.Sprintf("jwthmac: failed to register key parser: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("jwthmac: failed to register key creator: %v", err)) } } ================================================ FILE: jwt/jwthmac/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwthmac import ( "encoding/base64" "encoding/binary" "fmt" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Key represents a JWT HMAC key. type Key struct { parameters *Parameters keyBytes secretdata.Bytes idRequirement uint32 kid string hasKID bool // True iif a custom KID was given or parameters.KIDStrategy() == Base64EncodedKeyIDAsKID } var _ key.Key = (*Key)(nil) // KeyOpts are [Key] options. type KeyOpts struct { KeyBytes secretdata.Bytes IDRequirement uint32 CustomKID string HasCustomKID bool Parameters *Parameters } func computeKID(customKID *string, idRequirement uint32, parameters *Parameters) (string, bool, error) { switch parameters.KIDStrategy() { case Base64EncodedKeyIDAsKID: if customKID != nil { return "", false, fmt.Errorf("custom KID is not supported for KID strategy: %v", parameters.KIDStrategy()) } // Serialize the ID requirement. idRequirementBytes := make([]byte, 4) binary.BigEndian.PutUint32(idRequirementBytes, idRequirement) return base64.URLEncoding.WithPadding(base64.NoPadding).EncodeToString(idRequirementBytes), true, nil case IgnoredKID: if customKID != nil { return "", false, fmt.Errorf("custom KID is not supported for KID strategy: %v", parameters.KIDStrategy()) } return "", false, nil case CustomKID: if customKID == nil { return "", false, fmt.Errorf("custom KID is required for KID strategy: %v", parameters.KIDStrategy()) } return *customKID, true, nil default: return "", false, fmt.Errorf("invalid KID strategy: %v", parameters.KIDStrategy()) } } // NewKey creates a new JWT HMAC key. func NewKey(opts KeyOpts) (*Key, error) { if opts.Parameters == nil { return nil, fmt.Errorf("jwthmac.NewKey: parameters can't be nil") } if !opts.Parameters.HasIDRequirement() && opts.IDRequirement != 0 { return nil, fmt.Errorf("jwthmac.NewKey: ID requirement must be 0 if ID is not required") } if opts.KeyBytes.Len() != opts.Parameters.KeySizeInBytes() { return nil, fmt.Errorf("jwthmac.NewKey: key size mismatch: got %d, want %d", opts.KeyBytes.Len(), opts.Parameters.KeySizeInBytes()) } var customKID *string = nil if opts.HasCustomKID { customKID = &opts.CustomKID } kid, hasKID, err := computeKID(customKID, opts.IDRequirement, opts.Parameters) if err != nil { return nil, fmt.Errorf("jwthmac.NewKey: %v", err) } return &Key{ parameters: opts.Parameters, keyBytes: opts.KeyBytes, idRequirement: opts.IDRequirement, kid: kid, hasKID: hasKID, }, nil } // Parameters returns the parameters of the key. func (k *Key) Parameters() key.Parameters { return k.parameters } // KeyBytes returns the key bytes. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // KID returns the KID for this key. // // If no kid is set, it returns ("", false). func (k *Key) KID() (string, bool) { return k.kid, k.hasKID } // IDRequirement returns the ID requirement for this key. func (k *Key) IDRequirement() (uint32, bool) { return k.idRequirement, k.parameters.HasIDRequirement() } // Equal returns true if k and other are equal. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.parameters.Equal(that.parameters) && k.keyBytes.Equal(that.keyBytes) && k.idRequirement == that.idRequirement && k.kid == that.kid && k.hasKID == that.hasKID } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { jwtHMACParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("jwthmac.createKey: invalid parameters type: want %T, got %T", (*Parameters)(nil), p) } if jwtHMACParams.KIDStrategy() == CustomKID { return nil, fmt.Errorf("jwthmac.createKey: key generation is not supported for strategy %v", jwtHMACParams.KIDStrategy()) } secretKeyBytes, err := secretdata.NewBytesFromRand(uint32(jwtHMACParams.KeySizeInBytes())) if err != nil { return nil, fmt.Errorf("jwthmac.createKey: failed to generate secret key bytes: %v", err) } return NewKey(KeyOpts{ KeyBytes: secretKeyBytes, IDRequirement: idRequirement, Parameters: jwtHMACParams, }) } ================================================ FILE: jwt/jwthmac/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwthmac_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/jwt/jwthmac" "github.com/tink-crypto/tink-go/v2/secretdata" ) type keyTestCase struct { name string opts jwthmac.KeyOpts wantKID string wantHasKID bool } func keyTestCases(t *testing.T) []keyTestCase { var tcs []keyTestCase for _, algorithmAndKeyBytes := range []struct { algorithm jwthmac.Algorithm key secretdata.Bytes }{ {jwthmac.HS256, secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{})}, {jwthmac.HS384, secretdata.NewBytesFromData([]byte("012345678901234567890123456789012345678901234567"), insecuresecretdataaccess.Token{})}, {jwthmac.HS512, secretdata.NewBytesFromData([]byte("0123456789012345678901234567890101234567890123456789012345678901"), insecuresecretdataaccess.Token{})}} { for _, kidStrategyAndValues := range []struct { strategy jwthmac.KIDStrategy idRequirement uint32 customKID string hasCustomKID bool wantKID string wantHasKID bool }{ { strategy: jwthmac.Base64EncodedKeyIDAsKID, idRequirement: 0x01020304, customKID: "", hasCustomKID: false, wantKID: "AQIDBA", wantHasKID: true, }, { strategy: jwthmac.CustomKID, idRequirement: 0, customKID: "custom_kid", hasCustomKID: true, wantKID: "custom_kid", wantHasKID: true, }, { strategy: jwthmac.IgnoredKID, idRequirement: 0, customKID: "", hasCustomKID: false, wantKID: "", wantHasKID: false, }, } { tcs = append(tcs, keyTestCase{ name: fmt.Sprintf("%s_%d_%s", algorithmAndKeyBytes.algorithm, algorithmAndKeyBytes.key.Len(), kidStrategyAndValues.strategy), opts: jwthmac.KeyOpts{ KeyBytes: algorithmAndKeyBytes.key, IDRequirement: kidStrategyAndValues.idRequirement, CustomKID: kidStrategyAndValues.customKID, HasCustomKID: kidStrategyAndValues.hasCustomKID, Parameters: mustCreateParameters(t, algorithmAndKeyBytes.key.Len(), kidStrategyAndValues.strategy, algorithmAndKeyBytes.algorithm), }, wantKID: kidStrategyAndValues.wantKID, wantHasKID: kidStrategyAndValues.wantHasKID, }) } } return tcs } func TestKey(t *testing.T) { for _, tc := range keyTestCases(t) { t.Run(tc.name, func(t *testing.T) { k, err := jwthmac.NewKey(tc.opts) if err != nil { t.Fatalf("NewKey(%v) failed: %v", tc.opts, err) } kid, hasKID := k.KID() if kid != tc.wantKID || hasKID != tc.wantHasKID { t.Errorf("k.KID() = %q, %v, want %q, %v", kid, hasKID, tc.wantKID, tc.wantHasKID) } if !k.KeyBytes().Equal(tc.opts.KeyBytes) { t.Errorf("k.KeyBytes() = %v, want %v", k.KeyBytes(), tc.opts.KeyBytes) } params := k.Parameters() if !params.Equal(tc.opts.Parameters) { t.Errorf("k.Parameters() = %v, want %v", params, tc.opts.Parameters) } idRequirement, hasIDRequirement := k.IDRequirement() if idRequirement != tc.opts.IDRequirement || hasIDRequirement != tc.opts.Parameters.HasIDRequirement() { t.Errorf("k.IDRequirement() = %v, %v, want %v, %v", idRequirement, hasIDRequirement, tc.opts.IDRequirement, tc.opts.Parameters.HasIDRequirement()) } k2, err := jwthmac.NewKey(tc.opts) if err != nil { t.Fatalf("NewKey(%v) failed: %v", tc.opts, err) } if diff := cmp.Diff(k, k2); diff != "" { t.Errorf("NewKey(%v) returned unexpected diff (-want +got):\n%s", tc.opts, diff) } }) } } func TestPublicKeyEqual_Different(t *testing.T) { keyBytes1 := secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}) keyBytes2 := secretdata.NewBytesFromData([]byte("012345678901234567890123456AAAAA"), insecuresecretdataaccess.Token{}) keyBytes3 := secretdata.NewBytesFromData([]byte("012345678901234567890123456789012"), insecuresecretdataaccess.Token{}) for _, tc := range []struct { name string opts1, opts2 jwthmac.KeyOpts }{ { name: "DifferentKeyBytes", opts1: jwthmac.KeyOpts{ KeyBytes: keyBytes1, Parameters: mustCreateParameters(t, keyBytes1.Len(), jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), IDRequirement: 0x01020304, }, opts2: jwthmac.KeyOpts{ KeyBytes: keyBytes2, // Different bytes Parameters: mustCreateParameters(t, keyBytes2.Len(), jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), IDRequirement: 0x01020304, }, }, { name: "DifferentKeySizes", opts1: jwthmac.KeyOpts{ KeyBytes: keyBytes1, Parameters: mustCreateParameters(t, keyBytes1.Len(), jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), IDRequirement: 0x01020304, }, opts2: jwthmac.KeyOpts{ KeyBytes: keyBytes3, // Different size Parameters: mustCreateParameters(t, keyBytes3.Len(), jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), IDRequirement: 0x01020304, }, }, { name: "DifferentKIDStrategy", opts1: jwthmac.KeyOpts{ KeyBytes: keyBytes1, Parameters: mustCreateParameters(t, keyBytes1.Len(), jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), IDRequirement: 0x01020304, }, opts2: jwthmac.KeyOpts{ KeyBytes: keyBytes1, Parameters: mustCreateParameters(t, keyBytes1.Len(), jwthmac.CustomKID, jwthmac.HS256), // Different KID strategy CustomKID: "some_kid", HasCustomKID: true, }, }, { name: "DifferentIDRequirement", opts1: jwthmac.KeyOpts{ KeyBytes: keyBytes1, Parameters: mustCreateParameters(t, keyBytes1.Len(), jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), IDRequirement: 0x01020304, }, opts2: jwthmac.KeyOpts{ KeyBytes: keyBytes1, Parameters: mustCreateParameters(t, keyBytes1.Len(), jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), IDRequirement: 0x05060708, // Different ID requirement }, }, { name: "DifferentAlgorithm", opts1: jwthmac.KeyOpts{ KeyBytes: keyBytes1, Parameters: mustCreateParameters(t, keyBytes1.Len(), jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), IDRequirement: 0x01020304, }, opts2: jwthmac.KeyOpts{ KeyBytes: secretdata.NewBytesFromData([]byte("012345678901234567890123456789012345678901234567"), insecuresecretdataaccess.Token{}), Parameters: mustCreateParameters(t, 48, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS384), // Different algorithm IDRequirement: 0x01020304, }, }, } { t.Run(tc.name, func(t *testing.T) { k1, err := jwthmac.NewKey(tc.opts1) if err != nil { t.Fatalf("NewKey(%v) failed: %v", tc.opts1, err) } k2, err := jwthmac.NewKey(tc.opts2) if err != nil { t.Fatalf("NewKey(%v) failed: %v", tc.opts2, err) } if cmp.Equal(k1, k2) { t.Errorf("cmp.Equal(%v, %v) = true, want false", k1, k2) } }) } } func TestNewKey_Errors(t *testing.T) { keyBytes := secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}) for _, tc := range []struct { name string opts jwthmac.KeyOpts }{ { name: "NilParameters", opts: jwthmac.KeyOpts{ KeyBytes: keyBytes, IDRequirement: 0x01020304, Parameters: nil, }, }, { name: "IDRequirementNotRequiredButSet", opts: jwthmac.KeyOpts{ KeyBytes: keyBytes, Parameters: mustCreateParameters(t, keyBytes.Len(), jwthmac.IgnoredKID, jwthmac.HS256), IDRequirement: 0x01020304, }, }, { name: "KeySizeMismatch", opts: jwthmac.KeyOpts{ KeyBytes: keyBytes, Parameters: mustCreateParameters(t, keyBytes.Len()+1, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), IDRequirement: 0x01020304, }, }, { name: "Base64EncodedKeyIDAsKID_CustomKIDSet", opts: jwthmac.KeyOpts{ KeyBytes: keyBytes, Parameters: mustCreateParameters(t, keyBytes.Len(), jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), IDRequirement: 0x01020304, CustomKID: "some_kid", HasCustomKID: true, }, }, { name: "IgnoredKID_CustomKIDSet", opts: jwthmac.KeyOpts{ KeyBytes: keyBytes, Parameters: mustCreateParameters(t, keyBytes.Len(), jwthmac.IgnoredKID, jwthmac.HS256), CustomKID: "some_kid", HasCustomKID: true, }, }, { name: "CustomKID_CustomKIDNotSet", opts: jwthmac.KeyOpts{ KeyBytes: keyBytes, Parameters: mustCreateParameters(t, keyBytes.Len(), jwthmac.CustomKID, jwthmac.HS256), HasCustomKID: false, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := jwthmac.NewKey(tc.opts); err == nil { t.Errorf("NewKey(%v) err = nil, want error", tc.opts) } else { t.Logf("NewKey(%v) err = %v", tc.opts, err) } }) } } func TestKeyCreator(t *testing.T) { for _, tc := range []struct { kidStrategy jwthmac.KIDStrategy algorithm jwthmac.Algorithm idRequirement uint32 keySizeInBytes int }{ {jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256, 0x01020304, 32}, {jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS384, 0x01020304, 48}, {jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS512, 0x01020304, 64}, {jwthmac.IgnoredKID, jwthmac.HS256, 0, 32}, {jwthmac.IgnoredKID, jwthmac.HS384, 0, 48}, {jwthmac.IgnoredKID, jwthmac.HS512, 0, 64}, } { t.Run(fmt.Sprintf("%v_%v_%d", tc.kidStrategy, tc.algorithm, tc.keySizeInBytes), func(t *testing.T) { params := mustCreateParameters(t, tc.keySizeInBytes, tc.kidStrategy, tc.algorithm) key, err := keygenregistry.CreateKey(params, tc.idRequirement) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } jwthmacKey, ok := key.(*jwthmac.Key) if !ok { t.Fatalf("keygenregistry.CreateKey() returned key of type %T, want %T", key, (*jwthmac.Key)(nil)) } idRequirement, hasIDRequirement := jwthmacKey.IDRequirement() if tc.kidStrategy == jwthmac.Base64EncodedKeyIDAsKID { if !hasIDRequirement || idRequirement != tc.idRequirement { t.Errorf("jwthmacKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0x01020304, true) } } else { if hasIDRequirement { t.Errorf("jwthmacKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0, false) } } if diff := cmp.Diff(jwthmacKey.Parameters(), params); diff != "" { t.Errorf("jwthmacKey.Parameters() diff (-want +got): \n%s", diff) } }) } } func TestKeyCreator_Errors(t *testing.T) { for _, tc := range []struct { kidStrategy jwthmac.KIDStrategy algorithm jwthmac.Algorithm keySizeInBytes int }{ {jwthmac.CustomKID, jwthmac.HS256, 32}, {jwthmac.CustomKID, jwthmac.HS384, 48}, {jwthmac.CustomKID, jwthmac.HS512, 64}, } { t.Run(fmt.Sprintf("%v_%v", tc.kidStrategy, tc.algorithm), func(t *testing.T) { params := mustCreateParameters(t, tc.keySizeInBytes, tc.kidStrategy, tc.algorithm) if _, err := keygenregistry.CreateKey(params, 0); err == nil { t.Errorf("keygenregistry.CreateKey() err = nil, want error") } else { t.Logf("keygenregistry.CreateKey() err = %v", err) } }) } } ================================================ FILE: jwt/jwthmac/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwthmac import ( "fmt" "github.com/tink-crypto/tink-go/v2/key" ) // KIDStrategy defines how the key ID is generated. type KIDStrategy int const ( // UnknownKIDStrategy indicates that the key ID strategy is unknown. UnknownKIDStrategy KIDStrategy = iota // Base64EncodedKeyIDAsKID indicates that the a Base64 encoded key ID is // used as the kid. // // Using this strategy means that: // - [jwt.MAC]'s ComputeMACAndEncode always adds the `kid`. // - [jwt.MAC]'s VerifyMACAndDecode checks that the `kid` is // present and equal to the key ID. // // NOTE: This strategy is recommended by Tink. Base64EncodedKeyIDAsKID // IgnoredKID indicates that the kid is ignored. // // Using this strategy means that: // - [jwt.MAC]'s ComputeMACAndEncodedoes not write the kid header // - [jwt.MAC]'s VerifyMACAndDecode ignores the kid header IgnoredKID // CustomKID indicates that the kid has a custom fixed value. // // Using this strategy means that: // - [jwt.MAC]'s ComputeMACAndEncode writes the KID header to the value // given by key.KID() // - In [jwt.MAC]'s VerifyMACAndDecode if the kid is present then it // must match key.KID(); if the kid is not present, it will be // accepted. // // NOTE: Tink doesn't allow creation of random JWT HMAC keys // from parameters when parameters.KIDStrategy() == CustomKID. CustomKID ) // String returns the string representation of the KIDStrategy. func (k KIDStrategy) String() string { switch k { case Base64EncodedKeyIDAsKID: return "Base64EncodedKeyIDAsKID" case IgnoredKID: return "IgnoredKID" case CustomKID: return "CustomKID" default: return "UnknownKIDStrategy" } } // Algorithm is the HMAC algorithm. // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.2 // The available options are: // - HS256: HMAC with SHA-256 // - HS384: HMAC with SHA-384 // - HS512: HMAC with SHA-512 type Algorithm int const ( // UnknownAlgorithm indicates that the algorithm is unknown. UnknownAlgorithm Algorithm = iota // HS256 is HMAC using SHA-256. HS256 // HS384 is HMAC using SHA-384. HS384 // HS512 is HMAC using SHA-512. HS512 ) // String returns the string representation of the Algorithm. func (a Algorithm) String() string { switch a { case HS256: return "HS256" case HS384: return "HS384" case HS512: return "HS512" default: return "UnknownAlgorithm" } } // Parameters contains the parameters for JWT HMAC. type Parameters struct { keySizeInBytes int kidStrategy KIDStrategy algorithm Algorithm } var _ key.Parameters = (*Parameters)(nil) // minKeySizeInBytes returns the minimum key size in bytes for a given algorithm. // // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.2. func minKeySizeInBytes(algorithm Algorithm) (int, error) { switch algorithm { case HS256: return 32, nil case HS384: return 48, nil case HS512: return 64, nil default: return 0, fmt.Errorf("invalid algorithm: %v", algorithm) } } // NewParameters creates a new [Parameters] value. func NewParameters(keySizeInBytes int, kidStrategy KIDStrategy, algorithm Algorithm) (*Parameters, error) { minKeySize, err := minKeySizeInBytes(algorithm) if err != nil { return nil, err } if keySizeInBytes < minKeySize { return nil, fmt.Errorf("keySizeInBytes must be at least %d bytes", minKeySize) } if kidStrategy == UnknownKIDStrategy { return nil, fmt.Errorf("kidStrategy must be set") } return &Parameters{ keySizeInBytes: keySizeInBytes, kidStrategy: kidStrategy, algorithm: algorithm, }, nil } // KIDStrategy returns the key ID strategy. func (p *Parameters) KIDStrategy() KIDStrategy { return p.kidStrategy } // KeySizeInBytes returns the key size in bytes. func (p *Parameters) KeySizeInBytes() int { return p.keySizeInBytes } // Algorithm returns the algorithm used for signing. func (p *Parameters) Algorithm() Algorithm { return p.algorithm } // HasIDRequirement tells whether the key has an ID requirement, that is, if a // key generated with these parameters must have a given ID. func (p *Parameters) HasIDRequirement() bool { return p.KIDStrategy() == Base64EncodedKeyIDAsKID } // Equal compares this parameters value with other. func (p *Parameters) Equal(other key.Parameters) bool { o, ok := other.(*Parameters) return ok && p.KIDStrategy() == o.KIDStrategy() && p.Algorithm() == o.Algorithm() && p.KeySizeInBytes() == o.KeySizeInBytes() } ================================================ FILE: jwt/jwthmac/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwthmac_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/jwt/jwthmac" ) func TestNewParameters(t *testing.T) { for _, tc := range []struct { kidStrategy jwthmac.KIDStrategy algorithm jwthmac.Algorithm keySizeInBytes int }{ {jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256, 32}, {jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS384, 48}, {jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS512, 64}, {jwthmac.IgnoredKID, jwthmac.HS256, 32}, {jwthmac.IgnoredKID, jwthmac.HS384, 48}, {jwthmac.IgnoredKID, jwthmac.HS512, 64}, {jwthmac.CustomKID, jwthmac.HS256, 32 + 1}, // Use a larger key size than the minimum. {jwthmac.CustomKID, jwthmac.HS384, 48 + 1}, {jwthmac.CustomKID, jwthmac.HS512, 64 + 1}, } { t.Run(fmt.Sprintf("%v_%v_%v", tc.kidStrategy, tc.algorithm, tc.keySizeInBytes), func(t *testing.T) { p, err := jwthmac.NewParameters(tc.keySizeInBytes, tc.kidStrategy, tc.algorithm) if err != nil { t.Fatalf("NewParameters(%v, %v) failed: %v", tc.kidStrategy, tc.algorithm, err) } if p.KIDStrategy() != tc.kidStrategy { t.Errorf("KIDStrategy() = %v, want %v", p.KIDStrategy(), tc.kidStrategy) } if p.Algorithm() != tc.algorithm { t.Errorf("Algorithm() = %v, want %v", p.Algorithm(), tc.algorithm) } if want := tc.kidStrategy == jwthmac.Base64EncodedKeyIDAsKID; p.HasIDRequirement() != want { t.Errorf("HasIDRequirement() = %v, want %v", p.HasIDRequirement(), want) } other, err := jwthmac.NewParameters(tc.keySizeInBytes, tc.kidStrategy, tc.algorithm) if err != nil { t.Fatalf("NewParameters(%v, %v) failed: %v", tc.kidStrategy, tc.algorithm, err) } if diff := cmp.Diff(p, other, cmp.AllowUnexported(jwthmac.Parameters{})); diff != "" { t.Errorf("NewParameters(%v, %v) returned unexpected diff (-want +got):\n%s", tc.kidStrategy, tc.algorithm, diff) } }) } } func TestNewParameters_Errors(t *testing.T) { for _, tc := range []struct { name string keySizeInBytes int kidStrategy jwthmac.KIDStrategy algorithm jwthmac.Algorithm }{ { name: "UnknownKIDStrategy", keySizeInBytes: 32, kidStrategy: jwthmac.UnknownKIDStrategy, algorithm: jwthmac.HS256, }, { name: "UnknownAlgorithm", keySizeInBytes: 32, kidStrategy: jwthmac.Base64EncodedKeyIDAsKID, algorithm: jwthmac.UnknownAlgorithm, }, { name: "HS256_KeySizeTooSmall", keySizeInBytes: 32 - 1, kidStrategy: jwthmac.Base64EncodedKeyIDAsKID, algorithm: jwthmac.HS256, }, { name: "HS384_KeySizeTooSmall", keySizeInBytes: 48 - 1, kidStrategy: jwthmac.Base64EncodedKeyIDAsKID, algorithm: jwthmac.HS384, }, { name: "HS512_KeySizeTooSmall", keySizeInBytes: 64 - 1, kidStrategy: jwthmac.Base64EncodedKeyIDAsKID, algorithm: jwthmac.HS512, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := jwthmac.NewParameters(tc.keySizeInBytes, tc.kidStrategy, tc.algorithm); err == nil { t.Errorf("NewParameters(%v, %v, %v) succeeded, want error", tc.keySizeInBytes, tc.kidStrategy, tc.algorithm) } else { t.Logf("NewParameters(%v, %v, %v) failed: %v", tc.keySizeInBytes, tc.kidStrategy, tc.algorithm, err) } }) } } func mustCreateParameters(t *testing.T, keySizeInBytes int, kidStrategy jwthmac.KIDStrategy, algorithm jwthmac.Algorithm) *jwthmac.Parameters { t.Helper() p, err := jwthmac.NewParameters(keySizeInBytes, kidStrategy, algorithm) if err != nil { t.Fatalf("NewParameters(%v, %v, %v) failed: %v", keySizeInBytes, kidStrategy, algorithm, err) } return p } func TestEqual_Different(t *testing.T) { for _, tc := range []struct { name string p1, p2 *jwthmac.Parameters }{ { name: "DifferentKIDStrategy", p1: mustCreateParameters(t, 32, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), p2: mustCreateParameters(t, 32, jwthmac.CustomKID, jwthmac.HS256), }, { name: "DifferentAlgorithm", p1: mustCreateParameters(t, 64, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), p2: mustCreateParameters(t, 64, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS512), }, { name: "DifferentKeySize", p1: mustCreateParameters(t, 64, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS512), p2: mustCreateParameters(t, 65, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS512), }, } { t.Run(tc.name, func(t *testing.T) { if tc.p1.Equal(tc.p2) { t.Errorf("(%v).Equal(%v) = true, want false", tc.p1, tc.p2) } }) } } ================================================ FILE: jwt/jwthmac/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwthmac import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" jwthmacpb "github.com/tink-crypto/tink-go/v2/proto/jwt_hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func algorithmToProto(a Algorithm) jwthmacpb.JwtHmacAlgorithm { switch a { case HS256: return jwthmacpb.JwtHmacAlgorithm_HS256 case HS384: return jwthmacpb.JwtHmacAlgorithm_HS384 case HS512: return jwthmacpb.JwtHmacAlgorithm_HS512 } return jwthmacpb.JwtHmacAlgorithm_HS_UNKNOWN } func algorithmFromProto(a jwthmacpb.JwtHmacAlgorithm) (Algorithm, error) { switch a { case jwthmacpb.JwtHmacAlgorithm_HS256: return HS256, nil case jwthmacpb.JwtHmacAlgorithm_HS384: return HS384, nil case jwthmacpb.JwtHmacAlgorithm_HS512: return HS512, nil } return UnknownAlgorithm, fmt.Errorf("unknown algorithm: %v", a) } func outputPrefixTypeFromKIDStrategy(s KIDStrategy) (tinkpb.OutputPrefixType, error) { switch s { case CustomKID: return tinkpb.OutputPrefixType_RAW, nil case IgnoredKID: return tinkpb.OutputPrefixType_RAW, nil case Base64EncodedKeyIDAsKID: return tinkpb.OutputPrefixType_TINK, nil } return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown KID strategy: %v", s) } func kidStrategyFromOutputPrefixType(s tinkpb.OutputPrefixType, hasCustomKID bool) (KIDStrategy, error) { switch s { case tinkpb.OutputPrefixType_RAW: if hasCustomKID { return CustomKID, nil } return IgnoredKID, nil case tinkpb.OutputPrefixType_TINK: return Base64EncodedKeyIDAsKID, nil } return UnknownKIDStrategy, fmt.Errorf("unknown output prefix type: %v", s) } func (s *parametersSerializer) Serialize(p key.Parameters) (*tinkpb.KeyTemplate, error) { if p == nil { return nil, fmt.Errorf("parameters can't be nil") } params, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want %T", p, (*Parameters)(nil)) } keyFormat := &jwthmacpb.JwtHmacKeyFormat{ Algorithm: algorithmToProto(params.Algorithm()), KeySize: uint32(params.KeySizeInBytes()), Version: 0, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { return nil, fmt.Errorf("failed to marshal JwtHmacKeyFormat: %v", err) } outputPrefixType, err := outputPrefixTypeFromKIDStrategy(params.kidStrategy) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: keyTypeURL, Value: serializedKeyFormat, OutputPrefixType: outputPrefixType, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(kt *tinkpb.KeyTemplate) (key.Parameters, error) { if kt == nil { return nil, fmt.Errorf("key template can't be nil") } if kt.GetTypeUrl() != keyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", kt.GetTypeUrl(), keyTypeURL) } keyFormat := &jwthmacpb.JwtHmacKeyFormat{} if err := proto.Unmarshal(kt.GetValue(), keyFormat); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtHmacKeyFormat: %v", err) } if keyFormat.GetVersion() != 0 { return nil, fmt.Errorf("invalid version: got %d, want 0", keyFormat.GetVersion()) } kidStrategy, err := kidStrategyFromOutputPrefixType(kt.GetOutputPrefixType(), false) if err != nil { return nil, err } algorithm, err := algorithmFromProto(keyFormat.GetAlgorithm()) if err != nil { return nil, err } return NewParameters(int(keyFormat.GetKeySize()), kidStrategy, algorithm) } type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func (s *keySerializer) SerializeKey(k key.Key) (*protoserialization.KeySerialization, error) { jwtHMACKey, ok := k.(*Key) if !ok { return nil, fmt.Errorf("key is of type %T; needed *Key", k) } protoKey := &jwthmacpb.JwtHmacKey{ Version: 0, Algorithm: algorithmToProto(jwtHMACKey.parameters.Algorithm()), KeyValue: jwtHMACKey.keyBytes.Data(insecuresecretdataaccess.Token{}), } if jwtHMACKey.parameters.KIDStrategy() == CustomKID { kid, ok := jwtHMACKey.KID() if !ok { return nil, fmt.Errorf("custom_kid is not set") } protoKey.CustomKid = &jwthmacpb.JwtHmacKey_CustomKid{ Value: kid, } } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, fmt.Errorf("failed to marshal JwtHmacKey: %v", err) } outputPrefixType, err := outputPrefixTypeFromKIDStrategy(jwtHMACKey.parameters.KIDStrategy()) if err != nil { return nil, err } idRequirement, _ := jwtHMACKey.IDRequirement() return protoserialization.NewKeySerialization(&tinkpb.KeyData{ TypeUrl: keyTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization can't be nil") } if keySerialization.KeyData().GetTypeUrl() != keyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keySerialization.KeyData().GetTypeUrl(), keyTypeURL) } if keySerialization.KeyData().GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { return nil, fmt.Errorf("invalid key material type: got %v, want %v", keySerialization.KeyData().GetKeyMaterialType(), tinkpb.KeyData_SYMMETRIC) } keyProto := &jwthmacpb.JwtHmacKey{} if err := proto.Unmarshal(keySerialization.KeyData().GetValue(), keyProto); err != nil { return nil, fmt.Errorf("failed to unmarshal JwtHmacKey: %v", err) } if keyProto.GetVersion() != 0 { return nil, fmt.Errorf("invalid key version: got %d, want 0", keyProto.GetVersion()) } kidStrategy, err := kidStrategyFromOutputPrefixType(keySerialization.OutputPrefixType(), keyProto.GetCustomKid() != nil) if err != nil { return nil, err } algorithm, err := algorithmFromProto(keyProto.GetAlgorithm()) if err != nil { return nil, err } params, err := NewParameters(len(keyProto.GetKeyValue()), kidStrategy, algorithm) if err != nil { return nil, err } keyID, _ := keySerialization.IDRequirement() opts := KeyOpts{ Parameters: params, KeyBytes: secretdata.NewBytesFromData(keyProto.GetKeyValue(), insecuresecretdataaccess.Token{}), IDRequirement: keyID, } if keyProto.GetCustomKid() != nil { opts.HasCustomKID = true opts.CustomKID = keyProto.GetCustomKid().GetValue() } return NewKey(opts) } ================================================ FILE: jwt/jwthmac/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwthmac_test import ( "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/jwt/jwthmac" "github.com/tink-crypto/tink-go/v2/secretdata" jwthmacpb "github.com/tink-crypto/tink-go/v2/proto/jwt_hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, msg proto.Message) []byte { t.Helper() b, err := proto.Marshal(msg) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } return b } type parametersTestCase struct { name string params *jwthmac.Parameters keyTemplate *tinkpb.KeyTemplate } func getParametersTestCases(t *testing.T) []*parametersTestCase { return []*parametersTestCase{ { name: "HS256 with TINK prefix", params: mustCreateParameters(t, 32, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKeyFormat{ Algorithm: jwthmacpb.JwtHmacAlgorithm_HS256, KeySize: 32, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "HS384 with TINK prefix", params: mustCreateParameters(t, 48, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS384), keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKeyFormat{ Algorithm: jwthmacpb.JwtHmacAlgorithm_HS384, KeySize: 48, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "HS512 with TINK prefix", params: mustCreateParameters(t, 64, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS512), keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKeyFormat{ Algorithm: jwthmacpb.JwtHmacAlgorithm_HS512, KeySize: 64, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "HS256 with RAW prefix (Ignored KID)", params: mustCreateParameters(t, 32, jwthmac.IgnoredKID, jwthmac.HS256), keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKeyFormat{ Algorithm: jwthmacpb.JwtHmacAlgorithm_HS256, KeySize: 32, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "HS256 with RAW prefix (Custom KID)", params: mustCreateParameters(t, 32, jwthmac.CustomKID, jwthmac.HS256), keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKeyFormat{ Algorithm: jwthmacpb.JwtHmacAlgorithm_HS256, KeySize: 32, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, } } func TestParametersSerializer(t *testing.T) { for _, tc := range getParametersTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.params) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.params, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.params, diff) } }) } } func TestParametersParser(t *testing.T) { var testCasesToParse []*parametersTestCase for _, tc := range getParametersTestCases(t) { if tc.params.KIDStrategy() != jwthmac.CustomKID { testCasesToParse = append(testCasesToParse, tc) } } for _, tc := range testCasesToParse { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.params, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func TestParametersParser_Errors(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "nil value", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: nil, OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKeyFormat{ Algorithm: jwthmacpb.JwtHmacAlgorithm_HS256, KeySize: 32, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, { name: "invalid output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKeyFormat{ Algorithm: jwthmacpb.JwtHmacAlgorithm_HS256, KeySize: 32, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_LEGACY, }, }, { name: "invalid version", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKeyFormat{ Algorithm: jwthmacpb.JwtHmacAlgorithm_HS256, KeySize: 32, Version: 1, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid algorithm", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKeyFormat{ Algorithm: jwthmacpb.JwtHmacAlgorithm_HS_UNKNOWN, KeySize: 32, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid key size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKeyFormat{ Algorithm: jwthmacpb.JwtHmacAlgorithm_HS256, KeySize: 15, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) error = nil, want error", tc.keyTemplate) } }) } } func mustNewKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() keySerialization, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization() err = %v, want nil", err) } return keySerialization } func mustCreateKey(t *testing.T, opts jwthmac.KeyOpts) *jwthmac.Key { t.Helper() key, err := jwthmac.NewKey(opts) if err != nil { t.Fatalf("jwthmac.NewKey() err = %v, want nil", err) } return key } type keySerializationTestCase struct { name string key *jwthmac.Key keySerialization *protoserialization.KeySerialization } func getKeySerializationTestCases(t *testing.T) []*keySerializationTestCase { keyBytes32 := secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}) keyBytes48 := secretdata.NewBytesFromData([]byte("012345678901234567890123456789012345678901234567"), insecuresecretdataaccess.Token{}) keyBytes64 := secretdata.NewBytesFromData([]byte("0123456789012345678901234567890123456789012345678901234567890123"), insecuresecretdataaccess.Token{}) return []*keySerializationTestCase{ { name: "HS256_TINK", key: mustCreateKey(t, jwthmac.KeyOpts{ Parameters: mustCreateParameters(t, 32, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS256), KeyBytes: keyBytes32, IDRequirement: 123, }), keySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKey{Version: 0, Algorithm: jwthmacpb.JwtHmacAlgorithm_HS256, KeyValue: keyBytes32.Data(insecuresecretdataaccess.Token{})}), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "HS384_TINK", key: mustCreateKey(t, jwthmac.KeyOpts{ Parameters: mustCreateParameters(t, 48, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS384), KeyBytes: keyBytes48, IDRequirement: 456, }), keySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKey{Version: 0, Algorithm: jwthmacpb.JwtHmacAlgorithm_HS384, KeyValue: keyBytes48.Data(insecuresecretdataaccess.Token{})}), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 456), }, { name: "HS512_TINK", key: mustCreateKey(t, jwthmac.KeyOpts{ Parameters: mustCreateParameters(t, 64, jwthmac.Base64EncodedKeyIDAsKID, jwthmac.HS512), KeyBytes: keyBytes64, IDRequirement: 789, }), keySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKey{Version: 0, Algorithm: jwthmacpb.JwtHmacAlgorithm_HS512, KeyValue: keyBytes64.Data(insecuresecretdataaccess.Token{})}), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 789), }, { name: "HS256_RAW_Ignored", key: mustCreateKey(t, jwthmac.KeyOpts{ Parameters: mustCreateParameters(t, 32, jwthmac.IgnoredKID, jwthmac.HS256), KeyBytes: keyBytes32, }), keySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKey{Version: 0, Algorithm: jwthmacpb.JwtHmacAlgorithm_HS256, KeyValue: keyBytes32.Data(insecuresecretdataaccess.Token{})}), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "HS256_RAW_Custom", key: mustCreateKey(t, jwthmac.KeyOpts{ Parameters: mustCreateParameters(t, 32, jwthmac.CustomKID, jwthmac.HS256), KeyBytes: keyBytes32, CustomKID: "custom", HasCustomKID: true, }), keySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtHmacKey", Value: mustMarshal(t, &jwthmacpb.JwtHmacKey{ Version: 0, Algorithm: jwthmacpb.JwtHmacAlgorithm_HS256, KeyValue: keyBytes32.Data(insecuresecretdataaccess.Token{}), CustomKid: &jwthmacpb.JwtHmacKey_CustomKid{Value: "custom"}, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } } func TestKeySerializer(t *testing.T) { for _, tc := range getKeySerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.SerializeKey(tc.key) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.keySerialization, keySerialization, protocmp.Transform(), cmp.AllowUnexported(protoserialization.KeySerialization{})); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestKeyParser(t *testing.T) { for _, tc := range getKeySerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.key, got, protocmp.Transform(), cmp.AllowUnexported(protoserialization.KeySerialization{})); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } ================================================ FILE: jwt/jwtrsassapkcs1/jwtrsassapkcs1.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package jwtrsassapkcs1 provides parameters for JWT RSA SSA PKCS1 keys. package jwtrsassapkcs1 import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" ) func init() { if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterParametersSerializer() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(privateKeyTypeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterParametersParser() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PublicKey](&publicKeySerializer{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterKeySerializer() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(publicKeyTypeURL, &publicKeyParser{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterKeyParser() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](&privateKeySerializer{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterKeySerializer() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(privateKeyTypeURL, &privateKeyParser{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterKeyParser() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("jwtrsassapkcs1: failed to register key creator: %v", err)) } } ================================================ FILE: jwt/jwtrsassapkcs1/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwtrsassapkcs1 import ( "bytes" "crypto/rand" "crypto/rsa" "encoding/base64" "encoding/binary" "fmt" "math/big" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // PublicKey represents a public key for JWT RSA SSA PKCS1 signing. type PublicKey struct { parameters *Parameters modulus []byte // Big integer value in big-endian encoding. idRequirement uint32 kid string hasKID bool } var _ key.Key = (*PublicKey)(nil) func computeKID(customKID *string, idRequirement uint32, parameters *Parameters) (string, bool, error) { switch parameters.KIDStrategy() { case Base64EncodedKeyIDAsKID: if customKID != nil { return "", false, fmt.Errorf("custom KID is not supported for KID strategy: %v", parameters.KIDStrategy()) } // Serialize the ID requirement. idRequirementBytes := make([]byte, 4) binary.BigEndian.PutUint32(idRequirementBytes, idRequirement) return base64.URLEncoding.WithPadding(base64.NoPadding).EncodeToString(idRequirementBytes), true, nil case IgnoredKID: if customKID != nil { return "", false, fmt.Errorf("custom KID is not supported for KID strategy: %v", parameters.KIDStrategy()) } return "", false, nil case CustomKID: if customKID == nil { return "", false, fmt.Errorf("custom KID is required for KID strategy: %v", parameters.KIDStrategy()) } return *customKID, true, nil default: return "", false, fmt.Errorf("invalid KID strategy: %v", parameters.KIDStrategy()) } } // PublicKeyOpts are [PublicKey] options. type PublicKeyOpts struct { Modulus []byte IDRequirement uint32 CustomKID string HasCustomKID bool Parameters *Parameters } // NewPublicKey creates a new [PublicKey]. // // The modulus is expected to be in big-endian encoding. // The ID requirement must be 0 if the KID is not required. func NewPublicKey(opts PublicKeyOpts) (*PublicKey, error) { if opts.Parameters == nil { return nil, fmt.Errorf("jwtrsassapkcs1.NewPublicKey: parameters can't be nil") } if !opts.Parameters.HasIDRequirement() && opts.IDRequirement != 0 { return nil, fmt.Errorf("jwtrsassapkcs1.NewPublicKey: ID requirement must be 0 if ID is not required") } modulusBigInt := new(big.Int).SetBytes(opts.Modulus) if modulusBigInt.BitLen() != opts.Parameters.ModulusSizeInBits() { return nil, fmt.Errorf("jwtrsassapkcs1.NewPublicKey: invalid modulus bit-length: %v, want %v", modulusBigInt.BitLen(), opts.Parameters.ModulusSizeInBits()) } var customKID *string = nil if opts.HasCustomKID { customKID = &opts.CustomKID } kid, hasKID, err := computeKID(customKID, opts.IDRequirement, opts.Parameters) if err != nil { return nil, fmt.Errorf("jwtrsassapkcs1.NewPublicKey: %v", err) } return &PublicKey{ parameters: opts.Parameters, modulus: opts.Modulus, idRequirement: opts.IDRequirement, kid: kid, hasKID: hasKID, }, nil } // Parameters returns the parameters of the key. func (k *PublicKey) Parameters() key.Parameters { return k.parameters } // Modulus returns the public key modulus. func (k *PublicKey) Modulus() []byte { return bytes.Clone(k.modulus) } // KID returns the KID for this key. // // If no kid is set, it returns ("", false). func (k *PublicKey) KID() (string, bool) { return k.kid, k.hasKID } // IDRequirement returns the ID requirement for this key. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.parameters.HasIDRequirement() } // Equal returns true if k and other are equal. // Note that the comparison is not constant time. func (k *PublicKey) Equal(other key.Key) bool { that, ok := other.(*PublicKey) return ok && k.parameters.Equal(that.parameters) && bytes.Equal(k.modulus, that.modulus) && k.idRequirement == that.idRequirement && k.kid == that.kid && k.hasKID == that.hasKID } // PrivateKey represents a private key for JWT RSA SSA PKCS1 signing. type PrivateKey struct { publicKey *PublicKey privateKey *rsa.PrivateKey } // PrivateKeyOpts are [PrivateKey] options. type PrivateKeyOpts struct { PublicKey *PublicKey D secretdata.Bytes P secretdata.Bytes Q secretdata.Bytes // dp, dq and QInv must be computed by the Go library. // See https://pkg.go.dev/crypto/rsa#PrivateKey. } // NewPrivateKey creates a new JWT RSA SSA PKCS1 private key. func NewPrivateKey(opts PrivateKeyOpts) (*PrivateKey, error) { if opts.PublicKey == nil { return nil, fmt.Errorf("jwtrsassapkcs1.NewPrivateKey: public key cannot be nil") } privateKey := rsa.PrivateKey{ PublicKey: rsa.PublicKey{ N: new(big.Int).SetBytes(opts.PublicKey.Modulus()), E: opts.PublicKey.Parameters().(*Parameters).PublicExponent(), }, D: new(big.Int).SetBytes(opts.D.Data(insecuresecretdataaccess.Token{})), Primes: []*big.Int{ new(big.Int).SetBytes(opts.P.Data(insecuresecretdataaccess.Token{})), new(big.Int).SetBytes(opts.Q.Data(insecuresecretdataaccess.Token{})), }, } if err := privateKey.Validate(); err != nil { return nil, fmt.Errorf("jwtrsassapkcs1.NewPrivateKey: %v", err) } // We don't use opts.DP, opts.DQ, opts.QI directly, because rsa.PrivateKey.Validate() // does not check if they are correct. Instead, we call Precompute() to derive // them from P, Q and D, and then use the derived values. This ensures that the // precomputed values are correct. privateKey.Precompute() return &PrivateKey{ publicKey: opts.PublicKey, privateKey: &privateKey, }, nil } // Parameters returns the parameters of the key. func (k *PrivateKey) Parameters() key.Parameters { return k.publicKey.Parameters() } // PublicKey returns the public key. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // IDRequirement returns the ID requirement for this key. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // D returns the private exponent D. func (k *PrivateKey) D() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.D.Bytes(), insecuresecretdataaccess.Token{}) } // P returns the prime factor P. func (k *PrivateKey) P() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Primes[0].Bytes(), insecuresecretdataaccess.Token{}) } // Q returns the prime factor Q. func (k *PrivateKey) Q() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Primes[1].Bytes(), insecuresecretdataaccess.Token{}) } // DP returns the private prime factor P-1. func (k *PrivateKey) DP() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Dp.Bytes(), insecuresecretdataaccess.Token{}) } // DQ returns the private prime factor Q-1. func (k *PrivateKey) DQ() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Dq.Bytes(), insecuresecretdataaccess.Token{}) } // QInv returns the inverse of Q. func (k *PrivateKey) QInv() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Qinv.Bytes(), insecuresecretdataaccess.Token{}) } // Equal returns true if k and other are equal. // Note that the comparison is not constant time. func (k *PrivateKey) Equal(other key.Key) bool { that, ok := other.(*PrivateKey) if !ok { return false } return ok && k.publicKey.Equal(that.publicKey) && k.privateKey.Equal(that.privateKey) } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { jwtRSASSAPKCS1Params, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("jwtrsassapkcs1.createPrivateKey: invalid parameters type: want %T, got %T", (*Parameters)(nil), p) } if jwtRSASSAPKCS1Params.KIDStrategy() == CustomKID { return nil, fmt.Errorf("jwtrsassapkcs1.createPrivateKey: key generation is not supported for strategy %v", jwtRSASSAPKCS1Params.KIDStrategy()) } rsaKey, err := rsa.GenerateKey(rand.Reader, int(jwtRSASSAPKCS1Params.ModulusSizeInBits())) if err != nil { return nil, err } publicKey, err := NewPublicKey(PublicKeyOpts{ Modulus: rsaKey.PublicKey.N.Bytes(), IDRequirement: idRequirement, HasCustomKID: false, Parameters: jwtRSASSAPKCS1Params, }) if err != nil { return nil, fmt.Errorf("jwtrsassapkcs1.createPrivateKey: %v", err) } privateKey, err := NewPrivateKey(PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(rsaKey.D.Bytes(), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(rsaKey.Primes[0].Bytes(), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(rsaKey.Primes[1].Bytes(), insecuresecretdataaccess.Token{}), }) if err != nil { return nil, fmt.Errorf("jwtrsassapkcs1.createPrivateKey: %v", err) } return privateKey, nil } ================================================ FILE: jwt/jwtrsassapkcs1/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwtrsassapkcs1_test import ( "bytes" "encoding/base64" "fmt" "math/big" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapkcs1" "github.com/tink-crypto/tink-go/v2/secretdata" ) const ( // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L13 n2048Base64 = "s1EKK81M5kTFtZSuUFnhKy8FS2WNXaWVmi_fGHG4CLw98-Yo0nkuUarVwSS0O9pFPcpc3kvPKOe9Tv-6DLS3Qru21aATy2PRqjqJ4CYn71OYtSwM_ZfSCKvrjXybzgu-sBmobdtYm-sppbdL-GEHXGd8gdQw8DDCZSR6-dPJFAzLZTCdB-Ctwe_RXPF-ewVdfaOGjkZIzDoYDw7n-OHnsYCYozkbTOcWHpjVevipR-IBpGPi1rvKgFnlcG6d_tj0hWRl_6cS7RqhjoiNEtxqoJzpXs_Kg8xbCxXbCchkf11STA8udiCjQWuWI8rcDwl69XMmHJjIQAqhKvOOQ8rYTQ" d2048Base64 = "GlAtDupse2niHVg5EB9wVFbtDvhS-0f-IQcfVMXzPIzrBmxi1yfjLSbFgTcyn4nTGVMlt5UmTBldhUcvdQfb0JYdKVH5NaJrNPCsJNFUkOESiptxOJFbx9v6j-OWNXExxUOunJhQc2jZzrCMHGGYo-2nrqGFoOl2zULCLQDwA9nxnZbqTJr8v-FEHMyALPsGifWdgExqTk9ATBUXR0XtbLi8iO8LM7oNKoDjXkO8kPNQBS5yAW51sA01ejgcnA1GcGnKZgiHyYd2Y0n8xDRgtKpRa84Hnt2HuhZDB7dSwnftlSitO6C_GHc0ntO3lmpsJAEQQJv00PreDGj9rdhH_Q" p2048Base64 = "7BJc834xCi_0YmO5suBinWOQAF7IiRPU-3G9TdhWEkSYquupg9e6K9lC5k0iP-t6I69NYF7-6mvXDTmv6Z01o6oV50oXaHeAk74O3UqNCbLe9tybZ_-FdkYlwuGSNttMQBzjCiVy0-y0-Wm3rRnFIsAtd0RlZ24aN3bFTWJINIs" q2048Base64 = "wnQqvNmJe9SwtnH5c_yCqPhKv1cF_4jdQZSGI6_p3KYNxlQzkHZ_6uvrU5V27ov6YbX8vKlKfO91oJFQxUD6lpTdgAStI3GMiJBJIZNpyZ9EWNSvwUj28H34cySpbZz3s4XdhiJBShgy-fKURvBQwtWmQHZJ3EGrcOI7PcwiyYc" dp2048Base64 = "lql5jSUCY0ALtidzQogWJ-B87N-RGHsBuJ_0cxQYinwg-ySAAVbSyF1WZujfbO_5-YBN362A_1dn3lbswCnHK_bHF9-fZNqvwprPnceQj5oK1n4g6JSZNsy6GNAhosT-uwQ0misgR8SQE4W25dDGkdEYsz-BgCsyrCcu8J5C-tU" dq2048Base64 = "BVT0GwuH9opFcis74M9KseFlA0wakQAquPKenvni2rb-57JFW6-0IDfp0vflM_NIoUdBL9cggL58JjP12ALJHDnmvOzj5nXlmZUDPFVzcCDa2eizDQS4KK37kwStVKEaNaT1BwmHasWxGCNrp2pNfJopHdlgexad4dGCOFaRmZ8" qInv2048Base64 = "HGQBidm_6MYjgzIQp2xCDG9E5ddg4lmRbOwq4rFWRWlg_ZXidHZgw4lWIlDwVQSc-rflwwOVSThKeiquscgk069wlIKoz5tYcCKgCx8HIttQ8zyybcIN0iRdUmXfYe4pg8k4whZ9zuEh_EtEecI35yjPYzq2CowOzQT85-O6pVk" // Taken from: // https://github.com/tink-crypto/tink-java/blob/6e771bc8116cb2ae88b8184af2a678f470df4790/src/test/java/com/google/crypto/tink/signature/RsaSsaPkcs1PrivateKeyTest.java#L347 n2048BigInt16 = "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" d2048BigInt10 = "3221514782158521239046688407258406330028553231891834758638194651218489349712866325521438421714836367531316613927931498512071990193965798572643232627837201196644319517052327671563822639251731918047441576305607916660284178027387674162132050160094809919355636813793351064368082273962217034909172344404581974193241939373282144264114913662260588365672363893632683074989847367188654224412555194872230331733391324889200933302437700487142724975686901108577545454632839147323098141162449990768306604007013959695761622579370899486808808004842820432382650026507647986123784123174922931280866259315314620233905351359011687391313" p2048BigInt10 = "158774943353490113489753012135278111098541279368787638170427666092698662171983127156976037521575652098385551704113475827318417186165950163951987243985985522595184323477005539699476104661027759513072140468348507403972716866975866335912344241205454260491734974839813729609658331285715361068926273165265719385439" q2048BigInt10 = "142695718417290075651435513804876109623436685476916701891113040095977093917632889732962474426931910603260254832314306994757612331416172717945809235744856009131743301134864401372069413649983267047705657073804311818666915219978411279698814772814372316278090214109479349638211641740638165276131916195227128960331" dp2048BigInt10 = "54757332036492112014516953480958174268721943273163834138395198270094376648475863100263551887676471134286132102726288671270440594499638457751236945367826491626048737037509791541992445756573377184101446798993133105644007913505173122423833934109368405566843064243548986322802349874418093456823956331253120978221" dq2048BigInt10 = "4123864239778253555759629875435789731400416288406247362280362206719572392388981692085858775418603822002455447341246890276804213737312222527570116003185334716198816124470652855618955238309173562847773234932715360552895882122146435811061769377762503120843231541317940830596042685151421106138423322302824087933" qInv2048BigInt10 = "43369284071361709125656993969231593842392884522437628906059039642593092160995429320609799019215633408868044592180219813214250943675517000006014828230986217788818608645218728222984926523616075543476651226972790298584420864753413872673062587182578776079528269917000933056174453680725934830997227408181738889955" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_3072_test.json#L21 n3072Base64 = "3I94gGcvDPnWNheopYvdJxoQm63aD6gm-UuKeVUmtqSagFZMyrqKlJGpNaU-3q4dmntUY9ni7z7gznv_XUtsgUe1wHPC8iBRXVMdVaNmh6bePDR3XC8VGRrAp0LXNCIoyNkQ_mu8pDlTnEhd68vQ7g5LrjF1A7g87oEArHu0WHRny8Q3PEvaLu33xBYx5QkitYD1vOgdJLIIyrzS11_P6Z91tJPf_Fyb2ZD3_Dvy7-OS_srjbz5O9EVsG13pnMdFFzOpELaDS2HsKSdNmGvjdSw1CxOjJ9q8CN_PZWVJmtJuhTRGYz6tspcMqVvPa_Bf_bwqgEN412mFpx8G-Ql5-f73FsNqpiWkW17t9QglpT6dlDWyPKq55cZNOP06dn4YWtdyfW4V-em6svQYTWSHaV25ommMZysugjQQ2-8dk_5AydNX7p_Hf4Sd4RNj9YOvjM9Rgcoa65RMQiUWy0AelQkj5L2IFDn6EJPHdYK_4axZk2dHALZDQzngJFMV2G_L" d3072Base64 = "BQEgW9F7iNDWYm3Q_siYoP1_aPjd3MMU900WfEBJW5WKh-TtYyAuasaPT09LiOPsegfYV1enRYRot2aq2aQPdzN4VUCLKNFA51wuazYE6okHu9f46VeMJACuZF0o4t7vi_cY4pzxL8y5L--YafQ67lvWrcIjhI0WnNbCfCdmZSdm_4GZOz4BWlU97O4P_cFiTzn42Wtu1dlQR8FXC1n6LrPWiN1eFKzJQHuAlPGLRpQkTrGtzWVdhz9X_5r25P7EcL4ja687IMIECrNg11nItOYYv4vU4OxmmPG3LHFg7QUhyCtRdrYPtjUD0K4j9uL7emCTBbCvYhULkhrFP03omWZssB2wydi2UHUwFcG25oLmvzggTln3QJw4CMDlPyVJNVQKOBqWPCwad8b5h_BqB6BXJobtIogtvILngjzsCApY1ysJ0AzB0kXPFY_0nMQFmdOvcZ3DAbSqf1sDYproU-naq-KE24bVxB0EARQ98rRZPvTjdHIJxSP1p_gPAtAR" p3072Base64 = "_sahC_xJtYoshQ6v69uZdkmpVXWgwXYxsBHLINejICMqgVua9gQNe_I9Jn5eBjBMM-BMhebUgUQvAQqXWLoINkpwA175npyY7rQxUFsq-2d50ckdDqL7CmXcOR557Np9Uv191pkjsl365EjKzoKeusprPIo8tkqBgAYUQ0iVd4wg1imxJbafQpRfZrZE84QLz6b842EHQlbFCGPsyiznVrSp-36ZPQ8fpIssxIW36qYUBfvvFQ51Y8IVCBF2feD5" q3072Base64 = "3Z7BzubYqXGxZpAsRKTwLvN6YgU7QSiKHYc9OZy8nnvTBu2QZIfaL0m8HBgJwNTYgQbWh5UY7ZJf62aq1f88K4NGbFVO2XuWq-9Vs7AjFPUNA4WgodikauA-j86RtBISDwoQ3GgVcPpWS2hzus2Ze2FrK9dzP7cjreI7wQidoy5QlYNDbx40SLV5-yGyQGINIEWNCPD5lauswKOY8KtqZ8n1vPfgMvsdZo_mmNgDJ1ma4_3zqqqxm68XY5RDGUvj" dp3072Base64 = "8b-0DNVlc5cay162WwzSv0UCIo8s7KWkXDdmEVHL_bCgooIztgD-cn_WunHp8eFeTVMmCWCQf-Ac4dYU6iILrMhRJUG3hmN9UfM1X9RCIq97Di7RHZRUtPcWUjSy6KYhiN_zye8hyhwW9wqDNhUHXKK5woZBOY_U9Y_PJlD3Uqpqdgy1hN2WnOyA4ctN_etr8au4BmGJK899wopeozCcis9_A56K9T8mfVF6NzfS3hqcoVj-8XH4vaHppvA7CRKx" dq3072Base64 = "Pjwq6NNi3JKU4txx0gUPfd_Z6lTVwwKDZq9nvhoJzeev5y4nclPELatjK_CELKaY9gLZk9GG4pBMZ2q5Zsb6Oq3uxNVgAyr1sOrRAljgQS5frTGFXm3cHjdC2leECzFX6OlGut5vxv5F5X87oKXECCXfVrx2HNptJpN1fEvTGNQUxSfLdBTjUdfEnYVk7TebwAhIBs7FCAbhyGcot80rYGISpDJnv2lNZFPcyec_W3mKSaQzHSY6IiIVS12DSkNJ" qInv3072Base64 = "GMyXHpGG-GwUTRQM6rvJriLJTo2FdTVvtqSgM5ke8hC6-jmkzRq_qZszL96eVpVa8XlFmnI2pwC3_R2ICTkG9hMK58qXQtntDVxj5qnptD302LJhwS0sL5FIvAZp8WW4uIGHnD7VjUps1aPxGT6avSeEYJwB-5CUx8giUyrXrsKgiu6eJjCVrQQmRVy1kljH_Tcxyone4xgA0ZHtcklyHCUmZlDEbcv7rjBwYE0uAJkUouJpoBuvpb34u6McTztg" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_4096_test.json#L21 n4096Base64 = "9gG-DczQSqQLEvPxka4XwfnIwLaOenfhS-JcPHkHyx0zpu9BjvQYUvMsmDkrxcmu2RwaFQHFA-q4mz7m9PjrLg_PxBvQNgnPao6zqm8PviMYezPbTTS2bRKKiroKKr9Au50T2OJVRWmlerHYxhuMrS3IhZmuDaU0bhXazhuse_aXN8IvCDvptGu4seq1lXstp0AnXpbIcZW5b-EUUhWdr8_ZFs7l10mne8OQWl69OHrkRej-cPFumghmOXec7_v9QVV72Zrqajcaa0sWBhWhoSvGlY00vODIWty9g5L6EM7KUiCdVhlro9JzziKPHxERkqqS3ioDl5ihe87LTcYQDm-K6MJkPyrnaLIlXwgsl46VylUVVfEGCCMc-AA7v4B5af_x5RkUuajJuPRWRkW55dcF_60pZj9drj12ZStCLkPxPmwUkQkIBcLRJop0olEXdCfjOpqRF1w2cLkXRgCLzh_SMebk8q1wy0OspfB2AKbTHdApFSQ9_dlDoCFl2jZ6a35Nrh3S6Lg2kDCAeV0lhQdswcFd2ejS5eBHUmVpsb_TldlX65_eMl00LRRCbnHv3BiHUV5TzepYNJIfkoYp50ju0JesQCTivyVdcEEfhzc5SM-Oiqfv-isKtH1RZgkeGu3sYFaLFVvZwnvFXz7ONfg9Y2281av0hToFHblNUEU" d4096Base64 = "01Gb2G7fXb6cZKN4FxPdBJt0f1ZR_ZGMzoqbgLbWovtqqzNKtWmom1iYLgquNzCQKZ-iJ_llK4AtI-5cpoJMQz0B1AuwRzsWGQqL-xN8CnBLT0m0UBW_vuH2cERvB1lSWdcMfXmulfmyVDsBYuu3Y-u4HEtu3_nRl97eHb5X5ARm0VbU39XXY0xFU0-yu70b8leBehc8B5X9vMUzl29KDQQWDyma9dwnKoFLNtW65RFrlUIXjx1VTKt6ZFMDVIK5ga3UvY_9XVAIObI-MOvT84aPB1hMvRK6CJMlmChg9p8r3HB3tsYPWKInKCM3nhAjcEFl98FPZKGP1bJFoYFJt-2jOFpWup55UConvxOGXN41vhXeA9BqpvCLFyt-60tzy8FXAZxdkzWEqNGt1ht9vKOyU8oM-T3JqKOqwvUCJwIuaS97R2dVZiDMko1j4xB4w2Diq0txqRfhnn6wk4BILltOqIIChxwqKcpvZrL-MEr2CVIOT4HWTCZ2i7gSqGZ5NmYR9M9uieK9HZ1-KHKcfw5OMVLXrX8Yb6MvAeFp_wahIAG8F539DclCy6vFVfZ_X9BD4KM1Q0D6SQ0vEjNnvpJus-Hf_nDDFRyHRQ8yF9wqoLWnBpxaF9VWFMmZQTn3s3tJ6f54CvZaDoni5Y_qr_4WO8nRnq_ZzSmw7zzvPQE" p4096Base64 = "_CG4VcWtTKK2lwUWQG9xxuee_EEm5lmHctseCC3msN3aqiopUfBBSOhuC94oITt_YA-YcwgwHqzqE0Biuww932KNqav5PvHOPnWwlTpITb01VL1cBkmTPdd-UnVj6Q8FqAE_3ayVjDKTeOlDA7MEvl-d8f5bBDp_3ZRwCj8LHLvQUWt82UxXypbZ_SqMqXOZEhjLozocI9gQ91GdH3cCq3Kv_bP4ShsqiBFuQDO8TQz8eYnGV-D-lOlkR2rli65reHbzbAnTKxpj-MR8lKdMku7fdfwnz_4PhFI2PkvI92U_PLVer2k87HDRPIdd6TWosgQ5q36T92mBxZV_xbtE2Q" q4096Base64 = "-cf3SKUF0j7O-ahfgJfIz31wKO9skOIqM2URWC0sw2NuNOrTcgTb0i8UKj-x1fhXsDEMekM_Ua4U1GCLAbQ6qMeuZ4Nff74LnZeUiznpui06FoftuLVu5w_wU22rTQVR9x7Q2u6eQSRJ9fCZvMFeTvBVTcefh_7FoN6nF8cFQ5K_REYTk3QBu-88Ivv35zjFh3m5gWCaH5wR3W8LvpmW4nc0WeTO8kewKp_CEpasV6WxBWGCQxDPvezJDgZZg3DjaYcT_b4lKOxO89zKrnAe7cPlStbnr05o47Ob0ul6yRGZNsZHpQNRHLKD35hM_XwH8PVqqK4xZpSO8_QbCFmTTQ" dp4096Base64 = "gVSGqrCgiWv5fxPj6x9_XEkZW0nMO2J3QSo2iHmLGPRkIt9HnLlBs7VOJZZKPWm4l7zINVFg5YtK8p8XRd0sq7Zw9jS5wFjms1FJR_LCfeXtQk9zseHxvkoYiRGgMz86Zohliz7o4yZaUS5N6srcRw7jBOu1IkEjr7RhmE_oUk_gtrMNMqWfbtLcdKlrx8v9G7ROWKcJIjXF1icuEqLIYsuMjPXRCapPscZHKHWhRGDB7VIHxLIrxJTHlH63ymOoyv0xNh0ADd8WotefE92RQNl5FJtIjL9ElFpbaq8TIhv0SR67t_yifKIOIh9Jw8N7ifzy3A4stj-Pipt6FCJQWQ" dq4096Base64 = "th2E_5NKTkN7Fu4bS5_fSuEzcLU4W956VGShI8A0PfV1-eEo7535RCMNOcyc9dwO2yi350C2nvAkwb_uOfzVNA_66gAQFgxTXcCSDnzYG-Uz0A-lVKH8TT4CxGFWn158p4fxUV7fRbGWt1mITeZSw41ZNM-SUk6Ae007WQvDm8QX7kiFp2HSjdrc5sj9s7lh0-f9SAZN-TQKln-LeZl0OIQfSFeaR23bVQiMMI9o8rKdAcZZelp8jQZihPY-N6aMOHnDKqODZnX9DrJxmIOpGURWHp3X6KprsXFX8IxI-Ob65cPlortrXVgO7GyX3c2b4KSe8oOnAxrXq6jUON9OlQ" qInv4096Base64 = "IvuOX82bdnEE5xJE21MFjBgGHhsNH2O3Pi1ZqV4qEM2HQmoz2hPCh83vgTbl5H6T-5swrZJiintUP0jrARqGNWqzy0gPJ-ORsBjKGH2Xrz2C4xhh7K-mY9t4qonDvUaOaq3vs6Q_eLwAuAFMldtU6dIaAX6PIfZxVF7d6all6jLf_0XNo3_KGqUTL2yO7SIr0B_tWm59Y5WAxZVXd6hlRMLEyTm9uLTEht2lMHKGGgM0NZvbN1hHXknZDQU5lE54z8_Y__Vbsxoc68ZbKPUeeQcBsveRIYiYTwNObpbhxSUeM_44-yIbznqQqGhXxfVrbKdzB8RdUpCx8Iit4IKzSQ" // Test case generated with python, d is one byte shorter than n. This way, we test that a leading null byte will be appended to d during the serialization process. n2048Base64Short = "s3tBtRJT0gQfXrSWzicHNV-oWlaZ-Zw59s_NoZU1H1f5zuZKOSMf7PMZ8_BI5ozRhUUv6VuTainRKkutULVu3tfCI0Sx7P-oXPCz2cH8SfreEhYzt4j5kMJn6hrWBeDQRXrm2_ozk4_naC1xGvnTyQdAIt9A2uiDEeiu2usVJ1XWMWY4QlwY44smjvET_N0sClB9RCn-078cGVbYJ6FXYnqivpSI7XpzaSy7m2bPnG93ex78FKNmQ_sWGI3l43340QopG24jXBfpo_e2CoEEansHH9V6ngEACwCxGKQvbAUAHE1kpgW-Nzay0_nL9tHg7z3LCk1hwsIKUcL03PFX3w" d2048Base64Short = "ofOWVs0y1U7i_5H0ghC1cHPgdaOvTIyrwQnBgwwf4yh_QTKLxwLqy-SQho1LOr3WUWsc0HTRj_orwv6GZU1RvcLyauCRrEkEotiPcO6ZuCemOqvN_s6aYwUIvzV36dXyGL_NkLEz2PMA3AAlDzJe6Aai2NSasO0dWAudu-xkKhjEkobvNi6E1SF2SzaSZCLYyzVv6AXsZCsf4QB9Mc4Cl5LrMDiN0eloCTXE90juKayoXSWlaewqVG1B0cuqAnUqFhc91fIsvQ8eD0klV6e667_zJDsCPP2AyBXb8dg4iq1hbJz7zhi7L_DcYiLKKTYfBouYMm9JvVE9bVAzQOZh" p2048Base64Short = "8ZDa2uxtQRFgV0hdz_y_bW86ufU0kQaS39hy6e_NjWy42gaDszPXtz8MNOJwk5M-Fdkq6LrMQX61hTcjG8TT1PCvfw8OeNK9HOoU2oXVaRw86g7NOEDKMYSWilrHcUkCMFzlleNiBShwXG8uyxc7WxX_5HZ6f9jaCSRJFbolXDE" q2048Base64Short = "vjS4PXyXl4cyPaCzjZTxJttM6xO2cuIglNvm2PGu_ZtX78U1sRvAZ_9U1Bps7fbKg_H2R-yaqF6op-Fb2L4dM-Wcy2BkFmJOxNZA1Cw7mHNj77_umoCtrGxF-mEZgvkC5cy2CiQTDy9G1paqrFG748j877qUSMkYygy5dB5AwQ8" dp2048Base64Short = "S-eZbWsXFXgRTrvVhpJD0G5ABMiw4NUw95d63FlWvJaqKxAa-AdVRCZSfpecijKdMp5Ppltz7SyUeyyNIp-hdGrAqmsfwAVwGRLQxK2DFokh9uX5xDBPmGmyJ_1IaCdpwaqfFY8icL55OAJTsMs3AnMSOkakTWHleTPmpyYbsTE" dq2048Base64Short = "DetVwEop3dDrAE-OVEIeE7XgvyNGKsoZkEs3bZDiOXTwzn8kGr3pKrMoxgzZA-EXmOhQGZtbBg9HUGHRkt72zCF1g_yd1nWDRixXui8yfUmUeqsVDwFztDaIOHZ6o3cNmzuL5toU-vt-t513B_1DPrwqpnCFAX6V7dNYjwLXwkk" qInv2048Base64Short = "12-Ru9ZuczoydYqX5L1mDyE47bMy9SoXw-aBKRd9i0lYCX0nAmt32Q6peM8WSuQIPf7R9OxKSVIeBsFLxdaKiYLV4xOOkr3gSkSeYNN4adSgIl2nc5n2RxvgIVPELs7H1quU1slDq0j6AAltv8Tft71sp_9F7h1-tCkOUTLHMhY" ) func mustBase64Decode(t *testing.T, in string) []byte { t.Helper() d, err := base64.RawURLEncoding.DecodeString(in) if err != nil { t.Fatalf("base64.RawURLEncoding.DecodeString(%q) failed: %v", in, err) } return d } func mustCreateParametersFromOpts(t *testing.T, opts jwtrsassapkcs1.ParametersOpts) *jwtrsassapkcs1.Parameters { p, err := jwtrsassapkcs1.NewParameters(opts) if err != nil { t.Fatalf("jwtrsassapkcs1.NewParameters(%v) failed: %v", opts, err) } return p } func mustStringToBigInt(t *testing.T, s string, base int) *big.Int { t.Helper() i, ok := new(big.Int).SetString(s, base) if !ok { t.Fatalf("failed to parse %v as a base %v big number", s, base) } return i } type publicKeyTestCase struct { name string opts jwtrsassapkcs1.PublicKeyOpts wantKID string wantHasKID bool } func publicKeyTestCases(t *testing.T) []publicKeyTestCase { var tcs []publicKeyTestCase for _, algorithm := range []jwtrsassapkcs1.Algorithm{jwtrsassapkcs1.RS256, jwtrsassapkcs1.RS384, jwtrsassapkcs1.RS512} { for _, modulusAndSize := range []struct { modulus []byte size int }{ {mustBase64Decode(t, n2048Base64), 2048}, {mustStringToBigInt(t, n2048BigInt16, 16).Bytes(), 2048}, {mustBase64Decode(t, n3072Base64), 3072}, {mustBase64Decode(t, n4096Base64), 4096}, } { for _, exponent := range []int{f4} { for _, kidStrategyAndValues := range []struct { strategy jwtrsassapkcs1.KIDStrategy idRequirement uint32 customKID string hasCustomKID bool wantKID string wantHasKID bool }{ { strategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, idRequirement: 0x01020304, customKID: "", hasCustomKID: false, wantKID: "AQIDBA", wantHasKID: true, }, } { tcs = append(tcs, publicKeyTestCase{ name: fmt.Sprintf("%s_%d_%d_%s", algorithm, modulusAndSize.size, exponent, kidStrategyAndValues.strategy), opts: jwtrsassapkcs1.PublicKeyOpts{ Modulus: modulusAndSize.modulus, IDRequirement: kidStrategyAndValues.idRequirement, CustomKID: kidStrategyAndValues.customKID, HasCustomKID: kidStrategyAndValues.hasCustomKID, Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: modulusAndSize.size, PublicExponent: exponent, Algorithm: algorithm, KidStrategy: kidStrategyAndValues.strategy, }), }, wantKID: kidStrategyAndValues.wantKID, wantHasKID: kidStrategyAndValues.wantHasKID, }) } } } } return tcs } func TestPublicKey(t *testing.T) { for _, tc := range publicKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { pk, err := jwtrsassapkcs1.NewPublicKey(tc.opts) if err != nil { t.Fatalf("NewPublicKey(%v) failed: %v", tc.opts, err) } kid, hasKID := pk.KID() if kid != tc.wantKID || hasKID != tc.wantHasKID { t.Errorf("pk.KID() = %q, %v, want %q, %v", kid, hasKID, tc.wantKID, tc.wantHasKID) } if !bytes.Equal(pk.Modulus(), tc.opts.Modulus) { t.Errorf("pk.Modulus() = %v, want %v", pk.Modulus(), tc.opts.Modulus) } params := pk.Parameters() if !params.Equal(tc.opts.Parameters) { t.Errorf("pk.Parameters() = %v, want %v", params, tc.opts.Parameters) } idRequirement, hasIDRequirement := pk.IDRequirement() if idRequirement != tc.opts.IDRequirement || hasIDRequirement != tc.opts.Parameters.HasIDRequirement() { t.Errorf("pk.IDRequirement() = %v, %v, want %v, %v", idRequirement, hasIDRequirement, tc.opts.IDRequirement, tc.opts.Parameters.HasIDRequirement()) } pk2, err := jwtrsassapkcs1.NewPublicKey(tc.opts) if err != nil { t.Fatalf("NewPublicKey(%v) failed: %v", tc.opts, err) } if diff := cmp.Diff(pk, pk2); diff != "" { t.Errorf("NewPublicKey(%v) returned unexpected diff (-want +got):\n%s", tc.opts, diff) } }) } } func TestPublicKeyEqual_Different(t *testing.T) { for _, tc := range []struct { name string opts1, opts2 jwtrsassapkcs1.PublicKeyOpts }{ { name: "DifferentModulus", opts1: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, opts2: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n3072Base64), // Different modulus Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 3072, // Different size PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, }, { name: "SameModulusSize_DifferentModulus", opts1: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, opts2: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustStringToBigInt(t, n2048BigInt16, 16).Bytes(), // Different modulus, same size Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, }, { name: "DifferentKIDStrategy", opts1: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, opts2: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.CustomKID, // Different KID strategy }), CustomKID: "some_kid", HasCustomKID: true, }, }, { name: "DifferentIDRequirement", opts1: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, opts2: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x05060708, // Different ID requirement }, }, { name: "DifferentAlgorithm", opts1: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, opts2: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS384, // Different algorithm KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, }, } { t.Run(tc.name, func(t *testing.T) { pk1, err := jwtrsassapkcs1.NewPublicKey(tc.opts1) if err != nil { t.Fatalf("NewPublicKey(%v) failed: %v", tc.opts1, err) } pk2, err := jwtrsassapkcs1.NewPublicKey(tc.opts2) if err != nil { t.Fatalf("NewPublicKey(%v) failed: %v", tc.opts2, err) } if cmp.Equal(pk1, pk2) { t.Errorf("cmp.Equal(%v, %v) = true, want false", pk1, pk2) } }) } } func TestNewPublicKey_Errors(t *testing.T) { for _, tc := range []struct { name string opts jwtrsassapkcs1.PublicKeyOpts }{ { name: "NilParameters", opts: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, Parameters: nil, }, }, { name: "IDRequirementNotRequiredButSet", opts: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.CustomKID, }), IDRequirement: 0x01020304, CustomKID: "some_kid", HasCustomKID: true, }, }, { name: "InvalidModulusBitLength", opts: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n3072Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, }, { name: "Base64EncodedKeyIDAsKID_CustomKIDSet", opts: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, CustomKID: "some_kid", HasCustomKID: true, }, }, { name: "IgnoredKID_CustomKIDSet", opts: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), CustomKID: "some_kid", HasCustomKID: true, }, }, { name: "CustomKID_CustomKIDNotSet", opts: jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.CustomKID, }), HasCustomKID: false, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := jwtrsassapkcs1.NewPublicKey(tc.opts); err == nil { t.Errorf("NewPublicKey(%v) err = nil, want error", tc.opts) } else { t.Logf("NewPublicKey(%v) err = %v", tc.opts, err) } }) } } type privateKeyTestCase struct { name string opts jwtrsassapkcs1.PrivateKeyOpts // Derived values. wantDP secretdata.Bytes wantDQ secretdata.Bytes wantQInv secretdata.Bytes } func privateKeyTestCases(t *testing.T) []privateKeyTestCase { var tcs []privateKeyTestCase type keyMaterial struct { n, d, p, q, dp, dq, qInv string size int } keyMaterials := []keyMaterial{ {n2048Base64, d2048Base64, p2048Base64, q2048Base64, dp2048Base64, dq2048Base64, qInv2048Base64, 2048}, {n3072Base64, d3072Base64, p3072Base64, q3072Base64, dp3072Base64, dq3072Base64, qInv3072Base64, 3072}, {n4096Base64, d4096Base64, p4096Base64, q4096Base64, dp4096Base64, dq4096Base64, qInv4096Base64, 4096}, } for _, algorithm := range []jwtrsassapkcs1.Algorithm{jwtrsassapkcs1.RS256, jwtrsassapkcs1.RS384, jwtrsassapkcs1.RS512} { for _, km := range keyMaterials { decodedD := mustBase64Decode(t, km.d) decodedP := mustBase64Decode(t, km.p) decodedQ := mustBase64Decode(t, km.q) decodedDP := mustBase64Decode(t, km.dp) decodedDQ := mustBase64Decode(t, km.dq) decodedQInv := mustBase64Decode(t, km.qInv) for _, kidStrategyAndValues := range []struct { strategy jwtrsassapkcs1.KIDStrategy idRequirement uint32 customKID string hasCustomKID bool }{ {jwtrsassapkcs1.Base64EncodedKeyIDAsKID, 0x01020304, "", false}, {jwtrsassapkcs1.IgnoredKID, 0, "", false}, {jwtrsassapkcs1.CustomKID, 0, "test-kid", true}, } { pkOpts := jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, km.n), IDRequirement: kidStrategyAndValues.idRequirement, CustomKID: kidStrategyAndValues.customKID, HasCustomKID: kidStrategyAndValues.hasCustomKID, Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: km.size, PublicExponent: f4, Algorithm: algorithm, KidStrategy: kidStrategyAndValues.strategy, }), } pk := mustCreatePublicKey(t, pkOpts) tcs = append(tcs, privateKeyTestCase{ name: fmt.Sprintf("%s_%d_%s", algorithm, km.size, kidStrategyAndValues.strategy), opts: jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: pk, D: secretdata.NewBytesFromData(decodedD, insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(decodedP, insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(decodedQ, insecuresecretdataaccess.Token{}), }, wantDP: secretdata.NewBytesFromData(decodedDP, insecuresecretdataaccess.Token{}), wantDQ: secretdata.NewBytesFromData(decodedDQ, insecuresecretdataaccess.Token{}), wantQInv: secretdata.NewBytesFromData(decodedQInv, insecuresecretdataaccess.Token{}), }) } } } return tcs } func TestPrivateKey(t *testing.T) { for _, tc := range privateKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { privKey, err := jwtrsassapkcs1.NewPrivateKey(tc.opts) if err != nil { t.Fatalf("NewPrivateKey(%v) failed: %v", tc.opts, err) } // Test getters if !privKey.Parameters().Equal(tc.opts.PublicKey.Parameters()) { t.Errorf("privKey.Parameters() = %v, want %v", privKey.Parameters(), tc.opts.PublicKey.Parameters()) } pubKey, err := privKey.PublicKey() if err != nil { t.Fatalf("privKey.PublicKey() failed: %v", err) } if !pubKey.Equal(tc.opts.PublicKey) { t.Errorf("privKey.PublicKey() = %v, want %v", pubKey, tc.opts.PublicKey) } idReq, hasIDReq := privKey.IDRequirement() wantIDReq, wantHasIDReq := tc.opts.PublicKey.IDRequirement() if idReq != wantIDReq || hasIDReq != wantHasIDReq { t.Errorf("privKey.IDRequirement() = %v, %v, want %v, %v", idReq, hasIDReq, wantIDReq, wantHasIDReq) } if diff := cmp.Diff(tc.opts.D, privKey.D()); diff != "" { t.Errorf("privKey.D() mismatch (-want +got):\n%s", diff) } if diff := cmp.Diff(tc.opts.P, privKey.P()); diff != "" { t.Errorf("privKey.P() mismatch (-want +got):\n%s", diff) } if diff := cmp.Diff(tc.opts.Q, privKey.Q()); diff != "" { t.Errorf("privKey.Q() mismatch (-want +got):\n%s", diff) } if diff := cmp.Diff(tc.wantDP, privKey.DP()); diff != "" { t.Errorf("privKey.DP() mismatch (-want +got):\n%s", diff) } if diff := cmp.Diff(tc.wantDQ, privKey.DQ()); diff != "" { t.Errorf("privKey.DQ() mismatch (-want +got):\n%s", diff) } if diff := cmp.Diff(tc.wantQInv, privKey.QInv()); diff != "" { t.Errorf("privKey.QInv() mismatch (-want +got):\n%s", diff) } // Test equality with a newly created key from the same options privKey2, err := jwtrsassapkcs1.NewPrivateKey(tc.opts) if err != nil { t.Fatalf("NewPrivateKey(%v) failed: %v", tc.opts, err) } if !privKey.Equal(privKey2) { t.Errorf("privKey.Equal(privKey2) = false, want true") } if !privKey2.Equal(privKey) { t.Errorf("privKey2.Equal(privKey) = false, want true") } }) } } func TestPrivateKeyEqual_Different(t *testing.T) { for _, tc := range []struct { name string pk1 *jwtrsassapkcs1.PrivateKey pk2 *jwtrsassapkcs1.PrivateKey }{ { name: "DifferentKey", pk1: mustCreatePrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), pk2: mustCreatePrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustStringToBigInt(t, n2048BigInt16, 16).Bytes(), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustStringToBigInt(t, d2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustStringToBigInt(t, p2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustStringToBigInt(t, q2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), }), }, { name: "DifferentIDRequirement", pk1: mustCreatePrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), pk2: mustCreatePrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x020304005, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), }, { name: "DifferentKIDStrategy", pk1: mustCreatePrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.CustomKID, }), HasCustomKID: true, IDRequirement: 0, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), pk2: mustCreatePrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), IDRequirement: 0, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), }, } { t.Run(tc.name, func(t *testing.T) { if tc.pk1.Equal(tc.pk2) { t.Errorf("tc.pk1.Equal(tc.pk2) = true, want false") } if tc.pk2.Equal(tc.pk1) { t.Errorf("tc.pk2.Equal(tc.pk1) = true, want false") } }) } } func mustCreatePrivateKey(t *testing.T, opts jwtrsassapkcs1.PrivateKeyOpts) *jwtrsassapkcs1.PrivateKey { t.Helper() pk, err := jwtrsassapkcs1.NewPrivateKey(opts) if err != nil { t.Fatalf("jwtrsassapkcs1.NewPrivateKey(%v) failed: %v", opts, err) } return pk } func TestNewPrivateKey_Errors(t *testing.T) { for _, tc := range []struct { name string opts jwtrsassapkcs1.PrivateKeyOpts }{ { name: "NilPublicKey", opts: jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: nil, D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, { name: "InvalidPrivateKey_WrongSizeD", opts: jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d3072Base64), insecuresecretdataaccess.Token{}), // Wrong size D P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, { name: "InvalidPrivateKey_MismatchedD", opts: jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustStringToBigInt(t, d2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), // Mismatched D P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, { name: "InvalidPrivateKey_WrongSizeP", opts: jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p3072Base64), insecuresecretdataaccess.Token{}), // Wrong size P Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, { name: "InvalidPrivateKey_MismatchedP", opts: jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustStringToBigInt(t, p2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), // Mismatched P Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, { name: "InvalidPrivateKey_WrongSizeQ", opts: jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q3072Base64), insecuresecretdataaccess.Token{}), // Wrong size Q }, }, { name: "InvalidPrivateKey_MismatchedQ", opts: jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustStringToBigInt(t, q2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), // Mismatched Q }, }, { name: "IncompatiblePublicKey", opts: jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustStringToBigInt(t, n2048BigInt16, 16).Bytes(), Parameters: mustCreateParametersFromOpts(t, jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := jwtrsassapkcs1.NewPrivateKey(tc.opts); err == nil { t.Errorf("NewPrivateKey(%v) err = nil, want error", tc.opts) } else { t.Logf("NewPrivateKey(%v) err = %v", tc.opts, err) } }) } } func TestPrivateKeyCreator(t *testing.T) { for _, tc := range []struct { kidStrategy jwtrsassapkcs1.KIDStrategy algorithm jwtrsassapkcs1.Algorithm idRequirement uint32 }{ {jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS256, 0x01020304}, {jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS384, 0x01020304}, {jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS512, 0x01020304}, {jwtrsassapkcs1.IgnoredKID, jwtrsassapkcs1.RS256, 0}, {jwtrsassapkcs1.IgnoredKID, jwtrsassapkcs1.RS384, 0}, {jwtrsassapkcs1.IgnoredKID, jwtrsassapkcs1.RS512, 0}, } { for _, modulusSizeInBits := range []int{2048, 3072, 4096} { t.Run(fmt.Sprintf("%v_%v", tc.kidStrategy, tc.algorithm), func(t *testing.T) { params := mustCreateParameters(t, tc.kidStrategy, tc.algorithm, modulusSizeInBits) key, err := keygenregistry.CreateKey(params, tc.idRequirement) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } jwtrsassapkcs1PrivateKey, ok := key.(*jwtrsassapkcs1.PrivateKey) if !ok { t.Fatalf("keygenregistry.CreateKey() returned key of type %T, want %T", key, (*jwtrsassapkcs1.PrivateKey)(nil)) } idRequirement, hasIDRequirement := jwtrsassapkcs1PrivateKey.IDRequirement() if tc.kidStrategy == jwtrsassapkcs1.Base64EncodedKeyIDAsKID { if !hasIDRequirement || idRequirement != tc.idRequirement { t.Errorf("jwtrsassapkcs1PrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0x01020304, true) } } else { if hasIDRequirement { t.Errorf("jwtrsassapkcs1PrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0, false) } } if diff := cmp.Diff(jwtrsassapkcs1PrivateKey.Parameters(), params); diff != "" { t.Errorf("jwtrsassapkcs1PrivateKey.Parameters() diff (-want +got): \n%s", diff) } }) } } } // Key creation fails only for CustomKID. func TestPrivateKeyCreator_Errors(t *testing.T) { for _, tc := range []struct { kidStrategy jwtrsassapkcs1.KIDStrategy algorithm jwtrsassapkcs1.Algorithm }{ {jwtrsassapkcs1.CustomKID, jwtrsassapkcs1.RS256}, {jwtrsassapkcs1.CustomKID, jwtrsassapkcs1.RS384}, {jwtrsassapkcs1.CustomKID, jwtrsassapkcs1.RS512}, } { t.Run(fmt.Sprintf("%v_%v", tc.kidStrategy, tc.algorithm), func(t *testing.T) { params := mustCreateParameters(t, tc.kidStrategy, tc.algorithm, 2048) if _, err := keygenregistry.CreateKey(params, 0); err == nil { t.Errorf("keygenregistry.CreateKey() err = nil, want error") } else { t.Logf("keygenregistry.CreateKey() err = %v", err) } }) } } ================================================ FILE: jwt/jwtrsassapkcs1/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwtrsassapkcs1 import ( "fmt" "github.com/tink-crypto/tink-go/v2/key" ) // KIDStrategy is the strategy for handling the "kid" header. // See https://datatracker.ietf.org/doc/html/rfc7515#section-4.1.4 // The available options are: // - Base64EncodedKeyID: The `kid` is the URL safe (RFC 4648 Section 5) base64-encoded big-endian `key_id` in the keyset. // - Ignored: The `kid` header is ignored. // - Custom: The `kid` is fixed. It can be obtained by calling `key.GetKid()`. type KIDStrategy int const ( // UnknownKIDStrategy indicates that the key ID strategy is unknown. UnknownKIDStrategy KIDStrategy = iota // Base64EncodedKeyIDAsKID indicates that the a Base64 encoded key ID is // used as the kid. // // Using this strategy means that: // - [jwt.Signer]'s SignAndEncode always adds the `kid`. // - [jwt.Verifyer]'s VerifyAndDecode checks that the `kid` is // present and equal to the key ID. // // NOTE: This strategy is recommended by Tink. Base64EncodedKeyIDAsKID // IgnoredKID indicates that the kid is ignored. // // Using this strategy means that: // - [jwt.Signer]'s SignAndEncode does not write the kid header // - [jwt.Verifyer]'s VerifyAndDecode ignores the kid header IgnoredKID // CustomKID indicates that the kid has a custom fixed value. // // Using this strategy means that: // - [jwt.Signer]'s SignAndEncode writes the KID header to the value // given by key.KID() // - [jwt.Verifyer]'s VerifyAndDecode if the kid is present then it // must match key.KID(); if the kid is not present, it will be // accepted. // // NOTE: Tink doesn't allow creation of random JWT RSA-SSA-PKCS1 keys from // parameters when parameters.KIDStrategy() == CustomKID. CustomKID ) func (k KIDStrategy) String() string { switch k { case Base64EncodedKeyIDAsKID: return "Base64EncodedKeyIDAsKID" case IgnoredKID: return "IgnoredKID" case CustomKID: return "CustomKID" default: return "UnknownKIDStrategy" } } // Algorithm is the signature algorithm. // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.3 // The available options are: // - RS256: RSASSA-PKCS1 using SHA-256 // - RS384: RSASSA-PKCS1 using SHA-384 // - RS512: RSASSA-PKCS1 using SHA-512 type Algorithm int const ( // UnknownAlgorithm indicates that the algorithm is unknown. UnknownAlgorithm Algorithm = iota // RS256 is RSASSA-PKCS1 using SHA-256. RS256 Algorithm = iota + 1 // RS384 is RSASSA-PKCS1 using SHA-384. RS384 // RS512 is RSASSA-PKCS1 using SHA-512. RS512 ) func (a Algorithm) String() string { switch a { case RS256: return "RS256" case RS384: return "RS384" case RS512: return "RS512" default: return "UnknownAlgorithm" } } // Parameters represents the parameters of a JWT RSA SSA PKCS1 key. type Parameters struct { kidStrategy KIDStrategy algorithm Algorithm modulusSizeInBits int publicExponent int } var _ key.Parameters = (*Parameters)(nil) const ( // f4 is the public exponent 65537. f4 = 65537 // Max exponent for RSA keys used in // https://cs.opensource.google/go/go/+/master:src/crypto/internal/fips140/rsa/rsa.go;l=370;drc=a76cc5a4ecb004616404cac5bb756da293818469 maxExponent = 1<<31 - 1 ) // ParametersOpts represents the options for creating a [Parameters] instance. type ParametersOpts struct { ModulusSizeInBits int PublicExponent int Algorithm Algorithm KidStrategy KIDStrategy } // NewParameters creates a new Parameters instance. func NewParameters(opts ParametersOpts) (*Parameters, error) { if opts.ModulusSizeInBits < 2048 { return nil, fmt.Errorf("invalid modulus size: %v, want >= 2048", opts.ModulusSizeInBits) } if opts.Algorithm == UnknownAlgorithm { return nil, fmt.Errorf("unsupported algorithm: %v", opts.Algorithm) } if opts.KidStrategy == UnknownKIDStrategy { return nil, fmt.Errorf("unsupported kid strategy: %v", opts.KidStrategy) } if opts.PublicExponent < f4 || opts.PublicExponent > maxExponent { return nil, fmt.Errorf("invalid public exponent: %v, want >= %v and <= %v", opts.PublicExponent, f4, maxExponent) } // To be consistent with tink-java and tink-cc. if opts.PublicExponent%2 != 1 { return nil, fmt.Errorf("invalid public exponent: %v, want odd", opts.PublicExponent) } return &Parameters{ kidStrategy: opts.KidStrategy, algorithm: opts.Algorithm, modulusSizeInBits: opts.ModulusSizeInBits, publicExponent: opts.PublicExponent, }, nil } // KIDStrategy returns the KIDStrategy. func (p *Parameters) KIDStrategy() KIDStrategy { return p.kidStrategy } // Algorithm returns the Algorithm. func (p *Parameters) Algorithm() Algorithm { return p.algorithm } // ModulusSizeInBits returns the ModulusSizeInBits. func (p *Parameters) ModulusSizeInBits() int { return p.modulusSizeInBits } // PublicExponent returns the PublicExponent. func (p *Parameters) PublicExponent() int { return p.publicExponent } // HasIDRequirement returns true if the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.kidStrategy == Base64EncodedKeyIDAsKID } // Equal returns true if the two Parameters are equal. func (p *Parameters) Equal(other key.Parameters) bool { otherParams, ok := other.(*Parameters) if !ok { return false } return p.kidStrategy == otherParams.kidStrategy && p.algorithm == otherParams.algorithm && p.modulusSizeInBits == otherParams.modulusSizeInBits && p.publicExponent == otherParams.publicExponent } ================================================ FILE: jwt/jwtrsassapkcs1/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwtrsassapkcs1_test import ( "math/bits" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapkcs1" ) const f4 = 65537 func TestNewParameters(t *testing.T) { tests := []struct { name string opts jwtrsassapkcs1.ParametersOpts wantErr bool }{{ name: "valid", opts: jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }, }, { name: "valid 3072", opts: jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS384, KidStrategy: jwtrsassapkcs1.IgnoredKID, }, }, { name: "valid 4096", opts: jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS512, KidStrategy: jwtrsassapkcs1.CustomKID, }, }, { name: "invalid modulus size", opts: jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2047, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }, wantErr: true, }, { name: "invalid public exponent too small", opts: jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 3, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }, wantErr: true, }, { name: "invalid public exponent even", opts: jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65538, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }, wantErr: true, }, { name: "unknown algorithm", opts: jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.UnknownAlgorithm, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }, wantErr: true, }, { name: "unknown kid strategy", opts: jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.UnknownKIDStrategy, }, wantErr: true, }} for _, tc := range tests { t.Run(tc.name, func(t *testing.T) { _, err := jwtrsassapkcs1.NewParameters(tc.opts) if (err != nil) != tc.wantErr { t.Errorf("jwtrsassapkcs1.NewParameters(%v) error = %v, wantErr %v", tc.opts, err, tc.wantErr) } }) } // On 32 bit platforms, the public exponent cannot be larger than 1<<31. if bits.UintSize == 64 { expVal := 1 << (bits.UintSize/2 - 1) t.Run("exponent too larrge", func(t *testing.T) { if _, err := jwtrsassapkcs1.NewParameters(jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: expVal, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }); err == nil { t.Errorf("jwtrsassapkcs1.NewParameters() error = nil, want error") } }) } } func TestParametersGetters(t *testing.T) { opts := jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, } p, err := jwtrsassapkcs1.NewParameters(opts) if err != nil { t.Fatalf("jwtrsassapkcs1.NewParameters(%v) error = %v", opts, err) } if p.ModulusSizeInBits() != opts.ModulusSizeInBits { t.Errorf("p.ModulusSizeInBitsjwtrsassapkcs1.() = %v, want %v", p.ModulusSizeInBits(), opts.ModulusSizeInBits) } if p.PublicExponent() != opts.PublicExponent { t.Errorf("p.PublicExponent() = %v, want %v", p.PublicExponent(), opts.PublicExponent) } if p.Algorithm() != opts.Algorithm { t.Errorf("p.Algorithm() = %v, want %v", p.Algorithm(), opts.Algorithm) } if p.KIDStrategy() != opts.KidStrategy { t.Errorf("p.KIDStrategy() = %v, want %v", p.KIDStrategy(), opts.KidStrategy) } } func TestParametersHasIDRequirement(t *testing.T) { tests := []struct { name string kid jwtrsassapkcs1.KIDStrategy want bool }{{ name: "Base64EncodedKeyIDAsKID", kid: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, want: true, }, { name: "IgnoredKID", kid: jwtrsassapkcs1.IgnoredKID, want: false, }, { name: "CustomKID", kid: jwtrsassapkcs1.CustomKID, want: false, }} for _, tc := range tests { t.Run(tc.name, func(t *testing.T) { opts := jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: tc.kid, } p, err := jwtrsassapkcs1.NewParameters(opts) if err != nil { t.Fatalf("jwtrsassapkcs1.NewParameters(%v) error = %v", opts, err) } if p.HasIDRequirement() != tc.want { t.Errorf("p.HasIDRequirement() = %vjwtrsassapkcs1., want %v", p.HasIDRequirement(), tc.want) } }) } } func TestParametersEqual(t *testing.T) { paramsA, err := jwtrsassapkcs1.NewParameters(jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }) if err != nil { t.Fatalf("jwtrsassapkcs1.NewParameters() err = %v", err) } paramsB, err := jwtrsassapkcs1.NewParameters(jwtrsassapkcs1.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }) if err != nil { t.Fatalf("jwtrsassapkcs1.NewParameters() err = %v", err) } if !paramsA.Equal(paramsB) { t.Errorf("paramsA.Equal(paramsB) = false, want true") } if !paramsB.Equal(paramsA) { t.Errorf("paramsB.Equal(paramsA) = false, want true") } if !paramsA.Equal(paramsA) { t.Errorf("paramsA.Equal(paramsA) = false, want true") } tests := []jwtrsassapkcs1.ParametersOpts{ { ModulusSizeInBits: 3072, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }, { ModulusSizeInBits: 2048, PublicExponent: 65539, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }, { ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS384, KidStrategy: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, }, { ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapkcs1.RS256, KidStrategy: jwtrsassapkcs1.IgnoredKID, }, } for _, tc := range tests { other, err := jwtrsassapkcs1.NewParameters(tc) if err != nil { t.Fatalf("jwtrsassapkcs1.NewParameters(%v) err = %v", tc, err) } if paramsA.Equal(other) { t.Errorf("paramsA.Equal(%v) = true, want false", other) } } } func TestAlgorithmString(t *testing.T) { tests := []struct { alg jwtrsassapkcs1.Algorithm want string }{{ alg: jwtrsassapkcs1.RS256, want: "RS256", }, { alg: jwtrsassapkcs1.RS384, want: "RS384", }, { alg: jwtrsassapkcs1.RS512, want: "RS512", }, { alg: jwtrsassapkcs1.UnknownAlgorithm, want: "UnknownAlgorithm", }} for _, tc := range tests { t.Run(tc.want, func(t *testing.T) { if diff := cmp.Diff(tc.alg.String(), tc.want); diff != "" { t.Errorf("Algorithm.String() diff (-want +got): %s", diff) } }) } } func TestKIDStrategyString(t *testing.T) { tests := []struct { kid jwtrsassapkcs1.KIDStrategy want string }{{ kid: jwtrsassapkcs1.Base64EncodedKeyIDAsKID, want: "Base64EncodedKeyIDAsKID", }, { kid: jwtrsassapkcs1.IgnoredKID, want: "IgnoredKID", }, { kid: jwtrsassapkcs1.CustomKID, want: "CustomKID", }, { kid: jwtrsassapkcs1.UnknownKIDStrategy, want: "UnknownKIDStrategy", }} for _, tc := range tests { t.Run(tc.want, func(t *testing.T) { if diff := cmp.Diff(tc.kid.String(), tc.want); diff != "" { t.Errorf("KIDStrategy.String() diff (-want +got): %s", diff) } }) } } ================================================ FILE: jwt/jwtrsassapkcs1/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwtrsassapkcs1 import ( "fmt" "math/big" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" jwtrsapb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pkcs1_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( privateKeyTypeURL = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey" publicKeyTypeURL = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey" ) type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func algorithmToProto(a Algorithm) jwtrsapb.JwtRsaSsaPkcs1Algorithm { switch a { case RS256: return jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256 case RS384: return jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS384 case RS512: return jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS512 } // Should never happen. return jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS_UNKNOWN } func algorithmFromProto(a jwtrsapb.JwtRsaSsaPkcs1Algorithm) Algorithm { switch a { case jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256: return RS256 case jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS384: return RS384 case jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS512: return RS512 } return UnknownAlgorithm } func outputPrefixTypeFromKIDStrategy(s KIDStrategy) tinkpb.OutputPrefixType { switch s { case CustomKID, IgnoredKID: return tinkpb.OutputPrefixType_RAW case Base64EncodedKeyIDAsKID: return tinkpb.OutputPrefixType_TINK } // Should never happen. return tinkpb.OutputPrefixType_UNKNOWN_PREFIX } func kidStrategyFromOutputPrefixType(s tinkpb.OutputPrefixType, hasCustomKID bool) KIDStrategy { switch s { case tinkpb.OutputPrefixType_RAW: if hasCustomKID { return CustomKID } return IgnoredKID case tinkpb.OutputPrefixType_TINK: return Base64EncodedKeyIDAsKID } return UnknownKIDStrategy } func (s *parametersSerializer) Serialize(p key.Parameters) (*tinkpb.KeyTemplate, error) { if p == nil { return nil, fmt.Errorf("parameters can't be nil") } params, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want %T", p, (*Parameters)(nil)) } keyFormat := &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: algorithmToProto(params.Algorithm()), ModulusSizeInBits: uint32(params.ModulusSizeInBits()), PublicExponent: []byte{0x01, 0x00, 0x01}, // F4 Version: 0, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { return nil, fmt.Errorf("failed to marshal key format: %v", err) } return &tinkpb.KeyTemplate{ TypeUrl: privateKeyTypeURL, Value: serializedKeyFormat, OutputPrefixType: outputPrefixTypeFromKIDStrategy(params.kidStrategy), }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(kt *tinkpb.KeyTemplate) (key.Parameters, error) { if kt == nil { return nil, fmt.Errorf("key template can't be nil") } if kt.GetTypeUrl() != privateKeyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", kt.GetTypeUrl(), privateKeyTypeURL) } keyFormat := &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{} if err := proto.Unmarshal(kt.GetValue(), keyFormat); err != nil { return nil, fmt.Errorf("failed to unmarshal key format: %v", err) } if keyFormat.GetVersion() != 0 { return nil, fmt.Errorf("invalid version: got %d, want 0", keyFormat.GetVersion()) } // Key format cannot specify a CustomKID. publicExponent := new(big.Int).SetBytes(keyFormat.GetPublicExponent()) if !publicExponent.IsInt64() { return nil, fmt.Errorf("public exponent cannot be represented as int64") } kidStrategy := kidStrategyFromOutputPrefixType(kt.GetOutputPrefixType(), false) return NewParameters(ParametersOpts{ KidStrategy: kidStrategy, Algorithm: algorithmFromProto(keyFormat.GetAlgorithm()), ModulusSizeInBits: int(keyFormat.GetModulusSizeInBits()), PublicExponent: int(publicExponent.Int64()), }) } // publicKeyToProto converts a [PublicKey] to a [jwtrsapb.JwtRsaSsaPkcs1PublicKey] // proto. func publicKeyToProto(k *PublicKey) (*jwtrsapb.JwtRsaSsaPkcs1PublicKey, error) { if k.parameters == nil { return nil, fmt.Errorf("parameters can't be nil") } protoPublicKey := &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: algorithmToProto(k.parameters.Algorithm()), N: k.Modulus(), E: new(big.Int).SetInt64(int64(k.parameters.PublicExponent())).Bytes(), } if k.parameters.KIDStrategy() == CustomKID { kid, hasKID := k.KID() if !hasKID { return nil, fmt.Errorf("CustomKID strategy requires a KID") } protoPublicKey.CustomKid = &jwtrsapb.JwtRsaSsaPkcs1PublicKey_CustomKid{ Value: kid, } } return protoPublicKey, nil } type publicKeySerializer struct{} var _ protoserialization.KeySerializer = (*publicKeySerializer)(nil) func (s *publicKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { jwtRSAPublicKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", key, (*PublicKey)(nil)) } protoPublicKey, err := publicKeyToProto(jwtRSAPublicKey) if err != nil { return nil, err } serializedPublicKey, err := proto.Marshal(protoPublicKey) if err != nil { return nil, fmt.Errorf("failed to marshal %T: %v", protoPublicKey, err) } idRequirement, _ := jwtRSAPublicKey.IDRequirement() return protoserialization.NewKeySerialization(&tinkpb.KeyData{ TypeUrl: publicKeyTypeURL, Value: serializedPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, outputPrefixTypeFromKIDStrategy(jwtRSAPublicKey.parameters.KIDStrategy()), idRequirement) } // publicKeyFromProto converts a [jwtrsapb.JwtRsaSsaPkcs1PublicKey] proto to a // [PublicKey]. func publicKeyFromProto(protoPublicKey *jwtrsapb.JwtRsaSsaPkcs1PublicKey, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) (*PublicKey, error) { if protoPublicKey.GetVersion() != 0 { return nil, fmt.Errorf("invalid public key version: got %d, want 0", protoPublicKey.GetVersion()) } kidStrategy := kidStrategyFromOutputPrefixType(outputPrefixType, protoPublicKey.GetCustomKid() != nil) modulusSizeInBits := new(big.Int).SetBytes(protoPublicKey.GetN()).BitLen() exponent := new(big.Int).SetBytes(protoPublicKey.GetE()).Int64() params, err := NewParameters(ParametersOpts{ KidStrategy: kidStrategy, Algorithm: algorithmFromProto(protoPublicKey.GetAlgorithm()), ModulusSizeInBits: modulusSizeInBits, PublicExponent: int(exponent), }) if err != nil { return nil, err } return NewPublicKey(PublicKeyOpts{ Modulus: protoPublicKey.GetN(), IDRequirement: idRequirement, HasCustomKID: protoPublicKey.GetCustomKid() != nil, CustomKID: protoPublicKey.GetCustomKid().GetValue(), Parameters: params, }) } type publicKeyParser struct{} var _ protoserialization.KeyParser = (*publicKeyParser)(nil) func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization can't be nil") } if keySerialization.KeyData().GetTypeUrl() != publicKeyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keySerialization.KeyData().GetTypeUrl(), publicKeyTypeURL) } if keySerialization.KeyData().GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { return nil, fmt.Errorf("invalid key material type: got %v, want %v", keySerialization.KeyData().GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PUBLIC) } publicKeyProto := &jwtrsapb.JwtRsaSsaPkcs1PublicKey{} if err := proto.Unmarshal(keySerialization.KeyData().GetValue(), publicKeyProto); err != nil { return nil, fmt.Errorf("failed to unmarshal %T: %v", err, publicKeyProto) } idRequirement, _ := keySerialization.IDRequirement() return publicKeyFromProto(publicKeyProto, keySerialization.OutputPrefixType(), idRequirement) } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(k key.Key) (*protoserialization.KeySerialization, error) { jwtRSAPrivateKey, ok := k.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", k, (*PrivateKey)(nil)) } if jwtRSAPrivateKey.publicKey == nil { return nil, fmt.Errorf("public key can't be nil") } publicKeyProto, err := publicKeyToProto(jwtRSAPrivateKey.publicKey) if err != nil { return nil, err } token := insecuresecretdataaccess.Token{} n := jwtRSAPrivateKey.publicKey.Modulus() p := jwtRSAPrivateKey.P().Data(token) q := jwtRSAPrivateKey.Q().Data(token) d := jwtRSAPrivateKey.D().Data(token) dp := jwtRSAPrivateKey.DP().Data(token) dq := jwtRSAPrivateKey.DQ().Data(token) crt := jwtRSAPrivateKey.QInv().Data(token) d, dp, dq, crt, err = signature.AdjustEncodingLengths(n, p, q, d, dp, dq, crt) if err != nil { return nil, err } protoPrivateKey := &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: publicKeyProto, D: d, P: p, Q: q, Dp: dp, Dq: dq, Crt: crt, } serializedPrivateKey, err := proto.Marshal(protoPrivateKey) if err != nil { return nil, fmt.Errorf("failed to marshal %T: %v", protoPrivateKey, err) } idRequirement, _ := jwtRSAPrivateKey.IDRequirement() return protoserialization.NewKeySerialization(&tinkpb.KeyData{ TypeUrl: privateKeyTypeURL, Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, outputPrefixTypeFromKIDStrategy(jwtRSAPrivateKey.publicKey.parameters.KIDStrategy()), idRequirement) } func removeLeadingZeros(keyBytes []byte) []byte { return new(big.Int).SetBytes(keyBytes).Bytes() } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization can't be nil") } if keySerialization.KeyData().GetTypeUrl() != privateKeyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keySerialization.KeyData().GetTypeUrl(), privateKeyTypeURL) } if keySerialization.KeyData().GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("invalid key material type: got %v, want %v", keySerialization.KeyData().GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PRIVATE) } privateKeyProto := &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{} if err := proto.Unmarshal(keySerialization.KeyData().GetValue(), privateKeyProto); err != nil { return nil, fmt.Errorf("failed to unmarshal %T: %v", privateKeyProto, err) } idRequirement, _ := keySerialization.IDRequirement() outputPrefixType := keySerialization.OutputPrefixType() if privateKeyProto.GetVersion() != 0 { return nil, fmt.Errorf("invalid private key version: got %d, want 0", privateKeyProto.GetVersion()) } publicKey, err := publicKeyFromProto(privateKeyProto.GetPublicKey(), outputPrefixType, idRequirement) if err != nil { return nil, err } privateKey, err := NewPrivateKey(PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetD()), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetP()), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetQ()), insecuresecretdataaccess.Token{}), }) if err != nil { return nil, err } // Make sure the computed values match the ones in the proto. if !privateKey.DP().Equal(secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetDp()), insecuresecretdataaccess.Token{})) { return nil, fmt.Errorf("private key DP doesn't match") } if !privateKey.DQ().Equal(secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetDq()), insecuresecretdataaccess.Token{})) { return nil, fmt.Errorf("private key DQ doesn't match") } if !privateKey.QInv().Equal(secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetCrt()), insecuresecretdataaccess.Token{})) { return nil, fmt.Errorf("private key QInv doesn't match") } return privateKey, nil } ================================================ FILE: jwt/jwtrsassapkcs1/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwtrsassapkcs1_test import ( "fmt" "math/big" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapkcs1" "github.com/tink-crypto/tink-go/v2/secretdata" jwtrsapb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pkcs1_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, msg proto.Message) []byte { t.Helper() b, err := proto.Marshal(msg) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } return b } func mustCreateParameters(t *testing.T, kid jwtrsassapkcs1.KIDStrategy, alg jwtrsassapkcs1.Algorithm, modulusSize int) *jwtrsassapkcs1.Parameters { t.Helper() p, err := jwtrsassapkcs1.NewParameters(jwtrsassapkcs1.ParametersOpts{ KidStrategy: kid, Algorithm: alg, ModulusSizeInBits: modulusSize, PublicExponent: f4, }) if err != nil { t.Fatalf("jwtrsassapkcs1.NewParameters() err = %v, want nil", err) } return p } func mustNewKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() keySerialization, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization() err = %v, want nil", err) } return keySerialization } func mustCreatePublicKey(t *testing.T, opts jwtrsassapkcs1.PublicKeyOpts) *jwtrsassapkcs1.PublicKey { t.Helper() key, err := jwtrsassapkcs1.NewPublicKey(opts) if err != nil { t.Fatalf("jwtrsassapkcs1.NewPublicKey() err = %v, want nil", err) } return key } func TestParametersSerializer(t *testing.T) { for _, tc := range []struct { params *jwtrsassapkcs1.Parameters wantKt *tinkpb.KeyTemplate }{ { params: mustCreateParameters(t, jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS256, 2048), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { params: mustCreateParameters(t, jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS384, 3072), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS384, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { params: mustCreateParameters(t, jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS512, 4096), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS512, ModulusSizeInBits: 4096, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { params: mustCreateParameters(t, jwtrsassapkcs1.IgnoredKID, jwtrsassapkcs1.RS256, 2048), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { params: mustCreateParameters(t, jwtrsassapkcs1.CustomKID, jwtrsassapkcs1.RS256, 2048), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, } { t.Run(fmt.Sprintf("%v_%v", tc.params.KIDStrategy(), tc.params.Algorithm()), func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.params) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.params, err) } if diff := cmp.Diff(tc.wantKt, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got): \n%s", tc.params, diff) } }) } } func TestParametersParser(t *testing.T) { for _, tc := range []struct { wantParams *jwtrsassapkcs1.Parameters kt *tinkpb.KeyTemplate }{ { wantParams: mustCreateParameters(t, jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS256, 2048), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { wantParams: mustCreateParameters(t, jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS384, 3072), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS384, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { wantParams: mustCreateParameters(t, jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS512, 4096), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS512, ModulusSizeInBits: 4096, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { wantParams: mustCreateParameters(t, jwtrsassapkcs1.IgnoredKID, jwtrsassapkcs1.RS256, 2048), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, } { t.Run(fmt.Sprintf("%v_%v", tc.wantParams.Algorithm(), tc.kt.GetOutputPrefixType()), func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.kt) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.kt, err) } if diff := cmp.Diff(tc.wantParams, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got): \n%s", tc.kt, diff) } }) } } func TestParametersParser_Errors(t *testing.T) { for _, tc := range []struct { name string kt *tinkpb.KeyTemplate }{ { name: "invalid key format proto", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: []byte("invalid proto"), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "nil value", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: nil, OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, { name: "invalid output prefix type", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, }, }, { name: "invalid version", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 1, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid algorithm", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS_UNKNOWN, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid modulus size", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 2047, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid public exponent", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid public exponent too large to fit in int64", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1KeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).Lsh(big.NewInt(1), 64).Bytes(), // 2^64 Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.kt); err == nil { t.Errorf("protoserialization.ParseParameters(%v) error = nil, want error", tc.kt) } else { t.Logf("protoserialization.ParseParameters(%v) error = %v", tc.kt, err) } }) } } type protoserializationPublicKeyTestCase struct { name string publicKey *jwtrsassapkcs1.PublicKey publicKeySerialization *protoserialization.KeySerialization } func TestPublicKeySerializer(t *testing.T) { e := []byte{0x01, 0x00, 0x01} testCases := []*protoserializationPublicKeyTestCase{ { name: fmt.Sprintf("%v_%v_TINK", jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS256), publicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, HasCustomKID: false, Parameters: mustCreateParameters(t, jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS256, 2048), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 0x01020304), }, { name: fmt.Sprintf("%v_%v_RAW", jwtrsassapkcs1.IgnoredKID, jwtrsassapkcs1.RS384), publicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n3072Base64), HasCustomKID: false, Parameters: mustCreateParameters(t, jwtrsassapkcs1.IgnoredKID, jwtrsassapkcs1.RS384, 3072), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS384, N: mustBase64Decode(t, n3072Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: fmt.Sprintf("%v_%v_RAW", jwtrsassapkcs1.CustomKID, jwtrsassapkcs1.RS512), publicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n4096Base64), HasCustomKID: true, CustomKID: "customKID123", Parameters: mustCreateParameters(t, jwtrsassapkcs1.CustomKID, jwtrsassapkcs1.RS512, 4096), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS512, N: mustBase64Decode(t, n4096Base64), E: e, CustomKid: &jwtrsapb.JwtRsaSsaPkcs1PublicKey_CustomKid{Value: "customKID123"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.SerializeKey(tc.publicKey) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.publicKeySerialization, keySerialization, protocmp.Transform(), cmp.AllowUnexported(protoserialization.KeySerialization{})); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPublicKeyParser(t *testing.T) { e := []byte{0x01, 0x00, 0x01} testCases := []*protoserializationPublicKeyTestCase{ { name: fmt.Sprintf("%v_%v_TINK", jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS256), publicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, HasCustomKID: false, Parameters: mustCreateParameters(t, jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS256, 2048), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 0x01020304), }, { name: fmt.Sprintf("%v_%v_RAW", jwtrsassapkcs1.IgnoredKID, jwtrsassapkcs1.RS384), publicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n3072Base64), HasCustomKID: false, Parameters: mustCreateParameters(t, jwtrsassapkcs1.IgnoredKID, jwtrsassapkcs1.RS384, 3072), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS384, N: mustBase64Decode(t, n3072Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: fmt.Sprintf("%v_%v_RAW", jwtrsassapkcs1.CustomKID, jwtrsassapkcs1.RS512), publicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n4096Base64), HasCustomKID: true, CustomKID: "customKID123", Parameters: mustCreateParameters(t, jwtrsassapkcs1.CustomKID, jwtrsassapkcs1.RS512, 4096), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS512, N: mustBase64Decode(t, n4096Base64), E: e, CustomKid: &jwtrsapb.JwtRsaSsaPkcs1PublicKey_CustomKid{Value: "customKID123"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseKey(tc.publicKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.publicKey, got, protocmp.Transform(), cmp.AllowUnexported(protoserialization.KeySerialization{})); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPublicKeyParser_Errors(t *testing.T) { e := new(big.Int).SetInt64(f4).Bytes() for _, tc := range []struct { name string publicKeySerialization *protoserialization.KeySerialization }{ { name: "invalid_key_material_type", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "modulus_too_small", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64)[1:], E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid_exponent_even", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: new(big.Int).SetInt64(f4 + 1).Bytes(), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "exponent_too_small", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: new(big.Int).SetInt64(f4 - 2).Bytes(), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "exponent_too_large", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: new(big.Int).Lsh(big.NewInt(1), 31).Bytes(), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid_version", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 1, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unknown_algorithm", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS_UNKNOWN, N: mustBase64Decode(t, n2048Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "tink_with_custom_kid", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: e, CustomKid: &jwtrsapb.JwtRsaSsaPkcs1PublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.publicKeySerialization); err == nil { t.Error("protoserialization.ParseKey() err = nil, want error") } else { t.Logf("protoserialization.ParseKey() err = %v", err) } }) } } type protoserializationPrivateKeyTestCase struct { name string privateKey *jwtrsassapkcs1.PrivateKey privateKeySerialization *protoserialization.KeySerialization } func protoserializationPrivateKeyTestCases(t *testing.T) []*protoserializationPrivateKeyTestCase { t.Helper() e := []byte{0x01, 0x00, 0x01} return []*protoserializationPrivateKeyTestCase{ { name: "RS256_2048_TINK", privateKey: mustCreatePrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, Parameters: mustCreateParameters(t, jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS256, 2048), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: e, }, D: mustBase64Decode(t, d2048Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 0x01020304), }, { name: "RS256_2048_TINK_SHORT_PRIVATE_EXPONENT", privateKey: mustCreatePrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64Short), IDRequirement: 0x01020304, Parameters: mustCreateParameters(t, jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS256, 2048), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64Short), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64Short), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64Short), insecuresecretdataaccess.Token{}), }), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64Short), E: e, }, D: slices.Concat([]byte{0x00}, mustBase64Decode(t, d2048Base64Short)), P: mustBase64Decode(t, p2048Base64Short), Q: mustBase64Decode(t, q2048Base64Short), Dp: mustBase64Decode(t, dp2048Base64Short), Dq: mustBase64Decode(t, dq2048Base64Short), Crt: mustBase64Decode(t, qInv2048Base64Short), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 0x01020304), }, { name: "RS384_3072_RAW_CustomKID", privateKey: mustCreatePrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n3072Base64), HasCustomKID: true, CustomKID: "custom123", Parameters: mustCreateParameters(t, jwtrsassapkcs1.CustomKID, jwtrsassapkcs1.RS384, 3072), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d3072Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p3072Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q3072Base64), insecuresecretdataaccess.Token{}), }), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS384, N: mustBase64Decode(t, n3072Base64), E: e, CustomKid: &jwtrsapb.JwtRsaSsaPkcs1PublicKey_CustomKid{Value: "custom123"}, }, D: mustBase64Decode(t, d3072Base64), P: mustBase64Decode(t, p3072Base64), Q: mustBase64Decode(t, q3072Base64), Dp: mustBase64Decode(t, dp3072Base64), Dq: mustBase64Decode(t, dq3072Base64), Crt: mustBase64Decode(t, qInv3072Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "RS512_4096_RAW_IgnoredKID", privateKey: mustCreatePrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n4096Base64), HasCustomKID: false, Parameters: mustCreateParameters(t, jwtrsassapkcs1.IgnoredKID, jwtrsassapkcs1.RS512, 4096), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d4096Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p4096Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q4096Base64), insecuresecretdataaccess.Token{}), }), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS512, N: mustBase64Decode(t, n4096Base64), E: e, }, D: mustBase64Decode(t, d4096Base64), P: mustBase64Decode(t, p4096Base64), Q: mustBase64Decode(t, q4096Base64), Dp: mustBase64Decode(t, dp4096Base64), Dq: mustBase64Decode(t, dq4096Base64), Crt: mustBase64Decode(t, qInv4096Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), }, } } func TestPrivateKeySerializer(t *testing.T) { for _, tc := range protoserializationPrivateKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.SerializeKey(tc.privateKey) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.privateKeySerialization, keySerialization, protocmp.Transform(), cmp.AllowUnexported(protoserialization.KeySerialization{})); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPrivateKeyParser(t *testing.T) { for _, tc := range append(protoserializationPrivateKeyTestCases(t), &protoserializationPrivateKeyTestCase{ name: "RS256_2048_TINK_trailing_zeros", privateKey: mustCreatePrivateKey(t, jwtrsassapkcs1.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapkcs1.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, Parameters: mustCreateParameters(t, jwtrsassapkcs1.Base64EncodedKeyIDAsKID, jwtrsassapkcs1.RS256, 2048), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: new(big.Int).SetInt64(f4).Bytes(), }, D: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, d2048Base64)), P: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, p2048Base64)), Q: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, q2048Base64)), Dp: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, dp2048Base64)), Dq: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, dq2048Base64)), Crt: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, qInv2048Base64)), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 0x01020304), }, ) { t.Run(tc.name, func(t *testing.T) { key, err := protoserialization.ParseKey(tc.privateKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.privateKey, key, protocmp.Transform()); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPrivateKeyParser_Errors(t *testing.T) { e := new(big.Int).SetInt64(f4).Bytes() for _, tc := range []struct { name string privateKeySerialization *protoserialization.KeySerialization }{ { name: "wrong_key_material_type", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: e, }, D: mustBase64Decode(t, d2048Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid_proto_serialization", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid_private_key_version", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, func() proto.Message { invalidProto := &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: e, }, D: mustBase64Decode(t, d2048Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), } invalidProto.Version = 1 return invalidProto }()), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid_public_key_version", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{ Version: 1, PublicKey: &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: e, }, D: mustBase64Decode(t, d2048Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "tink_with_custom_kid", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: e, CustomKid: &jwtrsapb.JwtRsaSsaPkcs1PublicKey_CustomKid{Value: "custom123"}, }, D: mustBase64Decode(t, d2048Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "mismatched_d", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPkcs1PublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPkcs1Algorithm_RS256, N: mustBase64Decode(t, n2048Base64), E: e, }, D: mustBase64Decode(t, d3072Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.privateKeySerialization); err == nil { t.Errorf("protoserialization.ParseKey() err = nil, want err") } else { t.Logf("protoserialization.ParseKey() err = %v", err) } }) } } ================================================ FILE: jwt/jwtrsassapss/jwtrsassapss.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package jwtrsassapss defines parameters and keys for the JWT-RSA-SSA-PSS // algorithm. package jwtrsassapss import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" ) func init() { if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterParametersSerializer() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(privateKeyTypeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterParametersParser() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PublicKey](&publicKeySerializer{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterKeySerializer() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(publicKeyTypeURL, &publicKeyParser{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterKeyParser() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](&privateKeySerializer{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterKeySerializer() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(privateKeyTypeURL, &privateKeyParser{}); err != nil { panic(fmt.Sprintf("protoserialization.RegisterKeyParser() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("jwtrsassapss: failed to register key creator: %v", err)) } } ================================================ FILE: jwt/jwtrsassapss/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwtrsassapss import ( "bytes" "crypto/rand" "crypto/rsa" "encoding/base64" "encoding/binary" "fmt" "math/big" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // PublicKey represents a public key for JWT RSA-SSA-PSS signing. type PublicKey struct { parameters *Parameters modulus []byte // Big integer value in big-endian encoding. idRequirement uint32 kid string hasKID bool } var _ key.Key = (*PublicKey)(nil) func computeKID(customKID *string, idRequirement uint32, parameters *Parameters) (string, bool, error) { switch parameters.KIDStrategy() { case Base64EncodedKeyIDAsKID: if customKID != nil { return "", false, fmt.Errorf("custom KID is not supported for KID strategy: %v", parameters.KIDStrategy()) } // Serialize the ID requirement. idRequirementBytes := make([]byte, 4) binary.BigEndian.PutUint32(idRequirementBytes, idRequirement) return base64.URLEncoding.WithPadding(base64.NoPadding).EncodeToString(idRequirementBytes), true, nil case IgnoredKID: if customKID != nil { return "", false, fmt.Errorf("custom KID is not supported for KID strategy: %v", parameters.KIDStrategy()) } return "", false, nil case CustomKID: if customKID == nil { return "", false, fmt.Errorf("custom KID is required for KID strategy: %v", parameters.KIDStrategy()) } return *customKID, true, nil default: return "", false, fmt.Errorf("invalid KID strategy: %v", parameters.KIDStrategy()) } } // PublicKeyOpts are [PublicKey] options. type PublicKeyOpts struct { Modulus []byte IDRequirement uint32 CustomKID string HasCustomKID bool Parameters *Parameters } // NewPublicKey creates a new [PublicKey]. // // The modulus is expected to be in big-endian encoding. // The ID requirement must be 0 if the KID is not required. func NewPublicKey(opts PublicKeyOpts) (*PublicKey, error) { if opts.Parameters == nil { return nil, fmt.Errorf("jwtrsassapss.NewPublicKey: parameters can't be nil") } if !opts.Parameters.HasIDRequirement() && opts.IDRequirement != 0 { return nil, fmt.Errorf("jwtrsassapss.NewPublicKey: ID requirement must be 0 if ID is not required") } modulusBigInt := new(big.Int).SetBytes(opts.Modulus) if modulusBigInt.BitLen() != opts.Parameters.ModulusSizeInBits() { return nil, fmt.Errorf("jwtrsassapss.NewPublicKey: invalid modulus bit-length: %v, want %v", modulusBigInt.BitLen(), opts.Parameters.ModulusSizeInBits()) } var customKID *string = nil if opts.HasCustomKID { customKID = &opts.CustomKID } kid, hasKID, err := computeKID(customKID, opts.IDRequirement, opts.Parameters) if err != nil { return nil, fmt.Errorf("jwtrsassapss.NewPublicKey: %v", err) } return &PublicKey{ parameters: opts.Parameters, modulus: opts.Modulus, idRequirement: opts.IDRequirement, kid: kid, hasKID: hasKID, }, nil } // Parameters returns the parameters of the key. func (k *PublicKey) Parameters() key.Parameters { return k.parameters } // Modulus returns the public key modulus. func (k *PublicKey) Modulus() []byte { return bytes.Clone(k.modulus) } // KID returns the KID for this key. // // If no kid is set, it returns ("", false). func (k *PublicKey) KID() (string, bool) { return k.kid, k.hasKID } // IDRequirement returns the ID requirement for this key. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.parameters.HasIDRequirement() } // Equal returns true if k and other are equal. // Note that the comparison is not constant time. func (k *PublicKey) Equal(other key.Key) bool { that, ok := other.(*PublicKey) return ok && k.parameters.Equal(that.parameters) && bytes.Equal(k.modulus, that.modulus) && k.idRequirement == that.idRequirement && k.kid == that.kid && k.hasKID == that.hasKID } // PrivateKey represents a private key for JWT RSA-SSA-PSS signing. type PrivateKey struct { publicKey *PublicKey privateKey *rsa.PrivateKey } // PrivateKeyOpts are [PrivateKey] options. type PrivateKeyOpts struct { PublicKey *PublicKey D secretdata.Bytes P secretdata.Bytes Q secretdata.Bytes // dp, dq and QInv must be computed by the Go library. // See https://pkg.go.dev/crypto/rsa#PrivateKey. } // NewPrivateKey creates a new JWT RSA-SSA-PSS private key. func NewPrivateKey(opts PrivateKeyOpts) (*PrivateKey, error) { if opts.PublicKey == nil { return nil, fmt.Errorf("jwtrsassapss.NewPrivateKey: public key cannot be nil") } privateKey := rsa.PrivateKey{ PublicKey: rsa.PublicKey{ N: new(big.Int).SetBytes(opts.PublicKey.Modulus()), E: opts.PublicKey.Parameters().(*Parameters).PublicExponent(), }, D: new(big.Int).SetBytes(opts.D.Data(insecuresecretdataaccess.Token{})), Primes: []*big.Int{ new(big.Int).SetBytes(opts.P.Data(insecuresecretdataaccess.Token{})), new(big.Int).SetBytes(opts.Q.Data(insecuresecretdataaccess.Token{})), }, } if err := privateKey.Validate(); err != nil { return nil, fmt.Errorf("jwtrsassapss.NewPrivateKey: %v", err) } // We don't use opts.DP, opts.DQ, opts.QI directly, because rsa.PrivateKey.Validate() // does not check if they are correct. Instead, we call Precompute() to derive // them from P, Q and D, and then use the derived values. This ensures that the // precomputed values are correct. privateKey.Precompute() return &PrivateKey{ publicKey: opts.PublicKey, privateKey: &privateKey, }, nil } // Parameters returns the parameters of the key. func (k *PrivateKey) Parameters() key.Parameters { return k.publicKey.Parameters() } // PublicKey returns the public key. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // IDRequirement returns the ID requirement for this key. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // D returns the private exponent D. func (k *PrivateKey) D() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.D.Bytes(), insecuresecretdataaccess.Token{}) } // P returns the prime factor P. func (k *PrivateKey) P() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Primes[0].Bytes(), insecuresecretdataaccess.Token{}) } // Q returns the prime factor Q. func (k *PrivateKey) Q() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Primes[1].Bytes(), insecuresecretdataaccess.Token{}) } // DP returns the private prime factor P-1. func (k *PrivateKey) DP() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Dp.Bytes(), insecuresecretdataaccess.Token{}) } // DQ returns the private prime factor Q-1. func (k *PrivateKey) DQ() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Dq.Bytes(), insecuresecretdataaccess.Token{}) } // QInv returns the inverse of Q. func (k *PrivateKey) QInv() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Qinv.Bytes(), insecuresecretdataaccess.Token{}) } // Equal returns true if k and other are equal. // Note that the comparison is not constant time. func (k *PrivateKey) Equal(other key.Key) bool { that, ok := other.(*PrivateKey) if !ok { return false } return ok && k.publicKey.Equal(that.publicKey) && k.privateKey.Equal(that.privateKey) } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { jwtRSASSAPKCS1Params, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("jwtrsassapss.createPrivateKey: invalid parameters type: want %T, got %T", (*Parameters)(nil), p) } if jwtRSASSAPKCS1Params.KIDStrategy() == CustomKID { return nil, fmt.Errorf("jwtrsassapss.createPrivateKey: key generation is not supported for strategy %v", jwtRSASSAPKCS1Params.KIDStrategy()) } rsaKey, err := rsa.GenerateKey(rand.Reader, int(jwtRSASSAPKCS1Params.ModulusSizeInBits())) if err != nil { return nil, err } publicKey, err := NewPublicKey(PublicKeyOpts{ Modulus: rsaKey.PublicKey.N.Bytes(), IDRequirement: idRequirement, HasCustomKID: false, Parameters: jwtRSASSAPKCS1Params, }) if err != nil { return nil, fmt.Errorf("jwtrsassapss.createPrivateKey: %v", err) } privateKey, err := NewPrivateKey(PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(rsaKey.D.Bytes(), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(rsaKey.Primes[0].Bytes(), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(rsaKey.Primes[1].Bytes(), insecuresecretdataaccess.Token{}), }) if err != nil { return nil, fmt.Errorf("jwtrsassapss.createPrivateKey: %v", err) } return privateKey, nil } ================================================ FILE: jwt/jwtrsassapss/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwtrsassapss_test import ( "bytes" "encoding/base64" "fmt" "math/big" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapss" "github.com/tink-crypto/tink-go/v2/secretdata" ) const ( // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L13 n2048Base64 = "s1EKK81M5kTFtZSuUFnhKy8FS2WNXaWVmi_fGHG4CLw98-Yo0nkuUarVwSS0O9pFPcpc3kvPKOe9Tv-6DLS3Qru21aATy2PRqjqJ4CYn71OYtSwM_ZfSCKvrjXybzgu-sBmobdtYm-sppbdL-GEHXGd8gdQw8DDCZSR6-dPJFAzLZTCdB-Ctwe_RXPF-ewVdfaOGjkZIzDoYDw7n-OHnsYCYozkbTOcWHpjVevipR-IBpGPi1rvKgFnlcG6d_tj0hWRl_6cS7RqhjoiNEtxqoJzpXs_Kg8xbCxXbCchkf11STA8udiCjQWuWI8rcDwl69XMmHJjIQAqhKvOOQ8rYTQ" d2048Base64 = "GlAtDupse2niHVg5EB9wVFbtDvhS-0f-IQcfVMXzPIzrBmxi1yfjLSbFgTcyn4nTGVMlt5UmTBldhUcvdQfb0JYdKVH5NaJrNPCsJNFUkOESiptxOJFbx9v6j-OWNXExxUOunJhQc2jZzrCMHGGYo-2nrqGFoOl2zULCLQDwA9nxnZbqTJr8v-FEHMyALPsGifWdgExqTk9ATBUXR0XtbLi8iO8LM7oNKoDjXkO8kPNQBS5yAW51sA01ejgcnA1GcGnKZgiHyYd2Y0n8xDRgtKpRa84Hnt2HuhZDB7dSwnftlSitO6C_GHc0ntO3lmpsJAEQQJv00PreDGj9rdhH_Q" p2048Base64 = "7BJc834xCi_0YmO5suBinWOQAF7IiRPU-3G9TdhWEkSYquupg9e6K9lC5k0iP-t6I69NYF7-6mvXDTmv6Z01o6oV50oXaHeAk74O3UqNCbLe9tybZ_-FdkYlwuGSNttMQBzjCiVy0-y0-Wm3rRnFIsAtd0RlZ24aN3bFTWJINIs" q2048Base64 = "wnQqvNmJe9SwtnH5c_yCqPhKv1cF_4jdQZSGI6_p3KYNxlQzkHZ_6uvrU5V27ov6YbX8vKlKfO91oJFQxUD6lpTdgAStI3GMiJBJIZNpyZ9EWNSvwUj28H34cySpbZz3s4XdhiJBShgy-fKURvBQwtWmQHZJ3EGrcOI7PcwiyYc" dp2048Base64 = "lql5jSUCY0ALtidzQogWJ-B87N-RGHsBuJ_0cxQYinwg-ySAAVbSyF1WZujfbO_5-YBN362A_1dn3lbswCnHK_bHF9-fZNqvwprPnceQj5oK1n4g6JSZNsy6GNAhosT-uwQ0misgR8SQE4W25dDGkdEYsz-BgCsyrCcu8J5C-tU" dq2048Base64 = "BVT0GwuH9opFcis74M9KseFlA0wakQAquPKenvni2rb-57JFW6-0IDfp0vflM_NIoUdBL9cggL58JjP12ALJHDnmvOzj5nXlmZUDPFVzcCDa2eizDQS4KK37kwStVKEaNaT1BwmHasWxGCNrp2pNfJopHdlgexad4dGCOFaRmZ8" qInv2048Base64 = "HGQBidm_6MYjgzIQp2xCDG9E5ddg4lmRbOwq4rFWRWlg_ZXidHZgw4lWIlDwVQSc-rflwwOVSThKeiquscgk069wlIKoz5tYcCKgCx8HIttQ8zyybcIN0iRdUmXfYe4pg8k4whZ9zuEh_EtEecI35yjPYzq2CowOzQT85-O6pVk" // Taken from: // https://github.com/tink-crypto/tink-java/blob/6e771bc8116cb2ae88b8184af2a678f470df4790/src/test/java/com/google/crypto/tink/signature/RsaSsaPkcs1PrivateKeyTest.java#L347 n2048BigInt16 = "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" d2048BigInt10 = "3221514782158521239046688407258406330028553231891834758638194651218489349712866325521438421714836367531316613927931498512071990193965798572643232627837201196644319517052327671563822639251731918047441576305607916660284178027387674162132050160094809919355636813793351064368082273962217034909172344404581974193241939373282144264114913662260588365672363893632683074989847367188654224412555194872230331733391324889200933302437700487142724975686901108577545454632839147323098141162449990768306604007013959695761622579370899486808808004842820432382650026507647986123784123174922931280866259315314620233905351359011687391313" p2048BigInt10 = "158774943353490113489753012135278111098541279368787638170427666092698662171983127156976037521575652098385551704113475827318417186165950163951987243985985522595184323477005539699476104661027759513072140468348507403972716866975866335912344241205454260491734974839813729609658331285715361068926273165265719385439" q2048BigInt10 = "142695718417290075651435513804876109623436685476916701891113040095977093917632889732962474426931910603260254832314306994757612331416172717945809235744856009131743301134864401372069413649983267047705657073804311818666915219978411279698814772814372316278090214109479349638211641740638165276131916195227128960331" dp2048BigInt10 = "54757332036492112014516953480958174268721943273163834138395198270094376648475863100263551887676471134286132102726288671270440594499638457751236945367826491626048737037509791541992445756573377184101446798993133105644007913505173122423833934109368405566843064243548986322802349874418093456823956331253120978221" dq2048BigInt10 = "4123864239778253555759629875435789731400416288406247362280362206719572392388981692085858775418603822002455447341246890276804213737312222527570116003185334716198816124470652855618955238309173562847773234932715360552895882122146435811061769377762503120843231541317940830596042685151421106138423322302824087933" qInv2048BigInt10 = "43369284071361709125656993969231593842392884522437628906059039642593092160995429320609799019215633408868044592180219813214250943675517000006014828230986217788818608645218728222984926523616075543476651226972790298584420864753413872673062587182578776079528269917000933056174453680725934830997227408181738889955" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_3072_test.json#L21 n3072Base64 = "3I94gGcvDPnWNheopYvdJxoQm63aD6gm-UuKeVUmtqSagFZMyrqKlJGpNaU-3q4dmntUY9ni7z7gznv_XUtsgUe1wHPC8iBRXVMdVaNmh6bePDR3XC8VGRrAp0LXNCIoyNkQ_mu8pDlTnEhd68vQ7g5LrjF1A7g87oEArHu0WHRny8Q3PEvaLu33xBYx5QkitYD1vOgdJLIIyrzS11_P6Z91tJPf_Fyb2ZD3_Dvy7-OS_srjbz5O9EVsG13pnMdFFzOpELaDS2HsKSdNmGvjdSw1CxOjJ9q8CN_PZWVJmtJuhTRGYz6tspcMqVvPa_Bf_bwqgEN412mFpx8G-Ql5-f73FsNqpiWkW17t9QglpT6dlDWyPKq55cZNOP06dn4YWtdyfW4V-em6svQYTWSHaV25ommMZysugjQQ2-8dk_5AydNX7p_Hf4Sd4RNj9YOvjM9Rgcoa65RMQiUWy0AelQkj5L2IFDn6EJPHdYK_4axZk2dHALZDQzngJFMV2G_L" d3072Base64 = "BQEgW9F7iNDWYm3Q_siYoP1_aPjd3MMU900WfEBJW5WKh-TtYyAuasaPT09LiOPsegfYV1enRYRot2aq2aQPdzN4VUCLKNFA51wuazYE6okHu9f46VeMJACuZF0o4t7vi_cY4pzxL8y5L--YafQ67lvWrcIjhI0WnNbCfCdmZSdm_4GZOz4BWlU97O4P_cFiTzn42Wtu1dlQR8FXC1n6LrPWiN1eFKzJQHuAlPGLRpQkTrGtzWVdhz9X_5r25P7EcL4ja687IMIECrNg11nItOYYv4vU4OxmmPG3LHFg7QUhyCtRdrYPtjUD0K4j9uL7emCTBbCvYhULkhrFP03omWZssB2wydi2UHUwFcG25oLmvzggTln3QJw4CMDlPyVJNVQKOBqWPCwad8b5h_BqB6BXJobtIogtvILngjzsCApY1ysJ0AzB0kXPFY_0nMQFmdOvcZ3DAbSqf1sDYproU-naq-KE24bVxB0EARQ98rRZPvTjdHIJxSP1p_gPAtAR" p3072Base64 = "_sahC_xJtYoshQ6v69uZdkmpVXWgwXYxsBHLINejICMqgVua9gQNe_I9Jn5eBjBMM-BMhebUgUQvAQqXWLoINkpwA175npyY7rQxUFsq-2d50ckdDqL7CmXcOR557Np9Uv191pkjsl365EjKzoKeusprPIo8tkqBgAYUQ0iVd4wg1imxJbafQpRfZrZE84QLz6b842EHQlbFCGPsyiznVrSp-36ZPQ8fpIssxIW36qYUBfvvFQ51Y8IVCBF2feD5" q3072Base64 = "3Z7BzubYqXGxZpAsRKTwLvN6YgU7QSiKHYc9OZy8nnvTBu2QZIfaL0m8HBgJwNTYgQbWh5UY7ZJf62aq1f88K4NGbFVO2XuWq-9Vs7AjFPUNA4WgodikauA-j86RtBISDwoQ3GgVcPpWS2hzus2Ze2FrK9dzP7cjreI7wQidoy5QlYNDbx40SLV5-yGyQGINIEWNCPD5lauswKOY8KtqZ8n1vPfgMvsdZo_mmNgDJ1ma4_3zqqqxm68XY5RDGUvj" dp3072Base64 = "8b-0DNVlc5cay162WwzSv0UCIo8s7KWkXDdmEVHL_bCgooIztgD-cn_WunHp8eFeTVMmCWCQf-Ac4dYU6iILrMhRJUG3hmN9UfM1X9RCIq97Di7RHZRUtPcWUjSy6KYhiN_zye8hyhwW9wqDNhUHXKK5woZBOY_U9Y_PJlD3Uqpqdgy1hN2WnOyA4ctN_etr8au4BmGJK899wopeozCcis9_A56K9T8mfVF6NzfS3hqcoVj-8XH4vaHppvA7CRKx" dq3072Base64 = "Pjwq6NNi3JKU4txx0gUPfd_Z6lTVwwKDZq9nvhoJzeev5y4nclPELatjK_CELKaY9gLZk9GG4pBMZ2q5Zsb6Oq3uxNVgAyr1sOrRAljgQS5frTGFXm3cHjdC2leECzFX6OlGut5vxv5F5X87oKXECCXfVrx2HNptJpN1fEvTGNQUxSfLdBTjUdfEnYVk7TebwAhIBs7FCAbhyGcot80rYGISpDJnv2lNZFPcyec_W3mKSaQzHSY6IiIVS12DSkNJ" qInv3072Base64 = "GMyXHpGG-GwUTRQM6rvJriLJTo2FdTVvtqSgM5ke8hC6-jmkzRq_qZszL96eVpVa8XlFmnI2pwC3_R2ICTkG9hMK58qXQtntDVxj5qnptD302LJhwS0sL5FIvAZp8WW4uIGHnD7VjUps1aPxGT6avSeEYJwB-5CUx8giUyrXrsKgiu6eJjCVrQQmRVy1kljH_Tcxyone4xgA0ZHtcklyHCUmZlDEbcv7rjBwYE0uAJkUouJpoBuvpb34u6McTztg" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_4096_test.json#L21 n4096Base64 = "9gG-DczQSqQLEvPxka4XwfnIwLaOenfhS-JcPHkHyx0zpu9BjvQYUvMsmDkrxcmu2RwaFQHFA-q4mz7m9PjrLg_PxBvQNgnPao6zqm8PviMYezPbTTS2bRKKiroKKr9Au50T2OJVRWmlerHYxhuMrS3IhZmuDaU0bhXazhuse_aXN8IvCDvptGu4seq1lXstp0AnXpbIcZW5b-EUUhWdr8_ZFs7l10mne8OQWl69OHrkRej-cPFumghmOXec7_v9QVV72Zrqajcaa0sWBhWhoSvGlY00vODIWty9g5L6EM7KUiCdVhlro9JzziKPHxERkqqS3ioDl5ihe87LTcYQDm-K6MJkPyrnaLIlXwgsl46VylUVVfEGCCMc-AA7v4B5af_x5RkUuajJuPRWRkW55dcF_60pZj9drj12ZStCLkPxPmwUkQkIBcLRJop0olEXdCfjOpqRF1w2cLkXRgCLzh_SMebk8q1wy0OspfB2AKbTHdApFSQ9_dlDoCFl2jZ6a35Nrh3S6Lg2kDCAeV0lhQdswcFd2ejS5eBHUmVpsb_TldlX65_eMl00LRRCbnHv3BiHUV5TzepYNJIfkoYp50ju0JesQCTivyVdcEEfhzc5SM-Oiqfv-isKtH1RZgkeGu3sYFaLFVvZwnvFXz7ONfg9Y2281av0hToFHblNUEU" d4096Base64 = "01Gb2G7fXb6cZKN4FxPdBJt0f1ZR_ZGMzoqbgLbWovtqqzNKtWmom1iYLgquNzCQKZ-iJ_llK4AtI-5cpoJMQz0B1AuwRzsWGQqL-xN8CnBLT0m0UBW_vuH2cERvB1lSWdcMfXmulfmyVDsBYuu3Y-u4HEtu3_nRl97eHb5X5ARm0VbU39XXY0xFU0-yu70b8leBehc8B5X9vMUzl29KDQQWDyma9dwnKoFLNtW65RFrlUIXjx1VTKt6ZFMDVIK5ga3UvY_9XVAIObI-MOvT84aPB1hMvRK6CJMlmChg9p8r3HB3tsYPWKInKCM3nhAjcEFl98FPZKGP1bJFoYFJt-2jOFpWup55UConvxOGXN41vhXeA9BqpvCLFyt-60tzy8FXAZxdkzWEqNGt1ht9vKOyU8oM-T3JqKOqwvUCJwIuaS97R2dVZiDMko1j4xB4w2Diq0txqRfhnn6wk4BILltOqIIChxwqKcpvZrL-MEr2CVIOT4HWTCZ2i7gSqGZ5NmYR9M9uieK9HZ1-KHKcfw5OMVLXrX8Yb6MvAeFp_wahIAG8F539DclCy6vFVfZ_X9BD4KM1Q0D6SQ0vEjNnvpJus-Hf_nDDFRyHRQ8yF9wqoLWnBpxaF9VWFMmZQTn3s3tJ6f54CvZaDoni5Y_qr_4WO8nRnq_ZzSmw7zzvPQE" p4096Base64 = "_CG4VcWtTKK2lwUWQG9xxuee_EEm5lmHctseCC3msN3aqiopUfBBSOhuC94oITt_YA-YcwgwHqzqE0Biuww932KNqav5PvHOPnWwlTpITb01VL1cBkmTPdd-UnVj6Q8FqAE_3ayVjDKTeOlDA7MEvl-d8f5bBDp_3ZRwCj8LHLvQUWt82UxXypbZ_SqMqXOZEhjLozocI9gQ91GdH3cCq3Kv_bP4ShsqiBFuQDO8TQz8eYnGV-D-lOlkR2rli65reHbzbAnTKxpj-MR8lKdMku7fdfwnz_4PhFI2PkvI92U_PLVer2k87HDRPIdd6TWosgQ5q36T92mBxZV_xbtE2Q" q4096Base64 = "-cf3SKUF0j7O-ahfgJfIz31wKO9skOIqM2URWC0sw2NuNOrTcgTb0i8UKj-x1fhXsDEMekM_Ua4U1GCLAbQ6qMeuZ4Nff74LnZeUiznpui06FoftuLVu5w_wU22rTQVR9x7Q2u6eQSRJ9fCZvMFeTvBVTcefh_7FoN6nF8cFQ5K_REYTk3QBu-88Ivv35zjFh3m5gWCaH5wR3W8LvpmW4nc0WeTO8kewKp_CEpasV6WxBWGCQxDPvezJDgZZg3DjaYcT_b4lKOxO89zKrnAe7cPlStbnr05o47Ob0ul6yRGZNsZHpQNRHLKD35hM_XwH8PVqqK4xZpSO8_QbCFmTTQ" dp4096Base64 = "gVSGqrCgiWv5fxPj6x9_XEkZW0nMO2J3QSo2iHmLGPRkIt9HnLlBs7VOJZZKPWm4l7zINVFg5YtK8p8XRd0sq7Zw9jS5wFjms1FJR_LCfeXtQk9zseHxvkoYiRGgMz86Zohliz7o4yZaUS5N6srcRw7jBOu1IkEjr7RhmE_oUk_gtrMNMqWfbtLcdKlrx8v9G7ROWKcJIjXF1icuEqLIYsuMjPXRCapPscZHKHWhRGDB7VIHxLIrxJTHlH63ymOoyv0xNh0ADd8WotefE92RQNl5FJtIjL9ElFpbaq8TIhv0SR67t_yifKIOIh9Jw8N7ifzy3A4stj-Pipt6FCJQWQ" dq4096Base64 = "th2E_5NKTkN7Fu4bS5_fSuEzcLU4W956VGShI8A0PfV1-eEo7535RCMNOcyc9dwO2yi350C2nvAkwb_uOfzVNA_66gAQFgxTXcCSDnzYG-Uz0A-lVKH8TT4CxGFWn158p4fxUV7fRbGWt1mITeZSw41ZNM-SUk6Ae007WQvDm8QX7kiFp2HSjdrc5sj9s7lh0-f9SAZN-TQKln-LeZl0OIQfSFeaR23bVQiMMI9o8rKdAcZZelp8jQZihPY-N6aMOHnDKqODZnX9DrJxmIOpGURWHp3X6KprsXFX8IxI-Ob65cPlortrXVgO7GyX3c2b4KSe8oOnAxrXq6jUON9OlQ" qInv4096Base64 = "IvuOX82bdnEE5xJE21MFjBgGHhsNH2O3Pi1ZqV4qEM2HQmoz2hPCh83vgTbl5H6T-5swrZJiintUP0jrARqGNWqzy0gPJ-ORsBjKGH2Xrz2C4xhh7K-mY9t4qonDvUaOaq3vs6Q_eLwAuAFMldtU6dIaAX6PIfZxVF7d6all6jLf_0XNo3_KGqUTL2yO7SIr0B_tWm59Y5WAxZVXd6hlRMLEyTm9uLTEht2lMHKGGgM0NZvbN1hHXknZDQU5lE54z8_Y__Vbsxoc68ZbKPUeeQcBsveRIYiYTwNObpbhxSUeM_44-yIbznqQqGhXxfVrbKdzB8RdUpCx8Iit4IKzSQ" // Test case generated with python, d is one byte shorter than n. This way, we test that a leading null byte will be appended to d during the serialization process. n2048Base64Short = "s3tBtRJT0gQfXrSWzicHNV-oWlaZ-Zw59s_NoZU1H1f5zuZKOSMf7PMZ8_BI5ozRhUUv6VuTainRKkutULVu3tfCI0Sx7P-oXPCz2cH8SfreEhYzt4j5kMJn6hrWBeDQRXrm2_ozk4_naC1xGvnTyQdAIt9A2uiDEeiu2usVJ1XWMWY4QlwY44smjvET_N0sClB9RCn-078cGVbYJ6FXYnqivpSI7XpzaSy7m2bPnG93ex78FKNmQ_sWGI3l43340QopG24jXBfpo_e2CoEEansHH9V6ngEACwCxGKQvbAUAHE1kpgW-Nzay0_nL9tHg7z3LCk1hwsIKUcL03PFX3w" d2048Base64Short = "ofOWVs0y1U7i_5H0ghC1cHPgdaOvTIyrwQnBgwwf4yh_QTKLxwLqy-SQho1LOr3WUWsc0HTRj_orwv6GZU1RvcLyauCRrEkEotiPcO6ZuCemOqvN_s6aYwUIvzV36dXyGL_NkLEz2PMA3AAlDzJe6Aai2NSasO0dWAudu-xkKhjEkobvNi6E1SF2SzaSZCLYyzVv6AXsZCsf4QB9Mc4Cl5LrMDiN0eloCTXE90juKayoXSWlaewqVG1B0cuqAnUqFhc91fIsvQ8eD0klV6e667_zJDsCPP2AyBXb8dg4iq1hbJz7zhi7L_DcYiLKKTYfBouYMm9JvVE9bVAzQOZh" p2048Base64Short = "8ZDa2uxtQRFgV0hdz_y_bW86ufU0kQaS39hy6e_NjWy42gaDszPXtz8MNOJwk5M-Fdkq6LrMQX61hTcjG8TT1PCvfw8OeNK9HOoU2oXVaRw86g7NOEDKMYSWilrHcUkCMFzlleNiBShwXG8uyxc7WxX_5HZ6f9jaCSRJFbolXDE" q2048Base64Short = "vjS4PXyXl4cyPaCzjZTxJttM6xO2cuIglNvm2PGu_ZtX78U1sRvAZ_9U1Bps7fbKg_H2R-yaqF6op-Fb2L4dM-Wcy2BkFmJOxNZA1Cw7mHNj77_umoCtrGxF-mEZgvkC5cy2CiQTDy9G1paqrFG748j877qUSMkYygy5dB5AwQ8" dp2048Base64Short = "S-eZbWsXFXgRTrvVhpJD0G5ABMiw4NUw95d63FlWvJaqKxAa-AdVRCZSfpecijKdMp5Ppltz7SyUeyyNIp-hdGrAqmsfwAVwGRLQxK2DFokh9uX5xDBPmGmyJ_1IaCdpwaqfFY8icL55OAJTsMs3AnMSOkakTWHleTPmpyYbsTE" dq2048Base64Short = "DetVwEop3dDrAE-OVEIeE7XgvyNGKsoZkEs3bZDiOXTwzn8kGr3pKrMoxgzZA-EXmOhQGZtbBg9HUGHRkt72zCF1g_yd1nWDRixXui8yfUmUeqsVDwFztDaIOHZ6o3cNmzuL5toU-vt-t513B_1DPrwqpnCFAX6V7dNYjwLXwkk" qInv2048Base64Short = "12-Ru9ZuczoydYqX5L1mDyE47bMy9SoXw-aBKRd9i0lYCX0nAmt32Q6peM8WSuQIPf7R9OxKSVIeBsFLxdaKiYLV4xOOkr3gSkSeYNN4adSgIl2nc5n2RxvgIVPELs7H1quU1slDq0j6AAltv8Tft71sp_9F7h1-tCkOUTLHMhY" ) func mustBase64Decode(t *testing.T, in string) []byte { t.Helper() d, err := base64.RawURLEncoding.DecodeString(in) if err != nil { t.Fatalf("base64.RawURLEncoding.DecodeString(%q) failed: %v", in, err) } return d } func mustCreateParametersFromOpts(t *testing.T, opts jwtrsassapss.ParametersOpts) *jwtrsassapss.Parameters { p, err := jwtrsassapss.NewParameters(opts) if err != nil { t.Fatalf("jwtrsassapss.NewParameters(%v) failed: %v", opts, err) } return p } func mustStringToBigInt(t *testing.T, s string, base int) *big.Int { t.Helper() i, ok := new(big.Int).SetString(s, base) if !ok { t.Fatalf("failed to parse %v as a base %v big number", s, base) } return i } type publicKeyTestCase struct { name string opts jwtrsassapss.PublicKeyOpts wantKID string wantHasKID bool } func publicKeyTestCases(t *testing.T) []publicKeyTestCase { var tcs []publicKeyTestCase for _, algorithm := range []jwtrsassapss.Algorithm{jwtrsassapss.PS256, jwtrsassapss.PS384, jwtrsassapss.PS512} { for _, modulusAndSize := range []struct { modulus []byte size int }{ {mustBase64Decode(t, n2048Base64), 2048}, {mustStringToBigInt(t, n2048BigInt16, 16).Bytes(), 2048}, {mustBase64Decode(t, n3072Base64), 3072}, {mustBase64Decode(t, n4096Base64), 4096}, } { for _, exponent := range []int{f4} { for _, kidStrategyAndValues := range []struct { strategy jwtrsassapss.KIDStrategy idRequirement uint32 customKID string hasCustomKID bool wantKID string wantHasKID bool }{ { strategy: jwtrsassapss.Base64EncodedKeyIDAsKID, idRequirement: 0x01020304, customKID: "", hasCustomKID: false, wantKID: "AQIDBA", wantHasKID: true, }, } { tcs = append(tcs, publicKeyTestCase{ name: fmt.Sprintf("%s_%d_%d_%s", algorithm, modulusAndSize.size, exponent, kidStrategyAndValues.strategy), opts: jwtrsassapss.PublicKeyOpts{ Modulus: modulusAndSize.modulus, IDRequirement: kidStrategyAndValues.idRequirement, CustomKID: kidStrategyAndValues.customKID, HasCustomKID: kidStrategyAndValues.hasCustomKID, Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: modulusAndSize.size, PublicExponent: exponent, Algorithm: algorithm, KidStrategy: kidStrategyAndValues.strategy, }), }, wantKID: kidStrategyAndValues.wantKID, wantHasKID: kidStrategyAndValues.wantHasKID, }) } } } } return tcs } func TestPublicKey(t *testing.T) { for _, tc := range publicKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { pk, err := jwtrsassapss.NewPublicKey(tc.opts) if err != nil { t.Fatalf("NewPublicKey(%v) failed: %v", tc.opts, err) } kid, hasKID := pk.KID() if kid != tc.wantKID || hasKID != tc.wantHasKID { t.Errorf("pk.KID() = %q, %v, want %q, %v", kid, hasKID, tc.wantKID, tc.wantHasKID) } if !bytes.Equal(pk.Modulus(), tc.opts.Modulus) { t.Errorf("pk.Modulus() = %v, want %v", pk.Modulus(), tc.opts.Modulus) } params := pk.Parameters() if !params.Equal(tc.opts.Parameters) { t.Errorf("pk.Parameters() = %v, want %v", params, tc.opts.Parameters) } idRequirement, hasIDRequirement := pk.IDRequirement() if idRequirement != tc.opts.IDRequirement || hasIDRequirement != tc.opts.Parameters.HasIDRequirement() { t.Errorf("pk.IDRequirement() = %v, %v, want %v, %v", idRequirement, hasIDRequirement, tc.opts.IDRequirement, tc.opts.Parameters.HasIDRequirement()) } pk2, err := jwtrsassapss.NewPublicKey(tc.opts) if err != nil { t.Fatalf("NewPublicKey(%v) failed: %v", tc.opts, err) } if diff := cmp.Diff(pk, pk2); diff != "" { t.Errorf("NewPublicKey(%v) returned unexpected diff (-want +got):\n%s", tc.opts, diff) } }) } } func TestPublicKeyEqual_Different(t *testing.T) { for _, tc := range []struct { name string opts1, opts2 jwtrsassapss.PublicKeyOpts }{ { name: "DifferentModulus", opts1: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, opts2: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n3072Base64), // Different modulus Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 3072, // Different size PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, }, { name: "SameModulusSize_DifferentModulus", opts1: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, opts2: jwtrsassapss.PublicKeyOpts{ Modulus: mustStringToBigInt(t, n2048BigInt16, 16).Bytes(), // Different modulus, same size Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, }, { name: "DifferentKIDStrategy", opts1: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, opts2: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.CustomKID, // Different KID strategy }), CustomKID: "some_kid", HasCustomKID: true, }, }, { name: "DifferentIDRequirement", opts1: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, opts2: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x05060708, // Different ID requirement }, }, { name: "DifferentAlgorithm", opts1: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, opts2: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS384, // Different algorithm KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, }, } { t.Run(tc.name, func(t *testing.T) { pk1, err := jwtrsassapss.NewPublicKey(tc.opts1) if err != nil { t.Fatalf("NewPublicKey(%v) failed: %v", tc.opts1, err) } pk2, err := jwtrsassapss.NewPublicKey(tc.opts2) if err != nil { t.Fatalf("NewPublicKey(%v) failed: %v", tc.opts2, err) } if cmp.Equal(pk1, pk2) { t.Errorf("cmp.Equal(%v, %v) = true, want false", pk1, pk2) } }) } } func TestNewPublicKey_Errors(t *testing.T) { for _, tc := range []struct { name string opts jwtrsassapss.PublicKeyOpts }{ { name: "NilParameters", opts: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, Parameters: nil, }, }, { name: "IDRequirementNotRequiredButSet", opts: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.CustomKID, }), IDRequirement: 0x01020304, CustomKID: "some_kid", HasCustomKID: true, }, }, { name: "InvalidModulusBitLength", opts: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n3072Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }, }, { name: "Base64EncodedKeyIDAsKID_CustomKIDSet", opts: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, CustomKID: "some_kid", HasCustomKID: true, }, }, { name: "IgnoredKID_CustomKIDSet", opts: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), CustomKID: "some_kid", HasCustomKID: true, }, }, { name: "CustomKID_CustomKIDNotSet", opts: jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.CustomKID, }), HasCustomKID: false, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := jwtrsassapss.NewPublicKey(tc.opts); err == nil { t.Errorf("NewPublicKey(%v) err = nil, want error", tc.opts) } else { t.Logf("NewPublicKey(%v) err = %v", tc.opts, err) } }) } } type privateKeyTestCase struct { name string opts jwtrsassapss.PrivateKeyOpts // Derived values. wantDP secretdata.Bytes wantDQ secretdata.Bytes wantQInv secretdata.Bytes } func privateKeyTestCases(t *testing.T) []privateKeyTestCase { var tcs []privateKeyTestCase type keyMaterial struct { n, d, p, q, dp, dq, qInv string size int } keyMaterials := []keyMaterial{ {n2048Base64, d2048Base64, p2048Base64, q2048Base64, dp2048Base64, dq2048Base64, qInv2048Base64, 2048}, {n3072Base64, d3072Base64, p3072Base64, q3072Base64, dp3072Base64, dq3072Base64, qInv3072Base64, 3072}, {n4096Base64, d4096Base64, p4096Base64, q4096Base64, dp4096Base64, dq4096Base64, qInv4096Base64, 4096}, } for _, algorithm := range []jwtrsassapss.Algorithm{jwtrsassapss.PS256, jwtrsassapss.PS384, jwtrsassapss.PS512} { for _, km := range keyMaterials { decodedD := mustBase64Decode(t, km.d) decodedP := mustBase64Decode(t, km.p) decodedQ := mustBase64Decode(t, km.q) decodedDP := mustBase64Decode(t, km.dp) decodedDQ := mustBase64Decode(t, km.dq) decodedQInv := mustBase64Decode(t, km.qInv) for _, kidStrategyAndValues := range []struct { strategy jwtrsassapss.KIDStrategy idRequirement uint32 customKID string hasCustomKID bool }{ {jwtrsassapss.Base64EncodedKeyIDAsKID, 0x01020304, "", false}, {jwtrsassapss.IgnoredKID, 0, "", false}, {jwtrsassapss.CustomKID, 0, "test-kid", true}, } { pkOpts := jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, km.n), IDRequirement: kidStrategyAndValues.idRequirement, CustomKID: kidStrategyAndValues.customKID, HasCustomKID: kidStrategyAndValues.hasCustomKID, Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: km.size, PublicExponent: f4, Algorithm: algorithm, KidStrategy: kidStrategyAndValues.strategy, }), } pk := mustCreatePublicKey(t, pkOpts) tcs = append(tcs, privateKeyTestCase{ name: fmt.Sprintf("%s_%d_%s", algorithm, km.size, kidStrategyAndValues.strategy), opts: jwtrsassapss.PrivateKeyOpts{ PublicKey: pk, D: secretdata.NewBytesFromData(decodedD, insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(decodedP, insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(decodedQ, insecuresecretdataaccess.Token{}), }, wantDP: secretdata.NewBytesFromData(decodedDP, insecuresecretdataaccess.Token{}), wantDQ: secretdata.NewBytesFromData(decodedDQ, insecuresecretdataaccess.Token{}), wantQInv: secretdata.NewBytesFromData(decodedQInv, insecuresecretdataaccess.Token{}), }) } } } return tcs } func TestPrivateKey(t *testing.T) { for _, tc := range privateKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { privKey, err := jwtrsassapss.NewPrivateKey(tc.opts) if err != nil { t.Fatalf("NewPrivateKey(%v) failed: %v", tc.opts, err) } // Test getters if !privKey.Parameters().Equal(tc.opts.PublicKey.Parameters()) { t.Errorf("privKey.Parameters() = %v, want %v", privKey.Parameters(), tc.opts.PublicKey.Parameters()) } pubKey, err := privKey.PublicKey() if err != nil { t.Fatalf("privKey.PublicKey() failed: %v", err) } if !pubKey.Equal(tc.opts.PublicKey) { t.Errorf("privKey.PublicKey() = %v, want %v", pubKey, tc.opts.PublicKey) } idReq, hasIDReq := privKey.IDRequirement() wantIDReq, wantHasIDReq := tc.opts.PublicKey.IDRequirement() if idReq != wantIDReq || hasIDReq != wantHasIDReq { t.Errorf("privKey.IDRequirement() = %v, %v, want %v, %v", idReq, hasIDReq, wantIDReq, wantHasIDReq) } if diff := cmp.Diff(tc.opts.D, privKey.D()); diff != "" { t.Errorf("privKey.D() mismatch (-want +got):\n%s", diff) } if diff := cmp.Diff(tc.opts.P, privKey.P()); diff != "" { t.Errorf("privKey.P() mismatch (-want +got):\n%s", diff) } if diff := cmp.Diff(tc.opts.Q, privKey.Q()); diff != "" { t.Errorf("privKey.Q() mismatch (-want +got):\n%s", diff) } if diff := cmp.Diff(tc.wantDP, privKey.DP()); diff != "" { t.Errorf("privKey.DP() mismatch (-want +got):\n%s", diff) } if diff := cmp.Diff(tc.wantDQ, privKey.DQ()); diff != "" { t.Errorf("privKey.DQ() mismatch (-want +got):\n%s", diff) } if diff := cmp.Diff(tc.wantQInv, privKey.QInv()); diff != "" { t.Errorf("privKey.QInv() mismatch (-want +got):\n%s", diff) } // Test equality with a newly created key from the same options privKey2, err := jwtrsassapss.NewPrivateKey(tc.opts) if err != nil { t.Fatalf("NewPrivateKey(%v) failed: %v", tc.opts, err) } if !privKey.Equal(privKey2) { t.Errorf("privKey.Equal(privKey2) = false, want true") } if !privKey2.Equal(privKey) { t.Errorf("privKey2.Equal(privKey) = false, want true") } }) } } func TestPrivateKeyEqual_Different(t *testing.T) { for _, tc := range []struct { name string pk1 *jwtrsassapss.PrivateKey pk2 *jwtrsassapss.PrivateKey }{ { name: "DifferentKey", pk1: mustCreatePrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), pk2: mustCreatePrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustStringToBigInt(t, n2048BigInt16, 16).Bytes(), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustStringToBigInt(t, d2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustStringToBigInt(t, p2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustStringToBigInt(t, q2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), }), }, { name: "DifferentIDRequirement", pk1: mustCreatePrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x01020304, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), pk2: mustCreatePrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }), IDRequirement: 0x020304005, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), }, { name: "DifferentKIDStrategy", pk1: mustCreatePrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.CustomKID, }), HasCustomKID: true, IDRequirement: 0, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), pk2: mustCreatePrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), IDRequirement: 0, }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), }, } { t.Run(tc.name, func(t *testing.T) { if tc.pk1.Equal(tc.pk2) { t.Errorf("tc.pk1.Equal(tc.pk2) = true, want false") } if tc.pk2.Equal(tc.pk1) { t.Errorf("tc.pk2.Equal(tc.pk1) = true, want false") } }) } } func mustCreatePrivateKey(t *testing.T, opts jwtrsassapss.PrivateKeyOpts) *jwtrsassapss.PrivateKey { t.Helper() pk, err := jwtrsassapss.NewPrivateKey(opts) if err != nil { t.Fatalf("jwtrsassapss.NewPrivateKey(%v) failed: %v", opts, err) } return pk } func TestNewPrivateKey_Errors(t *testing.T) { for _, tc := range []struct { name string opts jwtrsassapss.PrivateKeyOpts }{ { name: "NilPublicKey", opts: jwtrsassapss.PrivateKeyOpts{ PublicKey: nil, D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, { name: "InvalidPrivateKey_WrongSizeD", opts: jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d3072Base64), insecuresecretdataaccess.Token{}), // Wrong size D P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, { name: "InvalidPrivateKey_MismatchedD", opts: jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustStringToBigInt(t, d2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), // Mismatched D P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, { name: "InvalidPrivateKey_WrongSizeP", opts: jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p3072Base64), insecuresecretdataaccess.Token{}), // Wrong size P Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, { name: "InvalidPrivateKey_MismatchedP", opts: jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustStringToBigInt(t, p2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), // Mismatched P Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, { name: "InvalidPrivateKey_WrongSizeQ", opts: jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q3072Base64), insecuresecretdataaccess.Token{}), // Wrong size Q }, }, { name: "InvalidPrivateKey_MismatchedQ", opts: jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustStringToBigInt(t, q2048BigInt10, 10).Bytes(), insecuresecretdataaccess.Token{}), // Mismatched Q }, }, { name: "IncompatiblePublicKey", opts: jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustStringToBigInt(t, n2048BigInt16, 16).Bytes(), Parameters: mustCreateParametersFromOpts(t, jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := jwtrsassapss.NewPrivateKey(tc.opts); err == nil { t.Errorf("NewPrivateKey(%v) err = nil, want error", tc.opts) } else { t.Logf("NewPrivateKey(%v) err = %v", tc.opts, err) } }) } } func TestPrivateKeyCreator(t *testing.T) { for _, tc := range []struct { kidStrategy jwtrsassapss.KIDStrategy algorithm jwtrsassapss.Algorithm idRequirement uint32 }{ {jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS256, 0x01020304}, {jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS384, 0x01020304}, {jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS512, 0x01020304}, {jwtrsassapss.IgnoredKID, jwtrsassapss.PS256, 0}, {jwtrsassapss.IgnoredKID, jwtrsassapss.PS384, 0}, {jwtrsassapss.IgnoredKID, jwtrsassapss.PS512, 0}, } { for _, modulusSizeInBits := range []int{2048, 3072, 4096} { t.Run(fmt.Sprintf("%v_%v", tc.kidStrategy, tc.algorithm), func(t *testing.T) { params := mustCreateParameters(t, tc.kidStrategy, tc.algorithm, modulusSizeInBits) key, err := keygenregistry.CreateKey(params, tc.idRequirement) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } jwtrsassapssPrivateKey, ok := key.(*jwtrsassapss.PrivateKey) if !ok { t.Fatalf("keygenregistry.CreateKey() returned key of type %T, want %T", key, (*jwtrsassapss.PrivateKey)(nil)) } idRequirement, hasIDRequirement := jwtrsassapssPrivateKey.IDRequirement() if tc.kidStrategy == jwtrsassapss.Base64EncodedKeyIDAsKID { if !hasIDRequirement || idRequirement != tc.idRequirement { t.Errorf("jwtrsassapssPrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0x01020304, true) } } else { if hasIDRequirement { t.Errorf("jwtrsassapssPrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0, false) } } if diff := cmp.Diff(jwtrsassapssPrivateKey.Parameters(), params); diff != "" { t.Errorf("jwtrsassapssPrivateKey.Parameters() diff (-want +got): \n%s", diff) } }) } } } // Key creation fails only for CustomKID. func TestPrivateKeyCreator_Errors(t *testing.T) { for _, tc := range []struct { kidStrategy jwtrsassapss.KIDStrategy algorithm jwtrsassapss.Algorithm }{ {jwtrsassapss.CustomKID, jwtrsassapss.PS256}, {jwtrsassapss.CustomKID, jwtrsassapss.PS384}, {jwtrsassapss.CustomKID, jwtrsassapss.PS512}, } { t.Run(fmt.Sprintf("%v_%v", tc.kidStrategy, tc.algorithm), func(t *testing.T) { params := mustCreateParameters(t, tc.kidStrategy, tc.algorithm, 2048) if _, err := keygenregistry.CreateKey(params, 0); err == nil { t.Errorf("keygenregistry.CreateKey() err = nil, want error") } else { t.Logf("keygenregistry.CreateKey() err = %v", err) } }) } } ================================================ FILE: jwt/jwtrsassapss/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwtrsassapss import ( "fmt" "github.com/tink-crypto/tink-go/v2/key" ) // KIDStrategy is the strategy for handling the "kid" header. // See https://datatracker.ietf.org/doc/html/rfc7515#section-4.1.4 // The available options are: // - Base64EncodedKeyID: The `kid` is the URL safe (RFC 4648 Section 5) base64-encoded big-endian `key_id` in the keyset. // - Ignored: The `kid` header is ignored. // - Custom: The `kid` is fixed. It can be obtained by calling `key.GetKid()`. type KIDStrategy int const ( // UnknownKIDStrategy indicates that the key ID strategy is unknown. UnknownKIDStrategy KIDStrategy = iota // Base64EncodedKeyIDAsKID indicates that the a Base64 encoded key ID is // used as the kid. // // Using this strategy means that: // - [jwt.Signer]'s SignAndEncode always adds the `kid`. // - [jwt.Verifyer]'s VerifyAndDecode checks that the `kid` is // present and equal to the key ID. // // NOTE: This strategy is recommended by Tink. Base64EncodedKeyIDAsKID // IgnoredKID indicates that the kid is ignored. // // Using this strategy means that: // - [jwt.Signer]'s SignAndEncode does not write the kid header // - [jwt.Verifyer]'s VerifyAndDecode ignores the kid header IgnoredKID // CustomKID indicates that the kid has a custom fixed value. // // Using this strategy means that: // - [jwt.Signer]'s SignAndEncode writes the KID header to the value // given by key.KID() // - [jwt.Verifyer]'s VerifyAndDecode if the kid is present then it // must match key.KID(); if the kid is not present, it will be // accepted. // // NOTE: Tink doesn't allow creation of random JWT RSA-SSA-PKCS1 keys from // parameters when parameters.KIDStrategy() == CustomKID. CustomKID ) func (k KIDStrategy) String() string { switch k { case Base64EncodedKeyIDAsKID: return "Base64EncodedKeyIDAsKID" case IgnoredKID: return "IgnoredKID" case CustomKID: return "CustomKID" default: return "UnknownKIDStrategy" } } // Algorithm is the signature algorithm. // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.5 // The available options are: // - PS256: RSASSA-PSS using SHA-256 // - PS384: RSASSA-PSS using SHA-384 // - PS512: RSASSA-PSS using SHA-512 type Algorithm int const ( // UnknownAlgorithm indicates that the algorithm is unknown. UnknownAlgorithm Algorithm = iota // PS256 is RSASSA-PSS using SHA-256. PS256 Algorithm = iota + 1 // PS384 is RSASSA-PSS using SHA-384. PS384 // PS512 is RSASSA-PSS using SHA-512. PS512 ) func (a Algorithm) String() string { switch a { case PS256: return "PS256" case PS384: return "PS384" case PS512: return "PS512" default: return "UnknownAlgorithm" } } // Parameters represents the parameters of a JWT RSA SSA PSS key. type Parameters struct { kidStrategy KIDStrategy algorithm Algorithm modulusSizeInBits int publicExponent int } var _ key.Parameters = (*Parameters)(nil) const ( // f4 is the public exponent 65537. f4 = 65537 // Max exponent for RSA keys used in // https://cs.opensource.google/go/go/+/master:src/crypto/internal/fips140/rsa/rsa.go;l=370;drc=a76cc5a4ecb004616404cac5bb756da293818469 maxExponent = 1<<31 - 1 ) // ParametersOpts represents the options for creating a [Parameters] instance. type ParametersOpts struct { ModulusSizeInBits int PublicExponent int Algorithm Algorithm KidStrategy KIDStrategy } // NewParameters creates a new Parameters instance. func NewParameters(opts ParametersOpts) (*Parameters, error) { if opts.ModulusSizeInBits < 2048 { return nil, fmt.Errorf("invalid modulus size: %v, want >= 2048", opts.ModulusSizeInBits) } if opts.Algorithm == UnknownAlgorithm { return nil, fmt.Errorf("unsupported algorithm: %v", opts.Algorithm) } if opts.KidStrategy == UnknownKIDStrategy { return nil, fmt.Errorf("unsupported kid strategy: %v", opts.KidStrategy) } if opts.PublicExponent < f4 || opts.PublicExponent > maxExponent { return nil, fmt.Errorf("invalid public exponent: %v, want >= %v and <= %v", opts.PublicExponent, f4, maxExponent) } // To be consistent with tink-java and tink-cc. if opts.PublicExponent%2 != 1 { return nil, fmt.Errorf("invalid public exponent: %v, want odd", opts.PublicExponent) } return &Parameters{ kidStrategy: opts.KidStrategy, algorithm: opts.Algorithm, modulusSizeInBits: opts.ModulusSizeInBits, publicExponent: opts.PublicExponent, }, nil } // KIDStrategy returns the KIDStrategy. func (p *Parameters) KIDStrategy() KIDStrategy { return p.kidStrategy } // Algorithm returns the Algorithm. func (p *Parameters) Algorithm() Algorithm { return p.algorithm } // ModulusSizeInBits returns the ModulusSizeInBits. func (p *Parameters) ModulusSizeInBits() int { return p.modulusSizeInBits } // PublicExponent returns the PublicExponent. func (p *Parameters) PublicExponent() int { return p.publicExponent } // HasIDRequirement returns true if the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.kidStrategy == Base64EncodedKeyIDAsKID } // Equal returns true if the two Parameters are equal. func (p *Parameters) Equal(other key.Parameters) bool { otherParams, ok := other.(*Parameters) if !ok { return false } return p.kidStrategy == otherParams.kidStrategy && p.algorithm == otherParams.algorithm && p.modulusSizeInBits == otherParams.modulusSizeInBits && p.publicExponent == otherParams.publicExponent } ================================================ FILE: jwt/jwtrsassapss/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwtrsassapss_test import ( "math/bits" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapss" ) const f4 = 65537 func TestNewParameters(t *testing.T) { tests := []struct { name string opts jwtrsassapss.ParametersOpts wantErr bool }{{ name: "valid", opts: jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }, }, { name: "valid 3072", opts: jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 3072, PublicExponent: f4, Algorithm: jwtrsassapss.PS384, KidStrategy: jwtrsassapss.IgnoredKID, }, }, { name: "valid 4096", opts: jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 4096, PublicExponent: f4, Algorithm: jwtrsassapss.PS512, KidStrategy: jwtrsassapss.CustomKID, }, }, { name: "invalid modulus size", opts: jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2047, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }, wantErr: true, }, { name: "invalid public exponent too small", opts: jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 3, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }, wantErr: true, }, { name: "invalid public exponent even", opts: jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: 65538, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }, wantErr: true, }, { name: "unknown algorithm", opts: jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.UnknownAlgorithm, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }, wantErr: true, }, { name: "unknown kid strategy", opts: jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.UnknownKIDStrategy, }, wantErr: true, }} for _, tc := range tests { t.Run(tc.name, func(t *testing.T) { _, err := jwtrsassapss.NewParameters(tc.opts) if (err != nil) != tc.wantErr { t.Errorf("jwtrsassapss.NewParameters(%v) error = %v, wantErr %v", tc.opts, err, tc.wantErr) } }) } // On 32 bit platforms, the public exponent cannot be larger than 1<<31. if bits.UintSize == 64 { expVal := 1 << (bits.UintSize/2 - 1) t.Run("exponent too larrge", func(t *testing.T) { if _, err := jwtrsassapss.NewParameters(jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: expVal, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }); err == nil { t.Errorf("jwtrsassapss.NewParameters() error = nil, want error") } }) } } func TestParametersGetters(t *testing.T) { opts := jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, } p, err := jwtrsassapss.NewParameters(opts) if err != nil { t.Fatalf("jwtrsassapss.NewParameters(%v) error = %v", opts, err) } if p.ModulusSizeInBits() != opts.ModulusSizeInBits { t.Errorf("p.ModulusSizeInBitsjwtrsassapss.() = %v, want %v", p.ModulusSizeInBits(), opts.ModulusSizeInBits) } if p.PublicExponent() != opts.PublicExponent { t.Errorf("p.PublicExponent() = %v, want %v", p.PublicExponent(), opts.PublicExponent) } if p.Algorithm() != opts.Algorithm { t.Errorf("p.Algorithm() = %v, want %v", p.Algorithm(), opts.Algorithm) } if p.KIDStrategy() != opts.KidStrategy { t.Errorf("p.KIDStrategy() = %v, want %v", p.KIDStrategy(), opts.KidStrategy) } } func TestParametersHasIDRequirement(t *testing.T) { tests := []struct { name string kid jwtrsassapss.KIDStrategy want bool }{{ name: "Base64EncodedKeyIDAsKID", kid: jwtrsassapss.Base64EncodedKeyIDAsKID, want: true, }, { name: "IgnoredKID", kid: jwtrsassapss.IgnoredKID, want: false, }, { name: "CustomKID", kid: jwtrsassapss.CustomKID, want: false, }} for _, tc := range tests { t.Run(tc.name, func(t *testing.T) { opts := jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: tc.kid, } p, err := jwtrsassapss.NewParameters(opts) if err != nil { t.Fatalf("jwtrsassapss.NewParameters(%v) error = %v", opts, err) } if p.HasIDRequirement() != tc.want { t.Errorf("p.HasIDRequirement() = %vjwtrsassapss., want %v", p.HasIDRequirement(), tc.want) } }) } } func TestParametersEqual(t *testing.T) { paramsA, err := jwtrsassapss.NewParameters(jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }) if err != nil { t.Fatalf("jwtrsassapss.NewParameters() err = %v", err) } paramsB, err := jwtrsassapss.NewParameters(jwtrsassapss.ParametersOpts{ ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }) if err != nil { t.Fatalf("jwtrsassapss.NewParameters() err = %v", err) } if !paramsA.Equal(paramsB) { t.Errorf("paramsA.Equal(paramsB) = false, want true") } if !paramsB.Equal(paramsA) { t.Errorf("paramsB.Equal(paramsA) = false, want true") } if !paramsA.Equal(paramsA) { t.Errorf("paramsA.Equal(paramsA) = false, want true") } tests := []jwtrsassapss.ParametersOpts{ { ModulusSizeInBits: 3072, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }, { ModulusSizeInBits: 2048, PublicExponent: 65539, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }, { ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS384, KidStrategy: jwtrsassapss.Base64EncodedKeyIDAsKID, }, { ModulusSizeInBits: 2048, PublicExponent: f4, Algorithm: jwtrsassapss.PS256, KidStrategy: jwtrsassapss.IgnoredKID, }, } for _, tc := range tests { other, err := jwtrsassapss.NewParameters(tc) if err != nil { t.Fatalf("jwtrsassapss.NewParameters(%v) err = %v", tc, err) } if paramsA.Equal(other) { t.Errorf("paramsA.Equal(%v) = true, want false", other) } } } func TestAlgorithmString(t *testing.T) { tests := []struct { alg jwtrsassapss.Algorithm want string }{{ alg: jwtrsassapss.PS256, want: "PS256", }, { alg: jwtrsassapss.PS384, want: "PS384", }, { alg: jwtrsassapss.PS512, want: "PS512", }, { alg: jwtrsassapss.UnknownAlgorithm, want: "UnknownAlgorithm", }} for _, tc := range tests { t.Run(tc.want, func(t *testing.T) { if diff := cmp.Diff(tc.alg.String(), tc.want); diff != "" { t.Errorf("Algorithm.String() diff (-want +got): %s", diff) } }) } } func TestKIDStrategyString(t *testing.T) { tests := []struct { kid jwtrsassapss.KIDStrategy want string }{{ kid: jwtrsassapss.Base64EncodedKeyIDAsKID, want: "Base64EncodedKeyIDAsKID", }, { kid: jwtrsassapss.IgnoredKID, want: "IgnoredKID", }, { kid: jwtrsassapss.CustomKID, want: "CustomKID", }, { kid: jwtrsassapss.UnknownKIDStrategy, want: "UnknownKIDStrategy", }} for _, tc := range tests { t.Run(tc.want, func(t *testing.T) { if diff := cmp.Diff(tc.kid.String(), tc.want); diff != "" { t.Errorf("KIDStrategy.String() diff (-want +got): %s", diff) } }) } } ================================================ FILE: jwt/jwtrsassapss/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwtrsassapss import ( "fmt" "math/big" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" jwtrsapb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pss_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( privateKeyTypeURL = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey" publicKeyTypeURL = "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey" ) type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func algorithmToProto(a Algorithm) jwtrsapb.JwtRsaSsaPssAlgorithm { switch a { case PS256: return jwtrsapb.JwtRsaSsaPssAlgorithm_PS256 case PS384: return jwtrsapb.JwtRsaSsaPssAlgorithm_PS384 case PS512: return jwtrsapb.JwtRsaSsaPssAlgorithm_PS512 } // Should never happen. return jwtrsapb.JwtRsaSsaPssAlgorithm_PS_UNKNOWN } func algorithmFromProto(a jwtrsapb.JwtRsaSsaPssAlgorithm) Algorithm { switch a { case jwtrsapb.JwtRsaSsaPssAlgorithm_PS256: return PS256 case jwtrsapb.JwtRsaSsaPssAlgorithm_PS384: return PS384 case jwtrsapb.JwtRsaSsaPssAlgorithm_PS512: return PS512 } return UnknownAlgorithm } func outputPrefixTypeFromKIDStrategy(s KIDStrategy) tinkpb.OutputPrefixType { switch s { case CustomKID, IgnoredKID: return tinkpb.OutputPrefixType_RAW case Base64EncodedKeyIDAsKID: return tinkpb.OutputPrefixType_TINK } // Should never happen. return tinkpb.OutputPrefixType_UNKNOWN_PREFIX } func kidStrategyFromOutputPrefixType(s tinkpb.OutputPrefixType, hasCustomKID bool) KIDStrategy { switch s { case tinkpb.OutputPrefixType_RAW: if hasCustomKID { return CustomKID } return IgnoredKID case tinkpb.OutputPrefixType_TINK: return Base64EncodedKeyIDAsKID } return UnknownKIDStrategy } func (s *parametersSerializer) Serialize(p key.Parameters) (*tinkpb.KeyTemplate, error) { if p == nil { return nil, fmt.Errorf("parameters can't be nil") } params, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want %T", p, (*Parameters)(nil)) } keyFormat := &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: algorithmToProto(params.Algorithm()), ModulusSizeInBits: uint32(params.ModulusSizeInBits()), PublicExponent: []byte{0x01, 0x00, 0x01}, // F4 Version: 0, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { return nil, fmt.Errorf("failed to marshal key format: %v", err) } return &tinkpb.KeyTemplate{ TypeUrl: privateKeyTypeURL, Value: serializedKeyFormat, OutputPrefixType: outputPrefixTypeFromKIDStrategy(params.kidStrategy), }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(kt *tinkpb.KeyTemplate) (key.Parameters, error) { if kt == nil { return nil, fmt.Errorf("key template can't be nil") } if kt.GetTypeUrl() != privateKeyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", kt.GetTypeUrl(), privateKeyTypeURL) } keyFormat := &jwtrsapb.JwtRsaSsaPssKeyFormat{} if err := proto.Unmarshal(kt.GetValue(), keyFormat); err != nil { return nil, fmt.Errorf("failed to unmarshal key format: %v", err) } if keyFormat.GetVersion() != 0 { return nil, fmt.Errorf("invalid version: got %d, want 0", keyFormat.GetVersion()) } publicExponent := new(big.Int).SetBytes(keyFormat.GetPublicExponent()) if !publicExponent.IsInt64() { return nil, fmt.Errorf("public exponent cannot be represented as int64") } // Key format cannot specify a CustomKID. kidStrategy := kidStrategyFromOutputPrefixType(kt.GetOutputPrefixType(), false) return NewParameters(ParametersOpts{ KidStrategy: kidStrategy, Algorithm: algorithmFromProto(keyFormat.GetAlgorithm()), ModulusSizeInBits: int(keyFormat.GetModulusSizeInBits()), PublicExponent: int(publicExponent.Int64()), }) } // publicKeyToProto converts a [PublicKey] to a [jwtrsapb.JwtRsaSsaPssPublicKey] // proto. func publicKeyToProto(k *PublicKey) (*jwtrsapb.JwtRsaSsaPssPublicKey, error) { if k.parameters == nil { return nil, fmt.Errorf("parameters can't be nil") } protoPublicKey := &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: algorithmToProto(k.parameters.Algorithm()), N: k.Modulus(), E: new(big.Int).SetInt64(int64(k.parameters.PublicExponent())).Bytes(), } if k.parameters.KIDStrategy() == CustomKID { kid, hasKID := k.KID() if !hasKID { return nil, fmt.Errorf("CustomKID strategy requires a KID") } protoPublicKey.CustomKid = &jwtrsapb.JwtRsaSsaPssPublicKey_CustomKid{ Value: kid, } } return protoPublicKey, nil } type publicKeySerializer struct{} var _ protoserialization.KeySerializer = (*publicKeySerializer)(nil) func (s *publicKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { jwtRSAPublicKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", key, (*PublicKey)(nil)) } protoPublicKey, err := publicKeyToProto(jwtRSAPublicKey) if err != nil { return nil, err } serializedPublicKey, err := proto.Marshal(protoPublicKey) if err != nil { return nil, fmt.Errorf("failed to marshal %T: %v", protoPublicKey, err) } idRequirement, _ := jwtRSAPublicKey.IDRequirement() return protoserialization.NewKeySerialization(&tinkpb.KeyData{ TypeUrl: publicKeyTypeURL, Value: serializedPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, outputPrefixTypeFromKIDStrategy(jwtRSAPublicKey.parameters.KIDStrategy()), idRequirement) } // publicKeyFromProto converts a [jwtrsapb.JwtRsaSsaPssPublicKey] proto to a // [PublicKey]. func publicKeyFromProto(protoPublicKey *jwtrsapb.JwtRsaSsaPssPublicKey, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) (*PublicKey, error) { if protoPublicKey.GetVersion() != 0 { return nil, fmt.Errorf("invalid public key version: got %d, want 0", protoPublicKey.GetVersion()) } kidStrategy := kidStrategyFromOutputPrefixType(outputPrefixType, protoPublicKey.GetCustomKid() != nil) modulusSizeInBits := new(big.Int).SetBytes(protoPublicKey.GetN()).BitLen() exponent := new(big.Int).SetBytes(protoPublicKey.GetE()).Int64() params, err := NewParameters(ParametersOpts{ KidStrategy: kidStrategy, Algorithm: algorithmFromProto(protoPublicKey.GetAlgorithm()), ModulusSizeInBits: modulusSizeInBits, PublicExponent: int(exponent), }) if err != nil { return nil, err } return NewPublicKey(PublicKeyOpts{ Modulus: protoPublicKey.GetN(), IDRequirement: idRequirement, HasCustomKID: protoPublicKey.GetCustomKid() != nil, CustomKID: protoPublicKey.GetCustomKid().GetValue(), Parameters: params, }) } type publicKeyParser struct{} var _ protoserialization.KeyParser = (*publicKeyParser)(nil) func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization can't be nil") } if keySerialization.KeyData().GetTypeUrl() != publicKeyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keySerialization.KeyData().GetTypeUrl(), publicKeyTypeURL) } if keySerialization.KeyData().GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { return nil, fmt.Errorf("invalid key material type: got %v, want %v", keySerialization.KeyData().GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PUBLIC) } publicKeyProto := &jwtrsapb.JwtRsaSsaPssPublicKey{} if err := proto.Unmarshal(keySerialization.KeyData().GetValue(), publicKeyProto); err != nil { return nil, fmt.Errorf("failed to unmarshal %T: %v", err, publicKeyProto) } idRequirement, _ := keySerialization.IDRequirement() return publicKeyFromProto(publicKeyProto, keySerialization.OutputPrefixType(), idRequirement) } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(k key.Key) (*protoserialization.KeySerialization, error) { jwtRSAPrivateKey, ok := k.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", k, (*PrivateKey)(nil)) } if jwtRSAPrivateKey.publicKey == nil { return nil, fmt.Errorf("public key can't be nil") } publicKeyProto, err := publicKeyToProto(jwtRSAPrivateKey.publicKey) if err != nil { return nil, err } token := insecuresecretdataaccess.Token{} n := jwtRSAPrivateKey.publicKey.Modulus() p := jwtRSAPrivateKey.P().Data(token) q := jwtRSAPrivateKey.Q().Data(token) d := jwtRSAPrivateKey.D().Data(token) dp := jwtRSAPrivateKey.DP().Data(token) dq := jwtRSAPrivateKey.DQ().Data(token) crt := jwtRSAPrivateKey.QInv().Data(token) d, dp, dq, crt, err = signature.AdjustEncodingLengths(n, p, q, d, dp, dq, crt) if err != nil { return nil, err } protoPrivateKey := &jwtrsapb.JwtRsaSsaPssPrivateKey{ Version: 0, PublicKey: publicKeyProto, D: d, P: p, Q: q, Dp: dp, Dq: dq, Crt: crt, } serializedPrivateKey, err := proto.Marshal(protoPrivateKey) if err != nil { return nil, fmt.Errorf("failed to marshal %T: %v", protoPrivateKey, err) } idRequirement, _ := jwtRSAPrivateKey.IDRequirement() return protoserialization.NewKeySerialization(&tinkpb.KeyData{ TypeUrl: privateKeyTypeURL, Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, outputPrefixTypeFromKIDStrategy(jwtRSAPrivateKey.publicKey.parameters.KIDStrategy()), idRequirement) } func removeLeadingZeros(keyBytes []byte) []byte { return new(big.Int).SetBytes(keyBytes).Bytes() } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization can't be nil") } if keySerialization.KeyData().GetTypeUrl() != privateKeyTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keySerialization.KeyData().GetTypeUrl(), privateKeyTypeURL) } if keySerialization.KeyData().GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("invalid key material type: got %v, want %v", keySerialization.KeyData().GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PRIVATE) } privateKeyProto := &jwtrsapb.JwtRsaSsaPssPrivateKey{} if err := proto.Unmarshal(keySerialization.KeyData().GetValue(), privateKeyProto); err != nil { return nil, fmt.Errorf("failed to unmarshal %T: %v", privateKeyProto, err) } idRequirement, _ := keySerialization.IDRequirement() outputPrefixType := keySerialization.OutputPrefixType() if privateKeyProto.GetVersion() != 0 { return nil, fmt.Errorf("invalid private key version: got %d, want 0", privateKeyProto.GetVersion()) } publicKey, err := publicKeyFromProto(privateKeyProto.GetPublicKey(), outputPrefixType, idRequirement) if err != nil { return nil, err } privateKey, err := NewPrivateKey(PrivateKeyOpts{ PublicKey: publicKey, D: secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetD()), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetP()), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetQ()), insecuresecretdataaccess.Token{}), }) if err != nil { return nil, err } // Make sure the computed values match the ones in the proto. if !privateKey.DP().Equal(secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetDp()), insecuresecretdataaccess.Token{})) { return nil, fmt.Errorf("private key DP doesn't match") } if !privateKey.DQ().Equal(secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetDq()), insecuresecretdataaccess.Token{})) { return nil, fmt.Errorf("private key DQ doesn't match") } if !privateKey.QInv().Equal(secretdata.NewBytesFromData(removeLeadingZeros(privateKeyProto.GetCrt()), insecuresecretdataaccess.Token{})) { return nil, fmt.Errorf("private key QInv doesn't match") } return privateKey, nil } ================================================ FILE: jwt/jwtrsassapss/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/Lycense-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. package jwtrsassapss_test import ( "fmt" "math/big" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/jwt/jwtrsassapss" "github.com/tink-crypto/tink-go/v2/secretdata" jwtrsapb "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pss_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, msg proto.Message) []byte { t.Helper() b, err := proto.Marshal(msg) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } return b } func mustCreateParameters(t *testing.T, kid jwtrsassapss.KIDStrategy, alg jwtrsassapss.Algorithm, modulusSize int) *jwtrsassapss.Parameters { t.Helper() p, err := jwtrsassapss.NewParameters(jwtrsassapss.ParametersOpts{ KidStrategy: kid, Algorithm: alg, ModulusSizeInBits: modulusSize, PublicExponent: f4, }) if err != nil { t.Fatalf("jwtrsassapss.NewParameters() err = %v, want nil", err) } return p } func mustNewKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() keySerialization, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization() err = %v, want nil", err) } return keySerialization } func mustCreatePublicKey(t *testing.T, opts jwtrsassapss.PublicKeyOpts) *jwtrsassapss.PublicKey { t.Helper() key, err := jwtrsassapss.NewPublicKey(opts) if err != nil { t.Fatalf("jwtrsassapss.NewPublicKey() err = %v, want nil", err) } return key } func TestParametersSerializer(t *testing.T) { for _, tc := range []struct { params *jwtrsassapss.Parameters wantKt *tinkpb.KeyTemplate }{ { params: mustCreateParameters(t, jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS256, 2048), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { params: mustCreateParameters(t, jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS384, 3072), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS384, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { params: mustCreateParameters(t, jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS512, 4096), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS512, ModulusSizeInBits: 4096, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { params: mustCreateParameters(t, jwtrsassapss.IgnoredKID, jwtrsassapss.PS256, 2048), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { params: mustCreateParameters(t, jwtrsassapss.CustomKID, jwtrsassapss.PS256, 2048), wantKt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, } { t.Run(fmt.Sprintf("%v_%v", tc.params.KIDStrategy(), tc.params.Algorithm()), func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.params) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.params, err) } if diff := cmp.Diff(tc.wantKt, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got): \n%s", tc.params, diff) } }) } } func TestParametersParser(t *testing.T) { for _, tc := range []struct { wantParams *jwtrsassapss.Parameters kt *tinkpb.KeyTemplate }{ { wantParams: mustCreateParameters(t, jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS256, 2048), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { wantParams: mustCreateParameters(t, jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS384, 3072), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS384, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { wantParams: mustCreateParameters(t, jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS512, 4096), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS512, ModulusSizeInBits: 4096, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { wantParams: mustCreateParameters(t, jwtrsassapss.IgnoredKID, jwtrsassapss.PS256, 2048), kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, } { t.Run(fmt.Sprintf("%v_%v", tc.wantParams.Algorithm(), tc.kt.GetOutputPrefixType()), func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.kt) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.kt, err) } if diff := cmp.Diff(tc.wantParams, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got): \n%s", tc.kt, diff) } }) } } func TestParametersParser_Errors(t *testing.T) { for _, tc := range []struct { name string kt *tinkpb.KeyTemplate }{ { name: "invalid key format proto", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: []byte("invalid proto"), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "nil value", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: nil, OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, { name: "invalid output prefix type", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, }, }, { name: "invalid version", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 1, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid algorithm", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS_UNKNOWN, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid modulus size", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 2047, PublicExponent: []byte{0x01, 0x00, 0x01}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid public exponent", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00}, Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid public exponent too large to fit in int64", kt: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssKeyFormat{ Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).Add(new(big.Int).Lsh(big.NewInt(1), 64), big.NewInt(1)).Bytes(), // 2^64 + 1 Version: 0, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.kt); err == nil { t.Errorf("protoserialization.ParseParameters(%v) error = nil, want error", tc.kt) } else { t.Logf("protoserialization.ParseParameters(%v) error = %v", tc.kt, err) } }) } } type protoserializationPublicKeyTestCase struct { name string publicKey *jwtrsassapss.PublicKey publicKeySerialization *protoserialization.KeySerialization } func TestPublicKeySerializer(t *testing.T) { e := []byte{0x01, 0x00, 0x01} testCases := []*protoserializationPublicKeyTestCase{ { name: fmt.Sprintf("%v_%v_TINK", jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS256), publicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, HasCustomKID: false, Parameters: mustCreateParameters(t, jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS256, 2048), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 0x01020304), }, { name: fmt.Sprintf("%v_%v_RAW", jwtrsassapss.IgnoredKID, jwtrsassapss.PS384), publicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n3072Base64), HasCustomKID: false, Parameters: mustCreateParameters(t, jwtrsassapss.IgnoredKID, jwtrsassapss.PS384, 3072), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS384, N: mustBase64Decode(t, n3072Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: fmt.Sprintf("%v_%v_RAW", jwtrsassapss.CustomKID, jwtrsassapss.PS512), publicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n4096Base64), HasCustomKID: true, CustomKID: "customKID123", Parameters: mustCreateParameters(t, jwtrsassapss.CustomKID, jwtrsassapss.PS512, 4096), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS512, N: mustBase64Decode(t, n4096Base64), E: e, CustomKid: &jwtrsapb.JwtRsaSsaPssPublicKey_CustomKid{Value: "customKID123"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.SerializeKey(tc.publicKey) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.publicKeySerialization, keySerialization, protocmp.Transform(), cmp.AllowUnexported(protoserialization.KeySerialization{})); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPublicKeyParser(t *testing.T) { e := []byte{0x01, 0x00, 0x01} testCases := []*protoserializationPublicKeyTestCase{ { name: fmt.Sprintf("%v_%v_TINK", jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS256), publicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, HasCustomKID: false, Parameters: mustCreateParameters(t, jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS256, 2048), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 0x01020304), }, { name: fmt.Sprintf("%v_%v_RAW", jwtrsassapss.IgnoredKID, jwtrsassapss.PS384), publicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n3072Base64), HasCustomKID: false, Parameters: mustCreateParameters(t, jwtrsassapss.IgnoredKID, jwtrsassapss.PS384, 3072), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS384, N: mustBase64Decode(t, n3072Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: fmt.Sprintf("%v_%v_RAW", jwtrsassapss.CustomKID, jwtrsassapss.PS512), publicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n4096Base64), HasCustomKID: true, CustomKID: "customKID123", Parameters: mustCreateParameters(t, jwtrsassapss.CustomKID, jwtrsassapss.PS512, 4096), }), publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS512, N: mustBase64Decode(t, n4096Base64), E: e, CustomKid: &jwtrsapb.JwtRsaSsaPssPublicKey_CustomKid{Value: "customKID123"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseKey(tc.publicKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.publicKey, got, protocmp.Transform(), cmp.AllowUnexported(protoserialization.KeySerialization{})); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPublicKeyParser_Errors(t *testing.T) { e := new(big.Int).SetInt64(f4).Bytes() for _, tc := range []struct { name string publicKeySerialization *protoserialization.KeySerialization }{ { name: "invalid_key_material_type", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "modulus_too_small", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64)[1:], E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid_exponent_even", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: new(big.Int).SetInt64(f4 + 1).Bytes(), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "exponent_too_small", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: new(big.Int).SetInt64(f4 - 2).Bytes(), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "exponent_too_large", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: new(big.Int).Lsh(big.NewInt(1), 31).Bytes(), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid_version", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 1, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unknown_algorithm", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS_UNKNOWN, N: mustBase64Decode(t, n2048Base64), E: e, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "tink_with_custom_kid", publicKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: e, CustomKid: &jwtrsapb.JwtRsaSsaPssPublicKey_CustomKid{Value: "myCustomKID"}, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.publicKeySerialization); err == nil { t.Error("protoserialization.ParseKey() err = nil, want error") } else { t.Logf("protoserialization.ParseKey() err = %v", err) } }) } } type protoserializationPrivateKeyTestCase struct { name string privateKey *jwtrsassapss.PrivateKey privateKeySerialization *protoserialization.KeySerialization } func protoserializationPrivateKeyTestCases(t *testing.T) []*protoserializationPrivateKeyTestCase { t.Helper() e := []byte{0x01, 0x00, 0x01} return []*protoserializationPrivateKeyTestCase{ { name: "RS256_2048_TINK", privateKey: mustCreatePrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, Parameters: mustCreateParameters(t, jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS256, 2048), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: e, }, D: mustBase64Decode(t, d2048Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 0x01020304), }, { name: "RS256_2048_TINK_SHORT_PRIVATE_EXPONENT", privateKey: mustCreatePrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64Short), IDRequirement: 0x01020304, Parameters: mustCreateParameters(t, jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS256, 2048), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64Short), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64Short), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64Short), insecuresecretdataaccess.Token{}), }), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64Short), E: e, }, D: slices.Concat([]byte{0x00}, mustBase64Decode(t, d2048Base64Short)), P: mustBase64Decode(t, p2048Base64Short), Q: mustBase64Decode(t, q2048Base64Short), Dp: mustBase64Decode(t, dp2048Base64Short), Dq: mustBase64Decode(t, dq2048Base64Short), Crt: mustBase64Decode(t, qInv2048Base64Short), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 0x01020304), }, { name: "RS384_3072_RAW_CustomKID", privateKey: mustCreatePrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n3072Base64), HasCustomKID: true, CustomKID: "custom123", Parameters: mustCreateParameters(t, jwtrsassapss.CustomKID, jwtrsassapss.PS384, 3072), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d3072Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p3072Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q3072Base64), insecuresecretdataaccess.Token{}), }), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS384, N: mustBase64Decode(t, n3072Base64), E: e, CustomKid: &jwtrsapb.JwtRsaSsaPssPublicKey_CustomKid{Value: "custom123"}, }, D: mustBase64Decode(t, d3072Base64), P: mustBase64Decode(t, p3072Base64), Q: mustBase64Decode(t, q3072Base64), Dp: mustBase64Decode(t, dp3072Base64), Dq: mustBase64Decode(t, dq3072Base64), Crt: mustBase64Decode(t, qInv3072Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "RS512_4096_RAW_IgnoredKID", privateKey: mustCreatePrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n4096Base64), HasCustomKID: false, Parameters: mustCreateParameters(t, jwtrsassapss.IgnoredKID, jwtrsassapss.PS512, 4096), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d4096Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p4096Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q4096Base64), insecuresecretdataaccess.Token{}), }), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS512, N: mustBase64Decode(t, n4096Base64), E: e, }, D: mustBase64Decode(t, d4096Base64), P: mustBase64Decode(t, p4096Base64), Q: mustBase64Decode(t, q4096Base64), Dp: mustBase64Decode(t, dp4096Base64), Dq: mustBase64Decode(t, dq4096Base64), Crt: mustBase64Decode(t, qInv4096Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), }, } } func TestPrivateKeySerializer(t *testing.T) { for _, tc := range protoserializationPrivateKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.SerializeKey(tc.privateKey) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.privateKeySerialization, keySerialization, protocmp.Transform(), cmp.AllowUnexported(protoserialization.KeySerialization{})); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPrivateKeyParser(t *testing.T) { for _, tc := range append(protoserializationPrivateKeyTestCases(t), &protoserializationPrivateKeyTestCase{ name: "RS256_2048_TINK_trailing_zeros", privateKey: mustCreatePrivateKey(t, jwtrsassapss.PrivateKeyOpts{ PublicKey: mustCreatePublicKey(t, jwtrsassapss.PublicKeyOpts{ Modulus: mustBase64Decode(t, n2048Base64), IDRequirement: 0x01020304, Parameters: mustCreateParameters(t, jwtrsassapss.Base64EncodedKeyIDAsKID, jwtrsassapss.PS256, 2048), }), D: secretdata.NewBytesFromData(mustBase64Decode(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustBase64Decode(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustBase64Decode(t, q2048Base64), insecuresecretdataaccess.Token{}), }), privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: new(big.Int).SetInt64(f4).Bytes(), }, D: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, d2048Base64)), P: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, p2048Base64)), Q: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, q2048Base64)), Dp: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, dp2048Base64)), Dq: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, dq2048Base64)), Crt: slices.Concat([]byte{0x00, 0x00, 0x00, 0x00}, mustBase64Decode(t, qInv2048Base64)), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 0x01020304), }, ) { t.Run(tc.name, func(t *testing.T) { key, err := protoserialization.ParseKey(tc.privateKeySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.privateKey, key, protocmp.Transform()); diff != "" { t.Errorf("unexpected diff (-want +got): %s", diff) } }) } } func TestPrivateKeyParser_Errors(t *testing.T) { e := new(big.Int).SetInt64(f4).Bytes() for _, tc := range []struct { name string privateKeySerialization *protoserialization.KeySerialization }{ { name: "wrong_key_material_type", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: e, }, D: mustBase64Decode(t, d2048Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid_proto_serialization", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid_private_key_version", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, func() proto.Message { invalidProto := &jwtrsapb.JwtRsaSsaPssPrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: e, }, D: mustBase64Decode(t, d2048Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), } invalidProto.Version = 1 return invalidProto }()), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid_public_key_version", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPrivateKey{ Version: 1, PublicKey: &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: e, }, D: mustBase64Decode(t, d2048Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "tink_with_custom_kid", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: e, CustomKid: &jwtrsapb.JwtRsaSsaPssPublicKey_CustomKid{Value: "custom123"}, }, D: mustBase64Decode(t, d2048Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "mismatched_d", privateKeySerialization: mustNewKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey", Value: mustMarshal(t, &jwtrsapb.JwtRsaSsaPssPrivateKey{ Version: 0, PublicKey: &jwtrsapb.JwtRsaSsaPssPublicKey{ Version: 0, Algorithm: jwtrsapb.JwtRsaSsaPssAlgorithm_PS256, N: mustBase64Decode(t, n2048Base64), E: e, }, D: mustBase64Decode(t, d3072Base64), P: mustBase64Decode(t, p2048Base64), Q: mustBase64Decode(t, q2048Base64), Dp: mustBase64Decode(t, dp2048Base64), Dq: mustBase64Decode(t, dq2048Base64), Crt: mustBase64Decode(t, qInv2048Base64), }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.privateKeySerialization); err == nil { t.Errorf("protoserialization.ParseKey() err = nil, want err") } else { t.Logf("protoserialization.ParseKey() err = %v", err) } }) } } ================================================ FILE: jwt/raw_jwt.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "time" "unicode/utf8" spb "google.golang.org/protobuf/types/known/structpb" ) const ( claimIssuer = "iss" claimSubject = "sub" claimAudience = "aud" claimExpiration = "exp" claimNotBefore = "nbf" claimIssuedAt = "iat" claimJWTID = "jti" jwtTimestampMax = 253402300799 jwtTimestampMin = 0 ) // RawJWTOptions represent an unsigned JSON Web Token (JWT), https://tools.ietf.org/html/rfc7519. // // It contains all payload claims and a subset of the headers. It does not // contain any headers that depend on the key, such as "alg" or "kid", because // these headers are chosen when the token is signed and encoded, and should not // be chosen by the user. This ensures that the key can be changed without any // changes to the user code. type RawJWTOptions struct { Audiences []string Audience *string Subject *string Issuer *string JWTID *string IssuedAt *time.Time ExpiresAt *time.Time NotBefore *time.Time CustomClaims map[string]any TypeHeader *string WithoutExpiration bool } // RawJWT is an unsigned JSON Web Token (JWT), https://tools.ietf.org/html/rfc7519. type RawJWT struct { jsonpb *spb.Struct typeHeader *string } // NewRawJWT constructs a new RawJWT token based on the RawJwtOptions provided. func NewRawJWT(opts *RawJWTOptions) (*RawJWT, error) { if opts == nil { return nil, fmt.Errorf("jwt options can't be nil") } payload, err := createPayload(opts) if err != nil { return nil, err } if err := validatePayload(payload); err != nil { return nil, err } return &RawJWT{ jsonpb: payload, typeHeader: opts.TypeHeader, }, nil } // NewRawJWTFromJSON builds a RawJWT from a marshaled JSON. // Users shouldn't call this function and instead use NewRawJWT. func NewRawJWTFromJSON(typeHeader *string, jsonPayload []byte) (*RawJWT, error) { payload := &spb.Struct{} if err := payload.UnmarshalJSON(jsonPayload); err != nil { return nil, err } if err := validatePayload(payload); err != nil { return nil, err } return &RawJWT{ jsonpb: payload, typeHeader: typeHeader, }, nil } // JSONPayload marshals a RawJWT payload to JSON. func (r *RawJWT) JSONPayload() ([]byte, error) { return r.jsonpb.MarshalJSON() } // HasTypeHeader returns whether a RawJWT contains a type header. func (r *RawJWT) HasTypeHeader() bool { return r.typeHeader != nil } // TypeHeader returns the JWT type header. func (r *RawJWT) TypeHeader() (string, error) { if !r.HasTypeHeader() { return "", fmt.Errorf("no type header present") } return *r.typeHeader, nil } // HasAudiences checks whether a JWT contains the audience claim ('aud'). func (r *RawJWT) HasAudiences() bool { return r.hasField(claimAudience) } // Audiences returns a list of audiences from the 'aud' claim. If the 'aud' claim is a single string, it is converted into a list with a single entry. func (r *RawJWT) Audiences() ([]string, error) { aud, ok := r.field(claimAudience) if !ok { return nil, fmt.Errorf("no audience claim found") } if err := validateAudienceClaim(aud); err != nil { return nil, err } if val, isString := aud.GetKind().(*spb.Value_StringValue); isString { return []string{val.StringValue}, nil } s := make([]string, 0, len(aud.GetListValue().GetValues())) for _, a := range aud.GetListValue().GetValues() { s = append(s, a.GetStringValue()) } return s, nil } // HasSubject checks whether a JWT contains an issuer claim ('sub'). func (r *RawJWT) HasSubject() bool { return r.hasField(claimSubject) } // Subject returns the subject claim ('sub') or an error if no claim is present. func (r *RawJWT) Subject() (string, error) { return r.stringClaim(claimSubject) } // HasIssuer checks whether a JWT contains an issuer claim ('iss'). func (r *RawJWT) HasIssuer() bool { return r.hasField(claimIssuer) } // Issuer returns the issuer claim ('iss') or an error if no claim is present. func (r *RawJWT) Issuer() (string, error) { return r.stringClaim(claimIssuer) } // HasJWTID checks whether a JWT contains an JWT ID claim ('jti'). func (r *RawJWT) HasJWTID() bool { return r.hasField(claimJWTID) } // JWTID returns the JWT ID claim ('jti') or an error if no claim is present. func (r *RawJWT) JWTID() (string, error) { return r.stringClaim(claimJWTID) } // HasIssuedAt checks whether a JWT contains an issued at claim ('iat'). func (r *RawJWT) HasIssuedAt() bool { return r.hasField(claimIssuedAt) } // IssuedAt returns the issued at claim ('iat') or an error if no claim is present. func (r *RawJWT) IssuedAt() (time.Time, error) { return r.timeClaim(claimIssuedAt) } // HasExpiration checks whether a JWT contains an expiration time claim ('exp'). func (r *RawJWT) HasExpiration() bool { return r.hasField(claimExpiration) } // ExpiresAt returns the expiration claim ('exp') or an error if no claim is present. func (r *RawJWT) ExpiresAt() (time.Time, error) { return r.timeClaim(claimExpiration) } // HasNotBefore checks whether a JWT contains a not before claim ('nbf'). func (r *RawJWT) HasNotBefore() bool { return r.hasField(claimNotBefore) } // NotBefore returns the not before claim ('nbf') or an error if no claim is present. func (r *RawJWT) NotBefore() (time.Time, error) { return r.timeClaim(claimNotBefore) } // HasStringClaim checks whether a claim of type string is present. func (r *RawJWT) HasStringClaim(name string) bool { return !isRegisteredClaim(name) && r.hasClaimOfKind(name, &spb.Value{Kind: &spb.Value_StringValue{}}) } // StringClaim returns a custom string claim or an error if no claim is present. func (r *RawJWT) StringClaim(name string) (string, error) { if isRegisteredClaim(name) { return "", fmt.Errorf("claim '%q' is a registered claim", name) } return r.stringClaim(name) } // HasNumberClaim checks whether a claim of type number is present. func (r *RawJWT) HasNumberClaim(name string) bool { return !isRegisteredClaim(name) && r.hasClaimOfKind(name, &spb.Value{Kind: &spb.Value_NumberValue{}}) } // NumberClaim returns a custom number claim or an error if no claim is present. func (r *RawJWT) NumberClaim(name string) (float64, error) { if isRegisteredClaim(name) { return 0, fmt.Errorf("claim '%q' is a registered claim", name) } return r.numberClaim(name) } // HasBooleanClaim checks whether a claim of type boolean is present. func (r *RawJWT) HasBooleanClaim(name string) bool { return r.hasClaimOfKind(name, &spb.Value{Kind: &spb.Value_BoolValue{}}) } // BooleanClaim returns a custom bool claim or an error if no claim is present. func (r *RawJWT) BooleanClaim(name string) (bool, error) { val, err := r.customClaim(name) if err != nil { return false, err } b, ok := val.Kind.(*spb.Value_BoolValue) if !ok { return false, fmt.Errorf("claim '%q' is not a boolean", name) } return b.BoolValue, nil } // HasNullClaim checks whether a claim of type null is present. func (r *RawJWT) HasNullClaim(name string) bool { return r.hasClaimOfKind(name, &spb.Value{Kind: &spb.Value_NullValue{}}) } // HasArrayClaim checks whether a claim of type list is present. func (r *RawJWT) HasArrayClaim(name string) bool { return !isRegisteredClaim(name) && r.hasClaimOfKind(name, &spb.Value{Kind: &spb.Value_ListValue{}}) } // ArrayClaim returns a slice representing a JSON array for a claim or an error if the claim is empty. func (r *RawJWT) ArrayClaim(name string) ([]any, error) { val, err := r.customClaim(name) if err != nil { return nil, err } if val.GetListValue() == nil { return nil, fmt.Errorf("claim '%q' is not a list", name) } return val.GetListValue().AsSlice(), nil } // HasObjectClaim checks whether a claim of type JSON object is present. func (r *RawJWT) HasObjectClaim(name string) bool { return r.hasClaimOfKind(name, &spb.Value{Kind: &spb.Value_StructValue{}}) } // ObjectClaim returns a map representing a JSON object for a claim or an error if the claim is empty. func (r *RawJWT) ObjectClaim(name string) (map[string]any, error) { val, err := r.customClaim(name) if err != nil { return nil, err } if val.GetStructValue() == nil { return nil, fmt.Errorf("claim '%q' is not a JSON object", name) } return val.GetStructValue().AsMap(), err } // CustomClaimNames returns a list with the name of custom claims in a RawJWT. func (r *RawJWT) CustomClaimNames() []string { names := []string{} for key := range r.jsonpb.GetFields() { if !isRegisteredClaim(key) { names = append(names, key) } } return names } func (r *RawJWT) timeClaim(name string) (time.Time, error) { n, err := r.numberClaim(name) if err != nil { return time.Time{}, err } return time.Unix(int64(n), 0), err } func (r *RawJWT) numberClaim(name string) (float64, error) { val, ok := r.field(name) if !ok { return 0, fmt.Errorf("no '%q' claim found", name) } s, ok := val.Kind.(*spb.Value_NumberValue) if !ok { return 0, fmt.Errorf("claim '%q' is not a number", name) } return s.NumberValue, nil } func (r *RawJWT) stringClaim(name string) (string, error) { val, ok := r.field(name) if !ok { return "", fmt.Errorf("no '%q' claim found", name) } s, ok := val.Kind.(*spb.Value_StringValue) if !ok { return "", fmt.Errorf("claim '%q' is not a string", name) } if !utf8.ValidString(s.StringValue) { return "", fmt.Errorf("claim '%q' is not a valid utf-8 encoded string", name) } return s.StringValue, nil } func (r *RawJWT) hasClaimOfKind(name string, exp *spb.Value) bool { val, exist := r.field(name) if !exist || exp == nil { return false } var isKind bool switch exp.GetKind().(type) { case *spb.Value_StructValue: _, isKind = val.GetKind().(*spb.Value_StructValue) case *spb.Value_NullValue: _, isKind = val.GetKind().(*spb.Value_NullValue) case *spb.Value_BoolValue: _, isKind = val.GetKind().(*spb.Value_BoolValue) case *spb.Value_ListValue: _, isKind = val.GetKind().(*spb.Value_ListValue) case *spb.Value_StringValue: _, isKind = val.GetKind().(*spb.Value_StringValue) case *spb.Value_NumberValue: _, isKind = val.GetKind().(*spb.Value_NumberValue) default: isKind = false } return isKind } func (r *RawJWT) customClaim(name string) (*spb.Value, error) { if isRegisteredClaim(name) { return nil, fmt.Errorf("'%q' is a registered claim", name) } val, ok := r.field(name) if !ok { return nil, fmt.Errorf("claim '%q' not found", name) } return val, nil } func (r *RawJWT) hasField(name string) bool { _, ok := r.field(name) return ok } func (r *RawJWT) field(name string) (*spb.Value, bool) { val, ok := r.jsonpb.GetFields()[name] return val, ok } // createPayload creates a JSON payload from JWT options. func createPayload(opts *RawJWTOptions) (*spb.Struct, error) { if err := validateCustomClaims(opts.CustomClaims); err != nil { return nil, err } if opts.ExpiresAt == nil && !opts.WithoutExpiration { return nil, fmt.Errorf("jwt options must contain an expiration or must be marked WithoutExpiration") } if opts.ExpiresAt != nil && opts.WithoutExpiration { return nil, fmt.Errorf("jwt options can't be marked WithoutExpiration when expiration is specified") } if opts.Audience != nil && opts.Audiences != nil { return nil, fmt.Errorf("jwt options can either contain a single Audience or a list of Audiences but not both") } payload := &spb.Struct{ Fields: map[string]*spb.Value{}, } setStringValue(payload, claimJWTID, opts.JWTID) setStringValue(payload, claimIssuer, opts.Issuer) setStringValue(payload, claimSubject, opts.Subject) setStringValue(payload, claimAudience, opts.Audience) setTimeValue(payload, claimIssuedAt, opts.IssuedAt) setTimeValue(payload, claimNotBefore, opts.NotBefore) setTimeValue(payload, claimExpiration, opts.ExpiresAt) setAudiences(payload, claimAudience, opts.Audiences) for k, v := range opts.CustomClaims { val, err := spb.NewValue(v) if err != nil { return nil, err } setValue(payload, k, val) } return payload, nil } func validatePayload(payload *spb.Struct) error { if payload.Fields == nil || len(payload.Fields) == 0 { return nil } if err := validateAudienceClaim(payload.Fields[claimAudience]); err != nil { return err } for claim, val := range payload.GetFields() { if isRegisteredTimeClaim(claim) { if err := validateTimeClaim(claim, val); err != nil { return err } } if isRegisteredStringClaim(claim) { if err := validateStringClaim(claim, val); err != nil { return err } } } return nil } func validateStringClaim(claim string, val *spb.Value) error { v, ok := val.Kind.(*spb.Value_StringValue) if !ok { return fmt.Errorf("claim: '%q' MUST be a string", claim) } if !utf8.ValidString(v.StringValue) { return fmt.Errorf("claim: '%q' isn't a valid UTF-8 string", claim) } return nil } func validateTimeClaim(claim string, val *spb.Value) error { if _, ok := val.Kind.(*spb.Value_NumberValue); !ok { return fmt.Errorf("claim %q MUST be a numeric value, ", claim) } t := int64(val.GetNumberValue()) if t > jwtTimestampMax || t < jwtTimestampMin { return fmt.Errorf("invalid timestamp: '%d' for claim: %q", t, claim) } return nil } func validateAudienceClaim(val *spb.Value) error { if val == nil { return nil } _, isString := val.Kind.(*spb.Value_StringValue) l, isList := val.Kind.(*spb.Value_ListValue) if !isList && !isString { return fmt.Errorf("audience claim MUST be a list with at least one string or a single string value") } if isString { return validateStringClaim(claimAudience, val) } if l.ListValue != nil && len(l.ListValue.Values) == 0 { return fmt.Errorf("there MUST be at least one value present in the audience claim") } for _, aud := range l.ListValue.Values { v, ok := aud.Kind.(*spb.Value_StringValue) if !ok { return fmt.Errorf("audience value is not a string") } if !utf8.ValidString(v.StringValue) { return fmt.Errorf("audience value is not a valid UTF-8 string") } } return nil } func validateCustomClaims(cc map[string]any) error { if cc == nil { return nil } for key := range cc { if isRegisteredClaim(key) { return fmt.Errorf("claim '%q' is a registered claim, it can't be declared as a custom claim", key) } } return nil } func setTimeValue(p *spb.Struct, claim string, val *time.Time) { if val == nil { return } setValue(p, claim, spb.NewNumberValue(float64(val.Unix()))) } func setStringValue(p *spb.Struct, claim string, val *string) { if val == nil { return } setValue(p, claim, spb.NewStringValue(*val)) } func setAudiences(p *spb.Struct, claim string, vals []string) { if vals == nil { return } audList := &spb.ListValue{ Values: make([]*spb.Value, 0, len(vals)), } for _, aud := range vals { audList.Values = append(audList.Values, spb.NewStringValue(aud)) } setValue(p, claim, spb.NewListValue(audList)) } func setValue(p *spb.Struct, claim string, val *spb.Value) { if p.GetFields() == nil { p.Fields = make(map[string]*spb.Value) } p.GetFields()[claim] = val } func isRegisteredClaim(c string) bool { return isRegisteredStringClaim(c) || isRegisteredTimeClaim(c) || c == claimAudience } func isRegisteredStringClaim(c string) bool { return c == claimIssuer || c == claimSubject || c == claimJWTID } func isRegisteredTimeClaim(c string) bool { return c == claimExpiration || c == claimNotBefore || c == claimIssuedAt } ================================================ FILE: jwt/raw_jwt_test.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "testing" "time" "github.com/google/go-cmp/cmp" "github.com/google/go-cmp/cmp/cmpopts" "github.com/tink-crypto/tink-go/v2/jwt" ) const ( invalidUTF8 = "\xF4\x7F\xBF\xBF" validExpiration = 1640043004 ) type testCase struct { tag string opts *jwt.RawJWTOptions json string token *jwt.RawJWT } func refString(a string) *string { return &a } func refTime(ts int64) *time.Time { t := time.Unix(ts, 0) return &t } func TestCreatingRawJWTWithAllClaims(t *testing.T) { json := `{ "sub": "tink-test-subject", "iss": "tink-test-issuer", "jti": "tink-jwt-id", "aud": ["aud-1", "aud-2"], "exp": 457888, "nbf": 450888, "iat": 400888, "cc-num": 1.67, "cc-bool": true, "cc-null": null, "cc-array": [1,2,3], "cc-string": "cc-val", "cc-object": {"nested-cc-num": 5.5} }` opts := &jwt.RawJWTOptions{ TypeHeader: refString("typeHeader"), Subject: refString("tink-test-subject"), Issuer: refString("tink-test-issuer"), JWTID: refString("tink-jwt-id"), Audiences: []string{"aud-1", "aud-2"}, ExpiresAt: refTime(457888), NotBefore: refTime(450888), IssuedAt: refTime(400888), CustomClaims: map[string]any{ "cc-num": 1.67, "cc-bool": true, "cc-null": nil, "cc-string": "cc-val", "cc-array": []any{1.0, 2.0, 3.0}, "cc-object": map[string]any{"nested-cc-num": 5.5}, }, } fromJSON, err := jwt.NewRawJWTFromJSON(refString("typeHeader"), []byte(json)) if err != nil { t.Fatalf("jwt.NewRawJWTFromJSON(%q): %v", json, err) } fromOpts, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("jwt.NewRawJWT(%v): %v", opts, err) } for _, tc := range []testCase{ { tag: "jwt.NewRawJWTFromJSON", token: fromJSON, }, { tag: "NewRawJWT", token: fromOpts, }, } { if !tc.token.HasTypeHeader() { t.Errorf("tc.token.HasTypeHeader() = false, want true") } if !tc.token.HasAudiences() { t.Errorf("tc.token.HasAudiences() = false, want true") } if !tc.token.HasSubject() { t.Errorf("tc.token.HasSubject() = false, want true") } if !tc.token.HasIssuer() { t.Errorf("tc.token.HasIssuer() = false, want true") } if !tc.token.HasJWTID() { t.Errorf("tc.token.HasJWTID() = false, want true") } if !tc.token.HasExpiration() { t.Errorf("tc.token.HasExpiration() = false, want true") } if !tc.token.HasNotBefore() { t.Errorf("tc.token.HasNotBefore() = false, want true") } if !tc.token.HasIssuedAt() { t.Errorf("tc.token.HasIssuedAt() = false, want true") } typeHeader, err := tc.token.TypeHeader() if err != nil { t.Errorf("tc.token.TypeHeader() err = %v, want nil", err) } if !cmp.Equal(typeHeader, *opts.TypeHeader) { t.Errorf("tc.token.TypeHeader() = %q, want %q", typeHeader, *opts.TypeHeader) } audiences, err := tc.token.Audiences() if err != nil { t.Errorf("tc.token.Audiences() err = %v, want nil", err) } if !cmp.Equal(audiences, opts.Audiences) { t.Errorf("tc.token.Audiences() = %q, want %q", audiences, opts.Audiences) } subject, err := tc.token.Subject() if err != nil { t.Errorf("tc.token.Subject() err = %v, want nil", err) } if !cmp.Equal(subject, *opts.Subject) { t.Errorf("tc.token.Subject() = %q, want %q", subject, *opts.Subject) } issuer, err := tc.token.Issuer() if err != nil { t.Errorf("tc.token.Issuer() err = %v, want nil", err) } if !cmp.Equal(issuer, *opts.Issuer) { t.Errorf("tc.token.Issuer() = %q, want %q", issuer, *opts.Issuer) } jwtID, err := tc.token.JWTID() if err != nil { t.Errorf("tc.token.JWTID() err = %v, want nil", err) } if !cmp.Equal(jwtID, *opts.JWTID) { t.Errorf("tc.token.JWTID() = %q, want %q", jwtID, *opts.JWTID) } expiresAt, err := tc.token.ExpiresAt() if err != nil { t.Errorf("tc.token.ExpiresAt() err = %v, want nil", err) } if !cmp.Equal(expiresAt, *opts.ExpiresAt) { t.Errorf("tc.token.ExpiresAt() = %q, want %q", expiresAt, *opts.ExpiresAt) } issuedAt, err := tc.token.IssuedAt() if err != nil { t.Errorf("tc.token.IssuedAt() err = %v, want nil", err) } if !cmp.Equal(issuedAt, *opts.IssuedAt) { t.Errorf("tc.token.IssuedAt() = %q, want %q", issuedAt, *opts.IssuedAt) } notBefore, err := tc.token.NotBefore() if err != nil { t.Errorf("tc.token.NotBefore() err = %v, want nil", err) } if !cmp.Equal(notBefore, *opts.NotBefore) { t.Errorf("tc.token.NotBefore() = %q, want %q", notBefore, *opts.NotBefore) } wantCustomClaims := []string{"cc-num", "cc-bool", "cc-null", "cc-string", "cc-array", "cc-object"} if !cmp.Equal(tc.token.CustomClaimNames(), wantCustomClaims, cmpopts.SortSlices(func(a, b string) bool { return a < b })) { t.Errorf("tc.token.CustomClaimNames() = %q, want %q", tc.token.CustomClaimNames(), wantCustomClaims) } if !tc.token.HasNumberClaim("cc-num") { t.Errorf("tc.token.HasNumberClaim('cc-num') = false, want true") } if !tc.token.HasBooleanClaim("cc-bool") { t.Errorf("tc.token.HasBooleanClaim('cc-bool') = false, want true") } if !tc.token.HasNullClaim("cc-null") { t.Errorf("tc.token.HasNullClaim('cc-null') = false, want true") } if !tc.token.HasStringClaim("cc-string") { t.Errorf("tc.token.HasStringClaim('cc-string') = false, want true") } if !tc.token.HasArrayClaim("cc-array") { t.Errorf("tc.token.HasArrayClaim('cc-array') = false, want true") } if !tc.token.HasObjectClaim("cc-object") { t.Errorf("tc.token.HasObjectClaim('cc-object') = false, want true") } number, err := tc.token.NumberClaim("cc-num") if err != nil { t.Errorf("tc.token.NumberClaim('cc-num') err = %v, want nil", err) } if !cmp.Equal(number, opts.CustomClaims["cc-num"]) { t.Errorf("tc.token.NumberClaim('cc-num') = %f, want %f", number, opts.CustomClaims["cc-num"]) } boolean, err := tc.token.BooleanClaim("cc-bool") if err != nil { t.Errorf("tc.token.BooleanClaim('cc-bool') err = %v, want nil", err) } if !cmp.Equal(boolean, opts.CustomClaims["cc-bool"]) { t.Errorf("tc.token.BooleanClaim('cc-bool') = %v, want %v", boolean, opts.CustomClaims["cc-bool"]) } str, err := tc.token.StringClaim("cc-string") if err != nil { t.Errorf("tc.token.StringClaim('cc-string') err = %v, want nil", err) } if !cmp.Equal(str, opts.CustomClaims["cc-string"]) { t.Errorf("tc.token.StringClaim('cc-string') = %q, want %q", str, opts.CustomClaims["cc-string"]) } array, err := tc.token.ArrayClaim("cc-array") if err != nil { t.Errorf("tc.token.ArrayClaim('cc-array') err = %v, want nil", err) } if !cmp.Equal(array, opts.CustomClaims["cc-array"]) { t.Errorf("tc.token.ArrayClaim('cc-array') = %q, want %q", array, opts.CustomClaims["cc-array"]) } object, err := tc.token.ObjectClaim("cc-object") if err != nil { t.Errorf("tc.token.ObjectClaim('cc-object') err = %v, want nil", err) } if !cmp.Equal(object, opts.CustomClaims["cc-object"]) { t.Errorf("tc.token.ObjectClaim('cc-object') = %q, want %q", object, opts.CustomClaims["cc-object"]) } } } func TestGeneratingRawJWTWithoutClaims(t *testing.T) { jsonToken, err := jwt.NewRawJWTFromJSON(nil, []byte("{}")) if err != nil { t.Fatalf("jwt.NewRawJWTFromJSON({}): %v", err) } optsToken, err := jwt.NewRawJWT(&jwt.RawJWTOptions{WithoutExpiration: true}) if err != nil { t.Fatalf("NewRawJWT with no claims: %v", err) } for _, tc := range []testCase{ { tag: "jwt.NewRawJWTFromJSON", token: jsonToken, }, { tag: "NewRawJWT", token: optsToken, }, } { if tc.token.HasTypeHeader() { t.Errorf("tc.token.HasTypeHeader() = true, want false") } if tc.token.HasAudiences() { t.Errorf("tc.token.HasAudiences() = true, want false") } if tc.token.HasSubject() { t.Errorf("tc.token.HasSubject() = true, want false") } if tc.token.HasIssuer() { t.Errorf("tc.token.HasIssuer() = true, want false") } if tc.token.HasJWTID() { t.Errorf("tc.token.HasJWTID() = true, want false") } if tc.token.HasExpiration() { t.Errorf("tc.token.HasExpiration() = true, want false") } if tc.token.HasNotBefore() { t.Errorf("tc.token.HasNotBefore() = true, want false") } if tc.token.HasIssuedAt() { t.Errorf("tc.token.HasIssuedAt() = true, want false") } if _, err := tc.token.Audiences(); err == nil { t.Errorf("tc.token.Audiences() err = nil, want error") } if _, err := tc.token.Subject(); err == nil { t.Errorf("tc.token.Subject() err = nil, want error") } if _, err := tc.token.Issuer(); err == nil { t.Errorf("tc.token.Issuer() err = nil, want error") } if _, err := tc.token.JWTID(); err == nil { t.Errorf("tc.token.JWTID() err = nil, want error") } if _, err := tc.token.ExpiresAt(); err == nil { t.Errorf("tc.token.ExpiresAt() err = nil, want error") } if _, err := tc.token.IssuedAt(); err == nil { t.Errorf("tc.token.IssuedAt() err = nil, want error") } if _, err := tc.token.NotBefore(); err == nil { t.Errorf("tc.token.NotBefore() err = nil, want error") } if !cmp.Equal(tc.token.CustomClaimNames(), []string{}) { t.Errorf("tc.token.CustomClaimNames() = %q want %q", tc.token.CustomClaimNames(), []string{}) } } } func TestNewRawJWTLargeValidTimestamps(t *testing.T) { opts := &jwt.RawJWTOptions{ TypeHeader: refString("typeHeader"), ExpiresAt: refTime(253402300799), NotBefore: refTime(253402300700), IssuedAt: refTime(253402300000), } token, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("generating RawJWT with valid timestamps (%q, %q, %q): %v", opts.ExpiresAt, opts.NotBefore, opts.IssuedAt, err) } expiresAt, err := token.ExpiresAt() if err != nil { t.Errorf("tc.token.ExpiresAt() err = %v, want nil", err) } if !cmp.Equal(expiresAt, *opts.ExpiresAt) { t.Errorf("tc.token.ExpiresAt() = %q want %q", expiresAt, *opts.ExpiresAt) } notBefore, err := token.NotBefore() if err != nil { t.Errorf("tc.token.NotBefore() err = %v, want nil", err) } if !cmp.Equal(notBefore, *opts.NotBefore) { t.Errorf("tc.token.NotBefore() = %q want %q", notBefore, *opts.NotBefore) } issuedAt, err := token.IssuedAt() if err != nil { t.Errorf("tc.token.IssuedAt() err = %v, want nil", err) } if !cmp.Equal(issuedAt, *opts.IssuedAt) { t.Errorf("tc.token.IssuedAt() = %q want %q", issuedAt, *opts.IssuedAt) } } func TestNewRawJWTSingleStringAudience(t *testing.T) { opts := &jwt.RawJWTOptions{ WithoutExpiration: true, Audience: refString("tink-aud"), } rawJWT, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("generating RawJWT with a single audience: %v", err) } aud, err := rawJWT.Audiences() if err != nil { t.Errorf("getting audience from token: %v", err) } want := []string{*opts.Audience} if !cmp.Equal(aud, want) { t.Errorf("rawJWT.Audiences() = %q, want %q", aud, want) } } func TestSingleStringAudienceFromJSON(t *testing.T) { rawJWT, err := jwt.NewRawJWTFromJSON(nil, []byte(`{"aud": "tink-aud"}`)) if err != nil { t.Fatalf("parsing valid RawJWT: %v", err) } aud, err := rawJWT.Audiences() if err != nil { t.Errorf("getting audience from token: %v", err) } want := []string{"tink-aud"} if !cmp.Equal(aud, want) { t.Errorf("rawJWT.Audiences() = %q, want %q", aud, want) } } func TestNewRawJWTValidationFailures(t *testing.T) { testCases := []testCase{ { tag: "empty jwt.RawJWTOptions options fails", }, { tag: "no ExpiresAt specified and WithoutExpiration = false fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, }, }, { tag: "ExpiresAt and WithoutExpiration = true fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, ExpiresAt: refTime(validExpiration), WithoutExpiration: true, }, }, { tag: "specifying Audenience and Audiences fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, Audience: refString("tink-bar"), WithoutExpiration: true, }, }, { tag: "empty audiences array fails", opts: &jwt.RawJWTOptions{ ExpiresAt: refTime(validExpiration), Audiences: []string{}, }, }, { tag: "audiences with invalid UTF-8 string fails", opts: &jwt.RawJWTOptions{ WithoutExpiration: true, Audiences: []string{"valid", invalidUTF8}, }, }, { tag: "custom claims containing registered subject claims fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, ExpiresAt: refTime(validExpiration), CustomClaims: map[string]any{ "sub": "overwrite", }, }, }, { tag: "custom claims containing registered issuer claims fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, ExpiresAt: refTime(validExpiration), CustomClaims: map[string]any{ "iss": "overwrite", }, }, }, { tag: "custom claims containing registered jwt id claims fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, ExpiresAt: refTime(validExpiration), CustomClaims: map[string]any{ "jti": "overwrite", }, }, }, { tag: "custom claims containing registered expiration claims fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, ExpiresAt: refTime(validExpiration), CustomClaims: map[string]any{ "exp": "overwrite", }, }, }, { tag: "custom claims containing registered audience claims fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, WithoutExpiration: true, CustomClaims: map[string]any{ "aud": []any{"overwrite"}, }, }, }, { tag: "custom claims with non standard JSON types fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, ExpiresAt: refTime(validExpiration), CustomClaims: map[string]any{ "complex": time.Time{}, }, }, }, { tag: "non UTF-8 string on isser claim fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, ExpiresAt: refTime(validExpiration), Issuer: refString(invalidUTF8), }, }, { tag: "non UTF-8 string on subject claim fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, WithoutExpiration: true, Subject: refString(invalidUTF8), }, }, { tag: "non UTF-8 string on JWT ID claim fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, WithoutExpiration: true, JWTID: refString(invalidUTF8), }, }, { tag: "non UTF-8 string on custom claim fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, Issuer: refString("ise-testing"), ExpiresAt: refTime(validExpiration), CustomClaims: map[string]any{ "esoteric": invalidUTF8, }, }, }, { tag: "issued at timestamp greater than valid JWT max time fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, ExpiresAt: refTime(validExpiration), IssuedAt: refTime(253402300800), }, }, { tag: "expires at timestamp greater than valid JWT max time fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, ExpiresAt: refTime(253402300800), }, }, { tag: "not before timestamp smaller than valid JWT min time fails", opts: &jwt.RawJWTOptions{ Audiences: []string{"tink-foo"}, ExpiresAt: refTime(validExpiration), NotBefore: refTime(-5), }, }, } for _, tc := range testCases { t.Run(tc.tag, func(t *testing.T) { _, err := jwt.NewRawJWT(tc.opts) if err == nil { t.Errorf("expected error instead got nil") } }) } } func TestNewRawJWTWithTooManyRecursionsFails(t *testing.T) { // The default recursion limit in golang is 10000, see // google.golang.org/protobuf/encoding/protowire#DefaultRecursionLimit numRecursions := 11000 payload := make([]byte, 0, 6*numRecursions+2) for i := 0; i < numRecursions; i++ { payload = append(payload, []byte(`{"a":`)...) } payload = append(payload, []byte(`""`)...) for i := 0; i < numRecursions; i++ { payload = append(payload, []byte(`}`)...) } if _, err := jwt.NewRawJWTFromJSON( /*typeHeader=*/ nil, payload); err == nil { t.Errorf("jwt.NewRawJWTFromJSON() err = nil, want error") } } func TestJSONPayload(t *testing.T) { for _, tc := range []testCase{ { tag: "subject", opts: &jwt.RawJWTOptions{ WithoutExpiration: true, Subject: refString("tink-subject"), }, json: `{"sub":"tink-subject"}`, }, { tag: "audience list", opts: &jwt.RawJWTOptions{ WithoutExpiration: true, Audiences: []string{"one"}, }, json: `{"aud":["one"]}`, }, { tag: "audience string", opts: &jwt.RawJWTOptions{ WithoutExpiration: true, Audience: refString("one"), }, json: `{"aud":"one"}`, }, { tag: "issuer", opts: &jwt.RawJWTOptions{ WithoutExpiration: true, Issuer: refString("tink-test"), }, json: `{"iss":"tink-test"}`, }, { tag: "jwt id", opts: &jwt.RawJWTOptions{ WithoutExpiration: true, JWTID: refString("tink-id"), }, json: `{"jti":"tink-id"}`, }, { tag: "issued at", opts: &jwt.RawJWTOptions{ WithoutExpiration: true, IssuedAt: refTime(78324), }, json: `{"iat":78324}`, }, { tag: "not before", opts: &jwt.RawJWTOptions{ WithoutExpiration: true, NotBefore: refTime(78324), }, json: `{"nbf":78324}`, }, { tag: "expiration", opts: &jwt.RawJWTOptions{ ExpiresAt: refTime(78324), }, json: `{"exp":78324}`, }, { tag: "integer", opts: &jwt.RawJWTOptions{ WithoutExpiration: true, CustomClaims: map[string]any{ "num": 1, }, }, json: `{"num":1}`, }, { tag: "custom-claim", opts: &jwt.RawJWTOptions{ WithoutExpiration: true, CustomClaims: map[string]any{ "cust": []any{map[string]any{"key": "val"}}, }, }, json: `{"cust":[{"key":"val"}]}`, }, { tag: "no claims", opts: &jwt.RawJWTOptions{ WithoutExpiration: true, }, json: `{}`, }, } { t.Run(tc.tag, func(t *testing.T) { token, err := jwt.NewRawJWT(tc.opts) if err != nil { t.Errorf("generating valid RawJWT: %v", err) } j, err := token.JSONPayload() if err != nil { t.Errorf("calling JSONPayload() on rawJWT: %v", err) } if !cmp.Equal(string(j), tc.json) { t.Fatalf("JSONPayload output got %v, expected %v", string(j), tc.json) } }) } } func TestFromJSONValidationFailures(t *testing.T) { testCases := []testCase{ { tag: "json with empty audience", json: `{"sub": "tink", "aud": []}`, }, { tag: "json with audience of wrong type", json: `{"aud": 5}`, }, { tag: "json with audiences of wrong type", json: `{"aud": ["one", null]}`, }, { tag: "json with registered claim with wrong type", json: `{"sub": 1}`, }, { tag: "json with non UTF-8 string on subject claim fails", json: `{"sub": "\xF4\x7F\xBF\xBF"}`, }, { tag: "json with non UTF-8 string on issuer claim fails", json: `{"iss": "\xF4\x7F\xBF\xBF"}`, }, { tag: "json with non UTF-8 string on jwt id claim fails", json: `{"jti": "\xF4\x7F\xBF\xBF"}`, }, { tag: "json with `not before` timestamp claim greater than valid JWT max time fails", json: `{"nbf": 253402301799}`, }, { tag: "json with `issued at` timestamp claim greater than valid JWT max time fails", json: `{"iat": 253402301799}`, }, { tag: "json with `expiration` timestamp claim greater than valid JWT max time fails", json: `{"exp": 253402301799}`, }, { tag: "json with `not before` timestamp claim smaller than valid JWT min time fails", json: `{"nbf": -4}`, }, { tag: "json with `issued at` timestamp claim smaller than valid JWT min time fails", json: `{"iat": -4}`, }, { tag: "json with `expiration` timestamp claim smaller than valid JWT min time fails", json: `{"exp": -4}`, }, { tag: "json with `not before` claim of non numeric type fails", json: `{"nbf": "invalid"}`, }, { tag: "json with `issued at` claim of non numeric type fails", json: `{"iat": "invalid"}`, }, { tag: "json with `expiration` claim of non numeric type fails", json: `{"exp": "invalid"}`, }, } for _, tc := range testCases { t.Run(tc.tag, func(t *testing.T) { if _, err := jwt.NewRawJWTFromJSON(nil, []byte(tc.json)); err == nil { t.Errorf("expected error instead got nil") } }) } } func TestHasCustomClaimsOfKind(t *testing.T) { opts := &jwt.RawJWTOptions{ TypeHeader: refString("typeHeader"), WithoutExpiration: true, CustomClaims: map[string]any{ "cc-num": 1.67, "cc-bool": false, "cc-nil": nil, "cc-list": []any{1.0, 2.0, 3.0}, "cc-string": "cc-val", "cc-object": map[string]any{ "nested-cc-num": 5.5, }, }, } token, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("generating valid RawJWT: %v", err) } if token.HasBooleanClaim("cc-num") { t.Errorf("custom number claim 'cc-num' should return false when queried for another type") } if token.HasNullClaim("cc-bool") { t.Errorf("custom boolean claim 'cc-bool' should return false when queried for another type") } if token.HasNumberClaim("cc-bool") { t.Errorf("custom boolean claim 'cc-bool' should return false when queried for another type") } if token.HasStringClaim("cc-bool") { t.Errorf("custom boolean claim 'cc-bool' should return false when queried for another type") } if token.HasArrayClaim("cc-bool") { t.Errorf("custom boolean claim 'cc-bool' should return false when queried for another type") } if token.HasObjectClaim("cc-bool") { t.Errorf("custom boolean claim 'cc-bool' should return false when queried for another type") } } func TestGettingRegisteredClaimsThroughCustomFails(t *testing.T) { opts := &jwt.RawJWTOptions{ TypeHeader: refString("typeHeader"), Subject: refString("tink-test-subject"), Issuer: refString("tink-test-issuer"), JWTID: refString("tink-jwt-id-1"), Audiences: []string{"aud-1", "aud-2"}, ExpiresAt: refTime(validExpiration), IssuedAt: refTime(validExpiration - 100), NotBefore: refTime(validExpiration - 50), } token, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("generating valid RawJWT: %v", err) } if !cmp.Equal(token.CustomClaimNames(), []string{}) { t.Errorf("tc.token.CustomClaimNames() = %q want %q", token.CustomClaimNames(), []string{}) } for _, c := range []string{"sub", "iss", "aud", "nbf", "exp", "iat", "jti"} { if token.HasNullClaim(c) { t.Errorf("registered '%q' claim should return false when calling HasNullClaim", c) } if token.HasBooleanClaim(c) { t.Errorf("registered '%q' claim should return false when calling HasBooleanClaim", c) } if _, err := token.BooleanClaim(c); err == nil { t.Errorf("expected error when calling token.BoolClaim(%q) instead got nil", c) } if token.HasNumberClaim(c) { t.Errorf("registered '%q' claim should return false when calling HasNumberClaim", c) } if _, err := token.NumberClaim(c); err == nil { t.Errorf("expected error when calling token.NumberClaim(%q) instead got nil", c) } if token.HasStringClaim(c) { t.Errorf("registered '%q' claim should return false when calling HasStringClaim", c) } if _, err := token.StringClaim(c); err == nil { t.Errorf("expected error when calling token.StringClaim(%q) instead got nil", c) } if token.HasArrayClaim(c) { t.Errorf("registered '%q' claim should return false when calling HasArrayClaim", c) } if _, err := token.ArrayClaim(c); err == nil { t.Errorf("expected error when calling token.ListClaim(%q) instead got nil", c) } if token.HasObjectClaim(c) { t.Errorf("registered '%q' claim should return false when calling HasObjectClaim", c) } if _, err := token.ObjectClaim(c); err == nil { t.Errorf("expected error when calling token.JSONClaim(%q) instead got nil", c) } } } ================================================ FILE: jwt/verified_jwt.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt import ( "fmt" "time" ) // VerifiedJWT is a verified JWT token. type VerifiedJWT struct { token *RawJWT } // newVerifiedJWT generates a new VerifiedJWT func newVerifiedJWT(rawJWT *RawJWT) (*VerifiedJWT, error) { if rawJWT == nil { return nil, fmt.Errorf("rawJWT can't be nil") } return &VerifiedJWT{ token: rawJWT, }, nil } // JSONPayload marshals a VerifiedJWT payload to JSON. func (v *VerifiedJWT) JSONPayload() ([]byte, error) { return v.token.JSONPayload() } // HasTypeHeader return whether a RawJWT contains a type header. func (v *VerifiedJWT) HasTypeHeader() bool { return v.token.HasTypeHeader() } // TypeHeader returns the JWT type header. func (v *VerifiedJWT) TypeHeader() (string, error) { return v.token.TypeHeader() } // HasAudiences checks whether a JWT contains the audience claim ('aud'). func (v *VerifiedJWT) HasAudiences() bool { return v.token.HasAudiences() } // Audiences returns a list of audiences from the 'aud' claim. // If the 'aud' claim is a single string, it is converted into a list with a single entry. func (v *VerifiedJWT) Audiences() ([]string, error) { return v.token.Audiences() } // HasSubject checks whether a JWT contains an issuer claim ('sub'). func (v *VerifiedJWT) HasSubject() bool { return v.token.HasSubject() } // Subject returns the subject claim ('sub') or an error if no claim is present. func (v *VerifiedJWT) Subject() (string, error) { return v.token.Subject() } // HasIssuer checks whether a JWT contains an issuer claim ('iss'). func (v *VerifiedJWT) HasIssuer() bool { return v.token.HasIssuer() } // Issuer returns the issuer claim ('iss') or an error if no claim is present. func (v *VerifiedJWT) Issuer() (string, error) { return v.token.Issuer() } // HasJWTID checks whether a JWT contains an JWT ID claim ('jti'). func (v *VerifiedJWT) HasJWTID() bool { return v.token.HasJWTID() } // JWTID returns the JWT ID claim ('jti') or an error if no claim is present. func (v *VerifiedJWT) JWTID() (string, error) { return v.token.JWTID() } // HasIssuedAt checks whether a JWT contains an issued at claim ('iat'). func (v *VerifiedJWT) HasIssuedAt() bool { return v.token.HasIssuedAt() } // IssuedAt returns the issued at claim ('iat') or an error if no claim is present. func (v *VerifiedJWT) IssuedAt() (time.Time, error) { return v.token.IssuedAt() } // HasExpiration checks whether a JWT contains an expiration time claim ('exp'). func (v *VerifiedJWT) HasExpiration() bool { return v.token.HasExpiration() } // ExpiresAt returns the expiration claim ('exp') or an error if no claim is present. func (v *VerifiedJWT) ExpiresAt() (time.Time, error) { return v.token.ExpiresAt() } // HasNotBefore checks whether a JWT contains a not before claim ('nbf'). func (v *VerifiedJWT) HasNotBefore() bool { return v.token.HasNotBefore() } // NotBefore returns the not before claim ('nbf') or an error if no claim is present. func (v *VerifiedJWT) NotBefore() (time.Time, error) { return v.token.NotBefore() } // HasStringClaim checks whether a claim of type string is present. func (v *VerifiedJWT) HasStringClaim(name string) bool { return v.token.HasStringClaim(name) } // StringClaim returns a custom string claim or an error if no claim is present. func (v *VerifiedJWT) StringClaim(name string) (string, error) { return v.token.StringClaim(name) } // HasNumberClaim checks whether a claim of type number is present. func (v *VerifiedJWT) HasNumberClaim(name string) bool { return v.token.HasNumberClaim(name) } // NumberClaim returns a custom number claim or an error if no claim is present. func (v *VerifiedJWT) NumberClaim(name string) (float64, error) { return v.token.NumberClaim(name) } // HasBooleanClaim checks whether a claim of type boolean is present. func (v *VerifiedJWT) HasBooleanClaim(name string) bool { return v.token.HasBooleanClaim(name) } // BooleanClaim returns a custom bool claim or an error if no claim is present. func (v *VerifiedJWT) BooleanClaim(name string) (bool, error) { return v.token.BooleanClaim(name) } // HasNullClaim checks whether a claim of type null is present. func (v *VerifiedJWT) HasNullClaim(name string) bool { return v.token.HasNullClaim(name) } // HasArrayClaim checks whether a claim of type list is present. func (v *VerifiedJWT) HasArrayClaim(name string) bool { return v.token.HasArrayClaim(name) } // ArrayClaim returns a slice representing a JSON array for a claim or an error if the claim is empty. func (v *VerifiedJWT) ArrayClaim(name string) ([]any, error) { return v.token.ArrayClaim(name) } // HasObjectClaim checks whether a claim of type JSON object is present. func (v *VerifiedJWT) HasObjectClaim(name string) bool { return v.token.HasObjectClaim(name) } // ObjectClaim returns a map representing a JSON object for a claim or an error if the claim is empty. func (v *VerifiedJWT) ObjectClaim(name string) (map[string]any, error) { return v.token.ObjectClaim(name) } // CustomClaimNames returns a list with the name of custom claims in a VerifiedJWT. func (v *VerifiedJWT) CustomClaimNames() []string { return v.token.CustomClaimNames() } ================================================ FILE: jwt/verified_jwt_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package jwt_test import ( "testing" "time" "github.com/google/go-cmp/cmp" "github.com/google/go-cmp/cmp/cmpopts" "github.com/tink-crypto/tink-go/v2/jwt" "github.com/tink-crypto/tink-go/v2/keyset" ) func createVerifiedJWT(rawJWT *jwt.RawJWT) (*jwt.VerifiedJWT, error) { kh, err := keyset.NewHandle(jwt.HS256Template()) if err != nil { return nil, err } m, err := jwt.NewMAC(kh) if err != nil { return nil, err } compact, err := m.ComputeMACAndEncode(rawJWT) if err != nil { return nil, err } // This validator is purposely instantiated to always pass. // It isn't really validating much and probably shouldn't // be used like this out side of these tests. opts := &jwt.ValidatorOpts{ AllowMissingExpiration: true, IgnoreTypeHeader: true, IgnoreAudiences: true, IgnoreIssuer: true, } issuedAt, err := rawJWT.IssuedAt() if err == nil { opts.FixedNow = issuedAt } validator, err := jwt.NewValidator(opts) if err != nil { return nil, err } return m.VerifyMACAndDecode(compact, validator) } func TestGetRegisteredStringClaims(t *testing.T) { opts := &jwt.RawJWTOptions{ TypeHeader: refString("typeHeader"), Subject: refString("test-subject"), Issuer: refString("test-issuer"), JWTID: refString("1"), WithoutExpiration: true, } rawJWT, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("jwt.NewRawJWT(%v): %v", opts, err) } verifiedJWT, err := createVerifiedJWT(rawJWT) if err != nil { t.Fatalf("creating verifiedJWT: %v", err) } if !verifiedJWT.HasTypeHeader() { t.Errorf("verifiedJWT.HasTypeHeader() = false, want true") } if !verifiedJWT.HasSubject() { t.Errorf("verifiedJWT.HasSubject() = false, want true") } if !verifiedJWT.HasIssuer() { t.Errorf("verifiedJWT.HasIssuer() = false, want true") } if !verifiedJWT.HasJWTID() { t.Errorf("verifiedJWT.HasJWTID() = false, want true") } typeHeader, err := verifiedJWT.TypeHeader() if err != nil { t.Errorf("verifiedJWT.TypeHeader() err = %v, want nil", err) } if !cmp.Equal(typeHeader, *opts.TypeHeader) { t.Errorf("verifiedJWT.TypeHeader() = %q, want %q", typeHeader, *opts.TypeHeader) } subject, err := verifiedJWT.Subject() if err != nil { t.Errorf("verifiedJWT.Subject() err = %v, want nil", err) } if !cmp.Equal(subject, *opts.Subject) { t.Errorf("verifiedJWT.Subject() = %q, want %q", subject, *opts.Subject) } issuer, err := verifiedJWT.Issuer() if err != nil { t.Errorf("verifiedJWT.Issuer() err = %v, want nil", err) } if !cmp.Equal(issuer, *opts.Issuer) { t.Errorf("verifiedJWT.Issuer() = %q, want %q", issuer, *opts.Issuer) } jwtID, err := verifiedJWT.JWTID() if err != nil { t.Errorf("verifiedJWT.JWTID() err = %v, want nil", err) } if !cmp.Equal(jwtID, *opts.JWTID) { t.Errorf("verifiedJWT.JWTID() = %q, want %q", jwtID, *opts.JWTID) } if !cmp.Equal(verifiedJWT.CustomClaimNames(), []string{}) { t.Errorf("verifiedJWT.CustomClaimNames() = %q want %q", verifiedJWT.CustomClaimNames(), []string{}) } } func TestGetRegisteredTimestampClaims(t *testing.T) { now := time.Now() opts := &jwt.RawJWTOptions{ ExpiresAt: refTime(now.Add(time.Hour * 24).Unix()), IssuedAt: refTime(now.Unix()), NotBefore: refTime(now.Add(-time.Hour * 2).Unix()), } rawJWT, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("jwt.NewRawJWT(%v): %v", opts, err) } verifiedJWT, err := createVerifiedJWT(rawJWT) if err != nil { t.Fatalf("creating verifiedJWT: %v", err) } if !verifiedJWT.HasExpiration() { t.Errorf("verifiedJWT.HasExpiration() = false, want true") } if !verifiedJWT.HasIssuedAt() { t.Errorf("verifiedJWT.HasIssuedAt() = false, want true") } if !verifiedJWT.HasNotBefore() { t.Errorf("verifiedJWT.HasNotBefore() = false, want true") } expiresAt, err := verifiedJWT.ExpiresAt() if err != nil { t.Errorf("verifiedJWT.ExpiresAt() err = %v, want nil", err) } if !cmp.Equal(expiresAt, *opts.ExpiresAt) { t.Errorf("verifiedJWT.ExpiresAt() = %q, want %q", expiresAt, *opts.ExpiresAt) } issuedAt, err := verifiedJWT.IssuedAt() if err != nil { t.Errorf("verifiedJWT.IssuedAt() err = %v, want nil", err) } if !cmp.Equal(issuedAt, *opts.IssuedAt) { t.Errorf("verifiedJWT.IssuedAt() = %q, want %q", issuedAt, *opts.IssuedAt) } notBefore, err := verifiedJWT.NotBefore() if err != nil { t.Errorf("verifiedJWT.NotBefore() err = %v, want nil", err) } if !cmp.Equal(notBefore, *opts.NotBefore) { t.Errorf("verifiedJWT.NotBefore() = %q, want %q", notBefore, *opts.NotBefore) } } func TestGetAudiencesClaim(t *testing.T) { opts := &jwt.RawJWTOptions{ WithoutExpiration: true, Audiences: []string{"foo", "bar"}, } rawJWT, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("jwt.NewRawJWT(%v): %v", opts, err) } verifiedJWT, err := createVerifiedJWT(rawJWT) if err != nil { t.Fatalf("creating verifiedJWT: %v", err) } if !verifiedJWT.HasAudiences() { t.Errorf("verifiedJWT.HasAudiences() = false, want true") } audiences, err := verifiedJWT.Audiences() if err != nil { t.Errorf("verifiedJWT.Audiences() err = %v, want nil", err) } if !cmp.Equal(audiences, opts.Audiences) { t.Errorf("verifiedJWT.Audiences() = %q, want %q", audiences, opts.Audiences) } } func TestGetCustomClaims(t *testing.T) { opts := &jwt.RawJWTOptions{ WithoutExpiration: true, CustomClaims: map[string]any{ "cc-null": nil, "cc-num": 1.67, "cc-bool": true, "cc-string": "goo", "cc-array": []any{"1", "2", "3"}, "cc-object": map[string]any{"cc-nested-num": 5.99}, }, } rawJWT, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("jwt.NewRawJWT(%v): %v", opts, err) } verifiedJWT, err := createVerifiedJWT(rawJWT) if err != nil { t.Fatalf("creating verifiedJWT: %v", err) } wantCustomClaims := []string{"cc-num", "cc-bool", "cc-null", "cc-string", "cc-array", "cc-object"} if !cmp.Equal(verifiedJWT.CustomClaimNames(), wantCustomClaims, cmpopts.SortSlices(func(a, b string) bool { return a < b })) { t.Errorf("verifiedJWT.CustomClaimNames() = %q, want %q", verifiedJWT.CustomClaimNames(), wantCustomClaims) } if !verifiedJWT.HasNullClaim("cc-null") { t.Errorf("verifiedJWT.HasNullClaim('cc-null') = false, want true") } if !verifiedJWT.HasNumberClaim("cc-num") { t.Errorf("verifiedJWT.HasNumberClaim('cc-num') = false, want true") } if !verifiedJWT.HasBooleanClaim("cc-bool") { t.Errorf("verifiedJWT.HasBooleanClaim('cc-bool') = false, want true") } if !verifiedJWT.HasStringClaim("cc-string") { t.Errorf("verifiedJWT.HasStringClaim('cc-string') = false, want true") } if !verifiedJWT.HasArrayClaim("cc-array") { t.Errorf("verifiedJWT.HasArrayClaim('cc-array') = false, want true") } if !verifiedJWT.HasObjectClaim("cc-object") { t.Errorf("verifiedJWT.HasObjectClaim('cc-object') = false, want true") } number, err := verifiedJWT.NumberClaim("cc-num") if err != nil { t.Errorf("verifiedJWT.NumberClaim('cc-num') err = %v, want nil", err) } if !cmp.Equal(number, opts.CustomClaims["cc-num"]) { t.Errorf("verifiedJWT.NumberClaim('cc-num') = %f, want %f", number, opts.CustomClaims["cc-num"]) } boolean, err := verifiedJWT.BooleanClaim("cc-bool") if err != nil { t.Errorf("verifiedJWT.BooleanClaim('cc-bool') err = %v, want nil", err) } if !cmp.Equal(boolean, opts.CustomClaims["cc-bool"]) { t.Errorf("verifiedJWT.BooleanClaim('cc-bool') = %v, want %v", boolean, opts.CustomClaims["cc-bool"]) } str, err := verifiedJWT.StringClaim("cc-string") if err != nil { t.Errorf("verifiedJWT.StringClaim('cc-string') err = %v, want nil", err) } if !cmp.Equal(str, opts.CustomClaims["cc-string"]) { t.Errorf("verifiedJWT.StringClaim('cc-string') = %q, want %q", str, opts.CustomClaims["cc-string"]) } array, err := verifiedJWT.ArrayClaim("cc-array") if err != nil { t.Errorf("verifiedJWT.ArrayClaim('cc-array') err = %v, want nil", err) } if !cmp.Equal(array, opts.CustomClaims["cc-array"]) { t.Errorf("verifiedJWT.ArrayClaim('cc-array') = %q, want %q", array, opts.CustomClaims["cc-array"]) } object, err := verifiedJWT.ObjectClaim("cc-object") if err != nil { t.Errorf("verifiedJWT.ObjectClaim('cc-object') err = %v, want nil", err) } if !cmp.Equal(object, opts.CustomClaims["cc-object"]) { t.Errorf("verifiedJWT.ObjectClaim('cc-object') = %q, want %q", object, opts.CustomClaims["cc-object"]) } } func TestCustomClaimIsFalseForWrongType(t *testing.T) { opts := &jwt.RawJWTOptions{ WithoutExpiration: true, CustomClaims: map[string]any{ "cc-null": nil, "cc-num": 1.67, "cc-bool": true, "cc-string": "goo", "cc-array": []any{"1", "2", "3"}, "cc-object": map[string]any{"cc-nested-num": 5.99}, }, } rawJWT, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("jwt.NewRawJWT(%v): %v", opts, err) } verifiedJWT, err := createVerifiedJWT(rawJWT) if err != nil { t.Fatalf("creating verifiedJWT: %v", err) } if verifiedJWT.HasNullClaim("cc-object") { t.Errorf("verifiedJWT.HasNullClaim('cc-object') = true, want false") } if verifiedJWT.HasNumberClaim("cc-bool") { t.Errorf("verifiedJWT.HasNumberClaim('cc-bool') = true, want false") } if verifiedJWT.HasStringClaim("cc-array") { t.Errorf("verifiedJWT.HasStringClaim('cc-array') = true, want false") } if verifiedJWT.HasBooleanClaim("cc-string") { t.Errorf("verifiedJWT.HasBooleanClaim('cc-string') = true, want false") } if verifiedJWT.HasArrayClaim("cc-null") { t.Errorf("verifiedJWT.HasArrayClaim('cc-null') = true, want false") } if verifiedJWT.HasObjectClaim("cc-num") { t.Errorf("verifiedJWT.HasObjectClaim('cc-num') = true, want false") } } func TestNoClaimsCallHasAndGet(t *testing.T) { opts := &jwt.RawJWTOptions{ WithoutExpiration: true, } rawJWT, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("jwt.NewRawJWT(%v): %v", opts, err) } verifiedJWT, err := createVerifiedJWT(rawJWT) if err != nil { t.Fatalf("creating verifiedJWT: %v", err) } if verifiedJWT.HasAudiences() { t.Errorf("verifiedJWT.HasAudiences() = true, want false") } if verifiedJWT.HasSubject() { t.Errorf("verifiedJWT.HasSubject() = true, want false") } if verifiedJWT.HasIssuer() { t.Errorf("verifiedJWT.HasIssuer() = true, want false") } if verifiedJWT.HasJWTID() { t.Errorf("verifiedJWT.HasJWTID() = true, want false") } if verifiedJWT.HasNotBefore() { t.Errorf("verifiedJWT.HasNotBefore() = true, want false") } if verifiedJWT.HasExpiration() { t.Errorf("verifiedJWT.HasExpiration() = true, want false") } if verifiedJWT.HasIssuedAt() { t.Errorf("verifiedJWT.HasIssuedAt() = true, want false") } if !cmp.Equal(verifiedJWT.CustomClaimNames(), []string{}) { t.Errorf("verifiedJWT.CustomClaimNames() = %q want %q", verifiedJWT.CustomClaimNames(), []string{}) } } func TestCantGetRegisteredClaimsThroughCustomClaims(t *testing.T) { now := time.Now() opts := &jwt.RawJWTOptions{ TypeHeader: refString("typeHeader"), Subject: refString("test-subject"), Issuer: refString("test-issuer"), JWTID: refString("1"), Audiences: []string{"foo", "bar"}, ExpiresAt: refTime(now.Add(time.Hour * 24).Unix()), IssuedAt: refTime(now.Unix()), NotBefore: refTime(now.Add(-time.Hour * 2).Unix()), } rawJWT, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("jwt.NewRawJWT(%v): %v", opts, err) } verifiedJWT, err := createVerifiedJWT(rawJWT) if err != nil { t.Fatalf("creating verifiedJWT: %v", err) } for _, c := range []string{"iss", "sub", "aud", "jti", "exp", "nbf", "iat"} { if verifiedJWT.HasStringClaim(c) { t.Errorf("verifiedJWT.HasStringClaim(%q) = true, want false", c) } if verifiedJWT.HasNumberClaim(c) { t.Errorf("verifiedJWT.HasNumberClaim(%q) = true, want false", c) } if verifiedJWT.HasArrayClaim(c) { t.Errorf("verifiedJWT.HasArrayClaim(%q) = true, want false", c) } if _, err := verifiedJWT.StringClaim(c); err == nil { t.Errorf("verifiedJWT.StringClaim(%q) err = nil, want error", c) } if _, err := verifiedJWT.NumberClaim(c); err == nil { t.Errorf("verifiedJWT.NumberClaim(%q) err = nil, want error", c) } if _, err := verifiedJWT.ArrayClaim(c); err == nil { t.Errorf("verifiedJWT.ArrayClaim(%q) err = nil, want error", c) } } } func TestGetJSONPayload(t *testing.T) { opts := &jwt.RawJWTOptions{ Subject: refString("test-subject"), WithoutExpiration: true, } rawJWT, err := jwt.NewRawJWT(opts) if err != nil { t.Fatalf("jwt.NewRawJWT(%v): %v", opts, err) } verifiedJWT, err := createVerifiedJWT(rawJWT) if err != nil { t.Fatalf("creating verifiedJWT: %v", err) } j, err := verifiedJWT.JSONPayload() if err != nil { t.Errorf("verifiedJWT.JSONPayload() err = %v, want nil", err) } expected := `{"sub":"test-subject"}` if !cmp.Equal(string(j), expected) { t.Errorf("verifiedJWT.JSONPayload() = %q, want %q", string(j), expected) } } ================================================ FILE: key/key.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package key defines interfaces for Key and Parameters types. package key // Parameters represents key parameters. type Parameters interface { // HasIDRequirement tells whether the key has an ID requirement, that is, if a // key generated with these parameters must have a given ID. // // In Tink, certain keys change their behavior depending on the key ID (e.g., // an AEAD object may add a prefix containing the big endian encoding of the // key id to the ciphertext). In this case, such a key should require a unique // id in key.IDRequirement() and return true. HasIDRequirement() bool // Equal compares this parameters object with other. Equal(other Parameters) bool } // Key represents a Tink key. // // A Tink key is a cryptographic function, that is, it contains all the // information necessary to perform cryptographic operations. Keys are meant to // be grouped in keysets, from which primitives can be obtained. type Key interface { // Parameters returns the parameters of this key. Parameters() Parameters // IDRequirement returns required to indicate if this key requires an // identifier. If it does, id will contain that identifier. // // An ID requirement is an identifier that may change the behavior of the // function this key represents. If the key is in a keyset and // the key has an ID requirement, this matches the keyset key ID. // // As an invariant, required will be true if and only if // Parameters.HasIDRequirement(). If not required, the returned ID // is zero and unusable. IDRequirement() (idRequirement uint32, required bool) // Equal compares this key object with other. Equal(other Key) bool } ================================================ FILE: keyderivation/internal/keyderiver/key_deriver.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package keyderiver provides an internal interface for key derivation. package keyderiver import "github.com/tink-crypto/tink-go/v2/key" // KeyDeriver is an internal interface for key derivation. // // It derives a new key from some initial key material and a salt. // This interface is used to unify the behavior of primitives that perform // key derivation. type KeyDeriver interface { // DeriveKey derives a new key. DeriveKey(salt []byte) (key.Key, error) } ================================================ FILE: keyderivation/internal/keyderivers/keyderivers.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package keyderivers provides functions to register and use key derivers. package keyderivers import ( "fmt" "io" "reflect" "golang.org/x/crypto/ed25519" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/aead/xchacha20poly1305" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/mac/hmac" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" "github.com/tink-crypto/tink-go/v2/secretdata" tinked25519 "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/streamingaead/aesgcmhkdf" ) var ( keyDerivers = make(map[reflect.Type]keyDeriver) ) type keyDeriver func(parameters key.Parameters, idRequirement uint32, reader io.Reader, token insecuresecretdataaccess.Token) (key.Key, error) // DeriveKey derives a new [key.Key] from the given [key.Parameters]. // // It looks up the appropriate key deriver from the registry based on the type // of params. func DeriveKey(params key.Parameters, idRequirement uint32, reader io.Reader, token insecuresecretdataaccess.Token) (key.Key, error) { pType := reflect.TypeOf(params) deriver, ok := keyDerivers[pType] if !ok { return nil, fmt.Errorf("no key deriver found for %v", pType) } return deriver(params, idRequirement, reader, token) } // CanDeriveKey returns true if the given parameters type can be used to derive // a key. func CanDeriveKey(paramsType reflect.Type) bool { _, ok := keyDerivers[paramsType] return ok } func addAESGCMKeyDeriver() { parametersType := reflect.TypeFor[*aesgcm.Parameters]() keyDerivers[parametersType] = func(p key.Parameters, idRequirement uint32, reader io.Reader, token insecuresecretdataaccess.Token) (key.Key, error) { params, ok := p.(*aesgcm.Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*aesgcm.Parameters)(nil)) } keyBytes := make([]byte, params.KeySizeInBytes()) if _, err := io.ReadFull(reader, keyBytes); err != nil { return nil, fmt.Errorf("insufficient pseudorandomness") } return aesgcm.NewKey(secretdata.NewBytesFromData(keyBytes, token), idRequirement, params) } } func addXChaCha20Poly1305KeyDeriver() { parametersType := reflect.TypeFor[*xchacha20poly1305.Parameters]() keyDerivers[parametersType] = func(p key.Parameters, idRequirement uint32, reader io.Reader, token insecuresecretdataaccess.Token) (key.Key, error) { params, ok := p.(*xchacha20poly1305.Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*xchacha20poly1305.Parameters)(nil)) } keyBytes := make([]byte, 32) if _, err := io.ReadFull(reader, keyBytes); err != nil { return nil, fmt.Errorf("insufficient pseudorandomness") } return xchacha20poly1305.NewKey(secretdata.NewBytesFromData(keyBytes, token), idRequirement, params) } } func addAESSIVKeyDeriver() { parametersType := reflect.TypeFor[*aessiv.Parameters]() keyDerivers[parametersType] = func(p key.Parameters, idRequirement uint32, reader io.Reader, token insecuresecretdataaccess.Token) (key.Key, error) { params, ok := p.(*aessiv.Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*aessiv.Parameters)(nil)) } keyBytes := make([]byte, params.KeySizeInBytes()) if _, err := io.ReadFull(reader, keyBytes); err != nil { return nil, fmt.Errorf("insufficient pseudorandomness") } return aessiv.NewKey(secretdata.NewBytesFromData(keyBytes, token), idRequirement, params) } } func addHMACKeyDeriver() { parametersType := reflect.TypeFor[*hmac.Parameters]() keyDerivers[parametersType] = func(p key.Parameters, idRequirement uint32, reader io.Reader, token insecuresecretdataaccess.Token) (key.Key, error) { params, ok := p.(*hmac.Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*hmac.Parameters)(nil)) } keyBytes := make([]byte, params.KeySizeInBytes()) if _, err := io.ReadFull(reader, keyBytes); err != nil { return nil, fmt.Errorf("insufficient pseudorandomness") } return hmac.NewKey(secretdata.NewBytesFromData(keyBytes, token), params, idRequirement) } } func addHKDFPRFKeyDeriver() { parametersType := reflect.TypeFor[*hkdfprf.Parameters]() keyDerivers[parametersType] = func(p key.Parameters, _ uint32, reader io.Reader, token insecuresecretdataaccess.Token) (key.Key, error) { params, ok := p.(*hkdfprf.Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*hkdfprf.Parameters)(nil)) } keyBytes := make([]byte, params.KeySizeInBytes()) if _, err := io.ReadFull(reader, keyBytes); err != nil { return nil, fmt.Errorf("insufficient pseudorandomness") } return hkdfprf.NewKey(secretdata.NewBytesFromData(keyBytes, token), params) } } func addHMACPRFKeyDeriver() { parametersType := reflect.TypeFor[*hmacprf.Parameters]() keyDerivers[parametersType] = func(p key.Parameters, _ uint32, reader io.Reader, token insecuresecretdataaccess.Token) (key.Key, error) { params, ok := p.(*hmacprf.Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*hmacprf.Parameters)(nil)) } keyBytes := make([]byte, params.KeySizeInBytes()) if _, err := io.ReadFull(reader, keyBytes); err != nil { return nil, fmt.Errorf("insufficient pseudorandomness") } return hmacprf.NewKey(secretdata.NewBytesFromData(keyBytes, token), params) } } func addSignatureED25519KeyDeriver() { parametersType := reflect.TypeFor[*tinked25519.Parameters]() keyDerivers[parametersType] = func(p key.Parameters, idRequirement uint32, reader io.Reader, token insecuresecretdataaccess.Token) (key.Key, error) { params, ok := p.(*tinked25519.Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*tinked25519.Parameters)(nil)) } _, priv, err := ed25519.GenerateKey(reader) if err != nil { return nil, fmt.Errorf("ed25519.GenerateKey() failed: %v", err) } return tinked25519.NewPrivateKey(secretdata.NewBytesFromData(priv.Seed(), token), idRequirement, *params) } } func addStreamingAEADAESGCMHKDFKeyDeriver() { parametersType := reflect.TypeFor[*aesgcmhkdf.Parameters]() keyDerivers[parametersType] = func(p key.Parameters, idRequirement uint32, reader io.Reader, token insecuresecretdataaccess.Token) (key.Key, error) { params, ok := p.(*aesgcmhkdf.Parameters) if !ok { return nil, fmt.Errorf("key is of type %T; needed %T", p, (*aesgcmhkdf.Parameters)(nil)) } keyBytes := make([]byte, params.KeySizeInBytes()) if _, err := io.ReadFull(reader, keyBytes); err != nil { return nil, fmt.Errorf("insufficient pseudorandomness") } return aesgcmhkdf.NewKey(params, secretdata.NewBytesFromData(keyBytes, token)) } } func init() { addAESGCMKeyDeriver() addXChaCha20Poly1305KeyDeriver() addAESSIVKeyDeriver() addHMACKeyDeriver() addHKDFPRFKeyDeriver() addHMACPRFKeyDeriver() addSignatureED25519KeyDeriver() addStreamingAEADAESGCMHKDFKeyDeriver() } ================================================ FILE: keyderivation/internal/keyderivers/keyderivers_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyderivers_test import ( "bytes" "reflect" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/aead/xchacha20poly1305" "github.com/tink-crypto/tink-go/v2/daead/aessiv" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyderivation/internal/keyderivers" "github.com/tink-crypto/tink-go/v2/mac/hmac" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/streamingaead/aesgcmhkdf" ) func TestDeriveKey(t *testing.T) { // AES-GCM keys. aes128GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } aes128GCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData([]byte("0123456789012345"), insecuresecretdataaccess.Token{}), 123, aes128GCMParams) if err != nil { t.Fatalf("aesgcm.NewKey() err = %v, want nil", err) } aes128GCMNoPrefixParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } aes128GCMNoPrefixKey, err := aesgcm.NewKey(secretdata.NewBytesFromData([]byte("0123456789012345"), insecuresecretdataaccess.Token{}), 0, aes128GCMNoPrefixParams) if err != nil { t.Fatalf("aesgcm.NewKey() err = %v, want nil", err) } // XChaCha20-Poly1305 keys. xChaCha20Poly1305Params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantTink) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters() err = %v, want nil", err) } xChaCha20Poly1305Key, err := xchacha20poly1305.NewKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), 123, xChaCha20Poly1305Params) if err != nil { t.Fatalf("xchacha20poly1305.NewKey() err = %v, want nil", err) } xChaCha20Poly1305NoPrefixParams, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantNoPrefix) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters() err = %v, want nil", err) } xChaCha20Poly1305NoPrefixKey, err := xchacha20poly1305.NewKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), 0, xChaCha20Poly1305NoPrefixParams) if err != nil { t.Fatalf("xchacha20poly1305.NewKey() err = %v, want nil", err) } // AES-SIV keys. aes256SIVParams, err := aessiv.NewParameters(32, aessiv.VariantTink) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } aes256SIVKey, err := aessiv.NewKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), 123, aes256SIVParams) if err != nil { t.Fatalf("aessiv.NewKey() err = %v, want nil", err) } aes256SIVNoPrefixParams, err := aessiv.NewParameters(32, aessiv.VariantNoPrefix) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } aes256SIVNoPrefixKey, err := aessiv.NewKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), 0, aes256SIVNoPrefixParams) if err != nil { t.Fatalf("aessiv.NewKey() err = %v, want nil", err) } // HMAC keys. hmacSHA256Tag128Params, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } hmacSHA256Tag128Key, err := hmac.NewKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), hmacSHA256Tag128Params, 123) if err != nil { t.Fatalf("hmac.NewKey() err = %v, want nil", err) } hmacSHA256Tag128NoPrefixParams, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantNoPrefix, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } hmacSHA256Tag128NoPrefixKey, err := hmac.NewKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), hmacSHA256Tag128NoPrefixParams, 0) if err != nil { t.Fatalf("hmac.NewKey() err = %v, want nil", err) } hmacSHA256Tag256Params, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 32, HashType: hmac.SHA256, Variant: hmac.VariantTink, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } hmacSHA256Tag256Key, err := hmac.NewKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), hmacSHA256Tag256Params, 123) if err != nil { t.Fatalf("hmac.NewKey() err = %v, want nil", err) } hmacSHA256Tag256NoPrefixParams, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 32, HashType: hmac.SHA256, Variant: hmac.VariantNoPrefix, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } hmacSHA256Tag256NoPrefixKey, err := hmac.NewKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), hmacSHA256Tag256NoPrefixParams, 0) if err != nil { t.Fatalf("hmac.NewKey() err = %v, want nil", err) } hmacSHA512Tag256Params, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 64, TagSizeInBytes: 32, HashType: hmac.SHA512, Variant: hmac.VariantTink, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } hmacSHA512Tag256Key, err := hmac.NewKey(secretdata.NewBytesFromData([]byte("0123456789012345012345678901234501234567890123450123456789012345"), insecuresecretdataaccess.Token{}), hmacSHA512Tag256Params, 123) if err != nil { t.Fatalf("hmac.NewKey() err = %v, want nil", err) } hmacSHA512Tag256NoPrefixParams, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 64, TagSizeInBytes: 32, HashType: hmac.SHA512, Variant: hmac.VariantNoPrefix, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } hmacSHA512Tag256NoPrefixKey, err := hmac.NewKey(secretdata.NewBytesFromData([]byte("0123456789012345012345678901234501234567890123450123456789012345"), insecuresecretdataaccess.Token{}), hmacSHA512Tag256NoPrefixParams, 0) if err != nil { t.Fatalf("hmac.NewKey() err = %v, want nil", err) } hmacSHA512Tag512Params, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 64, TagSizeInBytes: 64, HashType: hmac.SHA512, Variant: hmac.VariantTink, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } hmacSHA512Tag512Key, err := hmac.NewKey(secretdata.NewBytesFromData([]byte("0123456789012345012345678901234501234567890123450123456789012345"), insecuresecretdataaccess.Token{}), hmacSHA512Tag512Params, 123) if err != nil { t.Fatalf("hmac.NewKey() err = %v, want nil", err) } hmacSHA512Tag512NoPrefixParams, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 64, TagSizeInBytes: 64, HashType: hmac.SHA512, Variant: hmac.VariantNoPrefix, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } hmacSHA512Tag512NoPrefixKey, err := hmac.NewKey(secretdata.NewBytesFromData([]byte("0123456789012345012345678901234501234567890123450123456789012345"), insecuresecretdataaccess.Token{}), hmacSHA512Tag512NoPrefixParams, 0) if err != nil { t.Fatalf("hmac.NewKey() err = %v, want nil", err) } // PRF keys. hkdfPRFSHA256Params, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } hkdfPRFSHA256Key, err := hkdfprf.NewKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), hkdfPRFSHA256Params) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } hmacSHA256PRFParams, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } hmacSHA256PRFKey, err := hmacprf.NewKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), hmacSHA256PRFParams) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } hmacSHA512PRFParams, err := hmacprf.NewParameters(64, hmacprf.SHA512) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } hmacSHA512PRFKey, err := hmacprf.NewKey(secretdata.NewBytesFromData([]byte("0123456789012345012345678901234501234567890123450123456789012345"), insecuresecretdataaccess.Token{}), hmacSHA512PRFParams) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } // Signature keys. ed25519Params, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters() err = %v, want nil", err) } ed25519Key, err := ed25519.NewPrivateKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), 123, ed25519Params) if err != nil { t.Fatalf("ed25519.NewPrivateKey() err = %v, want nil", err) } ed25519NoPrefixParams, err := ed25519.NewParameters(ed25519.VariantNoPrefix) if err != nil { t.Fatalf("ed25519.NewParameters() err = %v, want nil", err) } ed25519KeyNoPrefixKey, err := ed25519.NewPrivateKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), 0, ed25519NoPrefixParams) if err != nil { t.Fatalf("ed25519.NewPrivateKey() err = %v, want nil", err) } // Streaming AEAD keys. aesGCMHKDFParams, err := aesgcmhkdf.NewParameters(aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 4096, }) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters() err = %v, want nil", err) } aesGCMHKDFKey, err := aesgcmhkdf.NewKey(aesGCMHKDFParams, secretdata.NewBytesFromData([]byte("0123456789012345"), insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aesgcmhkdf.NewPrivateKey() err = %v, want nil", err) } for _, tc := range []struct { name string params key.Parameters idRequirement uint32 randomBytes []byte wantKey key.Key }{ { name: "AES128GCM", params: aes128GCMParams, idRequirement: 123, randomBytes: []byte("0123456789012345"), wantKey: aes128GCMKey, }, { name: "AES128GCM_longer_key_bytes", params: aes128GCMParams, idRequirement: 123, randomBytes: []byte("0123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: aes128GCMKey, }, { name: "AES128GCMNoPrefix", params: aes128GCMNoPrefixParams, idRequirement: 0, randomBytes: []byte("0123456789012345"), wantKey: aes128GCMNoPrefixKey, }, { name: "XChaCha20Poly13035", params: xChaCha20Poly1305Params, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345"), wantKey: xChaCha20Poly1305Key, }, { name: "XChaCha20Poly13035_longer_key_bytes", params: xChaCha20Poly1305Params, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: xChaCha20Poly1305Key, }, { name: "XChaCha20Poly13035NoPrefix", params: xChaCha20Poly1305NoPrefixParams, idRequirement: 0, randomBytes: []byte("01234567890123450123456789012345"), wantKey: xChaCha20Poly1305NoPrefixKey, }, { name: "AES256SIV", params: aes256SIVParams, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345"), wantKey: aes256SIVKey, }, { name: "AES256SIV_longer_key_bytes", params: aes256SIVParams, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: aes256SIVKey, }, { name: "AES256SIVNoPrefix", params: aes256SIVNoPrefixParams, idRequirement: 0, randomBytes: []byte("01234567890123450123456789012345"), wantKey: aes256SIVNoPrefixKey, }, { name: "HMACSHA256Tag128", params: hmacSHA256Tag128Params, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345"), wantKey: hmacSHA256Tag128Key, }, { name: "HMACSHA256Tag128_longer_key_bytes", params: hmacSHA256Tag128Params, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: hmacSHA256Tag128Key, }, { name: "HMACSHA256Tag128NoPrefix", params: hmacSHA256Tag128NoPrefixParams, idRequirement: 0, randomBytes: []byte("01234567890123450123456789012345"), wantKey: hmacSHA256Tag128NoPrefixKey, }, { name: "HMACSHA256Tag256", params: hmacSHA256Tag256Params, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345"), wantKey: hmacSHA256Tag256Key, }, { name: "HMACSHA256Tag256_longer_key_bytes", params: hmacSHA256Tag256Params, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: hmacSHA256Tag256Key, }, { name: "HMACSHA256Tag256NoPrefix", params: hmacSHA256Tag256NoPrefixParams, idRequirement: 0, randomBytes: []byte("01234567890123450123456789012345"), wantKey: hmacSHA256Tag256NoPrefixKey, }, { name: "HMACSHA512Tag256", params: hmacSHA512Tag256Params, idRequirement: 123, randomBytes: []byte("0123456789012345012345678901234501234567890123450123456789012345"), wantKey: hmacSHA512Tag256Key, }, { name: "HMACSHA512Tag256_longer_key_bytes", params: hmacSHA512Tag256Params, idRequirement: 123, randomBytes: []byte("0123456789012345012345678901234501234567890123450123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: hmacSHA512Tag256Key, }, { name: "HMACSHA512Tag256NoPrefix", params: hmacSHA512Tag256NoPrefixParams, idRequirement: 0, randomBytes: []byte("0123456789012345012345678901234501234567890123450123456789012345"), wantKey: hmacSHA512Tag256NoPrefixKey, }, { name: "HMACSHA512Tag512", params: hmacSHA512Tag512Params, idRequirement: 123, randomBytes: []byte("0123456789012345012345678901234501234567890123450123456789012345"), wantKey: hmacSHA512Tag512Key, }, { name: "HMACSHA512Tag512_longer_key_bytes", params: hmacSHA512Tag512Params, idRequirement: 123, randomBytes: []byte("0123456789012345012345678901234501234567890123450123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: hmacSHA512Tag512Key, }, { name: "HMACSHA512Tag512NoPrefix", params: hmacSHA512Tag512NoPrefixParams, idRequirement: 0, randomBytes: []byte("0123456789012345012345678901234501234567890123450123456789012345"), wantKey: hmacSHA512Tag512NoPrefixKey, }, { name: "HKDF_SHA256", params: hkdfPRFSHA256Params, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345"), wantKey: hkdfPRFSHA256Key, }, { name: "HKDF_SHA256_longer_key_bytes", params: hkdfPRFSHA256Params, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: hkdfPRFSHA256Key, }, { name: "HMAC_SHA256_PRF", params: hmacSHA256PRFParams, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345"), wantKey: hmacSHA256PRFKey, }, { name: "HMAC_SHA256_longer_key_bytes_PRF", params: hmacSHA256PRFParams, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: hmacSHA256PRFKey, }, { name: "HMAC_SHA512_PRF", params: hmacSHA512PRFParams, idRequirement: 123, randomBytes: []byte("0123456789012345012345678901234501234567890123450123456789012345"), wantKey: hmacSHA512PRFKey, }, { name: "HMAC_SHA512_longer_key_bytes_PRF", params: hmacSHA512PRFParams, idRequirement: 123, randomBytes: []byte("0123456789012345012345678901234501234567890123450123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: hmacSHA512PRFKey, }, { name: "ED25519", params: &ed25519Params, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345"), wantKey: ed25519Key, }, { name: "ED25519_longer_key_bytes", params: &ed25519Params, idRequirement: 123, randomBytes: []byte("01234567890123450123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: ed25519Key, }, { name: "ED25519NoPrefix", params: &ed25519NoPrefixParams, idRequirement: 0, randomBytes: []byte("01234567890123450123456789012345"), wantKey: ed25519KeyNoPrefixKey, }, { name: "AESGCMHKDF", params: aesGCMHKDFParams, idRequirement: 0, randomBytes: []byte("0123456789012345"), wantKey: aesGCMHKDFKey, }, { name: "AESGCMHKDF_longer_key_bytes", params: aesGCMHKDFParams, idRequirement: 0, randomBytes: []byte("0123456789012345ABCDEFGHIJKLMNOPQRSTUVWXYZ"), wantKey: aesGCMHKDFKey, }, } { t.Run(tc.name, func(t *testing.T) { derivedKey, err := keyderivers.DeriveKey(tc.params, tc.idRequirement, bytes.NewBuffer(tc.randomBytes), insecuresecretdataaccess.Token{}) if err != nil { t.Fatalf("keyderivation.DeriveKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.wantKey, derivedKey); diff != "" { t.Errorf("keyderivation.DeriveKey() returned diff (-want +got):\n%s", diff) } }) } } func TestDeriveKey_Failures(t *testing.T) { aes128GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } aes128GCMNoPrefixParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } xChaCha20Poly1305Params, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantTink) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters() err = %v, want nil", err) } xChaCha20Poly1305NoPrefixParams, err := xchacha20poly1305.NewParameters(xchacha20poly1305.VariantNoPrefix) if err != nil { t.Fatalf("xchacha20poly1305.NewParameters() err = %v, want nil", err) } aes256SIVParams, err := aessiv.NewParameters(32, aessiv.VariantTink) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } aes256SIVNoPrefixParams, err := aessiv.NewParameters(32, aessiv.VariantNoPrefix) if err != nil { t.Fatalf("aessiv.NewParameters() err = %v, want nil", err) } hmacSHA256Tag128Params, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } hmacSHA256Tag128NoPrefixParams, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantNoPrefix, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } hkdfPRFSHA256Params, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } hmacSHA256PRFParams, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } ed25519Params, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters() err = %v, want nil", err) } ed25519NoPrefixParams, err := ed25519.NewParameters(ed25519.VariantNoPrefix) if err != nil { t.Fatalf("ed25519.NewParameters() err = %v, want nil", err) } for _, tc := range []struct { name string params key.Parameters idRequirement uint32 randomnessBytes []byte }{ { name: "invalid parameters type", params: &stubParams{}, idRequirement: 123, randomnessBytes: []byte("0123456789012345"), }, { name: "AES128GCM insufficient random bytes", params: aes128GCMParams, idRequirement: 123, randomnessBytes: []byte("012345678901234"), // 1 byte short }, { name: "AES128GCM invalid ID requirement", params: aes128GCMNoPrefixParams, idRequirement: 123, randomnessBytes: []byte("0123456789012345"), }, { name: "XChaCha20Poly1305 insufficient random bytes", params: xChaCha20Poly1305Params, idRequirement: 123, randomnessBytes: []byte("0123456789012345012345678901234"), // 1 byte short }, { name: "XChaCha20Poly1305 invalid ID requirement", params: xChaCha20Poly1305NoPrefixParams, idRequirement: 123, randomnessBytes: []byte("01234567890123450123456789012345"), }, { name: "AES-SIV insufficient random bytes", params: aes256SIVParams, idRequirement: 123, randomnessBytes: []byte("0123456789012345012345678901234"), // 1 byte short }, { name: "AES-SIV invalid ID requirement", params: aes256SIVNoPrefixParams, idRequirement: 123, randomnessBytes: []byte("01234567890123450123456789012345"), }, { name: "HMAC insufficient random bytes", params: hmacSHA256Tag128Params, idRequirement: 123, randomnessBytes: []byte("0123456789012345012345678901234"), // 1 byte short }, { name: "HMAC invalid ID requirement", params: hmacSHA256Tag128NoPrefixParams, idRequirement: 123, randomnessBytes: []byte("01234567890123450123456789012345"), }, { name: "HKDF PRF insufficient random bytes", params: hkdfPRFSHA256Params, idRequirement: 123, randomnessBytes: []byte("0123456789012345012345678901234"), // 1 byte short }, { name: "HMAC PRF insufficient random bytes", params: hmacSHA256PRFParams, idRequirement: 123, randomnessBytes: []byte("0123456789012345012345678901234"), // 1 byte short }, { name: "ED25519 insufficient random bytes", params: &ed25519Params, idRequirement: 123, randomnessBytes: []byte("0123456789012345012345678901234"), // 1 byte short }, { name: "ED25519 invalid ID requirement", params: &ed25519NoPrefixParams, idRequirement: 123, randomnessBytes: []byte("01234567890123450123456789012345"), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keyderivers.DeriveKey(tc.params, tc.idRequirement, bytes.NewBuffer(tc.randomnessBytes), insecuresecretdataaccess.Token{}); err == nil { t.Errorf("keyderivers.DeriveKey() err = nil, want error") } }) } } func TestCanDeriveKey(t *testing.T) { for _, tc := range []struct { name string paramsType reflect.Type want bool }{ { name: "AESGCM", paramsType: reflect.TypeFor[*aesgcm.Parameters](), want: true, }, { name: "XCHACHA20POLY1305", paramsType: reflect.TypeFor[*xchacha20poly1305.Parameters](), want: true, }, { name: "AESSIV", paramsType: reflect.TypeFor[*aessiv.Parameters](), want: true, }, { name: "HMAC", paramsType: reflect.TypeFor[*hmac.Parameters](), want: true, }, { name: "HKDF-PRF", paramsType: reflect.TypeFor[*hkdfprf.Parameters](), want: true, }, { name: "HMAC-PRF", paramsType: reflect.TypeFor[*hmacprf.Parameters](), want: true, }, { name: "ED25519", paramsType: reflect.TypeFor[*ed25519.Parameters](), want: true, }, { name: "AESGCMHKDF", paramsType: reflect.TypeFor[*aesgcmhkdf.Parameters](), want: true, }, { name: "invalid parameters type", paramsType: reflect.TypeFor[*stubParams](), want: false, }, } { t.Run(tc.name, func(t *testing.T) { if got := keyderivers.CanDeriveKey(tc.paramsType); got != tc.want { t.Errorf("keyderivers.CanDeriveKey() = %v, want %v", got, tc.want) } }) } } type stubParams struct { hasIDRequirement bool } var _ key.Parameters = (*stubParams)(nil) func (p *stubParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *stubParams) Equal(other key.Parameters) bool { _, ok := other.(*stubParams) return ok } ================================================ FILE: keyderivation/internal/streamingprf/hkdf_streaming_prf.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package streamingprf import ( "fmt" "hash" "io" "golang.org/x/crypto/hkdf" "github.com/tink-crypto/tink-go/v2/subtle" ) // minHKDFStreamingPRFKeySize is the minimum allowed key size in bytes. const minHKDFStreamingPRFKeySize = 32 // HKDFStreamingPRF is a HKDF Streaming PRF that implements StreamingPRF. type HKDFStreamingPRF struct { h func() hash.Hash key []byte salt []byte } // Asserts that HKDFStreamingPRF implements the StreamingPRF interface. var _ StreamingPRF = (*HKDFStreamingPRF)(nil) // NewHKDFStreamingPRF constructs a new hkdfStreamingPRF using hashName, key, // and salt. Salt can be nil. func NewHKDFStreamingPRF(hashName string, key, salt []byte) (*HKDFStreamingPRF, error) { if err := validateHKDFStreamingPRFParams(hashName, len(key)); err != nil { return nil, err } return &HKDFStreamingPRF{ h: subtle.GetHashFunc(hashName), key: key, salt: salt, }, nil } // Compute computes and returns the HKDF as a Reader. func (h *HKDFStreamingPRF) Compute(data []byte) (io.Reader, error) { return hkdf.New(h.h, h.key, h.salt, data), nil } func validateHKDFStreamingPRFParams(hash string, keySize int) error { if hash != "SHA256" && hash != "SHA512" { return fmt.Errorf("only SHA-256, SHA-512 allowed for HKDF") } if keySize < minHKDFStreamingPRFKeySize { return fmt.Errorf("key too short, require %d-bytes: %d", minHKDFStreamingPRFKeySize, keySize) } return nil } ================================================ FILE: keyderivation/internal/streamingprf/hkdf_streaming_prf_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package streamingprf import ( "bytes" "encoding/hex" "fmt" "io" "strings" "testing" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestNewHKDFStreamingPRF(t *testing.T) { for _, test := range []struct { name string hash string salt []byte }{ { name: "SHA256_nil_salt", hash: "SHA256", }, { name: "SHA256_random_salt", hash: "SHA256", salt: random.GetRandomBytes(16), }, { name: "SHA512_nil_salt", hash: "SHA512", }, { name: "SHA512_random_salt", hash: "SHA512", salt: random.GetRandomBytes(16), }, } { t.Run(test.name, func(t *testing.T) { key := random.GetRandomBytes(32) h, err := NewHKDFStreamingPRF(test.hash, key, test.salt) if err != nil { t.Fatalf("NewHKDFStreamingPRF() err = %v, want nil", err) } if !bytes.Equal(h.key, key) { t.Errorf("key = %v, want %v", h.key, key) } if !bytes.Equal(h.salt, test.salt) { t.Errorf("salt = %v, want %v", h.salt, test.salt) } }) } } func TestNewHKDFStreamingPRFFails(t *testing.T) { for _, test := range []struct { hash string keySize uint32 }{ { hash: "SHA256", keySize: 16, }, { hash: "SHA512", keySize: 16}, { hash: "SHA1", keySize: 20, }, } { t.Run(test.hash, func(t *testing.T) { if _, err := NewHKDFStreamingPRF(test.hash, random.GetRandomBytes(test.keySize), nil); err == nil { t.Error("NewHKDFStreamingPRF() err = nil, want non-nil") } }) } } func TestHKDFStreamingPRFWithRFCVector(t *testing.T) { // This is the only vector that uses an accepted hash function and has key // size >= minHKDFStreamingPRFKeySize. // https://www.rfc-editor.org/rfc/rfc5869#appendix-A.2 vec := struct { hash string key string salt string info string outLen int okm string }{ hash: "SHA256", key: "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f404142434445464748494a4b4c4d4e4f", salt: "606162636465666768696a6b6c6d6e6f707172737475767778797a7b7c7d7e7f808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9fa0a1a2a3a4a5a6a7a8a9aaabacadaeaf", info: "b0b1b2b3b4b5b6b7b8b9babbbcbdbebfc0c1c2c3c4c5c6c7c8c9cacbcccdcecfd0d1d2d3d4d5d6d7d8d9dadbdcdddedfe0e1e2e3e4e5e6e7e8e9eaebecedeeeff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff", outLen: 82, okm: "b11e398dc80327a1c8e7f78c596a49344f012eda2d4efad8a050cc4c19afa97c59045a99cac7827271cb41c65e590e09da3275600c2f09b8367793a9aca3db71cc30c58179ec3e87c14c01d5c1f3434f1d87", } key, err := hex.DecodeString(vec.key) if err != nil { t.Fatalf("hex.DecodeString err = %v, want nil", err) } salt, err := hex.DecodeString(vec.salt) if err != nil { t.Fatalf("hex.DecodeString err = %v, want nil", err) } info, err := hex.DecodeString(vec.info) if err != nil { t.Fatalf("hex.DecodeString err = %v, want nil", err) } h, err := NewHKDFStreamingPRF(vec.hash, key, salt) if err != nil { t.Fatalf("NewHKDFStreamingPRF() err = %v, want nil", err) } r, err := h.Compute(info) if err != nil { t.Fatalf("Compute() err = %v, want nil", err) } out := make([]byte, vec.outLen) if _, err := io.ReadAtLeast(r, out, len(out)); err != nil { t.Fatalf("io.ReadAtLeast err = %v, want nil", err) } if hex.EncodeToString(out) != vec.okm { t.Errorf("Compute() = %v, want %v", hex.EncodeToString(out), vec.okm) } } func TestHKDFStreamingPRFWithWycheproof(t *testing.T) { type hkdfCase struct { wycheproof.Case IKM testutil.HexBytes `json:"ikm"` Salt testutil.HexBytes `json:"salt"` Info testutil.HexBytes `json:"info"` Size uint32 `json:"size"` OKM testutil.HexBytes `json:"okm"` } type hkdfGroup struct { wycheproof.Group KeySize uint32 `json:"keySize"` Tests []*hkdfCase `json:"tests"` } type hkdfSuite struct { wycheproof.Suite TestGroups []*hkdfGroup `json:"testGroups"` } count := 0 for _, hash := range []string{"SHA256", "SHA512"} { filename := fmt.Sprintf("hkdf_%s_test.json", strings.ToLower(hash)) suite := new(hkdfSuite) wycheproof.PopulateSuiteV1(t, suite, filename) for _, group := range suite.TestGroups { for _, test := range group.Tests { caseName := fmt.Sprintf("%s(%d):Case-%d", hash, group.KeySize, test.CaseID) t.Run(caseName, func(t *testing.T) { if got, want := len(test.IKM), int(group.KeySize/8); got != want { t.Fatalf("invalid key length = %d, want %d", got, want) } count++ h, err := NewHKDFStreamingPRF(hash, test.IKM, test.Salt) switch test.Result { case "valid": if len(test.IKM) < minHKDFStreamingPRFKeySize { if err == nil { t.Error("NewHKDFStreamingPRF err = nil, want non-nil") } return } if err != nil { t.Fatalf("NewHKDFStreamingPRF err = %v, want nil", err) } r, err := h.Compute(test.Info) if err != nil { t.Fatalf("Compute() err = %v, want nil", err) } out := make([]byte, test.Size) if _, err := io.ReadAtLeast(r, out, len(out)); err != nil { t.Fatalf("io.ReadAtLeast err = %v, want nil", err) } if !bytes.Equal(out, test.OKM) { t.Errorf("Compute() = %v, want %v", out, test.OKM) } case "invalid": if err != nil { return } r, err := h.Compute(test.Info) if err != nil { t.Fatalf("Compute() err = %v, want nil", err) } out := make([]byte, test.Size) if _, err := io.ReadAtLeast(r, out, len(out)); err == nil { t.Error("io.ReadAtLeast err = nil, want non-nil") } default: t.Errorf("unsupported test result: %s", test.Result) } }) } } } if count < 169 { t.Errorf("number of test cases = %d, want >= 169", count) } } ================================================ FILE: keyderivation/internal/streamingprf/streaming_prf.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package streamingprf provides implementations of streaming pseudorandom // function families. package streamingprf import ( "io" ) // StreamingPRF is the interface used to represent a streaming pseudorandom // function family for a specified key. // // It has the same properties as the PRF primitive. type StreamingPRF interface { // Compute computes the PRF selected by the specified key on input and returns // the result via a reader. Compute(input []byte) (io.Reader, error) } ================================================ FILE: keyderivation/keyderivation.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package keyderivation provides implementations of the keyset deriver // primitive. package keyderivation import ( _ "github.com/tink-crypto/tink-go/v2/keyderivation/prfbasedkeyderivation" // Register proto serialization, primitive constructor, and key manager. ) ================================================ FILE: keyderivation/keyderivation_example_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyderivation_test import ( "fmt" "log" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/keyderivation" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/prf" ) func Example() { template, err := keyderivation.CreatePRFBasedKeyTemplate(prf.HKDFSHA256PRFKeyTemplate(), aead.AES128GCMKeyTemplate()) if err != nil { log.Fatal(err) } handle, err := keyset.NewHandle(template) if err != nil { log.Fatal(err) } deriver, err := keyderivation.New(handle) if err != nil { log.Fatal(err) } derivedHandle, err := deriver.DeriveKeyset([]byte("salt")) if err != nil { log.Fatal(err) } // Use the derived keyset. a, err := aead.New(derivedHandle) if err != nil { log.Fatal(err) } ciphertext, err := a.Encrypt([]byte("a secret message"), nil) if err != nil { log.Fatal(err) } plaintext, err := a.Decrypt(ciphertext, nil) if err != nil { log.Fatal(err) } fmt.Println(string(plaintext)) // Output: a secret message } ================================================ FILE: keyderivation/keyderivation_key_templates.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyderivation import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/keyset" prfderpb "github.com/tink-crypto/tink-go/v2/proto/prf_based_deriver_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // CreatePRFBasedKeyTemplate creates a PRF-Based Deriver key template with the // specified PRF and derived key templates. If either the PRF or derived key // templates are not supported by the registry, an error is returned. func CreatePRFBasedKeyTemplate(prfKeyTemplate, derivedKeyTemplate *tinkpb.KeyTemplate) (*tinkpb.KeyTemplate, error) { keyFormat := &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prfKeyTemplate, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: derivedKeyTemplate, }, } serializedFormat, err := proto.Marshal(keyFormat) if err != nil { return nil, fmt.Errorf("failed to marshal key format: %s", err) } template := &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: derivedKeyTemplate.GetOutputPrefixType(), Value: serializedFormat, } // Verify `template` is derivable. if _, err := keyset.NewHandle(template); err != nil { return nil, err } return template, nil } ================================================ FILE: keyderivation/keyderivation_key_templates_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyderivation_test import ( "bytes" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/keyderivation" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestPRFBasedKeyTemplateDerivesAESGCMKeyset(t *testing.T) { plaintext := random.GetRandomBytes(16) associatedData := random.GetRandomBytes(8) prfs := []struct { name string template *tinkpb.KeyTemplate }{ { name: "HKDF-SHA256", template: prf.HKDFSHA256PRFKeyTemplate(), }, } derivations := []struct { name string template *tinkpb.KeyTemplate }{ { name: "AES128GCM", template: aead.AES128GCMKeyTemplate(), }, { name: "AES256GCM", template: aead.AES256GCMKeyTemplate(), }, { name: "AES256GCMNoPrefix", template: aead.AES256GCMNoPrefixKeyTemplate(), }, } for _, prf := range prfs { for _, der := range derivations { for _, salt := range [][]byte{nil, []byte("salt")} { name := fmt.Sprintf("%s_%s", prf.name, der.name) if salt != nil { name += "_with_salt" } t.Run(name, func(t *testing.T) { template, err := keyderivation.CreatePRFBasedKeyTemplate(prf.template, der.template) if err != nil { t.Fatalf("CreatePRFBasedKeyTemplate() err = %v, want nil", err) } handle, err := keyset.NewHandle(template) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } d, err := keyderivation.New(handle) if err != nil { t.Fatalf("keyderivation.New() err = %v, want nil", err) } derivedHandle, err := d.DeriveKeyset(salt) if err != nil { t.Fatalf("DeriveKeyset() err = %v, want nil", err) } a, err := aead.New(derivedHandle) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } ciphertext, err := a.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("Encrypt() err = %v, want nil", err) } gotPlaintext, err := a.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("Decrypt() err = %v, want nil", err) } if !bytes.Equal(gotPlaintext, plaintext) { t.Errorf("Decrypt() = %v, want %v", gotPlaintext, plaintext) } }) } } } } func TestInvalidPRFBasedDeriverKeyTemplates(t *testing.T) { for _, test := range []struct { name string prfKeyTemplate *tinkpb.KeyTemplate derivedKeyTemplate *tinkpb.KeyTemplate }{ { name: "nil templates", }, { name: "nil PRF key template", derivedKeyTemplate: aead.AES128GCMKeyTemplate(), }, { name: "nil derived key template", prfKeyTemplate: prf.HKDFSHA256PRFKeyTemplate(), }, { name: "malformed PRF key template", prfKeyTemplate: &tinkpb.KeyTemplate{TypeUrl: "\xff"}, derivedKeyTemplate: aead.AES128GCMKeyTemplate(), }, // AES128CTRHMACSHA256KeyTemplate() is an unsupported derived key template // because DeriveKey() is not implemented in the AES-CTR-HMAC key manager. // TODO(b/227682336): Add mock key manager that doesn't derive keys. { name: "unsupported templates", prfKeyTemplate: aead.AES128GCMKeyTemplate(), derivedKeyTemplate: aead.AES128CTRHMACSHA256KeyTemplate()}, { name: "unsupported PRF key template", prfKeyTemplate: aead.AES128GCMKeyTemplate(), derivedKeyTemplate: aead.AES128GCMKeyTemplate(), }, { name: "unsupported derived key template", prfKeyTemplate: prf.HKDFSHA256PRFKeyTemplate(), derivedKeyTemplate: aead.AES128CTRHMACSHA256KeyTemplate(), }, } { t.Run(test.name, func(t *testing.T) { if _, err := keyderivation.CreatePRFBasedKeyTemplate(test.prfKeyTemplate, test.derivedKeyTemplate); err == nil { t.Error("CreatePRFBasedKeyTemplate() err = nil, want non-nil") } }) } } ================================================ FILE: keyderivation/keyderivation_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyderivation_test import ( "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/prf" prfderpb "github.com/tink-crypto/tink-go/v2/proto/prf_based_deriver_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestDeriveKeyset_CreateKeysetFailsWithInconsistentOutputPrefixTypes(t *testing.T) { keyFormat := &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prf.HKDFSHA256PRFKeyTemplate(), Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: aead.AES256GCMNoPrefixKeyTemplate(), }, } serializedFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } template := &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: serializedFormat, } if _, err := keyset.NewHandle(template); err == nil { t.Errorf("keyset.NewHandle() err = nil, want non-nil") } } ================================================ FILE: keyderivation/keyset_deriver.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyderivation import ( "github.com/tink-crypto/tink-go/v2/keyset" ) // KeysetDeriver is the interface used to derive new keysets based on an // additional input, the salt. // // The salt is used to create the keyset using a pseudorandom function. // Implementations must be indistinguishable from ideal KeysetDerivers, which, // for every salt, generates a new random keyset and caches it. type KeysetDeriver interface { DeriveKeyset(salt []byte) (*keyset.Handle, error) } ================================================ FILE: keyderivation/keyset_deriver_factory.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyderivation import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyderivation/internal/keyderiver" "github.com/tink-crypto/tink-go/v2/keyset" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) type fullPrimitiveWrapper struct { rawPrimitive keyderiver.KeyDeriver idRequirement uint32 prefixType tinkpb.OutputPrefixType } var _ keyderiver.KeyDeriver = (*fullPrimitiveWrapper)(nil) func (w *fullPrimitiveWrapper) DeriveKey(salt []byte) (key.Key, error) { key, err := w.rawPrimitive.DeriveKey(salt) if err != nil { return nil, err } keySerialization, err := protoserialization.SerializeKey(key) if err != nil { return nil, fmt.Errorf("cannot get proto key from entry: %v", err) } // Manually set the ID requirement and prefix type. newKeySerialization, err := protoserialization.NewKeySerialization(keySerialization.KeyData(), w.prefixType, w.idRequirement) if err != nil { return nil, fmt.Errorf("cannot create new key serialization: %v", err) } return protoserialization.ParseKey(newKeySerialization) } // New generates a new [keyderivation.KeysetDeriver] primitive with the // global registry. func New(handle *keyset.Handle) (KeysetDeriver, error) { return NewWithConfig(handle, ®istryconfig.RegistryConfig{}) } // NewWithConfig generates a new [keyderivation.KeysetDeriver] primitive // with the provided [keyset.Config]. // // NOTE: This is currently not usable in OSS because [keyset.Config] // is not user-implementable. func NewWithConfig(handle *keyset.Handle, config keyset.Config) (KeysetDeriver, error) { ps, err := keyset.Primitives[keyderiver.KeyDeriver](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("keyset_deriver_factory: cannot obtain primitive set: %v", err) } var fullKeyDerivers []fullKeyDeriverWithKeyID for _, e := range ps.EntriesInKeysetOrder { if e.Primitive == nil { fullKeyDerivers = append(fullKeyDerivers, fullKeyDeriverWithKeyID{ fullKeyDeriver: e.FullPrimitive, keyID: e.KeyID, }) } else { idRequirement := e.KeyID protoKey, err := protoserialization.SerializeKey(e.Key) if err != nil { return nil, fmt.Errorf("keyset_deriver_factory: cannot get proto key from entry: %v", err) } if protoKey.OutputPrefixType() == tinkpb.OutputPrefixType_RAW { idRequirement = 0 } fullKeyDerivers = append(fullKeyDerivers, fullKeyDeriverWithKeyID{ fullKeyDeriver: &fullPrimitiveWrapper{ rawPrimitive: e.Primitive, idRequirement: idRequirement, prefixType: protoKey.OutputPrefixType(), }, keyID: e.KeyID, }) } } return &wrappedKeysetDeriver{fullKeyDerivers: fullKeyDerivers, primaryKeyID: ps.Primary.KeyID}, nil } type fullKeyDeriverWithKeyID struct { fullKeyDeriver keyderiver.KeyDeriver keyID uint32 } func (w *fullKeyDeriverWithKeyID) DeriveKey(salt []byte) (key.Key, error) { return w.fullKeyDeriver.DeriveKey(salt) } // wrappedKeysetDeriver is a Keyset Deriver implementation that uses the underlying primitive set to derive keysets. type wrappedKeysetDeriver struct { fullKeyDerivers []fullKeyDeriverWithKeyID primaryKeyID uint32 } var _ KeysetDeriver = (*wrappedKeysetDeriver)(nil) func (w *wrappedKeysetDeriver) DeriveKeyset(salt []byte) (*keyset.Handle, error) { km := keyset.NewManager() for _, e := range w.fullKeyDerivers { derivedKey, err := e.DeriveKey(salt) if err != nil { return nil, fmt.Errorf("keyset_deriver_factory: keyset derivation failed: %v", err) } km.AddKeyWithOpts(derivedKey, internalapi.Token{}, keyset.WithFixedID(e.keyID)) if e.keyID == w.primaryKeyID { if err := km.SetPrimary(e.keyID); err != nil { return nil, fmt.Errorf("keyset_deriver_factory: cannot set primary key: %v", err) } } } return km.Handle() } ================================================ FILE: keyderivation/keyset_deriver_factory_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyderivation_test import ( "fmt" "reflect" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyderivation/internal/keyderiver" "github.com/tink-crypto/tink-go/v2/keyderivation" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // invalidDeriver returns two keys, but wrappedKeysetDeriver accepts only one. type invalidDeriver struct{} var _ keyderivation.KeysetDeriver = (*invalidDeriver)(nil) func (i *invalidDeriver) DeriveKeyset(salt []byte) (*keyset.Handle, error) { manager := keyset.NewManager() keyID, err := manager.Add(aead.AES128GCMKeyTemplate()) if err != nil { return nil, err } manager.SetPrimary(keyID) if _, err = manager.Add(aead.AES256GCMKeyTemplate()); err != nil { return nil, err } return manager.Handle() } func TestNewWrappedKeysetDeriverWrongPrimitiveFails(t *testing.T) { handle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } if _, err := keyderivation.New(handle); err == nil { t.Errorf("keyderivation.New() err = nil, want non-nil") } } const ( stubKeysetDeriverURL = "type.googleapis.com/google.crypto.tink.StubKeysetDeriver" ) type stubKeysetDeriverParams struct{} var _ key.Parameters = (*stubKeysetDeriverParams)(nil) func (p *stubKeysetDeriverParams) Equal(_ key.Parameters) bool { return true } func (p *stubKeysetDeriverParams) HasIDRequirement() bool { return true } type stubKeysetDeriverKey struct { prefixType tinkpb.OutputPrefixType idRequirement uint32 } var _ key.Key = (*stubKeysetDeriverKey)(nil) func (p *stubKeysetDeriverKey) Equal(_ key.Key) bool { return true } func (p *stubKeysetDeriverKey) Parameters() key.Parameters { return &stubKeysetDeriverParams{} } func (p *stubKeysetDeriverKey) IDRequirement() (uint32, bool) { return p.idRequirement, p.HasIDRequirement() } func (p *stubKeysetDeriverKey) HasIDRequirement() bool { return p.prefixType != tinkpb.OutputPrefixType_RAW } type stubKeysetDeriverKeySerialization struct{} var _ protoserialization.KeySerializer = (*stubKeysetDeriverKeySerialization)(nil) func (s *stubKeysetDeriverKeySerialization) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: stubKeysetDeriverURL, Value: []byte("serialized_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, key.(*stubKeysetDeriverKey).prefixType, key.(*stubKeysetDeriverKey).idRequirement, ) } type stubKeysetDeriverKeyParser struct{} var _ protoserialization.KeyParser = (*stubKeysetDeriverKeyParser)(nil) func (s *stubKeysetDeriverKeyParser) ParseKey(serialization *protoserialization.KeySerialization) (key.Key, error) { idRequirement, _ := serialization.IDRequirement() return &stubKeysetDeriverKey{ prefixType: serialization.OutputPrefixType(), idRequirement: idRequirement, }, nil } const ( derivedKeyURL = "type.googleapis.com/google.crypto.tink.DerivedKey" ) type derivedKey struct { prefixType tinkpb.OutputPrefixType idRequirement uint32 value []byte } var _ key.Key = (*derivedKey)(nil) func (p *derivedKey) Equal(_ key.Key) bool { return true } func (p *derivedKey) Parameters() key.Parameters { return &stubKeysetDeriverParams{} } func (p *derivedKey) IDRequirement() (uint32, bool) { return p.idRequirement, p.HasIDRequirement() } func (p *derivedKey) HasIDRequirement() bool { return p.prefixType != tinkpb.OutputPrefixType_RAW } type stubLegacyKeyDeriver struct{} var _ keyderiver.KeyDeriver = (*stubLegacyKeyDeriver)(nil) func (s *stubLegacyKeyDeriver) DeriveKey(salt []byte) (key.Key, error) { return &derivedKey{ value: slices.Concat(salt, []byte("_raw_derived_key")), prefixType: tinkpb.OutputPrefixType_RAW, idRequirement: 0, }, nil } type derivedKeySerializer struct{} var _ protoserialization.KeySerializer = (*derivedKeySerializer)(nil) func (s *derivedKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: derivedKeyURL, Value: key.(*derivedKey).value, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, key.(*derivedKey).prefixType, key.(*derivedKey).idRequirement, ) } type derivedKeyParser struct{} var _ protoserialization.KeyParser = (*derivedKeyParser)(nil) func (s *derivedKeyParser) ParseKey(serialization *protoserialization.KeySerialization) (key.Key, error) { idRequirement, _ := serialization.IDRequirement() return &derivedKey{ prefixType: serialization.OutputPrefixType(), idRequirement: idRequirement, value: serialization.KeyData().GetValue(), }, nil } type stubKeyDeriverKeyManager struct{} var _ registry.KeyManager = (*stubKeyDeriverKeyManager)(nil) func (km *stubKeyDeriverKeyManager) NewKey(_ []byte) (proto.Message, error) { return nil, fmt.Errorf("not implemented") } func (km *stubKeyDeriverKeyManager) NewKeyData(_ []byte) (*tinkpb.KeyData, error) { return nil, fmt.Errorf("not implemented") } func (km *stubKeyDeriverKeyManager) DoesSupport(keyURL string) bool { return keyURL == stubKeysetDeriverURL } func (km *stubKeyDeriverKeyManager) TypeURL() string { return stubKeysetDeriverURL } func (km *stubKeyDeriverKeyManager) Primitive(_ []byte) (any, error) { return &stubLegacyKeyDeriver{}, nil } func TestPrimitiveFactory_New_FailsIfNoKeyManagerRegistered(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeysetDeriverURL) defer protoserialization.UnregisterKeySerializer[*stubKeysetDeriverKey]() if err := protoserialization.RegisterKeyParser(stubKeysetDeriverURL, &stubKeysetDeriverKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKeysetDeriverKey](&stubKeysetDeriverKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } // Create a keyset with a single key. km := keyset.NewManager() keyID, err := km.AddKey(&stubKeysetDeriverKey{tinkpb.OutputPrefixType_TINK, 0x1234}) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } if _, err := keyderivation.New(handle); err == nil { t.Fatalf("keyderivation.New() err = nil, want non-nil") } } func TestPrimitiveFactory_UsesRawPrimitives(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeysetDeriverURL) defer protoserialization.UnregisterKeySerializer[*stubKeysetDeriverKey]() defer protoserialization.UnregisterKeyParser(derivedKeyURL) defer protoserialization.UnregisterKeySerializer[*derivedKey]() defer registry.UnregisterKeyManager(stubKeysetDeriverURL, internalapi.Token{}) if err := protoserialization.RegisterKeyParser(stubKeysetDeriverURL, &stubKeysetDeriverKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKeysetDeriverKey](&stubKeysetDeriverKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(derivedKeyURL, &derivedKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*derivedKey](&derivedKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } // Register the key manager. if err := registry.RegisterKeyManager(&stubKeyDeriverKeyManager{}); err != nil { t.Fatalf("registry.RegisterKeyManager() err = %v, want nil", err) } for _, tc := range []struct { name string key *stubKeysetDeriverKey wantKeyset *tinkpb.Keyset }{ { name: "TINK", key: &stubKeysetDeriverKey{tinkpb.OutputPrefixType_TINK, 0x1234}, wantKeyset: testutil.NewKeyset(0x1234, []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: derivedKeyURL, Value: []byte("a_very_unique_salt_raw_derived_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Status: tinkpb.KeyStatusType_ENABLED, KeyId: 0x1234, OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }), }, { name: "RAW", key: &stubKeysetDeriverKey{tinkpb.OutputPrefixType_RAW, 0}, wantKeyset: testutil.NewKeyset(0x12345678, []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: derivedKeyURL, Value: []byte("a_very_unique_salt_raw_derived_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Status: tinkpb.KeyStatusType_ENABLED, KeyId: 0x12345678, OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }), }, { name: "CRUNCHY", key: &stubKeysetDeriverKey{tinkpb.OutputPrefixType_CRUNCHY, 0x1234}, wantKeyset: testutil.NewKeyset(0x1234, []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: derivedKeyURL, Value: []byte("a_very_unique_salt_raw_derived_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Status: tinkpb.KeyStatusType_ENABLED, KeyId: 0x1234, OutputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, }, }), }, } { t.Run(tc.name, func(t *testing.T) { // Create a keyset with a single key. km := keyset.NewManager() var opts []keyset.KeyOpts if !tc.key.HasIDRequirement() { opts = append(opts, keyset.WithFixedID(0x12345678)) } keyID, err := km.AddKeyWithOpts(tc.key, internalapi.Token{}, opts...) if err != nil { t.Fatalf("km.AddKeyWithOpts() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } keysetDeriver, err := keyderivation.New(handle) if err != nil { t.Fatalf("keyderivation.New() err = %v, want nil", err) } gotHandle, err := keysetDeriver.DeriveKeyset([]byte("a_very_unique_salt")) if err != nil { t.Fatalf("keysetDeriver.DeriveKeyset() err = %v, want nil", err) } got := testkeyset.KeysetMaterial(gotHandle) if diff := cmp.Diff(tc.wantKeyset, got, protocmp.Transform()); diff != "" { t.Errorf("keysetDeriver.DeriveKeyset() returned unexpected diff (-want +got):\n%s", diff) } }) } } type fullKeyDeriver struct { k *stubKeysetDeriverKey } func (s *fullKeyDeriver) DeriveKey(salt []byte) (key.Key, error) { return &derivedKey{ value: slices.Concat(salt, []byte("_full_derived_key")), prefixType: s.k.prefixType, idRequirement: s.k.idRequirement, }, nil } func TestPrimitiveFactory_UsesFullPrimitives(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeysetDeriverURL) defer protoserialization.UnregisterKeySerializer[*stubKeysetDeriverKey]() defer protoserialization.UnregisterKeyParser(derivedKeyURL) defer protoserialization.UnregisterKeySerializer[*derivedKey]() defer primitiveregistry.UnregisterPrimitiveConstructor[*stubKeysetDeriverKey]() if err := protoserialization.RegisterKeyParser(stubKeysetDeriverURL, &stubKeysetDeriverKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKeysetDeriverKey](&stubKeysetDeriverKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(derivedKeyURL, &derivedKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*derivedKey](&derivedKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubKeysetDeriverKey](func(k key.Key) (any, error) { that, ok := k.(*stubKeysetDeriverKey) if !ok { return nil, fmt.Errorf("key is not a stubKeysetDeriverKey") } return &fullKeyDeriver{k: that}, nil }); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } for _, tc := range []struct { name string key *stubKeysetDeriverKey wantKeyset *tinkpb.Keyset }{ { name: "TINK", key: &stubKeysetDeriverKey{tinkpb.OutputPrefixType_TINK, 0x1234}, wantKeyset: testutil.NewKeyset(0x1234, []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: derivedKeyURL, Value: []byte("a_very_unique_salt_full_derived_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Status: tinkpb.KeyStatusType_ENABLED, KeyId: 0x1234, OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }), }, { name: "RAW", key: &stubKeysetDeriverKey{tinkpb.OutputPrefixType_RAW, 0}, wantKeyset: testutil.NewKeyset(0x12345678, []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: derivedKeyURL, Value: []byte("a_very_unique_salt_full_derived_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Status: tinkpb.KeyStatusType_ENABLED, KeyId: 0x12345678, OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }), }, { name: "CRUNCHY", key: &stubKeysetDeriverKey{tinkpb.OutputPrefixType_CRUNCHY, 0x1234}, wantKeyset: testutil.NewKeyset(0x1234, []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: derivedKeyURL, Value: []byte("a_very_unique_salt_full_derived_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Status: tinkpb.KeyStatusType_ENABLED, KeyId: 0x1234, OutputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, }, }), }, } { t.Run(tc.name, func(t *testing.T) { // Create a keyset with a single key. km := keyset.NewManager() var opts []keyset.KeyOpts if !tc.key.HasIDRequirement() { opts = append(opts, keyset.WithFixedID(0x12345678)) } keyID, err := km.AddKeyWithOpts(tc.key, internalapi.Token{}, opts...) if err != nil { t.Fatalf("km.AddKeyWithOpts() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } keysetDeriver, err := keyderivation.New(handle) if err != nil { t.Fatalf("keyderivation.New() err = %v, want nil", err) } gotHandle, err := keysetDeriver.DeriveKeyset([]byte("a_very_unique_salt")) if err != nil { t.Fatalf("keysetDeriver.DeriveKeyset() err = %v, want nil", err) } got := testkeyset.KeysetMaterial(gotHandle) if diff := cmp.Diff(tc.wantKeyset, got, protocmp.Transform()); diff != "" { t.Errorf("keysetDeriver.DeriveKeyset() returned unexpected diff (-want +got):\n%s", diff) } }) } } func TestPrimitiveFactory_MultipleKeys_UsesFullPrimitives(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeysetDeriverURL) defer protoserialization.UnregisterKeySerializer[*stubKeysetDeriverKey]() defer protoserialization.UnregisterKeyParser(derivedKeyURL) defer protoserialization.UnregisterKeySerializer[*derivedKey]() defer primitiveregistry.UnregisterPrimitiveConstructor[*stubKeysetDeriverKey]() if err := protoserialization.RegisterKeyParser(stubKeysetDeriverURL, &stubKeysetDeriverKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKeysetDeriverKey](&stubKeysetDeriverKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(derivedKeyURL, &derivedKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*derivedKey](&derivedKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubKeysetDeriverKey](func(k key.Key) (any, error) { that, ok := k.(*stubKeysetDeriverKey) if !ok { return nil, fmt.Errorf("key is not a stubKeysetDeriverKey") } return &fullKeyDeriver{k: that}, nil }); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(&stubKeysetDeriverKey{tinkpb.OutputPrefixType_TINK, 0x1234}) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } if _, err := km.AddKeyWithOpts(&stubKeysetDeriverKey{tinkpb.OutputPrefixType_TINK, 0x2222}, internalapi.Token{}, keyset.WithStatus(keyset.Disabled)); err != nil { t.Fatalf("km.AddKeyWithOpts() err = %v, want nil", err) } if _, err := km.AddKeyWithOpts(&stubKeysetDeriverKey{tinkpb.OutputPrefixType_CRUNCHY, 0x2345}, internalapi.Token{}, keyset.WithStatus(keyset.Enabled)); err != nil { t.Fatalf("km.AddKeyWithOpts() err = %v, want nil", err) } if _, err := km.AddKeyWithOpts(&stubKeysetDeriverKey{tinkpb.OutputPrefixType_RAW, 0}, internalapi.Token{}, keyset.WithStatus(keyset.Destroyed)); err != nil { t.Fatalf("km.AddKeyWithOpts() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } keysetDeriver, err := keyderivation.New(handle) if err != nil { t.Fatalf("keyderivation.New() err = %v, want nil", err) } gotHandle, err := keysetDeriver.DeriveKeyset([]byte("a_very_unique_salt")) if err != nil { t.Fatalf("keysetDeriver.DeriveKeyset() err = %v, want nil", err) } got := testkeyset.KeysetMaterial(gotHandle) // Only the enabled keys are in the derived keyset. want := testutil.NewKeyset(0x1234, []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: derivedKeyURL, Value: []byte("a_very_unique_salt_full_derived_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Status: tinkpb.KeyStatusType_ENABLED, KeyId: 0x1234, OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, { KeyData: &tinkpb.KeyData{ TypeUrl: derivedKeyURL, Value: []byte("a_very_unique_salt_full_derived_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Status: tinkpb.KeyStatusType_ENABLED, KeyId: 0x2345, OutputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, }, }) if diff := cmp.Diff(want, got, protocmp.Transform()); diff != "" { t.Errorf("keysetDeriver.DeriveKeyset() returned unexpected diff (-want +got):\n%s", diff) } } type failingKeyDeriver struct{} func (s *failingKeyDeriver) DeriveKey(salt []byte) (key.Key, error) { return nil, fmt.Errorf("failingKeyDeriver.DeriveKey() failed") } func TestPrimitiveFactory_KeysetDeriverFailsIfFullPrimitiveFails(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeysetDeriverURL) defer protoserialization.UnregisterKeySerializer[*stubKeysetDeriverKey]() defer protoserialization.UnregisterKeyParser(derivedKeyURL) defer protoserialization.UnregisterKeySerializer[*derivedKey]() defer primitiveregistry.UnregisterPrimitiveConstructor[*stubKeysetDeriverKey]() if err := protoserialization.RegisterKeyParser(stubKeysetDeriverURL, &stubKeysetDeriverKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKeysetDeriverKey](&stubKeysetDeriverKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(derivedKeyURL, &derivedKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*derivedKey](&derivedKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubKeysetDeriverKey](func(k key.Key) (any, error) { return &failingKeyDeriver{}, nil }); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } // Create a keyset with a single key. km := keyset.NewManager() keyID, err := km.AddKey(&stubKeysetDeriverKey{tinkpb.OutputPrefixType_RAW, 0}) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } keysetDeriver, err := keyderivation.New(handle) if err != nil { t.Fatalf("keyderivation.New() err = %v, want nil", err) } if _, err := keysetDeriver.DeriveKeyset([]byte("a_very_unique_salt")); err == nil { t.Errorf("keysetDeriver.DeriveKeyset() err = %v, want nil", err) } } func TestNewWithConfigFailsIfNoPrimitiveConstructorRegistered(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeysetDeriverURL) defer protoserialization.UnregisterKeySerializer[*stubKeysetDeriverKey]() defer protoserialization.UnregisterKeyParser(derivedKeyURL) defer protoserialization.UnregisterKeySerializer[*derivedKey]() if err := protoserialization.RegisterKeyParser(stubKeysetDeriverURL, &stubKeysetDeriverKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKeysetDeriverKey](&stubKeysetDeriverKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(derivedKeyURL, &derivedKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*derivedKey](&derivedKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(&stubKeysetDeriverKey{tinkpb.OutputPrefixType_TINK, 0x1234}) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } c := config.NewBuilder().Build() if _, err := keyderivation.NewWithConfig(handle, &c); err == nil { t.Errorf("keyderivation.NewWithConfig() err = nil, want error") } } func TestNewWithConfig(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeysetDeriverURL) defer protoserialization.UnregisterKeySerializer[*stubKeysetDeriverKey]() defer protoserialization.UnregisterKeyParser(derivedKeyURL) defer protoserialization.UnregisterKeySerializer[*derivedKey]() if err := protoserialization.RegisterKeyParser(stubKeysetDeriverURL, &stubKeysetDeriverKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKeysetDeriverKey](&stubKeysetDeriverKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(derivedKeyURL, &derivedKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*derivedKey](&derivedKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } primitiveConstructor := func(k key.Key) (any, error) { that, ok := k.(*stubKeysetDeriverKey) if !ok { return nil, fmt.Errorf("key is not a stubKeysetDeriverKey") } return &fullKeyDeriver{k: that}, nil } builder := config.NewBuilder() if err := builder.RegisterPrimitiveConstructor(reflect.TypeOf(&stubKeysetDeriverKey{}), primitiveConstructor, internalapi.Token{}); err != nil { t.Fatalf("builder.RegisterPrimitiveConstructor() err = %v, want nil", err) } c := builder.Build() km := keyset.NewManager() keyID, err := km.AddKey(&stubKeysetDeriverKey{tinkpb.OutputPrefixType_TINK, 0x1234}) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } deriver, err := keyderivation.NewWithConfig(handle, &c) if err != nil { t.Fatalf("keyderivation.NewWithConfig() err = %v, want nil", err) } gotHandle, err := deriver.DeriveKeyset([]byte("a_very_unique_salt")) if err != nil { t.Fatalf("deriver.DeriveKeyset() err = %v, want nil", err) } wantKeyset := testutil.NewKeyset(0x1234, []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: derivedKeyURL, Value: []byte("a_very_unique_salt_full_derived_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Status: tinkpb.KeyStatusType_ENABLED, KeyId: 0x1234, OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }) got := testkeyset.KeysetMaterial(gotHandle) if diff := cmp.Diff(wantKeyset, got, protocmp.Transform()); diff != "" { t.Errorf("deriver.DeriveKeyset() returned unexpected diff (-want +got):\n%s", diff) } } ================================================ FILE: keyderivation/keyset_deriver_factory_x_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyderivation_test import ( "bytes" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/keyderivation" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/subtle/random" prfderpb "github.com/tink-crypto/tink-go/v2/proto/prf_based_deriver_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestWrappedKeysetDeriver(t *testing.T) { // Construct deriving keyset handle containing one key. aes128GCMKeyFormat, err := proto.Marshal(&prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prf.HKDFSHA256PRFKeyTemplate(), Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: aead.AES128GCMKeyTemplate(), }, }) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } singleKeyHandle, err := keyset.NewHandle(&tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: aes128GCMKeyFormat, }) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Construct deriving keyset handle containing three keys. aes256GCMKeyNoPrefixFormat, err := proto.Marshal(&prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prf.HKDFSHA256PRFKeyTemplate(), Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: aead.AES256GCMNoPrefixKeyTemplate(), }, }) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } xChaChaKeyFormat, err := proto.Marshal(&prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prf.HKDFSHA256PRFKeyTemplate(), Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: aead.XChaCha20Poly1305KeyTemplate(), }, }) if err != nil { t.Fatalf("proto.Marshal(xChaChaKeyFormat) err = %v, want nil", err) } xChaChaKeyCrunchyFormat, err := proto.Marshal(&prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prf.HKDFSHA256PRFKeyTemplate(), Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", OutputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, }, }, }) if err != nil { t.Fatalf("proto.Marshal(xChaChaKeyCrunchyFormat) err = %v, want nil", err) } aes256GCMKeyFormat, err := proto.Marshal(&prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prf.HKDFSHA256PRFKeyTemplate(), Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: aead.AES256GCMKeyTemplate(), }, }) if err != nil { t.Fatalf("proto.Marshal(aes256GCMKeyFormat) err = %v, want nil", err) } manager := keyset.NewManager() aes128GCMKeyID, err := manager.Add(&tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: aes256GCMKeyNoPrefixFormat, }) if err != nil { t.Fatalf("manager.Add(aes256GCMKeyNoPrefixFormat) err = %v, want nil", err) } if err := manager.SetPrimary(aes128GCMKeyID); err != nil { t.Fatalf("manager.SetPrimary() err = %v, want nil", err) } if _, err := manager.Add(&tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: xChaChaKeyFormat, }); err != nil { t.Fatalf("manager.Add(xChaChaTemplate) err = %v, want nil", err) } if _, err := manager.Add(&tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: aes256GCMKeyFormat, }); err != nil { t.Fatalf("manager.Add(aes256GCMKeyFormat) err = %v, want nil", err) } if _, err := manager.Add(&tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, Value: xChaChaKeyCrunchyFormat, }); err != nil { t.Fatalf("manager.Add(xChaChaKeyCrunchyFormat) err = %v, want nil", err) } multipleKeysHandle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } if got, want := len(multipleKeysHandle.KeysetInfo().GetKeyInfo()), 4; got != want { t.Fatalf("len(multipleKeysHandle) = %d, want %d", got, want) } for _, test := range []struct { name string handle *keyset.Handle wantTypeURLs []string }{ { name: "single key", handle: singleKeyHandle, wantTypeURLs: []string{ "type.googleapis.com/google.crypto.tink.AesGcmKey", }, }, { name: "multiple keys", handle: multipleKeysHandle, wantTypeURLs: []string{ "type.googleapis.com/google.crypto.tink.AesGcmKey", "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", "type.googleapis.com/google.crypto.tink.AesGcmKey", "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", }, }, } { t.Run(test.name, func(t *testing.T) { // Derive keyset handle. kd, err := keyderivation.New(test.handle) if err != nil { t.Fatalf("keyderivation.New() err = %v, want nil", err) } derivedHandle, err := kd.DeriveKeyset([]byte("salt")) if err != nil { t.Fatalf("DeriveKeyset() err = %v, want nil", err) } // Verify number of derived keys = number of deriving keys. derivedKeyInfo := derivedHandle.KeysetInfo().GetKeyInfo() keyInfo := test.handle.KeysetInfo().GetKeyInfo() if len(derivedKeyInfo) != len(keyInfo) { t.Errorf("number of derived keys = %d, want %d", len(derivedKeyInfo), len(keyInfo)) } if len(derivedKeyInfo) != len(test.wantTypeURLs) { t.Errorf("number of derived keys = %d, want %d", len(derivedKeyInfo), len(keyInfo)) } // Verify derived keys. hasPrimaryKey := false for i, derivedKey := range derivedKeyInfo { derivingKey := keyInfo[i] if got, want := derivedKey.GetOutputPrefixType(), derivingKey.GetOutputPrefixType(); got != want { t.Errorf("GetOutputPrefixType() = %s, want %s", got, want) } if got, want := derivedKey.GetKeyId(), derivingKey.GetKeyId(); got != want { t.Errorf("GetKeyId() = %d, want %d", got, want) } if got, want := derivedKey.GetTypeUrl(), test.wantTypeURLs[i]; got != want { t.Errorf("GetTypeUrl() = %q, want %q", got, want) } if got, want := derivedKey.GetStatus(), derivingKey.GetStatus(); got != want { t.Errorf("GetStatus() = %s, want %s", got, want) } if derivedKey.GetKeyId() == derivedHandle.KeysetInfo().GetPrimaryKeyId() { hasPrimaryKey = true } } if !hasPrimaryKey { t.Errorf("derived keyset has no primary key") } // Verify derived keyset handle works for AEAD. pt := random.GetRandomBytes(16) ad := random.GetRandomBytes(4) a, err := aead.New(derivedHandle) if err != nil { t.Fatalf("aead.New() err = %v, want nil", err) } ct, err := a.Encrypt(pt, ad) if err != nil { t.Fatalf("Encrypt() err = %v, want nil", err) } gotPT, err := a.Decrypt(ct, ad) if err != nil { t.Fatalf("Decrypt() err = %v, want nil", err) } if !bytes.Equal(gotPT, pt) { t.Errorf("Decrypt() = %v, want %v", gotPT, pt) } }) } } func TestNewRejectsNilKeysetHandle(t *testing.T) { if _, err := keyderivation.New(nil); err == nil { t.Error("keyderivation.New() err = nil, want non-nil") } } func TestNewRejectsIncorrectKey(t *testing.T) { kh, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } if _, err := keyderivation.New(kh); err == nil { t.Error("keyderivation.New() err = nil, want non-nil") } } ================================================ FILE: keyderivation/prfbasedkeyderivation/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfbasedkeyderivation import ( "fmt" "reflect" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyderivation/internal/keyderivers" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" ) // Key represents a PRF-based key derivation function. type Key struct { parameters *Parameters prfKey key.Key idRequirement uint32 } var _ key.Key = (*Key)(nil) // NewKey creates a new Key object. // // Inputs are such that: // 1. prfKey must be one of the following types: // - [aescmacprf.Key] // - [hkdfprf.Key] // - [hmacprf.Key] // 2. prfKey.Parameters() must be equal to parameters.PRFParameters() // 3. If parameters.HasIDRequirement() is false, idRequirement must be 0. func NewKey(parameters *Parameters, prfKey key.Key, idRequirement uint32) (*Key, error) { if parameters == nil { return nil, fmt.Errorf("prfbasedkeyderivation.NewKey: parameters must not be nil") } if prfKey == nil { return nil, fmt.Errorf("prfbasedkeyderivation.NewKey: prfKey must not be nil") } // 1. switch prfKey.(type) { case *aescmacprf.Key: case *hkdfprf.Key: case *hmacprf.Key: // Do nothing. default: return nil, fmt.Errorf("prfbasedkeyderivation.NewKey: unknown PRF key type: %T", prfKey) } // 2. if !parameters.PRFParameters().Equal(prfKey.Parameters()) { return nil, fmt.Errorf("prfbasedkeyderivation.NewKey: prfKey.Parameters() is not equal to parameters.PrfParameters()") } // 3. if !parameters.HasIDRequirement() && idRequirement != 0 { return nil, fmt.Errorf("prfbasedkeyderivation.NewKey: idRequirement = %v and parameters.HasIDRequirement() = false, want 0", idRequirement) } return &Key{ parameters: parameters, prfKey: prfKey, idRequirement: idRequirement, }, nil } // PRFKey returns the PRF key. func (k *Key) PRFKey() key.Key { return k.prfKey } // Parameters returns the parameters of this key. func (k *Key) Parameters() key.Parameters { return k.parameters } // IDRequirement returns required to indicate if this key requires an // identifier. If it does, id will contain that identifier. func (k *Key) IDRequirement() (uint32, bool) { return k.idRequirement, k.parameters.HasIDRequirement() } // Equal returns whether this key object is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.parameters.Equal(that.parameters) && k.prfKey.Equal(that.prfKey) && k.idRequirement == that.idRequirement } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { prfbasedKeyDerivationParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } switch prfKeyTemplateType := prfbasedKeyDerivationParams.PRFParameters().(type) { case *hkdfprf.Parameters: // Only HKDF PRF is supported. default: return nil, fmt.Errorf("invalid PRF key template type: got %T, want %T", prfKeyTemplateType, (*hkdfprf.Parameters)(nil)) } // We are sure this is a PRF-based key derivation parameters object, as // this is checked in the constructor. prfKey, err := keygenregistry.CreateKey(prfbasedKeyDerivationParams.PRFParameters(), idRequirement) if err != nil { return nil, err } // We reject key templates for which we cannot derive a key. if !keyderivers.CanDeriveKey(reflect.TypeOf(prfbasedKeyDerivationParams.DerivedKeyParameters())) { return nil, fmt.Errorf("PRF key parameters are not supported: %T", prfbasedKeyDerivationParams.DerivedKeyParameters()) } return NewKey(prfbasedKeyDerivationParams, prfKey, idRequirement) } ================================================ FILE: keyderivation/prfbasedkeyderivation/key_manager.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfbasedkeyderivation import ( "errors" "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" prfderpb "github.com/tink-crypto/tink-go/v2/proto/prf_based_deriver_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) type keyManager struct{} var _ registry.KeyManager = (*keyManager)(nil) func (km *keyManager) Primitive(serializedKey []byte) (any, error) { return nil, errors.New("prf_based_deriver_key_manager: not implemented; users should obtain a keyset.Handle and the primitive with keyderivation.New") } func (km *keyManager) NewKey(serializedKeyFormat []byte) (proto.Message, error) { keyData, err := km.NewKeyData(serializedKeyFormat) if err != nil { return nil, err } key := new(prfderpb.PrfBasedDeriverKey) if err := proto.Unmarshal(keyData.GetValue(), key); err != nil { return nil, fmt.Errorf("failed to unmarshal key data: %w", err) } return key, nil } func (km *keyManager) NewKeyData(serializedKeyFormat []byte) (*tinkpb.KeyData, error) { keyFormat := &prfderpb.PrfBasedDeriverKeyFormat{} if err := proto.Unmarshal(serializedKeyFormat, keyFormat); err != nil { return nil, fmt.Errorf("failed to unmarshal key format: %w", err) } parameters, err := protoserialization.ParseParameters(&tinkpb.KeyTemplate{ TypeUrl: km.TypeURL(), Value: serializedKeyFormat, OutputPrefixType: keyFormat.GetParams().GetDerivedKeyTemplate().GetOutputPrefixType(), }) if err != nil { return nil, err } k, err := keygenregistry.CreateKey(parameters, 0) if err != nil { return nil, err } keySerialization, err := protoserialization.SerializeKey(k) if err != nil { return nil, err } return keySerialization.KeyData(), nil } func (km *keyManager) DoesSupport(typeURL string) bool { return typeURL == km.TypeURL() } func (km *keyManager) TypeURL() string { return typeURL } ================================================ FILE: keyderivation/prfbasedkeyderivation/key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfbasedkeyderivation_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/prf" aesgcmpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" prfderpb "github.com/tink-crypto/tink-go/v2/proto/prf_based_deriver_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" _ "github.com/tink-crypto/tink-go/v2/keyderivation/prfbasedkeyderivation" // Register the key manager. ) const typeURL = "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey" func TestKeyManagerPrimitive_Unimplemented(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", typeURL, err) } if _, err := km.Primitive(nil); err == nil { t.Error("km.Primitive() err = nil, want non-nil") } if _, err := km.Primitive([]byte("some key serialization")); err == nil { t.Error("km.Primitive() err = nil, want non-nil") } if _, err := registry.Primitive(typeURL, nil); err == nil { t.Error("registry.Primitive() err = nil, want non-nil") } if _, err := registry.Primitive(typeURL, []byte("some key serialization")); err == nil { t.Error("registry.Primitive() err = nil, want non-nil") } } func TestKeyManagerNewKey(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", typeURL, err) } prfs := []struct { name string template *tinkpb.KeyTemplate }{ { name: "HKDF-SHA256", template: prf.HKDFSHA256PRFKeyTemplate(), }, } derivations := []struct { name string template *tinkpb.KeyTemplate }{ { name: "AES128GCM", template: aead.AES128GCMKeyTemplate(), }, { name: "AES256GCM", template: aead.AES256GCMKeyTemplate(), }, { name: "AES256GCMNoPrefix", template: aead.AES256GCMNoPrefixKeyTemplate(), }, } for _, prf := range prfs { for _, der := range derivations { for _, salt := range [][]byte{nil, []byte("salt")} { name := fmt.Sprintf("%s_%s", prf.name, der.name) if salt != nil { name += "_with_salt" } t.Run(name, func(t *testing.T) { keyFormat := &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prf.template, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: der.template, }, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", keyFormat, err) } k, err := km.NewKey(serializedKeyFormat) if err != nil { t.Errorf("NewKey() err = %v, want nil", err) } key, ok := k.(*prfderpb.PrfBasedDeriverKey) if !ok { t.Fatal("key is not PrfBasedDeriverKey") } if key.GetVersion() != 0 { t.Errorf("GetVersion() = %d, want 0", key.GetVersion()) } prfKeyData := key.GetPrfKey() if got, want := prfKeyData.GetTypeUrl(), prf.template.GetTypeUrl(); got != want { t.Errorf("GetTypeUrl() = %q, want %q", got, want) } if got, want := prfKeyData.GetKeyMaterialType(), tinkpb.KeyData_SYMMETRIC; got != want { t.Errorf("GetKeyMaterialType() = %s, want %s", got, want) } if diff := cmp.Diff(key.GetParams().GetDerivedKeyTemplate(), der.template, protocmp.Transform()); diff != "" { t.Errorf("GetDerivedKeyTemplate() diff = %s", diff) } }) } } } } func TestKeyManagerNewKeyData(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", typeURL, err) } prfs := []struct { name string template *tinkpb.KeyTemplate }{ { name: "HKDF-SHA256", template: prf.HKDFSHA256PRFKeyTemplate(), }, } derivations := []struct { name string template *tinkpb.KeyTemplate }{ { name: "AES128GCM", template: aead.AES128GCMKeyTemplate(), }, { name: "AES256GCM", template: aead.AES256GCMKeyTemplate(), }, { name: "AES256GCMNoPrefix", template: aead.AES256GCMNoPrefixKeyTemplate(), }, } for _, prf := range prfs { for _, der := range derivations { for _, salt := range [][]byte{nil, []byte("salt")} { name := fmt.Sprintf("%s_%s", prf.name, der.name) if salt != nil { name += "_with_salt" } t.Run(name, func(t *testing.T) { keyFormat := &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prf.template, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: der.template, }, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", keyFormat, err) } keyData, err := km.NewKeyData(serializedKeyFormat) if err != nil { t.Errorf("NewKeyData() err = %v, want nil", err) } if keyData.GetTypeUrl() != typeURL { t.Errorf("GetTypeUrl() = %s, want %s", keyData.GetTypeUrl(), typeURL) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { t.Errorf("GetKeyMaterialType() = %s, want %s", keyData.GetKeyMaterialType(), tinkpb.KeyData_SYMMETRIC) } key := &prfderpb.PrfBasedDeriverKey{} if err := proto.Unmarshal(keyData.GetValue(), key); err != nil { t.Fatalf("proto.Unmarshal() err = %v, want nil", err) } if key.GetVersion() != 0 { t.Errorf("GetVersion() = %d, want %d", key.GetVersion(), 0) } prfKeyData := key.GetPrfKey() if got, want := prfKeyData.GetTypeUrl(), prf.template.GetTypeUrl(); got != want { t.Errorf("GetTypeUrl() = %q, want %q", got, want) } if got, want := prfKeyData.GetKeyMaterialType(), tinkpb.KeyData_SYMMETRIC; got != want { t.Errorf("GetKeyMaterialType() = %s, want %s", got, want) } if diff := cmp.Diff(key.GetParams().GetDerivedKeyTemplate(), der.template, protocmp.Transform()); diff != "" { t.Errorf("GetDerivedKeyTemplate() diff = %s", diff) } }) } } } } func TestKeyManagerNewKeyAndNewKeyDataRejectsIncorrectKeyFormats(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", typeURL, err) } missingParamsKeyFormat := &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prf.HKDFSHA256PRFKeyTemplate(), } serializedMissingParamsKeyFormat, err := proto.Marshal(missingParamsKeyFormat) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", missingParamsKeyFormat, err) } aesGCMKeyFormat := &aesgcmpb.AesGcmKeyFormat{KeySize: 32, Version: 0} serializedAESGCMKeyFormat, err := proto.Marshal(aesGCMKeyFormat) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", aesGCMKeyFormat, err) } for _, test := range []struct { name string serializedKeyFormat []byte }{ { name: "nil key", }, { name: "zero-length key", serializedKeyFormat: []byte{}, }, { name: "missing params", serializedKeyFormat: serializedMissingParamsKeyFormat, }, { name: "wrong key type", serializedKeyFormat: serializedAESGCMKeyFormat, }, } { t.Run(test.name, func(t *testing.T) { if _, err := km.NewKey(test.serializedKeyFormat); err == nil { t.Error("NewKey() err = nil, want non-nil") } if _, err := km.NewKeyData(test.serializedKeyFormat); err == nil { t.Error("NewKeyData() err = nil, want non-nil") } }) } } func TestKeyManagerNewKeyAndNewKeyDataRejectsInvalidKeyFormats(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", typeURL, err) } validKeyFormat := &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prf.HKDFSHA256PRFKeyTemplate(), Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: aead.AES128GCMKeyTemplate(), }, } serializedValidKeyFormat, err := proto.Marshal(validKeyFormat) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", validKeyFormat, err) } if _, err := km.NewKey(serializedValidKeyFormat); err != nil { t.Errorf("km.NewKey() err = %v, want nil", err) } for _, test := range []struct { name string prfKeyTemplate *tinkpb.KeyTemplate derKeyTemplate *tinkpb.KeyTemplate }{ { "invalid PRF key template", aead.AES128GCMKeyTemplate(), validKeyFormat.GetParams().GetDerivedKeyTemplate(), }, { "invalid derived key template", validKeyFormat.GetPrfKeyTemplate(), aead.AES128CTRHMACSHA256KeyTemplate(), }, } { t.Run(test.name, func(t *testing.T) { keyFormat := &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: test.prfKeyTemplate, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: test.derKeyTemplate, }, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", keyFormat, err) } if _, err := km.NewKey(serializedKeyFormat); err == nil { t.Error("NewKey() err = nil, want non-nil") } if _, err := km.NewKeyData(serializedKeyFormat); err == nil { t.Error("NewKeyData() err = nil, want non-nil") } }) } } func TestKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", typeURL, err) } if !km.DoesSupport(typeURL) { t.Errorf("DoesSupport(%q) = false, want true", typeURL) } if unsupported := "unsupported.key.type"; km.DoesSupport(unsupported) { t.Errorf("DoesSupport(%q) = true, want false", unsupported) } } func TestKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(typeURL) if err != nil { t.Fatalf("GetKeyManager(%q) err = %v, want nil", typeURL, err) } if km.TypeURL() != typeURL { t.Errorf("TypeURL() = %q, want %q", km.TypeURL(), typeURL) } } ================================================ FILE: keyderivation/prfbasedkeyderivation/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfbasedkeyderivation_test import ( "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyderivation/internal/keyderiver" "github.com/tink-crypto/tink-go/v2/keyderivation/prfbasedkeyderivation" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/tink" ) type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (p *stubKey) Equal(other key.Key) bool { return false } func (p *stubKey) HasIDRequirement() bool { return false } func (p *stubKey) Parameters() key.Parameters { return nil } func (p *stubKey) IDRequirement() (uint32, bool) { return 0, false } func TestNewKey_Invalid(t *testing.T) { // PRF keys. aesCMACPRFKey, err := aescmacprf.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aescmacprf.NewKey() failed: %v", err) } aesCMACPRFParams := aesCMACPRFKey.Parameters().(*aescmacprf.Parameters) hmacPRFParams, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters(32, hmacprf.SHA256) failed: %v", err) } hmacPRFKey, err := hmacprf.NewKey(secretdata.NewBytesFromData([]byte("ABCDEFGHIJKLMNOPQRSTUVWXYZ012345"), insecuresecretdataaccess.Token{}), hmacPRFParams) if err != nil { t.Fatalf("hmacprf.NewKey() failed: %v", err) } // Derived key parameters. derivedKeyParametersNoPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } for _, tc := range []struct { name string prfParameters key.Parameters prfKey key.Key derivedKeyParameters key.Parameters idRequirement uint32 }{ { name: "nil_prfKey", prfParameters: aesCMACPRFParams, prfKey: nil, derivedKeyParameters: derivedKeyParametersNoPrefix, idRequirement: 0, }, { name: "different_prfKey_type", prfParameters: aesCMACPRFParams, prfKey: hmacPRFKey, derivedKeyParameters: derivedKeyParametersNoPrefix, idRequirement: 0, }, { name: "invalid_idRequirement", prfParameters: aesCMACPRFParams, prfKey: aesCMACPRFKey, derivedKeyParameters: derivedKeyParametersNoPrefix, idRequirement: 1234, }, { name: "invalid_prfKey_type", prfParameters: aesCMACPRFParams, prfKey: &stubKey{}, derivedKeyParameters: derivedKeyParametersNoPrefix, idRequirement: 0, }, } { t.Run(tc.name, func(t *testing.T) { params, err := prfbasedkeyderivation.NewParameters(tc.prfParameters, tc.derivedKeyParameters) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters(%v, %v) failed: %v", tc.prfParameters, tc.derivedKeyParameters, err) } if _, err := prfbasedkeyderivation.NewKey(params, tc.prfKey, tc.idRequirement); err == nil { t.Errorf("prfbasedkeyderivation.NewKey(%v, %v, %v) succeeded, want error", params, tc.prfKey, tc.idRequirement) } }) } } func TestNewKey_Valid(t *testing.T) { // PRF keys. aesCMACPRFKey, err := aescmacprf.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aescmacprf.NewKey() failed: %v", err) } aesCMACPRFParams := aesCMACPRFKey.Parameters().(*aescmacprf.Parameters) hkdfPRFParams, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte(\"salt\")) failed: %v", err) } hkdfPRFKey, err := hkdfprf.NewKey(secretdata.NewBytesFromData([]byte("ABCDEFGHIJKLMNOPQRSTUVWXYZ012345"), insecuresecretdataaccess.Token{}), hkdfPRFParams) if err != nil { t.Fatalf("hkdfprf.NewKey() failed: %v", err) } keyBytes3, err := secretdata.NewBytesFromRand(32) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(32) failed: %v", err) } hmacPRFParams, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters(32, hmacprf.SHA256) failed: %v", err) } hmacPRFKey, err := hmacprf.NewKey(keyBytes3, hmacPRFParams) if err != nil { t.Fatalf("hmacprf.NewKey() failed: %v", err) } // Derived key parameters. derivedKeyParametersNoPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } derivedKeyParametersTinkPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } for _, tc := range []struct { name string prfParameters key.Parameters prfKey key.Key derivedKeyParameters key.Parameters idRequirement uint32 }{ { name: "AES-CMAC-PRF_AES-GCM-NoPrefix", prfParameters: aesCMACPRFParams, prfKey: aesCMACPRFKey, derivedKeyParameters: derivedKeyParametersNoPrefix, idRequirement: 0, }, { name: "HKDF-PRF_AES-GCM-NoPrefix", prfParameters: hkdfPRFParams, prfKey: hkdfPRFKey, derivedKeyParameters: derivedKeyParametersNoPrefix, idRequirement: 0, }, { name: "HMAC-PRF_AES-GCM-NoPrefix", prfParameters: hmacPRFParams, prfKey: hmacPRFKey, derivedKeyParameters: derivedKeyParametersNoPrefix, idRequirement: 0, }, { name: "AES-CMAC-PRF_AES-GCM-Tink-WithZeroIDRequirement", prfParameters: aesCMACPRFParams, prfKey: aesCMACPRFKey, derivedKeyParameters: derivedKeyParametersTinkPrefix, idRequirement: 0, }, { name: "AES-CMAC-PRF_AES-GCM-Tink", prfParameters: aesCMACPRFParams, prfKey: aesCMACPRFKey, derivedKeyParameters: derivedKeyParametersTinkPrefix, idRequirement: 0x1234, }, { name: "HKDF-PRF_AES-GCM-Tink", prfParameters: hkdfPRFParams, prfKey: hkdfPRFKey, derivedKeyParameters: derivedKeyParametersTinkPrefix, idRequirement: 0x1234, }, { name: "HMAC-PRF_AES-GCM-Tink", prfParameters: hmacPRFParams, prfKey: hmacPRFKey, derivedKeyParameters: derivedKeyParametersTinkPrefix, idRequirement: 0x1234, }, } { t.Run(tc.name, func(t *testing.T) { params, err := prfbasedkeyderivation.NewParameters(tc.prfParameters, tc.derivedKeyParameters) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters(%v, %v) failed: %v", tc.prfParameters, tc.derivedKeyParameters, err) } key, err := prfbasedkeyderivation.NewKey(params, tc.prfKey, tc.idRequirement) if err != nil { t.Fatalf("prfbasedkeyderivation.NewKey(%v, %v, %v) failed: %v", params, tc.prfKey, tc.idRequirement, err) } if !key.Parameters().Equal(params) { t.Errorf("key.Parameters() = %v, want %v", key.Parameters(), params) } if !key.PRFKey().Equal(tc.prfKey) { t.Errorf("key.PRFKey() = %v, want %v", key.PRFKey(), tc.prfKey) } idRequirement, required := key.IDRequirement() if required != tc.derivedKeyParameters.HasIDRequirement() { t.Errorf("key.IDRequirement() = %v, want %v", required, tc.derivedKeyParameters.HasIDRequirement()) } if idRequirement != tc.idRequirement { t.Errorf("key.IDRequirement() = %v, want %v", idRequirement, tc.idRequirement) } if !key.Equal(key) { t.Errorf("key.Equal(key) = false, want true") } key2, err := prfbasedkeyderivation.NewKey(params, tc.prfKey, tc.idRequirement) if err != nil { t.Fatalf("prfbasedkeyderivation.NewKey(%v, %v, %v) failed: %v", params, tc.prfKey, tc.idRequirement, err) } if !key.Equal(key2) { t.Errorf("key.Equal(key2) = false, want true") } }) } } func mustCreateKey(t *testing.T, prfParameters key.Parameters, prfKey key.Key, derivedKeyParameters key.Parameters, idRequirement uint32) *prfbasedkeyderivation.Key { t.Helper() params, err := prfbasedkeyderivation.NewParameters(prfParameters, derivedKeyParameters) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters(%v, %v) failed: %v", prfParameters, derivedKeyParameters, err) } key, err := prfbasedkeyderivation.NewKey(params, prfKey, idRequirement) if err != nil { t.Fatalf("prfbasedkeyderivation.NewKey(%v, %v, %v) failed: %v", params, prfKey, idRequirement, err) } return key } func TestKeyNotEqual(t *testing.T) { // PRF keys. aesCMACPRFKey, err := aescmacprf.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aescmacprf.NewKey() failed: %v", err) } aesCMACPRFParams := aesCMACPRFKey.Parameters().(*aescmacprf.Parameters) hkdfPRFParams, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters(32, hkdfprf.SHA25, []byte(\"salt\")) failed: %v", err) } hkdfPRFKey, err := hkdfprf.NewKey(secretdata.NewBytesFromData([]byte("ABCDEFGHIJKLMNOPQRSTUVWXYZ012345"), insecuresecretdataaccess.Token{}), hkdfPRFParams) if err != nil { t.Fatalf("hkdfprf.NewKey() failed: %v", err) } // Derived key parameters. derivedKeyParametersNoPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } derivedKeyParametersTinkPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } for _, tc := range []struct { name string key1 *prfbasedkeyderivation.Key key2 key.Key }{ { name: "different_key_types", key1: mustCreateKey(t, aesCMACPRFParams, aesCMACPRFKey, derivedKeyParametersNoPrefix, 0), key2: &stubKey{}, }, { name: "different_prfParameters_and_key", key1: mustCreateKey(t, aesCMACPRFParams, aesCMACPRFKey, derivedKeyParametersNoPrefix, 0), key2: mustCreateKey(t, hkdfPRFParams, hkdfPRFKey, derivedKeyParametersNoPrefix, 0), }, { name: "different_derivedKeyParameters", key1: mustCreateKey(t, aesCMACPRFParams, aesCMACPRFKey, derivedKeyParametersNoPrefix, 0), key2: mustCreateKey(t, aesCMACPRFParams, aesCMACPRFKey, derivedKeyParametersTinkPrefix, 1234), }, { name: "different_idRequirement", key1: mustCreateKey(t, aesCMACPRFParams, aesCMACPRFKey, derivedKeyParametersTinkPrefix, 1234), key2: mustCreateKey(t, aesCMACPRFParams, aesCMACPRFKey, derivedKeyParametersTinkPrefix, 5678), }, } { t.Run(tc.name, func(t *testing.T) { if tc.key1.Equal(tc.key2) { t.Errorf("tc.key1.Equal(tc.key2) = true, want false") } }) } } func TestKeyCreator(t *testing.T) { prfParams, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters(32) failed: %v", err) } derivedKeyParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } params, err := prfbasedkeyderivation.NewParameters(prfParams, derivedKeyParams) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters(%v, %v) failed: %v", prfParams, derivedKeyParams, err) } key, err := keygenregistry.CreateKey(params, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0) failed: %v", params, err) } keyDerivationKey, ok := key.(*prfbasedkeyderivation.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0) returned key of type %T, want %T", params, key, (*prfbasedkeyderivation.Key)(nil)) } idRequirement, hasIDRequirement := keyDerivationKey.IDRequirement() if hasIDRequirement || idRequirement != 0 { t.Errorf("keyDerivationKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0, true) } if diff := cmp.Diff(keyDerivationKey.Parameters(), params); diff != "" { t.Errorf("keyDerivationKey.Parameters() diff (-want +got):\n%s", diff) } config := ®istryconfig.RegistryConfig{} p, err := config.PrimitiveFromKey(key, internalapi.Token{}) if err != nil { t.Fatalf("config.PrimitiveFromKey(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } keyDeriverPrimitive, ok := p.(keyderiver.KeyDeriver) if !ok { t.Errorf("config.PrimitiveFromKey(%v, %v) p, _ = %T, want %T", key, internalapi.Token{}, p, (keyderiver.KeyDeriver)(nil)) } // Derive an AESGCM key. generatedKey, err := keyDeriverPrimitive.DeriveKey(nil) if err != nil { t.Fatalf("keyDeriverPrimitive.DeriveKey() err = %v, want nil", err) } generatedAESGCMKey, ok := generatedKey.(*aesgcm.Key) if !ok { t.Errorf("keyDeriverPrimitive.DeriveKey() returned key of type %T, want %T", generatedKey, (*aesgcm.Key)(nil)) } // Encrypt/decrypt. aeadPrimitive, err := config.PrimitiveFromKey(generatedKey, internalapi.Token{}) if err != nil { t.Fatalf("config.PrimitiveFromKey(%v, %v) err = %v, want nil", generatedAESGCMKey, internalapi.Token{}, err) } aead, ok := aeadPrimitive.(tink.AEAD) if !ok { t.Errorf("config.PrimitiveFromKey(%v, %v) p, _ = %T, want %T", generatedAESGCMKey, internalapi.Token{}, p, (tink.AEAD)(nil)) } ciphertext, err := aead.Encrypt([]byte("plaintext"), []byte("associated data")) if err != nil { t.Fatalf("aead.Encrypt() err = %v, want nil", err) } plaintext, err := aead.Decrypt(ciphertext, []byte("associated data")) if err != nil { t.Fatalf("aead.Decrypt() err = %v, want nil", err) } if diff := cmp.Diff(plaintext, []byte("plaintext")); diff != "" { t.Errorf("aead.Decrypt() diff (-want +got):\n%s", diff) } } func TestKeyCreator_FailsIfUnsupportedParamValues(t *testing.T) { unsupportedPRFParams, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewParameters(32) failed: %v", err) } derivedKeyParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } prfParams, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters(32) failed: %v", err) } nonDerivableKeyParams, err := rsassapkcs1.NewParameters(2048, rsassapkcs1.SHA256, 65537, rsassapkcs1.VariantNoPrefix) if err != nil { t.Fatalf("rsassapkcs1.NewParameters() failed: %v", err) } for _, tc := range []struct { name string parameters *prfbasedkeyderivation.Parameters }{ { name: "unsupported PRF parameters", parameters: mustCreateParameters(t, &unsupportedPRFParams, derivedKeyParams), }, { name: "unsupported derived key parameters", parameters: mustCreateParameters(t, prfParams, nonDerivableKeyParams), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.parameters, 0); err == nil { t.Fatalf("keygenregistry.CreateKey(%v, 0) err = nil, want error", tc.parameters) } else { t.Logf("keygenregistry.CreateKey(%v, 0) err = %v", tc.parameters, err) } }) } } ================================================ FILE: keyderivation/prfbasedkeyderivation/keyderiver.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfbasedkeyderivation import ( "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyderivation/internal/keyderiver" "github.com/tink-crypto/tink-go/v2/keyderivation/internal/keyderivers" "github.com/tink-crypto/tink-go/v2/keyderivation/internal/streamingprf" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" ) type keyDeriver struct { key *Key streamingPRF streamingprf.StreamingPRF } // NewKeyDeriver creates a new KeyDeriver. // // It constructs a [keyderiver.KeyDeriver] from the PRF key in the provided Key. // // This is an internal API. func NewKeyDeriver(key *Key, _ internalapi.Token) (keyderiver.KeyDeriver, error) { if key == nil { return nil, fmt.Errorf("prfbasedkeyderivation: key must not be nil") } prfKey, ok := key.PRFKey().(*hkdfprf.Key) if !ok { return nil, fmt.Errorf("prfbasedkeyderivation: unsupported PRF key type: got %T, want %T", key.PRFKey(), (*hkdfprf.Key)(nil)) } prfKeyParams := prfKey.Parameters().(*hkdfprf.Parameters) prf, err := streamingprf.NewHKDFStreamingPRF(prfKeyParams.HashType().String(), prfKey.KeyBytes().Data(insecuresecretdataaccess.Token{}), prfKeyParams.Salt()) if err != nil { return nil, fmt.Errorf("prfbasedkeyderivation: %v", err) } return &keyDeriver{ key: key, streamingPRF: prf, }, nil } // DeriveKey derives a single key from the PRF-Based Deriver key. // // It produces a single key.Key. func (k *keyDeriver) DeriveKey(salt []byte) (key.Key, error) { randomness, err := k.streamingPRF.Compute(salt) if err != nil { return nil, fmt.Errorf("prfbasedkeyderivation: compute randomness from PRF failed: %v", err) } derivedKeyParameters := k.key.Parameters().(*Parameters).DerivedKeyParameters() idRequirement, _ := k.key.IDRequirement() return keyderivers.DeriveKey(derivedKeyParameters, idRequirement, randomness, insecuresecretdataaccess.Token{}) } func primitiveConstructor(key key.Key) (any, error) { k, ok := key.(*Key) if !ok { return nil, fmt.Errorf("prfbasedkeyderivation: key is not a PRF-Based Deriver key") } return NewKeyDeriver(k, internalapi.Token{}) } ================================================ FILE: keyderivation/prfbasedkeyderivation/keyderiver_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfbasedkeyderivation_test import ( "encoding/hex" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/daead" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyderivation/prfbasedkeyderivation" "github.com/tink-crypto/tink-go/v2/mac/hmac" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestNewKeyDeriver_Fails(t *testing.T) { aesCMACPRF, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewParameters(32) failed: %v", err) } aesCMACPRFKey, err := aescmacprf.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aescmacprf.NewParameters(32) failed: %v", err) } aesGCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } prfBasedKeyDerivationParameters, err := prfbasedkeyderivation.NewParameters(&aesCMACPRF, aesGCMParams) if err != nil { t.Fatalf("NewParameters() failed: %v", err) } prfBasedKeyDerivationKey, err := prfbasedkeyderivation.NewKey(prfBasedKeyDerivationParameters, aesCMACPRFKey, 1234) if err != nil { t.Fatalf("NewParameters() failed: %v", err) } for _, tc := range []struct { name string key *prfbasedkeyderivation.Key }{ { name: "nil key", key: nil, }, { name: "invalid key", key: &prfbasedkeyderivation.Key{}, }, { name: "non HKDF PRF key", key: prfBasedKeyDerivationKey, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := prfbasedkeyderivation.NewKeyDeriver(tc.key, internalapi.Token{}); err == nil { t.Errorf("prfbasedkeyderivation.NewKeyDeriver(%v) succeeded, want error", tc.key) } }) } } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q) failed: %v", s, err) } return b } func TestDeriveKey(t *testing.T) { hkdfPRFSHA256Params, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters() failed: %v", err) } hkdfPRFSHA256Key, err := hkdfprf.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}), hkdfPRFSHA256Params) if err != nil { t.Fatalf("hkdfprf.NewKey() failed: %v", err) } prfs := []struct { name string key key.Key }{ { name: "HKDF_SHA256", key: hkdfPRFSHA256Key, }, } // Derivation names match KEY_TEMPLATE_NAMES in // https://github.com/tink-crypto/tink-cross-lang-tests/blob/main/cross_language/cross_language/util/utilities.py derivations := []struct { name string template *tinkpb.KeyTemplate }{ { name: "AES128_GCM", template: aead.AES128GCMKeyTemplate(), }, { name: "AES256_GCM", template: aead.AES256GCMKeyTemplate(), }, { name: "AES256_GCM_RAW", template: aead.AES256GCMNoPrefixKeyTemplate(), }, { name: "XCHACHA20_POLY1305", template: aead.XChaCha20Poly1305KeyTemplate(), }, { name: "AES256_SIV", template: daead.AESSIVKeyTemplate(), }, { name: "HMAC_SHA256_128BITTAG", template: mac.HMACSHA256Tag128KeyTemplate(), }, { name: "HMAC_SHA256_256BITTAG", template: mac.HMACSHA256Tag256KeyTemplate(), }, { name: "HMAC_SHA512_256BITTAG", template: mac.HMACSHA512Tag256KeyTemplate(), }, { name: "HMAC_SHA512_512BITTAG", template: mac.HMACSHA512Tag512KeyTemplate(), }, { name: "HKDF_SHA256", template: prf.HKDFSHA256PRFKeyTemplate(), }, { name: "HMAC_SHA256_PRF", template: prf.HMACSHA256PRFKeyTemplate(), }, { name: "HMAC_SHA512_PRF", template: prf.HMACSHA512PRFKeyTemplate(), }, { name: "ED25519", template: signature.ED25519KeyTemplate(), }, // TODO(b/425280769,b/426483477): Add streaming AEAD key templates when key/parameters // are available. } salts := [][]byte{nil, []byte("salt")} for _, prf := range prfs { for _, der := range derivations { for _, salt := range salts { name := fmt.Sprintf("%s_%s", prf.name, der.name) if salt != nil { name += "_with_salt" } t.Run(name, func(t *testing.T) { derParams, err := protoserialization.ParseParameters(der.template) if err != nil { t.Fatalf("protoserialization.ParseParameters() failed: %v", err) } prfBasedKeyDerivationParameters, err := prfbasedkeyderivation.NewParameters(prf.key.Parameters(), derParams) if err != nil { t.Fatalf("NewParameters() failed: %v", err) } idRequirement := uint32(1234) if !prfBasedKeyDerivationParameters.HasIDRequirement() { idRequirement = 0 } prfBasedKeyDerivationKey, err := prfbasedkeyderivation.NewKey(prfBasedKeyDerivationParameters, prf.key, idRequirement) if err != nil { t.Fatalf("NewParameters() failed: %v", err) } d, err := prfbasedkeyderivation.NewKeyDeriver(prfBasedKeyDerivationKey, internalapi.Token{}) if err != nil { t.Fatalf("prfbasedkeyderivation.NewKeyDeriver() err = %v, want nil", err) } if _, err := d.DeriveKey(salt); err != nil { t.Errorf("DeriveKey() err = %v, want nil", err) } }) } } } } func mustCreateAESGCMParams(t *testing.T, opts aesgcm.ParametersOpts) *aesgcm.Parameters { t.Helper() params, err := aesgcm.NewParameters(opts) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } return params } func mustCreateAESGCMKey(t *testing.T, keyBytes []byte, params *aesgcm.Parameters, idRequirement uint32) key.Key { t.Helper() key, err := aesgcm.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), idRequirement, params) if err != nil { t.Fatalf("aesgcm.NewKey() failed: %v", err) } return key } func mustCreateHMACParameters(t *testing.T, opts hmac.ParametersOpts) *hmac.Parameters { t.Helper() params, err := hmac.NewParameters(opts) if err != nil { t.Fatalf("hmac.NewParameters() failed: %v", err) } return params } func mustCreateHMACKey(t *testing.T, keyBytes []byte, params *hmac.Parameters, idRequirement uint32) key.Key { t.Helper() key, err := hmac.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), params, idRequirement) if err != nil { t.Fatalf("hmac.NewKey() failed: %v", err) } return key } func mustCreateHKDFPRFKey(t *testing.T, keyBytes []byte, salt []byte) key.Key { t.Helper() params, err := hkdfprf.NewParameters(len(keyBytes), hkdfprf.SHA256, salt) if err != nil { t.Fatalf("hkdfprf.NewParameters() failed: %v", err) } key, err := hkdfprf.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), params) if err != nil { t.Fatalf("hkdfprf.NewKey() failed: %v", err) } return key } // TODO(b/425280769): Use all relevant test vectors from // https://github.com/C2SP/wycheproof/blob/main/testvectors/hkdf_sha256_test.json. func TestDeriveKey_TestVectors(t *testing.T) { aes128GCMParamsTink := mustCreateAESGCMParams(t, aesgcm.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantTink, }) aes256GCMParamsTink := mustCreateAESGCMParams(t, aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantTink, }) aes256GCMParamsNoPrefix := mustCreateAESGCMParams(t, aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) hmacSHA256ParamsTink := mustCreateHMACParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }) hmacSHA256ParamsNoPrefix := mustCreateHMACParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantNoPrefix, }) hmacSHA512ParamsNoPrefix := mustCreateHMACParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 32, HashType: hmac.SHA512, Variant: hmac.VariantNoPrefix, }) for _, tv := range []struct { name string derivationSalt []byte wantKeyValue []byte salt []byte keyBytes []byte }{ { // https://github.com/C2SP/wycheproof/blob/4a6c2bf5dc4c0b67c770233ad33961ee653996a0/testvectors/hkdf_sha256_test.json#L57 name: "tc3", derivationSalt: mustHexDecode(t, "b0b1b2b3b4b5b6b7b8b9babbbcbdbebfc0c1c2c3c4c5c6c7c8c9cacbcccdcecfd0d1d2d3d4d5d6d7d8d9dadbdcdddedfe0e1e2e3e4e5e6e7e8e9eaebecedeeeff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff"), wantKeyValue: mustHexDecode(t, "b11e398dc80327a1c8e7f78c596a49344f012eda2d4efad8a050cc4c19afa97c59045a99cac7827271cb41c65e590e09da3275600c2f09b8367793a9aca3db71cc30c58179ec3e87c14c01d5c1f3434f1d87"), salt: mustHexDecode(t, "606162636465666768696a6b6c6d6e6f707172737475767778797a7b7c7d7e7f808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9fa0a1a2a3a4a5a6a7a8a9aaabacadaeaf"), keyBytes: mustHexDecode(t, "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f404142434445464748494a4b4c4d4e4f"), }, { // https://github.com/C2SP/wycheproof/blob/4a6c2bf5dc4c0b67c770233ad33961ee653996a0/testvectors/hkdf_sha256_test.json#L907 name: "tc74", derivationSalt: mustHexDecode(t, "9eaddd1e7edb6b84c96fb5ac7e0d673a8f5084f2"), wantKeyValue: mustHexDecode(t, "c746740b67f49da7bb6f5d5e6cb5e23509bece3637f33c45abd96fd8b1da48772baf655f24049af16451"), salt: []byte{}, keyBytes: mustHexDecode(t, "6948521434707e96fa943e44988d1ad409ec57e6594867e8193e9d727238916d"), }, { // https://github.com/C2SP/wycheproof/blob/4a6c2bf5dc4c0b67c770233ad33961ee653996a0/testvectors/hkdf_sha256_test.json#L955 name: "tc78", derivationSalt: []byte{}, wantKeyValue: mustHexDecode(t, "547e55f20ca5d7eb38596f6b60f9bcada416cb9c987439ad3c772b27b98cd39d954f7ca5d60c05164b7680ea25b101310671a427162e39baf08f8efa5d0569c3"), salt: mustHexDecode(t, "962d86949506450eaca929286ce5d9e7"), keyBytes: mustHexDecode(t, "917ad396520e454a571ac39a9f6bc845a8920954fba1ac400cb2988cd8847ba0"), }, } { hkdfPRFKey := mustCreateHKDFPRFKey(t, tv.keyBytes, tv.salt) for _, tc := range []struct { name string k *prfbasedkeyderivation.Key wantKey key.Key }{ { name: "AES128_GCM_TINK", k: mustCreateKey(t, hkdfPRFKey.Parameters(), hkdfPRFKey, aes128GCMParamsTink, 1234), wantKey: mustCreateAESGCMKey(t, tv.wantKeyValue[:16], aes128GCMParamsTink, 1234), }, { name: "AES256_GCM_TINK", k: mustCreateKey(t, hkdfPRFKey.Parameters(), hkdfPRFKey, aes256GCMParamsTink, 3456), wantKey: mustCreateAESGCMKey(t, tv.wantKeyValue[:32], aes256GCMParamsTink, 3456), }, { name: "AES256_GCM_NO_PREFIX", k: mustCreateKey(t, hkdfPRFKey.Parameters(), hkdfPRFKey, aes256GCMParamsNoPrefix, 0), wantKey: mustCreateAESGCMKey(t, tv.wantKeyValue[:32], aes256GCMParamsNoPrefix, 0), }, { name: "HMAC_SHA256_TINK", k: mustCreateKey(t, hkdfPRFKey.Parameters(), hkdfPRFKey, hmacSHA256ParamsTink, 3322), wantKey: mustCreateHMACKey(t, tv.wantKeyValue[:16], hmacSHA256ParamsTink, 3322), }, { name: "HMAC_SHA256_NO_PREFIX", k: mustCreateKey(t, hkdfPRFKey.Parameters(), hkdfPRFKey, hmacSHA256ParamsNoPrefix, 0), wantKey: mustCreateHMACKey(t, tv.wantKeyValue[:32], hmacSHA256ParamsNoPrefix, 0), }, { name: "HMAC_SHA512_NO_PREFIX", k: mustCreateKey(t, hkdfPRFKey.Parameters(), hkdfPRFKey, hmacSHA512ParamsNoPrefix, 0), wantKey: mustCreateHMACKey(t, tv.wantKeyValue[:32], hmacSHA512ParamsNoPrefix, 0), }, } { t.Run(tv.name+"_"+tc.name, func(t *testing.T) { d, err := prfbasedkeyderivation.NewKeyDeriver(tc.k, internalapi.Token{}) if err != nil { t.Fatalf("prfbasedkeyderivation.NewKeyDeriver() err = %v, want nil", err) } derivedKey, err := d.DeriveKey(tv.derivationSalt) if err != nil { t.Fatalf("DeriveKey() err = %v, want nil", err) } if !tc.wantKey.Equal(derivedKey) { t.Errorf("derived key = %v, want %v", derivedKey, tc.wantKey) } }) } } } ================================================ FILE: keyderivation/prfbasedkeyderivation/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfbasedkeyderivation import ( "fmt" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" ) // Parameters represents the parameters of a PRF-based key derivation function. type Parameters struct { prfParameters key.Parameters derivedKeyParameters key.Parameters } var _ key.Parameters = (*Parameters)(nil) // NewParameters creates a new Parameters struct. // // The PRF parameters must be one of the following types: // - [aescmacprf.Parameters] // - [hkdfprf.Parameters] // - [hmacprf.Parameters] func NewParameters(prfParameters key.Parameters, derivedKeyParameters key.Parameters) (*Parameters, error) { if prfParameters == nil { return nil, fmt.Errorf("prfParameters must not be nil") } if derivedKeyParameters == nil { return nil, fmt.Errorf("derivedKeyParameters must not be nil") } switch prfParametersType := prfParameters.(type) { case *aescmacprf.Parameters: case *hkdfprf.Parameters: case *hmacprf.Parameters: // Do nothing. default: return nil, fmt.Errorf("invalid PRF parameters type: %T", prfParametersType) } return &Parameters{ prfParameters: prfParameters, derivedKeyParameters: derivedKeyParameters, }, nil } // PRFParameters returns the parameters of the PRF. func (p *Parameters) PRFParameters() key.Parameters { return p.prfParameters } // DerivedKeyParameters returns the parameters of the derived key. func (p *Parameters) DerivedKeyParameters() key.Parameters { return p.derivedKeyParameters } // HasIDRequirement implements key.Parameters. func (p *Parameters) HasIDRequirement() bool { return p.DerivedKeyParameters().HasIDRequirement() } // Equal implements key.Parameters. func (p *Parameters) Equal(other key.Parameters) bool { otherParams, ok := other.(*Parameters) return ok && p.prfParameters.Equal(otherParams.prfParameters) && p.derivedKeyParameters.Equal(otherParams.derivedKeyParameters) } ================================================ FILE: keyderivation/prfbasedkeyderivation/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfbasedkeyderivation_test import ( "testing" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyderivation/prfbasedkeyderivation" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" ) type stubParameters struct{} var _ key.Parameters = (*stubParameters)(nil) func (p *stubParameters) Equal(other key.Parameters) bool { return false } func (p *stubParameters) HasIDRequirement() bool { return false } func TestParametersInvalid(t *testing.T) { aesCMACPRF, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewParameters(32) failed: %v", err) } derivedKeyParameters, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } for _, tc := range []struct { name string prfParameters key.Parameters derivedKeyParameters key.Parameters }{ { name: "nil_prfParameters", prfParameters: nil, derivedKeyParameters: derivedKeyParameters, }, { name: "nil_derivedKeyParameters", prfParameters: &aesCMACPRF, derivedKeyParameters: nil, }, { name: "invalid_prfParameters_type", prfParameters: &stubParameters{}, derivedKeyParameters: derivedKeyParameters, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := prfbasedkeyderivation.NewParameters(tc.prfParameters, tc.derivedKeyParameters); err == nil { t.Errorf("prfbasedkeyderivation.NewParameters(%v, %v) succeeded, want error", tc.prfParameters, tc.derivedKeyParameters) } }) } } func TestParametersValid(t *testing.T) { aesCMACPRF, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewParameters(32) failed: %v", err) } hkdfPRF, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte(\"salt\")) failed: %v", err) } hmacPRF, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters(32, hmacprf.SHA256) failed: %v", err) } derivedKeyParametersNoPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } derivedKeyParametersWithTinkPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } for _, tc := range []struct { name string prfParameters key.Parameters derivedKeyParameters key.Parameters }{ { name: "AES-CMAC-PRF_AES-GCM-NoPrefix", prfParameters: &aesCMACPRF, derivedKeyParameters: derivedKeyParametersNoPrefix, }, { name: "HKDF-PRF_AES-GCM-NoPrefix", prfParameters: hkdfPRF, derivedKeyParameters: derivedKeyParametersNoPrefix, }, { name: "HMAC-PRF_AES-GCM-NoPrefix", prfParameters: hmacPRF, derivedKeyParameters: derivedKeyParametersNoPrefix, }, { name: "AES-CMAC-PRF_AES-GCM-TinkPrefix", prfParameters: &aesCMACPRF, derivedKeyParameters: derivedKeyParametersWithTinkPrefix, }, { name: "HKDF-PRF_AES-GCM-TinkPrefix", prfParameters: hkdfPRF, derivedKeyParameters: derivedKeyParametersWithTinkPrefix, }, { name: "HMAC-PRF_AES-GCM-TinkPrefix", prfParameters: hmacPRF, derivedKeyParameters: derivedKeyParametersWithTinkPrefix, }, } { t.Run(tc.name, func(t *testing.T) { params, err := prfbasedkeyderivation.NewParameters(tc.prfParameters, tc.derivedKeyParameters) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters(%v, %v) failed: %v", tc.prfParameters, tc.derivedKeyParameters, err) } if params.Equal(tc.prfParameters) { t.Errorf("params.Equal(%v) = true, want false", tc.prfParameters) } if params.Equal(tc.derivedKeyParameters) { t.Errorf("params.Equal(%v) = true, want false", tc.derivedKeyParameters) } // Test equality with self. if !params.Equal(params) { t.Errorf("params.Equal(params) = false, want true") } params2, err := prfbasedkeyderivation.NewParameters(tc.prfParameters, tc.derivedKeyParameters) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters(%v, %v) failed: %v", tc.prfParameters, tc.derivedKeyParameters, err) } if !params.Equal(params2) { t.Errorf("params.Equal(params2) = false, want true") } if params.DerivedKeyParameters() != tc.derivedKeyParameters { t.Errorf("params.DerivedKeyParameters() = %v, want %v", params.DerivedKeyParameters(), tc.derivedKeyParameters) } if params.PRFParameters() != tc.prfParameters { t.Errorf("params.PRFParameters() = %v, want %v", params.PRFParameters(), tc.prfParameters) } if params.HasIDRequirement() != tc.derivedKeyParameters.HasIDRequirement() { t.Errorf("params.HasIDRequirement() = true, want false") } }) } } func TestParametersNotEqual(t *testing.T) { aesCMACPRF, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewParameters(32) failed: %v", err) } hkdfPRF, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte(\"salt\")) failed: %v", err) } derivedKeyParametersNoPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } derivedKeyParametersWithTinkPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } params1, err := prfbasedkeyderivation.NewParameters(&aesCMACPRF, derivedKeyParametersNoPrefix) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters(%v, %v) failed: %v", &aesCMACPRF, derivedKeyParametersNoPrefix, err) } // Different PRF parameters. params2, err := prfbasedkeyderivation.NewParameters(hkdfPRF, derivedKeyParametersNoPrefix) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters(%v, %v) failed: %v", hkdfPRF, derivedKeyParametersNoPrefix, err) } if params1.Equal(params2) { t.Errorf("params1.Equal(params2) = true, want false") } // Different derived key parameters. params3, err := prfbasedkeyderivation.NewParameters(&aesCMACPRF, derivedKeyParametersWithTinkPrefix) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters(%v, %v) failed: %v", &aesCMACPRF, derivedKeyParametersWithTinkPrefix, err) } if params1.Equal(params3) { t.Errorf("params1.Equal(params3) = true, want false") } } ================================================ FILE: keyderivation/prfbasedkeyderivation/prfbasedkeyderivation.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package prfbasedkeyderivation provides a key derivation function that is based on a PRF. package prfbasedkeyderivation import ( "fmt" "reflect" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" ) // RegisterPrimitiveConstructor accepts a config object and registers the // PRF-based key derivation primitive constructor to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(b *config.Builder, t internalapi.Token) error { return b.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t) } func init() { if err := protoserialization.RegisterKeyParser(typeURL, new(keyParser)); err != nil { panic(fmt.Sprintf("prfbasedkeyderivation.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*Key](new(keySerializer)); err != nil { panic(fmt.Sprintf("prfbasedkeyderivation.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("prfbasedkeyderivation.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](new(parametersSerializer)); err != nil { panic(fmt.Sprintf("prfbasedkeyderivation.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("prfbasedkeyderivation.init() failed: %v", err)) } if err := registry.RegisterKeyManager(new(keyManager)); err != nil { panic(fmt.Sprintf("prfbasedkeyderivation.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("prfbasedkeyderivation.init() failed: %v", err)) } } ================================================ FILE: keyderivation/prfbasedkeyderivation/prfbasedkeyderivation_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfbasedkeyderivation_test import ( "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyderivation/internal/keyderiver" "github.com/tink-crypto/tink-go/v2/keyderivation" "github.com/tink-crypto/tink-go/v2/keyderivation/prfbasedkeyderivation" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac/hmac" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/streamingaead/aesgcmhkdf" ) func TestKeyderivation_EndToEnd(t *testing.T) { // From https://www.rfc-editor.org/rfc/rfc5869#appendix-A.2. keyBytes := mustHexDecode(t, "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f404142434445464748494a4b4c4d4e4f") derivationSalt := mustHexDecode(t, "b0b1b2b3b4b5b6b7b8b9babbbcbdbebfc0c1c2c3c4c5c6c7c8c9cacbcccdcecfd0d1d2d3d4d5d6d7d8d9dadbdcdddedfe0e1e2e3e4e5e6e7e8e9eaebecedeeeff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff") outputBytes := mustHexDecode(t, "b11e398dc80327a1c8e7f78c596a49344f012eda2d4efad8a050cc4c19afa97c59045a99cac7827271cb41c65e590e09da3275600c2f09b8367793a9aca3db71cc30c58179ec3e87c14c01d5c1f3434f1d87") prfSalt := mustHexDecode(t, "606162636465666768696a6b6c6d6e6f707172737475767778797a7b7c7d7e7f808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9fa0a1a2a3a4a5a6a7a8a9aaabacadaeaf") prfParams, err := hkdfprf.NewParameters(len(keyBytes), hkdfprf.SHA256, prfSalt) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } prfKey, err := hkdfprf.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), prfParams) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } aes128GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } want128AESGCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData(outputBytes[:aes128GCMParams.KeySizeInBytes()], insecuresecretdataaccess.Token{}), 0x1234, aes128GCMParams) if err != nil { t.Fatalf("aesgcm.NewKey() err = %v, want nil", err) } aes128GCMNoPrefixParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } want128AESGCMNoPrefixKey, err := aesgcm.NewKey(secretdata.NewBytesFromData(outputBytes[:aes128GCMNoPrefixParams.KeySizeInBytes()], insecuresecretdataaccess.Token{}), 0, aes128GCMNoPrefixParams) if err != nil { t.Fatalf("aesgcm.NewKey() err = %v, want nil", err) } aes256GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } want256AESGCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData(outputBytes[:aes256GCMParams.KeySizeInBytes()], insecuresecretdataaccess.Token{}), 0x1234, aes256GCMParams) if err != nil { t.Fatalf("aesgcm.NewKey() err = %v, want nil", err) } hmacSHA512Params, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 32, HashType: hmac.SHA512, TagSizeInBytes: 16, Variant: hmac.VariantTink, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } wantHMACSHA512Key, err := hmac.NewKey(secretdata.NewBytesFromData(outputBytes[:hmacSHA512Params.KeySizeInBytes()], insecuresecretdataaccess.Token{}), hmacSHA512Params, 0x1234) if err != nil { t.Fatalf("hmac.NewKey() err = %v, want nil", err) } streamingAEADAES128GCMHKDFParams, err := aesgcmhkdf.NewParameters(aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 4096, }) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters() err = %v, want nil", err) } wantStreamingAEADAES128GCMHKDFKey, err := aesgcmhkdf.NewKey(streamingAEADAES128GCMHKDFParams, secretdata.NewBytesFromData(outputBytes[:streamingAEADAES128GCMHKDFParams.KeySizeInBytes()], insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aesgcmhkdf.NewKey() err = %v, want nil", err) } ed25519Params, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters() err = %v, want nil", err) } wantED25519Key, err := ed25519.NewPrivateKey(secretdata.NewBytesFromData(outputBytes[:32], insecuresecretdataaccess.Token{}), 0x1234, ed25519Params) if err != nil { t.Fatalf("ed25519.NewPrivateKey() err = %v, want nil", err) } ed25519NoPrefixParams, err := ed25519.NewParameters(ed25519.VariantNoPrefix) if err != nil { t.Fatalf("ed25519.NewParameters() err = %v, want nil", err) } wantED25519KeyNoPrefixKey, err := ed25519.NewPrivateKey(secretdata.NewBytesFromData(outputBytes[:32], insecuresecretdataaccess.Token{}), 0, ed25519NoPrefixParams) if err != nil { t.Fatalf("ed25519.NewPrivateKey() err = %v, want nil", err) } for _, tc := range []struct { name string derivedKeyParams key.Parameters wantKey key.Key idRequirement uint32 }{ { name: "AES128_GCM", derivedKeyParams: aes128GCMParams, wantKey: want128AESGCMKey, idRequirement: 0x1234, }, { name: "AES128_GCM_no_prefix", derivedKeyParams: aes128GCMNoPrefixParams, wantKey: want128AESGCMNoPrefixKey, idRequirement: 0, }, { name: "AES256_GCM", derivedKeyParams: aes256GCMParams, wantKey: want256AESGCMKey, idRequirement: 0x1234, }, { name: "HMAC_SHA512", derivedKeyParams: hmacSHA512Params, wantKey: wantHMACSHA512Key, idRequirement: 0x1234, }, { name: "STREAMING_AEAD_AES128_GCM_HKDF_4KB", derivedKeyParams: streamingAEADAES128GCMHKDFParams, wantKey: wantStreamingAEADAES128GCMHKDFKey, idRequirement: 0, }, { name: "ED25519", derivedKeyParams: &ed25519Params, wantKey: wantED25519Key, idRequirement: 0x1234, }, { name: "ED25519_no_prefix", derivedKeyParams: &ed25519NoPrefixParams, wantKey: wantED25519KeyNoPrefixKey, idRequirement: 0, }, } { t.Run(tc.name, func(t *testing.T) { keyDerivationParams, err := prfbasedkeyderivation.NewParameters(prfParams, tc.derivedKeyParams) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters() err = %v, want nil", err) } keyDerivationKey, err := prfbasedkeyderivation.NewKey(keyDerivationParams, prfKey, tc.idRequirement) if err != nil { t.Fatalf("prfbasedkeyderivation.NewKey() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(keyDerivationKey) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } deriver, err := keyderivation.New(handle) if err != nil { t.Fatalf("keyderivation.New() err = %v, want nil", err) } derivedHandle, err := deriver.DeriveKeyset(derivationSalt) if err != nil { t.Fatalf("DeriveKeyset() err = %v, want nil", err) } if derivedHandle.Len() != 1 { t.Fatalf("derivedHandle.Len() = %d, want 1", derivedHandle.Len()) } entry, err := derivedHandle.Entry(0) if err != nil { t.Fatalf("derivedHandle.Entry(0) err = %v, want nil", err) } got, want := entry.Key(), tc.wantKey if diff := cmp.Diff(want, got, protocmp.Transform()); diff != "" { t.Errorf("derived keyset returned unexpected diff (-want +got):\n%s", diff) } }) } } func mustCreateKeys(t *testing.T) (*prfbasedkeyderivation.Key, key.Key) { t.Helper() // From https://www.rfc-editor.org/rfc/rfc5869#appendix-A.2. keyBytes := mustHexDecode(t, "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f404142434445464748494a4b4c4d4e4f") outputBytes := mustHexDecode(t, "b11e398dc80327a1c8e7f78c596a49344f012eda2d4efad8a050cc4c19afa97c59045a99cac7827271cb41c65e590e09da3275600c2f09b8367793a9aca3db71cc30c58179ec3e87c14c01d5c1f3434f1d87") prfSalt := mustHexDecode(t, "606162636465666768696a6b6c6d6e6f707172737475767778797a7b7c7d7e7f808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9fa0a1a2a3a4a5a6a7a8a9aaabacadaeaf") prfParams, err := hkdfprf.NewParameters(len(keyBytes), hkdfprf.SHA256, prfSalt) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } prfKey, err := hkdfprf.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), prfParams) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } aes128GCMParams, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 16, IVSizeInBytes: 12, TagSizeInBytes: 16, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() err = %v, want nil", err) } want128AESGCMKey, err := aesgcm.NewKey(secretdata.NewBytesFromData(outputBytes[:aes128GCMParams.KeySizeInBytes()], insecuresecretdataaccess.Token{}), 0x1234, aes128GCMParams) if err != nil { t.Fatalf("aesgcm.NewKey() err = %v, want nil", err) } keyDerivationParams, err := prfbasedkeyderivation.NewParameters(prfParams, aes128GCMParams) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters() err = %v, want nil", err) } keyDerivationKey, err := prfbasedkeyderivation.NewKey(keyDerivationParams, prfKey, 0x1234) if err != nil { t.Fatalf("prfbasedkeyderivation.NewKey() err = %v, want nil", err) } return keyDerivationKey, want128AESGCMKey } func TestRegisterPrimitiveConstructor(t *testing.T) { prfBasedKeyDerivationKey, want := mustCreateKeys(t) b := config.NewBuilder() configWithout := b.Build() // Should fail because prfbasedkeyderivation.RegisterPrimitiveConstructor() was not called. if _, err := configWithout.PrimitiveFromKey(prfBasedKeyDerivationKey, internalapi.Token{}); err == nil { t.Fatalf("configWithout.PrimitiveFromKey() err = nil, want error") } // Register prfbasedkeyderivation.RegisterPrimitiveConstructor() and check that it now works. if err := prfbasedkeyderivation.RegisterPrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("prfbasedkeyderivation.RegisterPrimitiveConstructor() err = %v, want nil", err) } configWith := b.Build() p, err := configWith.PrimitiveFromKey(prfBasedKeyDerivationKey, internalapi.Token{}) if err != nil { t.Fatalf("configWith.PrimitiveFromKey() err = %v, want nil", err) } kd, ok := p.(keyderiver.KeyDeriver) if !ok { t.Fatalf("primitive was of type %T, want %T", kd, (*keyderiver.KeyDeriver)(nil)) } derivationSalt := mustHexDecode(t, "b0b1b2b3b4b5b6b7b8b9babbbcbdbebfc0c1c2c3c4c5c6c7c8c9cacbcccdcecfd0d1d2d3d4d5d6d7d8d9dadbdcdddedfe0e1e2e3e4e5e6e7e8e9eaebecedeeeff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff") got, err := kd.DeriveKey(derivationSalt) if err != nil { t.Fatalf("prfbasedkeyderivationKey.ComputePRF() err = %v, want nil", err) } if !cmp.Equal(want, got) { t.Errorf("derived key returned unexpected diff (-want +got):\n%s", cmp.Diff(want, got)) } } ================================================ FILE: keyderivation/prfbasedkeyderivation/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfbasedkeyderivation import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" prfderpb "github.com/tink-crypto/tink-go/v2/proto/prf_based_deriver_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( typeURL = "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey" ) type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) // SerializeKey converts a [prfbasedkeyderivation.Key] into its proto serialized form. // It assumes that the input k is a *[prfbasedkeyderivation.Key] and that this // struct provides a method like `toProto()` to access the underlying *prfderpb.PrfBasedDeriverKey. func (s *keySerializer) SerializeKey(k key.Key) (*protoserialization.KeySerialization, error) { pbdKey, ok := k.(*Key) if !ok { return nil, fmt.Errorf("prfbasedkeyderivation: unexpected key type: got %T, want %T", k, (*Key)(nil)) } derivedKeyTemplate, err := protoserialization.SerializeParameters(pbdKey.Parameters().(*Parameters).DerivedKeyParameters()) if err != nil { return nil, fmt.Errorf("prfbasedkeyderivation: failed to serialize parameters: %w", err) } serializedPrfKey, err := protoserialization.SerializeKey(pbdKey.PRFKey()) if err != nil { return nil, fmt.Errorf("prfbasedkeyderivation: failed to serialize PRF key: %w", err) } protoKey := &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: serializedPrfKey.KeyData(), Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: derivedKeyTemplate, }, } serializedProtoKey, err := proto.Marshal(protoKey) if err != nil { return nil, fmt.Errorf("prfbasedkeyderivation: failed to marshal key proto: %w", err) } idRequirement, _ := pbdKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedProtoKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, // PRF-based deriver keys are considered symmetric. } return protoserialization.NewKeySerialization(keyData, derivedKeyTemplate.GetOutputPrefixType(), idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) // ParseKey converts a proto serialized key into a [prfbasedkeyderivation.Key] object. func (p *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization.KeyData().GetTypeUrl() != typeURL { return nil, fmt.Errorf("prfbasedkeyderivation: unexpected type URL: got %q, want %q", keySerialization.KeyData().GetTypeUrl(), typeURL) } if keySerialization.KeyData().GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { return nil, fmt.Errorf("prfbasedkeyderivation: invalid key material type: got %v, want %v", keySerialization.KeyData().GetKeyMaterialType(), tinkpb.KeyData_SYMMETRIC) } protoKey := new(prfderpb.PrfBasedDeriverKey) if err := proto.Unmarshal(keySerialization.KeyData().GetValue(), protoKey); err != nil { return nil, fmt.Errorf("prfbasedkeyderivation: failed to unmarshal key proto: %w", err) } // Version check for the key proto itself. if protoKey.GetVersion() != 0 { return nil, fmt.Errorf("prfbasedkeyderivation: unsupported key version %d", protoKey.GetVersion()) } if protoKey.GetParams().GetDerivedKeyTemplate().GetOutputPrefixType() != keySerialization.OutputPrefixType() { return nil, fmt.Errorf("prfbasedkeyderivation: inconsistent output prefix type: got %v, want %v", protoKey.GetParams().GetDerivedKeyTemplate().GetOutputPrefixType(), keySerialization.OutputPrefixType()) } derivedKeyParameters, err := protoserialization.ParseParameters(protoKey.GetParams().GetDerivedKeyTemplate()) if err != nil { return nil, fmt.Errorf("prfbasedkeyderivation: failed to parse derived key parameters: %w", err) } prfKeyProtoSerialization, err := protoserialization.NewKeySerialization(protoKey.GetPrfKey(), tinkpb.OutputPrefixType_RAW, 0) if err != nil { return nil, fmt.Errorf("prfbasedkeyderivation: failed to create PRF key proto serialization: %w", err) } prfKey, err := protoserialization.ParseKey(prfKeyProtoSerialization) if err != nil { return nil, fmt.Errorf("prfbasedkeyderivation: failed to parse PRF key: %w", err) } params, err := NewParameters(prfKey.Parameters(), derivedKeyParameters) if err != nil { return nil, fmt.Errorf("prfbasedkeyderivation: failed to create parameters: %w", err) } keyID, _ := keySerialization.IDRequirement() return NewKey(params, prfKey, keyID) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) // Serialize converts a [prfbasedkeyderivation.Parameters] into its proto serialized form. func (s *parametersSerializer) Serialize(params key.Parameters) (*tinkpb.KeyTemplate, error) { p, ok := params.(*Parameters) if !ok { return nil, fmt.Errorf("unexpected parameters type: got %T, want %T", params, (*Parameters)(nil)) } prfKeyTemplate, err := protoserialization.SerializeParameters(p.prfParameters) if err != nil { return nil, fmt.Errorf("failed to serialize prf parameters: %w", err) } derivedKeyTemplate, err := protoserialization.SerializeParameters(p.derivedKeyParameters) if err != nil { return nil, fmt.Errorf("failed to serialize derived key parameters: %w", err) } format := &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: prfKeyTemplate, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: derivedKeyTemplate, }, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, fmt.Errorf("prfbasedkeyderivation: failed to marshal parameters proto: %w", err) } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: serializedFormat, OutputPrefixType: derivedKeyTemplate.GetOutputPrefixType(), }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) // Parse converts a proto serialized parameters into a [prfbasedkeyderivation.Parameters] object. func (p *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } format := new(prfderpb.PrfBasedDeriverKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, fmt.Errorf("failed to unmarshal parameters proto: %w", err) } // Force the output prefix type to be consistent with the one of the derived // key template. if got, want := keyTemplate.GetOutputPrefixType(), format.GetParams().GetDerivedKeyTemplate().GetOutputPrefixType(); got != want { return nil, fmt.Errorf("invalid output prefix type for the key derivation key template: got %v, want %v", got, want) } prfParams, err := protoserialization.ParseParameters(format.GetPrfKeyTemplate()) if err != nil { return nil, fmt.Errorf("failed to parse prf parameters: %w", err) } derivedKeyParams, err := protoserialization.ParseParameters(format.GetParams().GetDerivedKeyTemplate()) if err != nil { return nil, fmt.Errorf("failed to parse derived key parameters: %w", err) } return NewParameters(prfParams, derivedKeyParams) } ================================================ FILE: keyderivation/prfbasedkeyderivation/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prfbasedkeyderivation_test import ( "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyderivation/prfbasedkeyderivation" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" "github.com/tink-crypto/tink-go/v2/secretdata" aescmacprfpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_prf_go_proto" aesgcmpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hkdfprfpb "github.com/tink-crypto/tink-go/v2/proto/hkdf_prf_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_prf_go_proto" hmacprfpb "github.com/tink-crypto/tink-go/v2/proto/hmac_prf_go_proto" prfderpb "github.com/tink-crypto/tink-go/v2/proto/prf_based_deriver_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } type keyParsingTestCase struct { name string keySerialization *protoserialization.KeySerialization key *prfbasedkeyderivation.Key } func keyParsingTestCases(t *testing.T) []keyParsingTestCase { // PRF keys. aesCMACPRFKey, err := aescmacprf.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aescmacprf.NewKey() failed: %v", err) } aesCMACPRFParams := aesCMACPRFKey.Parameters().(*aescmacprf.Parameters) hmacPRFParams, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters(32, hmacprf.SHA256) failed: %v", err) } hmacPRFKey, err := hmacprf.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}), hmacPRFParams) if err != nil { t.Fatalf("hmacprf.NewKey() failed: %v", err) } hkdfPRFParams, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters(32, hkdfprf.SHA25, []byte(\"salt\")) failed: %v", err) } hkdfPRFKey, err := hkdfprf.NewKey(secretdata.NewBytesFromData([]byte("ABCDEFGHIJKLMNOPQRSTUVWXYZ012345"), insecuresecretdataaccess.Token{}), hkdfPRFParams) if err != nil { t.Fatalf("hkdfprf.NewKey() failed: %v", err) } // Derived key parameters. derivedKeyParametersNoPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } derivedKeyParametersTinkPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } return []keyParsingTestCase{ { name: "AES-CMAC-PRF_with_tink_prefix", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 0, KeyValue: []byte("01234567890123456789012345678901"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), key: mustCreateKey(t, aesCMACPRFParams, aesCMACPRFKey, derivedKeyParametersTinkPrefix, 12345), }, { name: "AES-CMAC-PRF_with_RAW_prefix", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 0, KeyValue: []byte("01234567890123456789012345678901"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), key: mustCreateKey(t, aesCMACPRFParams, aesCMACPRFKey, derivedKeyParametersNoPrefix, 0), }, { name: "HMAC-PRF_with_tink_prefix", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKey{ Version: 0, Params: &hmacprfpb.HmacPrfParams{ Hash: commonpb.HashType_SHA256, }, KeyValue: []byte("01234567890123456789012345678901"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), key: mustCreateKey(t, hmacPRFParams, hmacPRFKey, derivedKeyParametersTinkPrefix, 12345), }, { name: "HMAC-PRF_with_RAW_prefix", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKey{ Version: 0, Params: &hmacprfpb.HmacPrfParams{ Hash: commonpb.HashType_SHA256, }, KeyValue: []byte("01234567890123456789012345678901"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), key: mustCreateKey(t, hmacPRFParams, hmacPRFKey, derivedKeyParametersNoPrefix, 0), }, { name: "HKDF-PRF_with_tink_prefix", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKey{ Version: 0, Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_SHA256, Salt: []byte("salt"), }, KeyValue: []byte("ABCDEFGHIJKLMNOPQRSTUVWXYZ012345"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), key: mustCreateKey(t, hkdfPRFParams, hkdfPRFKey, derivedKeyParametersTinkPrefix, 12345), }, { name: "HKDF-PRF_with_RAW_prefix", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKey{ Version: 0, Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_SHA256, Salt: []byte("salt"), }, KeyValue: []byte("ABCDEFGHIJKLMNOPQRSTUVWXYZ012345"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), key: mustCreateKey(t, hkdfPRFParams, hkdfPRFKey, derivedKeyParametersNoPrefix, 0), }, } } func TestParseKey_Success(t *testing.T) { for _, tc := range keyParsingTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseKey(tc.keySerialization) if err != nil { t.Errorf("protoserialization.ParseKey(%v) err = %p, want nil", err, tc.keySerialization) } if diff := cmp.Diff(tc.key, got); diff != "" { t.Errorf("protoserialization.ParseKey(%v) returned diff (-want +got):\n%s", tc.keySerialization, diff) } }) } } func TestParseKey_Failure(t *testing.T) { for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "invalid PRF key URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.DoesNotExist", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 0, KeyValue: []byte("01234567890123456789012345678901"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 16, }), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "nil PRF key", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: nil, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 16, }), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid PRF key", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: []byte("123"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 16, }), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 0, KeyValue: []byte("01234567890123456789012345678901"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 16, }), }, }, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "inconsistent output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 0, KeyValue: []byte("01234567890123456789012345678901"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 16, }), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_LEGACY, 12345), }, { name: "invalid template URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 0, KeyValue: []byte("01234567890123456789012345678901"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.DoesNotExist", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 16, }), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 0), }, { name: "invalid template", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKey{ Version: 0, PrfKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 0, KeyValue: []byte("01234567890123456789012345678901"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: []byte("invalid value"), }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 0), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.keySerialization); err == nil { t.Errorf("protoserialization.ParseKey(%v) err = nil, want error", tc.keySerialization) } else { t.Logf("protoserialization.ParseKey(%v) err = %v", tc.keySerialization, err) } }) } } func TestSerializeKey_Success(t *testing.T) { for _, tc := range keyParsingTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeKey(tc.key) if err != nil { t.Errorf("protoserialization.SerializeKey(%v) err = %p, want nil", tc.key, err) } if diff := cmp.Diff(tc.keySerialization, got); diff != "" { t.Errorf("protoserialization.SerializeKey(%v) returned diff (-want +got):\n%s", tc.key, diff) } }) } } type stubParams struct{} var _ key.Parameters = (*stubParams)(nil) func (p *stubParams) Equal(_ key.Parameters) bool { return true } func (p *stubParams) HasIDRequirement() bool { return true } func TestSerializeKey_Failure(t *testing.T) { aesCMACPRFKey, err := aescmacprf.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aescmacprf.NewKey() failed: %v", err) } aesCMACPRFParams := aesCMACPRFKey.Parameters().(*aescmacprf.Parameters) for _, tc := range []struct { name string key key.Key }{ { name: "derived_key_parameters_not_serializable", key: mustCreateKey(t, aesCMACPRFParams, aesCMACPRFKey, &stubParams{}, 12345), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.key); err == nil { t.Errorf("protoserialization.SerializeKey(%v) err = nil, want error", tc.key) } }) } } func mustCreateParameters(t *testing.T, prfParams key.Parameters, derivedKeyParams key.Parameters) *prfbasedkeyderivation.Parameters { t.Helper() params, err := prfbasedkeyderivation.NewParameters(prfParams, derivedKeyParams) if err != nil { t.Fatalf("prfbasedkeyderivation.NewParameters(%v, %v) failed: %v", prfParams, derivedKeyParams, err) } return params } type paramsParsingTestCase struct { name string template *tinkpb.KeyTemplate params key.Parameters } func paramsParsingTestCases(t *testing.T) []paramsParsingTestCase { aesCMACPRFParams, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewParameters(32) failed: %v", err) } hmacPRFParams, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters(32, hmacprf.SHA256) failed: %v", err) } hkdfPRFParams, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters(32, hkdfprf.SHA25, []byte(\"salt\")) failed: %v", err) } // Derived key parameters. derivedKeyParametersNoPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantNoPrefix, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } derivedKeyParametersTinkPrefix, err := aesgcm.NewParameters(aesgcm.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, IVSizeInBytes: 12, Variant: aesgcm.VariantTink, }) if err != nil { t.Fatalf("aesgcm.NewParameters() failed: %v", err) } return []paramsParsingTestCase{ { name: "AES-CMAC-PRF_with_tink_prefix", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: 32, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), }, params: mustCreateParameters(t, &aesCMACPRFParams, derivedKeyParametersTinkPrefix), }, { name: "AES-CMAC-PRF_no_prefix", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: 32, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), }, params: mustCreateParameters(t, &aesCMACPRFParams, derivedKeyParametersNoPrefix), }, { name: "HKDF_with_tink_prefix", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKeyFormat{ Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_SHA256, Salt: []byte("salt"), }, KeySize: 32, Version: 0, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), }, params: mustCreateParameters(t, hkdfPRFParams, derivedKeyParametersTinkPrefix), }, { name: "HKDF_no_prefix", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKeyFormat{ Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_SHA256, Salt: []byte("salt"), }, KeySize: 32, Version: 0, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), }, params: mustCreateParameters(t, hkdfPRFParams, derivedKeyParametersNoPrefix), }, { name: "HMAC_with_tink_prefix", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &hmacpb.HmacPrfKeyFormat{ Params: &hmacpb.HmacPrfParams{ Hash: commonpb.HashType_SHA256, }, KeySize: 32, Version: 0, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), }, params: mustCreateParameters(t, hmacPRFParams, derivedKeyParametersTinkPrefix), }, { name: "HMAC_no_prefix", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &hmacpb.HmacPrfKeyFormat{ Params: &hmacpb.HmacPrfParams{ Hash: commonpb.HashType_SHA256, }, KeySize: 32, Version: 0, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), }, params: mustCreateParameters(t, hmacPRFParams, derivedKeyParametersNoPrefix), }, } } func TestParametersSerialization(t *testing.T) { for _, tc := range paramsParsingTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.params) if err != nil { t.Errorf("protoserialization.SerializeParameters(%v) err = %p, want nil", tc.params, err) } if diff := cmp.Diff(tc.template, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned diff (-want +got):\n%s", tc.template, diff) } }) } } func TestParametersParsing(t *testing.T) { for _, tc := range paramsParsingTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.template) if err != nil { t.Errorf("protoserialization.ParseParameters(%v) err = %p, want nil", tc.template, err) } if diff := cmp.Diff(tc.params, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned diff (-want +got):\n%s", tc.template, diff) } }) } } func TestParametersParsing_Fails(t *testing.T) { for _, tc := range []struct { name string template *tinkpb.KeyTemplate }{ { name: "invalid_aescmac_prf_key_format", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: 1, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), }, }, { name: "invalid_hkdf_prf_key_format", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKeyFormat{ Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_UNKNOWN_HASH, Salt: []byte("salt"), }, KeySize: 32, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), }, }, { name: "invalid_hmac_prf_key_format", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &hmacpb.HmacPrfKeyFormat{ Params: &hmacpb.HmacPrfParams{ Hash: commonpb.HashType_UNKNOWN_HASH, }, KeySize: 32, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), }, }, { name: "invalid_derived_key_template", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: 32, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 1, }), }, }, }), }, }, { name: "invalid_output_prefix_type", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: 32, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), }, }, { name: "inconsistent_output_prefix_type", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &prfderpb.PrfBasedDeriverKeyFormat{ PrfKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: 32, }), }, Params: &prfderpb.PrfBasedDeriverParams{ DerivedKeyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &aesgcmpb.AesGcmKeyFormat{ KeySize: 32, }), }, }, }), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.template); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.template) } }) } } ================================================ FILE: keyset/binary_io.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset import ( "io" "google.golang.org/protobuf/proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // BinaryReader deserializes a keyset from binary proto format. type BinaryReader struct { r io.Reader } // NewBinaryReader returns new BinaryReader that will read from r. func NewBinaryReader(r io.Reader) *BinaryReader { return &BinaryReader{r: r} } // Read parses a (cleartext) keyset from the underlying io.Reader. func (bkr *BinaryReader) Read() (*tinkpb.Keyset, error) { keyset := &tinkpb.Keyset{} if err := read(bkr.r, keyset); err != nil { return nil, err } return keyset, nil } // ReadEncrypted parses an EncryptedKeyset from the underlying io.Reader. func (bkr *BinaryReader) ReadEncrypted() (*tinkpb.EncryptedKeyset, error) { keyset := &tinkpb.EncryptedKeyset{} if err := read(bkr.r, keyset); err != nil { return nil, err } return keyset, nil } func read(r io.Reader, msg proto.Message) error { data, err := io.ReadAll(r) if err != nil { return err } return proto.Unmarshal(data, msg) } // BinaryWriter serializes a keyset into binary proto format. type BinaryWriter struct { w io.Writer } // NewBinaryWriter returns a new BinaryWriter that will write to w. func NewBinaryWriter(w io.Writer) *BinaryWriter { return &BinaryWriter{w: w} } // Write writes the keyset to the underlying io.Writer. func (bkw *BinaryWriter) Write(keyset *tinkpb.Keyset) error { return write(bkw.w, keyset) } // WriteEncrypted writes the encrypted keyset to the underlying io.Writer. func (bkw *BinaryWriter) WriteEncrypted(keyset *tinkpb.EncryptedKeyset) error { encryptedKeysetWithoutInfo := &tinkpb.EncryptedKeyset{ EncryptedKeyset: keyset.GetEncryptedKeyset(), } return write(bkw.w, encryptedKeysetWithoutInfo) } func write(w io.Writer, msg proto.Message) error { data, err := proto.Marshal(msg) if err != nil { return err } _, err = w.Write(data) return err } ================================================ FILE: keyset/binary_io_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset_test import ( "bytes" "encoding/hex" "strings" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestBinaryIOUnencrypted(t *testing.T) { buf := new(bytes.Buffer) w := keyset.NewBinaryWriter(buf) r := keyset.NewBinaryReader(buf) manager := testutil.NewHMACKeysetManager() h, err := manager.Handle() if h == nil || err != nil { t.Fatalf("cannot get keyset handle: %v", err) } ks1 := testkeyset.KeysetMaterial(h) if err := w.Write(ks1); err != nil { t.Fatalf("cannot write keyset: %v", err) } ks2, err := r.Read() if err != nil { t.Fatalf("cannot read keyset: %v", err) } if !proto.Equal(ks1, ks2) { t.Errorf("written keyset (%s) doesn't match read keyset (%s)", ks1, ks2) } } func TestBinaryIOEncrypted(t *testing.T) { buf := new(bytes.Buffer) w := keyset.NewBinaryWriter(buf) r := keyset.NewBinaryReader(buf) kse1 := &tinkpb.EncryptedKeyset{EncryptedKeyset: []byte(strings.Repeat("A", 32))} if err := w.WriteEncrypted(kse1); err != nil { t.Fatalf("cannot write encrypted keyset: %v", err) } kse2, err := r.ReadEncrypted() if err != nil { t.Fatalf("cannot read encrypted keyset: %v", err) } if !proto.Equal(kse1, kse2) { t.Errorf("written encrypted keyset (%s) doesn't match read encrypted keyset (%s)", kse1, kse2) } } func TestReadInBinaryWithTestVector(t *testing.T) { serializedKeysetEncryptionKeyset, err := hex.DecodeString("08cd9bdff30312540a480a30747970652e676f6f676c65617069732e636f6d2f676f6f676c652e63727970746f2e74696e6b2e41657347636d4b657912121a1082bbe6de4bf9a7655305615af46e594c1801100118cd9bdff3032001") if err != nil { t.Fatalf("hex.DecodeString() err = %v, want nil", err) } encryptedKeyset, err := hex.DecodeString("129101013e77cdcd28f57ffb418afa7f25d48a74efe720246e9aa538f33a702888bb7c48bce0e5a016a0c8e9085066d67c7c7fb40dceb176a3a10c7f7ab30c564dd8e2d918a2fc2d2e9a0245c537ff6d1fd756ff9d6de5cf4eb7f229de215e6e892f32fd703d0c9c3d2168813ad5bbc6ce108fcbfed0d9e3b14faae3e3789a891346d983b1ecca082f0546163351339aa142f574") if err != nil { t.Fatalf("hex.DecodeString() err = %v, want nil", err) } associatedData := []byte("associatedData") data := []byte("data") tag, err := hex.DecodeString("018f2d72de5055e622591fcf0fb85a7b4158e96f68") if err != nil { t.Fatalf("hex.DecodeString() err = %v, want nil", err) } keysetEncryptionHandle, err := testkeyset.Read(keyset.NewBinaryReader(bytes.NewBuffer(serializedKeysetEncryptionKeyset))) if err != nil { t.Fatalf("testkeyset.Read() err = %v, want nil", err) } keysetEncryptionAead, err := aead.New(keysetEncryptionHandle) if err != nil { t.Fatalf("aead.New(keysetEncryptionHandle) err = %v, want nil", err) } handle, err := keyset.ReadWithAssociatedData(keyset.NewBinaryReader(bytes.NewBuffer(encryptedKeyset)), keysetEncryptionAead, associatedData) if err != nil { t.Fatalf("keyset.ReadWithAssociatedData() err = %v, want nil", err) } primitive, err := mac.New(handle) if err != nil { t.Fatalf("mac.New(handle) err = %v, want nil", err) } if err := primitive.VerifyMAC(tag, data); err != nil { t.Fatalf("primitive.VerifyMAC(tag, data) err = %v, want nil", err) } } func TestBinaryWriteEncryptedOverhead(t *testing.T) { keysetEncryptionHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.AES128GCMKeyTemplate()) err = %v, want nil", err) } keysetEncryptionAead, err := aead.New(keysetEncryptionHandle) if err != nil { t.Fatalf("aead.New(keysetEncryptionHandle) err = %v, want nil", err) } handle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.AES128GCMKeyTemplate()) err = %v, want nil", err) } buf := &bytes.Buffer{} err = insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buf)) if err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } serialized := buf.Bytes() rawEncryptedKeyset, err := keysetEncryptionAead.Encrypt(serialized, nil) if err != nil { t.Fatalf("keysetEncryptionAead.Encrypt() err = %v, want nil", err) } encBuf := &bytes.Buffer{} err = handle.Write(keyset.NewBinaryWriter(encBuf), keysetEncryptionAead) if err != nil { t.Fatalf("handle.Write(keyset.NewBinaryWriter(buff), keysetEncryptionAead) err = %v, want nil", err) } encryptedKeyset := encBuf.Bytes() // encryptedKeyset is a serialized protocol buffer that contains only // rawEncryptedKeyset in a field. So // it should only be slightly larger than rawEncryptedKeyset. if len(encryptedKeyset) >= len(rawEncryptedKeyset)+6 { t.Errorf("len(encryptedKeyset) = %d, want < %d", len(encryptedKeyset), len(rawEncryptedKeyset)+6) } } ================================================ FILE: keyset/handle.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset import ( "context" "fmt" "slices" "google.golang.org/protobuf/encoding/prototext" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/registryconfig/legacyprimitive" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) var errInvalidKeyset = fmt.Errorf("keyset.Handle: invalid keyset") // Handle provides access to a keyset to limit the exposure of the internal // keyset representation, which may hold sensitive key material. type Handle struct { entries []*Entry annotations map[string]string primaryKeyEntry *Entry monitoringClient monitoring.Client } // KeyStatus is the key status. type KeyStatus int const ( // Unknown is the default invalid value. Unknown KeyStatus = iota // Enabled means the key is enabled. Enabled // Disabled means the key is disabled. Disabled // Destroyed means the key is marked for destruction. Destroyed ) // String implements fmt.Stringer. func (ks KeyStatus) String() string { switch ks { case Enabled: return "Enabled" case Disabled: return "Disabled" case Destroyed: return "Destroyed" default: return "Unknown" } } type keyExportLogger interface { LogKeyExport(keyID uint32) } // Entry represents an entry in a keyset. type Entry struct { // Object that represents a full Tink key, i.e., key material, parameters and algorithm. key key.Key isPrimary bool keyID uint32 status KeyStatus logger keyExportLogger } func newUnmonitoredEntry(key key.Key, isPrimary bool, keyID uint32, status KeyStatus) *Entry { return &Entry{ key: key, isPrimary: isPrimary, keyID: keyID, status: status, logger: &monitoringutil.DoNothingLogger{}, } } // Key returns the key. func (e *Entry) Key() key.Key { e.logger.LogKeyExport(e.keyID) return e.key } // IsPrimary returns true if the key is the primary key. func (e *Entry) IsPrimary() bool { return e.isPrimary } // KeyID returns the key ID. func (e *Entry) KeyID() uint32 { return e.keyID } // KeyStatus returns the key status. func (e *Entry) KeyStatus() KeyStatus { return e.status } func (e *Entry) toUnmonitored() *Entry { return newUnmonitoredEntry(e.key, e.isPrimary, e.keyID, e.status) } func keyStatusFromProto(status tinkpb.KeyStatusType) (KeyStatus, error) { switch status { case tinkpb.KeyStatusType_ENABLED: return Enabled, nil case tinkpb.KeyStatusType_DISABLED: return Disabled, nil case tinkpb.KeyStatusType_DESTROYED: return Destroyed, nil default: return Unknown, fmt.Errorf("unknown key status: %v", status) } } func keyStatusToProto(status KeyStatus) (tinkpb.KeyStatusType, error) { switch status { case Enabled: return tinkpb.KeyStatusType_ENABLED, nil case Disabled: return tinkpb.KeyStatusType_DISABLED, nil case Destroyed: return tinkpb.KeyStatusType_DESTROYED, nil default: return tinkpb.KeyStatusType_UNKNOWN_STATUS, fmt.Errorf("unknown key status: %v", status) } } // entryToProtoKey converts an Entry to a tinkpb.Keyset_Key. Assumes entry is not nil. func entryToProtoKey(entry *Entry) (*tinkpb.Keyset_Key, error) { protoKeyStatus, err := keyStatusToProto(entry.KeyStatus()) if err != nil { return nil, err } protoKeySerialization, err := protoserialization.SerializeKey(entry.Key()) if err != nil { return nil, err } return &tinkpb.Keyset_Key{ KeyId: entry.KeyID(), Status: protoKeyStatus, OutputPrefixType: protoKeySerialization.OutputPrefixType(), KeyData: protoKeySerialization.KeyData(), }, nil } func entriesToProtoKeyset(entries []*Entry, shouldLogKeyExport bool) (*tinkpb.Keyset, error) { if len(entries) == 0 { return nil, fmt.Errorf("entries is empty") } protoKeyset := &tinkpb.Keyset{ Key: make([]*tinkpb.Keyset_Key, len(entries)), } for i, entry := range entries { if !shouldLogKeyExport { entry = entry.toUnmonitored() } protoKey, err := entryToProtoKey(entry) if err != nil { return nil, err } protoKeyset.Key[i] = protoKey if entry.IsPrimary() { protoKeyset.PrimaryKeyId = entry.KeyID() } } return protoKeyset, nil } func setEntryMonitoringIfNeeded(h *Handle) error { if len(h.annotations) == 0 { return nil } monitoringKeysetInfo, err := monitoringutil.MonitoringKeysetInfoFromKeysetInfo(h.KeysetInfo(), h.annotations) if err != nil { return err } for _, entry := range h.entries { l, err := h.monitoringClient.NewLogger(&monitoring.Context{ Primitive: "keyset_handle", APIFunction: "get_key", KeysetInfo: monitoringKeysetInfo, }) if err != nil { return err } entry.logger = l } return nil } func newFromEntries(entries []*Entry, opts ...Option) (*Handle, error) { var primaryKeyEntry *Entry = nil for _, entry := range entries { if entry.IsPrimary() { primaryKeyEntry = entry } if entry.KeyStatus() == Unknown { return nil, fmt.Errorf("keyset.Handle: unknown key status for key with id %d", entry.KeyID()) } } if primaryKeyEntry == nil { return nil, fmt.Errorf("keyset.Handle: no primary key") } h := &Handle{ entries: entries, primaryKeyEntry: primaryKeyEntry, monitoringClient: internalregistry.GetMonitoringClient(), } if err := applyOptions(h, opts...); err != nil { return nil, fmt.Errorf("keyset.Handle: %v", err) } if err := setEntryMonitoringIfNeeded(h); err != nil { return nil, fmt.Errorf("keyset.Handle: %v", err) } return h, nil } func hasSecrets(ks *tinkpb.Keyset) bool { return slices.ContainsFunc(ks.GetKey(), func(protoKey *tinkpb.Keyset_Key) bool { switch protoKey.GetKeyData().GetKeyMaterialType() { case tinkpb.KeyData_UNKNOWN_KEYMATERIAL, tinkpb.KeyData_ASYMMETRIC_PRIVATE, tinkpb.KeyData_SYMMETRIC: return true } return false }) } func keysetToEntries(ks *tinkpb.Keyset) ([]*Entry, error) { if err := Validate(ks); err != nil { return nil, fmt.Errorf("invalid keyset: %v", err) } entries := make([]*Entry, len(ks.GetKey())) for i, protoKey := range ks.GetKey() { protoKeyData := protoKey.GetKeyData() keyID := protoKey.GetKeyId() if protoKey.GetOutputPrefixType() == tinkpb.OutputPrefixType_RAW { keyID = 0 } protoKeySerialization, err := protoserialization.NewKeySerialization(protoKeyData, protoKey.GetOutputPrefixType(), keyID) if err != nil { return nil, err } key, err := protoserialization.ParseKey(protoKeySerialization) if err != nil { return nil, err } keyStatus, err := keyStatusFromProto(protoKey.GetStatus()) if err != nil { return nil, err } entries[i] = newUnmonitoredEntry(key, protoKey.GetKeyId() == ks.GetPrimaryKeyId(), protoKey.GetKeyId(), keyStatus) } return entries, nil } // NewHandle creates a keyset handle that contains a single fresh key generated according // to the given KeyTemplate. func NewHandle(kt *tinkpb.KeyTemplate) (*Handle, error) { manager := NewManager() keyID, err := manager.Add(kt) if err != nil { return nil, fmt.Errorf("keyset.Handle: cannot generate new keyset: %s", err) } err = manager.SetPrimary(keyID) if err != nil { return nil, fmt.Errorf("keyset.Handle: cannot set primary: %s", err) } handle, err := manager.Handle() if err != nil { return nil, fmt.Errorf("keyset.Handle: cannot get keyset handle: %s", err) } return handle, nil } // NewHandleWithNoSecrets creates a new instance of KeysetHandle from the // the given keyset which does not contain any secret key material. func NewHandleWithNoSecrets(ks *tinkpb.Keyset) (*Handle, error) { if hasSecrets(ks) { return nil, fmt.Errorf("keyset.Handle: importing unencrypted secret key material is forbidden") } return newKeysetHandleFromProto(ks) } // Read tries to create a Handle from an encrypted keyset obtained via reader. func Read(reader Reader, masterKey tink.AEAD) (*Handle, error) { return ReadWithAssociatedData(reader, masterKey, []byte{}) } // ReadWithAssociatedData tries to create a Handle from an encrypted keyset obtained via reader using the provided associated data. func ReadWithAssociatedData(reader Reader, masterKey tink.AEAD, associatedData []byte) (*Handle, error) { encryptedKeyset, err := reader.ReadEncrypted() if err != nil { return nil, err } protoKeyset, err := decrypt(encryptedKeyset, masterKey, associatedData) if err != nil { return nil, err } return newKeysetHandleFromProto(protoKeyset) } // ReadWithContext creates a keyset.Handle from an encrypted keyset obtained via // reader using the provided AEADWithContext. func ReadWithContext(ctx context.Context, reader Reader, keyEncryptionAEAD tink.AEADWithContext, associatedData []byte) (*Handle, error) { encryptedKeyset, err := reader.ReadEncrypted() if err != nil { return nil, err } protoKeyset, err := decryptWithContext(ctx, encryptedKeyset, keyEncryptionAEAD, associatedData) if err != nil { return nil, err } return newKeysetHandleFromProto(protoKeyset) } // ReadWithNoSecrets tries to create a keyset.Handle from a keyset obtained via reader. func ReadWithNoSecrets(reader Reader) (*Handle, error) { protoKeyset, err := reader.Read() if err != nil { return nil, err } return NewHandleWithNoSecrets(protoKeyset) } // Primary returns the primary key of the keyset. func (h *Handle) Primary() (*Entry, error) { if h == nil { return nil, fmt.Errorf("keyset.Handle: nil handle") } if h.primaryKeyEntry == nil { return nil, fmt.Errorf("keyset.Handle: no primary key") } return h.primaryKeyEntry, nil } // Entry returns the key at index i from the keyset. // i must be within the range [0, Handle.Len()). func (h *Handle) Entry(i int) (*Entry, error) { if h == nil { return nil, fmt.Errorf("keyset.Handle: nil handle") } if i < 0 || i >= h.Len() { return nil, fmt.Errorf("keyset.Handle: index %d out of range", i) } return h.entries[i], nil } // privateKey represents a key with a public key. type privateKey interface { PublicKey() (key.Key, error) } // Public returns a Handle of the public keys if the managed keyset contains private keys. func (h *Handle) Public() (*Handle, error) { if h == nil { return nil, fmt.Errorf("keyset.Handle: nil handle") } if h.Len() == 0 { return nil, fmt.Errorf("keyset.Handle: entries list is empty or nil") } entries := make([]*Entry, h.Len()) for i, entry := range h.entries { // NOTE: Purposely not using entry.Key() here to avoid logging the key export. privateKey, ok := entry.key.(privateKey) if !ok { return nil, fmt.Errorf("keyset.Handle: keyset contains a non-private key") } publicKey, err := privateKey.PublicKey() if err != nil { return nil, fmt.Errorf("keyset.Handle: %v", err) } entries[i] = newUnmonitoredEntry(publicKey, entry.isPrimary, entry.keyID, entry.status) } return newFromEntries(entries) } // String returns a string representation of the managed keyset. // The result does not contain any sensitive key material. func (h *Handle) String() string { c, err := prototext.MarshalOptions{}.Marshal(h.KeysetInfo()) if err != nil { return "" } return string(c) } // Len returns the number of keys in the keyset. func (h *Handle) Len() int { if h == nil { return 0 } return len(h.entries) } func entriesToKeysetInfo(entries []*Entry) (*tinkpb.KeysetInfo, error) { if len(entries) == 0 { return nil, fmt.Errorf("entries is empty") } keyInfos := make([]*tinkpb.KeysetInfo_KeyInfo, len(entries)) var primaryKeyID uint32 for i, entry := range entries { entry = entry.toUnmonitored() if entry.IsPrimary() { primaryKeyID = entry.KeyID() } protoKeyStatus, err := keyStatusToProto(entry.KeyStatus()) if err != nil { return nil, err } protoKeySerialization, err := protoserialization.SerializeKey(entry.Key()) if err != nil { return nil, err } keyInfos[i] = &tinkpb.KeysetInfo_KeyInfo{ TypeUrl: protoKeySerialization.KeyData().GetTypeUrl(), Status: protoKeyStatus, KeyId: entry.KeyID(), OutputPrefixType: protoKeySerialization.OutputPrefixType(), } } return &tinkpb.KeysetInfo{ PrimaryKeyId: primaryKeyID, KeyInfo: keyInfos, }, nil } // KeysetInfo returns [*tinkpb.KeysetInfo] representation of the managed // keyset. // // The result does not contain any sensitive key material. func (h *Handle) KeysetInfo() *tinkpb.KeysetInfo { keysetInfo, err := entriesToKeysetInfo(h.entries) if err != nil { // This should never happen. panic(err) } return keysetInfo } // Write encrypts and writes the enclosing keyset. func (h *Handle) Write(writer Writer, masterKey tink.AEAD) error { if h == nil { return fmt.Errorf("keyset.Handle: nil handle") } return h.WriteWithAssociatedData(writer, masterKey, []byte{}) } // WriteWithAssociatedData encrypts and writes the enclosing keyset using the provided associated data. func (h *Handle) WriteWithAssociatedData(writer Writer, masterKey tink.AEAD, associatedData []byte) error { if h == nil { return fmt.Errorf("keyset.Handle: nil handle") } protoKeyset, err := entriesToProtoKeyset(h.entries, false) if err != nil { return err } encrypted, err := encrypt(protoKeyset, masterKey, associatedData) if err != nil { return err } return writer.WriteEncrypted(encrypted) } // WriteWithContext encrypts and writes the keyset using the provided AEADWithContext. func (h *Handle) WriteWithContext(ctx context.Context, writer Writer, keyEncryptionAEAD tink.AEADWithContext, associatedData []byte) error { if h == nil { return fmt.Errorf("keyset.Handle: nil handle") } protoKeyset, err := entriesToProtoKeyset(h.entries, false) if err != nil { return fmt.Errorf("keyset.Handle: %v", err) } encrypted, err := encryptWithContext(ctx, protoKeyset, keyEncryptionAEAD, associatedData) if err != nil { return fmt.Errorf("keyset.Handle: %v", err) } return writer.WriteEncrypted(encrypted) } // WriteWithNoSecrets exports the keyset in h to the given Writer w returning an error if the keyset // contains secret key material. func (h *Handle) WriteWithNoSecrets(w Writer) error { if h == nil { return fmt.Errorf("keyset.Handle: nil handle") } protoKeyset, err := entriesToProtoKeyset(h.entries, false) if err != nil { return err } if hasSecrets(protoKeyset) { return fmt.Errorf("keyset.Handle: exporting unencrypted secret key material is forbidden") } return w.Write(protoKeyset) } // Config provides methods to create primitives from [key.Key]s. type Config interface { // PrimitiveFromKey creates a primitive from a [key.Key]. PrimitiveFromKey(key key.Key, _ internalapi.Token) (any, error) } type primitiveOptions struct { config Config } // Primitives creates a [primitiveset.PrimitiveSet] with primitives of type T // from keys in h. // // Only ENABLED keys are considered. This function uses either the given // [Config] or a global registry to create the primitives. // // Example usage: // // ps, err := keyset.Primitives[tink.AEAD](h, internalapi.Token{}, keyset.WithConfig(config.V0())) // // The returned [primitiveset.PrimitiveSet] is intended to be used by primitive // factories. // // NOTE: This is an internal API. func Primitives[T any](h *Handle, config Config, _ internalapi.Token) (*primitiveset.PrimitiveSet[T], error) { if h == nil { return nil, fmt.Errorf("keyset.Handle: nil handle") } if h.Len() == 0 { return nil, fmt.Errorf("keyset.Handle: empty keyset") } primitiveSet := primitiveset.New[T]() primitiveSet.Annotations = h.annotations for _, entry := range h.entries { // Don't add disabled keys to the primitive set. if entry.KeyStatus() != Enabled { continue } if err := addToPrimitiveSet(primitiveSet, entry, config); err != nil { return nil, fmt.Errorf("keyset.Handle: cannot add primitive: %v", err) } } return primitiveSet, nil } func addToPrimitiveSet[T any](primitiveSet *primitiveset.PrimitiveSet[T], entry *Entry, config Config) error { // Don't monitor this as key export. entry = entry.toUnmonitored() var primitive any isFullPrimitive := true primitive, err := config.PrimitiveFromKey(entry.Key(), internalapi.Token{}) if err != nil { return err } // Check if the primitive is a legacy primitive. if legacyPrimitive, ok := primitive.(legacyprimitive.LegacyPrimitive); ok { isFullPrimitive = false primitive = legacyPrimitive.Primitive() } actualPrimitive, ok := primitive.(T) if !ok { return fmt.Errorf("primitive is of type %T, want %T", primitive, (*T)(nil)) } psEntry := &primitiveset.Entry[T]{ KeyID: entry.KeyID(), Key: entry.Key(), IsPrimary: entry.isPrimary, } if isFullPrimitive { psEntry.FullPrimitive = actualPrimitive } else { psEntry.Primitive = actualPrimitive } return primitiveSet.Add(psEntry) } func decrypt(encryptedKeyset *tinkpb.EncryptedKeyset, keyEncryptionAEAD tink.AEAD, associatedData []byte) (*tinkpb.Keyset, error) { if encryptedKeyset == nil || keyEncryptionAEAD == nil { return nil, fmt.Errorf("keyset.Handle: invalid encrypted keyset") } decrypted, err := keyEncryptionAEAD.Decrypt(encryptedKeyset.GetEncryptedKeyset(), associatedData) if err != nil { return nil, fmt.Errorf("keyset.Handle: decryption failed: %v", err) } keyset := new(tinkpb.Keyset) if err := proto.Unmarshal(decrypted, keyset); err != nil { return nil, errInvalidKeyset } return keyset, nil } // decryptWithContext does the same as decrypt, but uses an AEADWithContext instead of an AEAD. func decryptWithContext(ctx context.Context, encryptedKeyset *tinkpb.EncryptedKeyset, keyEncryptionAEAD tink.AEADWithContext, associatedData []byte) (*tinkpb.Keyset, error) { if encryptedKeyset == nil || keyEncryptionAEAD == nil { return nil, fmt.Errorf("keyset.Handle: invalid encrypted keyset") } decrypted, err := keyEncryptionAEAD.DecryptWithContext(ctx, encryptedKeyset.GetEncryptedKeyset(), associatedData) if err != nil { return nil, fmt.Errorf("keyset.Handle: decryption failed: %v", err) } keyset := new(tinkpb.Keyset) if err := proto.Unmarshal(decrypted, keyset); err != nil { return nil, errInvalidKeyset } return keyset, nil } func encrypt(keyset *tinkpb.Keyset, keyEncryptionAEAD tink.AEAD, associatedData []byte) (*tinkpb.EncryptedKeyset, error) { serializedKeyset, err := proto.Marshal(keyset) if err != nil { return nil, errInvalidKeyset } encrypted, err := keyEncryptionAEAD.Encrypt(serializedKeyset, associatedData) if err != nil { return nil, fmt.Errorf("keyset.Handle: encryption failed: %v", err) } // get keyset info encryptedKeyset := &tinkpb.EncryptedKeyset{ EncryptedKeyset: encrypted, KeysetInfo: getKeysetInfo(keyset), } return encryptedKeyset, nil } // encryptWithContext does the same as encrypt, but uses an AEADWithContext instead of an AEAD. func encryptWithContext(ctx context.Context, keyset *tinkpb.Keyset, keyEncryptionAEAD tink.AEADWithContext, associatedData []byte) (*tinkpb.EncryptedKeyset, error) { serializedKeyset, err := proto.Marshal(keyset) if err != nil { return nil, errInvalidKeyset } encrypted, err := keyEncryptionAEAD.EncryptWithContext(ctx, serializedKeyset, associatedData) if err != nil { return nil, fmt.Errorf("keyset.Handle: encryption failed: %v", err) } // get keyset info encryptedKeyset := &tinkpb.EncryptedKeyset{ EncryptedKeyset: encrypted, KeysetInfo: getKeysetInfo(keyset), } return encryptedKeyset, nil } // getKeysetInfo returns a KeysetInfo from a Keyset protobuf. func getKeysetInfo(keyset *tinkpb.Keyset) *tinkpb.KeysetInfo { if keyset == nil { panic("keyset.Handle: keyset must be non nil") } keyInfos := make([]*tinkpb.KeysetInfo_KeyInfo, len(keyset.GetKey())) for i, key := range keyset.GetKey() { keyInfos[i] = getKeyInfo(key) } return &tinkpb.KeysetInfo{ PrimaryKeyId: keyset.PrimaryKeyId, KeyInfo: keyInfos, } } // getKeyInfo returns a KeyInfo from a Key protobuf. func getKeyInfo(key *tinkpb.Keyset_Key) *tinkpb.KeysetInfo_KeyInfo { return &tinkpb.KeysetInfo_KeyInfo{ TypeUrl: key.KeyData.TypeUrl, Status: key.Status, KeyId: key.KeyId, OutputPrefixType: key.OutputPrefixType, } } ================================================ FILE: keyset/handle_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset_test import ( "bytes" "context" "encoding/base64" "errors" "fmt" "reflect" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/aead/aesgcm" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/registryconfig/legacyprimitive" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac/aescmac" "github.com/tink-crypto/tink-go/v2/mac/hmac" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/testing/fakekms" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestNewHandle(t *testing.T) { template := mac.HMACSHA256Tag128KeyTemplate() handle, err := keyset.NewHandle(template) if err != nil { t.Errorf("keyset.NewHandle(template) = %v, want nil", err) } ks := testkeyset.KeysetMaterial(handle) if len(ks.Key) != 1 { t.Errorf("len(ks.Key) = %d, want 1", len(ks.Key)) } key := ks.Key[0] if ks.PrimaryKeyId != key.KeyId { t.Errorf("ks.PrimaryKeyId = %d, want %d", ks.PrimaryKeyId, key.KeyId) } if key.KeyData.TypeUrl != template.TypeUrl { t.Errorf("key.KeyData.TypeUrl = %v, want %v", key.KeyData.TypeUrl, template.TypeUrl) } if _, err = mac.New(handle); err != nil { t.Errorf("mac.New(handle) err = %v, want nil", err) } } func TestKeysetMaterialMakesACopy(t *testing.T) { wantProtoKeyset := testutil.NewKeyset(1, []*tinkpb.Keyset_Key{ testutil.NewKey(testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC), tinkpb.KeyStatusType_ENABLED, 1, tinkpb.OutputPrefixType_TINK), }) handle, err := testkeyset.NewHandle(wantProtoKeyset) if err != nil { t.Errorf("testkeyset.NewHandle(wantProtoKeyset) = %v, want nil", err) } gotProtoKeyset := testkeyset.KeysetMaterial(handle) if wantProtoKeyset == gotProtoKeyset { t.Errorf("testkeyset.KeysetMaterial(handle) = %v, want a copy of %v", gotProtoKeyset, wantProtoKeyset) } if !proto.Equal(gotProtoKeyset, wantProtoKeyset) { t.Errorf("testkeyset.NewHandle(wantProtoKeyset) = %v, want %v", gotProtoKeyset, wantProtoKeyset) } } func TestNewHandleExistingKeyset(t *testing.T) { testCases := []struct { name string ks *tinkpb.Keyset }{ { name: "one enabled key", ks: &tinkpb.Keyset{ PrimaryKeyId: 1, Key: []*tinkpb.Keyset_Key{ &tinkpb.Keyset_Key{ KeyId: 1, Status: tinkpb.KeyStatusType_ENABLED, OutputPrefixType: tinkpb.OutputPrefixType_TINK, KeyData: testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC), }, }, }, }, { name: "multiple keys", ks: &tinkpb.Keyset{ PrimaryKeyId: 1, Key: []*tinkpb.Keyset_Key{ &tinkpb.Keyset_Key{ KeyId: 1, Status: tinkpb.KeyStatusType_ENABLED, OutputPrefixType: tinkpb.OutputPrefixType_TINK, KeyData: testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC), }, &tinkpb.Keyset_Key{ KeyId: 2, Status: tinkpb.KeyStatusType_DISABLED, OutputPrefixType: tinkpb.OutputPrefixType_TINK, KeyData: testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC), }, }, }, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { wantProtoKeyset := tc.ks handle, err := testkeyset.NewHandle(wantProtoKeyset) if err != nil { t.Fatalf("testkeyset.NewHandle(wantProtoKeyset) = %v, want nil", err) } gotProtoKeyset := testkeyset.KeysetMaterial(handle) if !proto.Equal(gotProtoKeyset, wantProtoKeyset) { t.Errorf("testkeyset.NewHandle(wantProtoKeyset) = %v, want %v", gotProtoKeyset, wantProtoKeyset) } }) } } func TestNewHandleWithInvalidTypeURLFails(t *testing.T) { // template with unknown TypeURL invalidTemplate := mac.HMACSHA256Tag128KeyTemplate() invalidTemplate.TypeUrl = "some unknown TypeURL" if _, err := keyset.NewHandle(invalidTemplate); err == nil { t.Errorf("keyset.NewHandle(invalidTemplate) err = nil, want error") } } func TestNewHandleWithNilTemplateFails(t *testing.T) { if _, err := keyset.NewHandle(nil); err == nil { t.Error("keyset.NewHandle(nil) err = nil, want error") } } func TestWriteAndReadInBinary(t *testing.T) { keysetEncryptionHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Errorf("keyset.NewHandle(aead.AES128GCMKeyTemplate()) err = %v, want nil", err) } keysetEncryptionAead, err := aead.New(keysetEncryptionHandle) if err != nil { t.Errorf("aead.New(keysetEncryptionHandle) err = %v, want nil", err) } handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } buff := &bytes.Buffer{} err = handle.Write(keyset.NewBinaryWriter(buff), keysetEncryptionAead) if err != nil { t.Fatalf("handle.Write(keyset.NewBinaryWriter(buff), keysetEncryptionAead) err = %v, want nil", err) } encrypted := buff.Bytes() gotHandle, err := keyset.Read(keyset.NewBinaryReader(bytes.NewBuffer(encrypted)), keysetEncryptionAead) if err != nil { t.Fatalf("keyset.Read() err = %v, want nil", err) } if !proto.Equal(testkeyset.KeysetMaterial(gotHandle), testkeyset.KeysetMaterial(handle)) { t.Fatalf("keyset.Read() = %v, want %v", gotHandle, handle) } } func TestWriteAndReadInJSON(t *testing.T) { keysetEncryptionHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Errorf("keyset.NewHandle(aead.AES128GCMKeyTemplate()) err = %v, want nil", err) } keysetEncryptionAead, err := aead.New(keysetEncryptionHandle) if err != nil { t.Errorf("aead.New(keysetEncryptionHandle) err = %v, want nil", err) } handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } buff := &bytes.Buffer{} err = handle.Write(keyset.NewJSONWriter(buff), keysetEncryptionAead) if err != nil { t.Fatalf("h.Write(keyset.NewJSONWriter(buff), keysetEncryptionAead) err = %v, want nil", err) } encrypted := buff.Bytes() gotHandle, err := keyset.Read(keyset.NewJSONReader(bytes.NewBuffer(encrypted)), keysetEncryptionAead) if err != nil { t.Fatalf("keyset.Read() err = %v, want nil", err) } if !proto.Equal(testkeyset.KeysetMaterial(gotHandle), testkeyset.KeysetMaterial(handle)) { t.Fatalf("keyset.Read() = %v, want %v", gotHandle, handle) } } const fakeKeyURI = "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" func TestWriteAndReadWithAssociatedData(t *testing.T) { keysetEncryptionAead, err := fakekms.NewAEAD(fakeKeyURI) if err != nil { t.Fatalf("fakekms.NewAEAD(fakeKeyURI) err = %v, want nil", err) } handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } associatedData := []byte{0x01, 0x02} buff := &bytes.Buffer{} err = handle.WriteWithAssociatedData(keyset.NewBinaryWriter(buff), keysetEncryptionAead, associatedData) if err != nil { t.Fatalf("handle.WriteWithAssociatedData() err = %v, want nil", err) } encrypted := buff.Bytes() handle2, err := keyset.ReadWithAssociatedData(keyset.NewBinaryReader(bytes.NewBuffer(encrypted)), keysetEncryptionAead, associatedData) if err != nil { t.Fatalf("keyset.ReadWithAssociatedData() err = %v, want nil", err) } if !proto.Equal(testkeyset.KeysetMaterial(handle), testkeyset.KeysetMaterial(handle2)) { t.Errorf("keyset.ReadWithAssociatedData() = %v, want %v", handle2, handle) } // Test that ReadWithContext is compatible with WriteWithAssociatedData kekAEADWithContext, err := fakekms.NewAEADWithContext(fakeKeyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(fakeKeyURI) err = %v, want nil", err) } ctx := context.Background() handle3, err := keyset.ReadWithContext(ctx, keyset.NewBinaryReader(bytes.NewBuffer(encrypted)), kekAEADWithContext, associatedData) if err != nil { t.Fatalf("keyset.ReadWithContext() err = %v, want nil", err) } if !proto.Equal(testkeyset.KeysetMaterial(handle), testkeyset.KeysetMaterial(handle3)) { t.Errorf("keyset.ReadWithContext() = %v, want %v", handle3, handle) } } func TestReadWithMismatchedAssociatedData(t *testing.T) { keysetEncryptionHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Errorf("keyset.NewHandle(aead.AES128GCMKeyTemplate()) err = %v, want nil", err) } keysetEncryptionAead, err := aead.New(keysetEncryptionHandle) if err != nil { t.Errorf("aead.New(keysetEncryptionHandle) err = %v, want nil", err) } handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } associatedData := []byte{0x01, 0x02} buff := &bytes.Buffer{} err = handle.WriteWithAssociatedData(keyset.NewBinaryWriter(buff), keysetEncryptionAead, associatedData) if err != nil { t.Fatalf("handle.WriteWithAssociatedData() err = %v, want nil", err) } encrypted := buff.Bytes() invalidAssociatedData := []byte{0x01, 0x03} _, err = keyset.ReadWithAssociatedData(keyset.NewBinaryReader(bytes.NewBuffer(encrypted)), keysetEncryptionAead, invalidAssociatedData) if err == nil { t.Errorf("keyset.ReadWithAssociatedData() err = nil, want err") } } func TestWriteAndReadWithContext(t *testing.T) { kekAEADWithContext, err := fakekms.NewAEADWithContext(fakeKeyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(fakeKeyURI) err = %v, want nil", err) } handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } associatedData := []byte{0x01, 0x02} ctx := context.Background() buff := &bytes.Buffer{} err = handle.WriteWithContext(ctx, keyset.NewBinaryWriter(buff), kekAEADWithContext, associatedData) if err != nil { t.Fatalf("handle.WriteWithContext() err = %v, want nil", err) } encrypted := buff.Bytes() handle2, err := keyset.ReadWithContext(ctx, keyset.NewBinaryReader(bytes.NewBuffer(encrypted)), kekAEADWithContext, associatedData) if err != nil { t.Fatalf("keyset.ReadWithContext() err = %v, want nil", err) } if !proto.Equal(testkeyset.KeysetMaterial(handle), testkeyset.KeysetMaterial(handle2)) { t.Errorf("keyset.ReadWithContext() = %v, want %v", handle2, handle) } invalidAssociatedData := []byte{0x01, 0x03} _, err = keyset.ReadWithContext(ctx, keyset.NewBinaryReader(bytes.NewBuffer(encrypted)), kekAEADWithContext, invalidAssociatedData) if err == nil { t.Errorf("keyset.ReadWithContext() err = nil, want err") } // Test that ReadWithAssociatedData is compatible with WriteWithContext kekAEAD, err := fakekms.NewAEAD(fakeKeyURI) if err != nil { t.Fatalf("fakekms.NewAEAD(fakeKeyURI) err = %v, want nil", err) } handle3, err := keyset.ReadWithAssociatedData(keyset.NewBinaryReader(bytes.NewBuffer(encrypted)), kekAEAD, associatedData) if err != nil { t.Fatalf("keyset.ReadWithAssociatedData() err = %v, want nil", err) } if !proto.Equal(testkeyset.KeysetMaterial(handle), testkeyset.KeysetMaterial(handle3)) { t.Errorf("keyset.ReadWithAssociatedData() = %v, want %v", handle3, handle) } } func TestWriteWithContextDoesNotIgnoreContext(t *testing.T) { kekAEADWithContext, err := fakekms.NewAEADWithContext(fakeKeyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(fakeKeyURI) err = %v, want nil", err) } handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } associatedData := []byte{0x01, 0x02} canceledCtx, cancel := context.WithCancelCause(context.Background()) causeErr := errors.New("cause error message") cancel(causeErr) buff := &bytes.Buffer{} err = handle.WriteWithContext(canceledCtx, keyset.NewBinaryWriter(buff), kekAEADWithContext, associatedData) if err == nil { t.Errorf("handle.WriteWithContext() err = nil, want error") } } func TestReadWithContextDoesNotIgnoreContext(t *testing.T) { kekAEADWithContext, err := fakekms.NewAEADWithContext(fakeKeyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(fakeKeyURI) err = %v, want nil", err) } handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } associatedData := []byte{0x01, 0x02} ctx := context.Background() buff := &bytes.Buffer{} err = handle.WriteWithContext(ctx, keyset.NewBinaryWriter(buff), kekAEADWithContext, associatedData) if err != nil { t.Fatalf("handle.WriteWithContext() err = %v, want nil", err) } encrypted := buff.Bytes() canceledCtx, cancel := context.WithCancelCause(ctx) causeErr := errors.New("cause error message") cancel(causeErr) _, err = keyset.ReadWithContext(canceledCtx, keyset.NewBinaryReader(bytes.NewBuffer(encrypted)), kekAEADWithContext, associatedData) if err == nil { t.Errorf("keyset.ReadWithContext() err = nil, want error") } } func TestPrimaryReturnsError(t *testing.T) { testCases := []struct { name string handle *keyset.Handle }{ { name: "zero value handle", handle: &keyset.Handle{}, }, { name: "nil handle", handle: nil, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { _, err := tc.handle.Primary() if err == nil { t.Errorf("handle.Primary() err = nil, want err") } }) } } func TestLenReturnsZero(t *testing.T) { testCases := []struct { name string handle *keyset.Handle }{ { name: "zero value handle", handle: &keyset.Handle{}, }, { name: "nil handle", handle: nil, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { length := tc.handle.Len() if length != 0 { t.Errorf("handle.Len() = %v, want 0", length) } }) } } func TestPublicReturnsError(t *testing.T) { testCases := []struct { name string handle *keyset.Handle }{ { name: "zero value handle", handle: &keyset.Handle{}, }, { name: "nil handle", handle: nil, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { _, err := tc.handle.Public() if err == nil { t.Errorf("handle.Public() err = nil, want err") } }) } } func TestEntryReturnsError(t *testing.T) { testCases := []struct { name string handle *keyset.Handle }{ { name: "zero value handle", handle: &keyset.Handle{}, }, { name: "nil handle", handle: nil, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { _, err := tc.handle.Entry(0) if err == nil { t.Errorf("handle.Entry(0) err = nil, want err") } }) } } func TestPrimitivesReturnsError(t *testing.T) { testCases := []struct { name string handle *keyset.Handle }{ { name: "zero value handle", handle: &keyset.Handle{}, }, { name: "nil handle", handle: nil, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { _, err := keyset.Primitives[any](tc.handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) if err == nil { t.Errorf("keyset.Primitives[any](tc.handle, internalapi.Token{}) err = nil, want err") } }) } } func TestKeysetInfoPanics(t *testing.T) { testCases := []struct { name string handle *keyset.Handle }{ { name: "zero value handle", handle: &keyset.Handle{}, }, { name: "nil handle", handle: nil, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { defer func() { if r := recover(); r == nil { t.Errorf("tc.handle.KeysetInfo() did not panic") } }() _ = tc.handle.KeysetInfo() }) } } func TestStringPanics(t *testing.T) { testCases := []struct { name string handle *keyset.Handle }{ { name: "zero value handle", handle: &keyset.Handle{}, }, { name: "nil handle", handle: nil, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { defer func() { if r := recover(); r == nil { t.Errorf("tc.handle.String() did not panic") } }() _ = tc.handle.String() }) } } func TestWriteReturnsError(t *testing.T) { keysetEncryptionHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Errorf("keyset.NewHandle(aead.AES128GCMKeyTemplate()) err = %v, want nil", err) } keysetEncryptionAEAD, err := aead.New(keysetEncryptionHandle) if err != nil { t.Errorf("aead.New(keysetEncryptionHandle) err = %v, want nil", err) } testCases := []struct { name string handle *keyset.Handle }{ { name: "zero value handle", handle: &keyset.Handle{}, }, { name: "nil handle", handle: nil, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { buff := &bytes.Buffer{} if err := tc.handle.Write(keyset.NewBinaryWriter(buff), keysetEncryptionAEAD); err == nil { t.Error("handle.Write() err = nil, want err") } }) } } func TestWriteWithAssociatedDataReturnsError(t *testing.T) { keysetEncryptionHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Errorf("keyset.NewHandle(aead.AES128GCMKeyTemplate()) err = %v, want nil", err) } keysetEncryptionAEAD, err := aead.New(keysetEncryptionHandle) if err != nil { t.Errorf("aead.New(keysetEncryptionHandle) err = %v, want nil", err) } testCases := []struct { name string handle *keyset.Handle }{ { name: "zero value handle", handle: &keyset.Handle{}, }, { name: "nil handle", handle: nil, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { buff := &bytes.Buffer{} if err := tc.handle.WriteWithAssociatedData(keyset.NewBinaryWriter(buff), keysetEncryptionAEAD, []byte("aad")); err == nil { t.Error("handle.WriteWithAssociatedData() err = nil, want err") } }) } } func TestWriteWithNoSecretsReturnsError(t *testing.T) { testCases := []struct { name string handle *keyset.Handle }{ { name: "zero value handle", handle: &keyset.Handle{}, }, { name: "nil handle", handle: nil, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { buff := &bytes.Buffer{} if err := tc.handle.WriteWithNoSecrets(keyset.NewBinaryWriter(buff)); err == nil { t.Error("handle.WriteWithNoSecrets() err = nil, want err") } }) } } func TestWriteAndReadWithNoSecrets(t *testing.T) { // Create a keyset that contains a public key. privateHandle, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(signature.ECDSAP256KeyTemplate()) err = %v, want nil", err) } handle, err := privateHandle.Public() if err != nil { t.Fatalf("privateHandle.Public() err = %v, want nil", err) } buff := &bytes.Buffer{} err = handle.WriteWithNoSecrets(keyset.NewBinaryWriter(buff)) if err != nil { t.Fatalf("handle.WriteWithAssociatedData(keyset.NewBinaryWriter(buff), masterKey, associatedData) err = %v, want nil", err) } serialized := buff.Bytes() // Using ReadWithNoSecrets. handle2, err := keyset.ReadWithNoSecrets(keyset.NewBinaryReader(bytes.NewBuffer(serialized))) if err != nil { t.Fatalf("keyset.ReadWithNoSecrets() err = %v, want nil", err) } if !proto.Equal(testkeyset.KeysetMaterial(handle), testkeyset.KeysetMaterial(handle2)) { t.Fatalf("keyset.ReadWithNoSecrets() = %v, want %v", handle2, handle) } // Using Read() and then NewHandleWithNoSecrets. reader := keyset.NewBinaryReader(bytes.NewBuffer(serialized)) protoPublicKeyset, err := reader.Read() if err != nil { t.Fatalf("reader.Read() err = %v, want nil", err) } handle3, err := keyset.NewHandleWithNoSecrets(protoPublicKeyset) if err != nil { t.Fatalf("keyset.NewHandleWithNoSecrets() err = %v, want nil", err) } if !proto.Equal(testkeyset.KeysetMaterial(handle), testkeyset.KeysetMaterial(handle3)) { t.Fatalf("keyset.NewHandleWithNoSecrets() = %v, want %v", handle3, handle) } } func TestNewHandleWithNoSecretsReturnsErrorIfInputIsNil(t *testing.T) { if _, err := keyset.NewHandleWithNoSecrets(nil); err == nil { t.Fatal("keyset.NewHandleWithNoSecrets(nil) err = nil, want error") } } func TestWriteWithNoSecretsFailsWithSymmetricSecretKey(t *testing.T) { // Create a keyset that contains a symmetric secret key. handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } buff := &bytes.Buffer{} err = handle.WriteWithNoSecrets(keyset.NewBinaryWriter(buff)) if err == nil { t.Error("handle.WriteWithNoSecrets() = nil, want error") } } func TestReadWithNoSecretsFailsWithSymmetricSecretKey(t *testing.T) { // Create a keyset that contains a symmetric secret key. handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(aead.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } buff := &bytes.Buffer{} err = testkeyset.Write(handle, keyset.NewBinaryWriter(buff)) if err != nil { t.Fatalf("insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)) err = %v, want nil", err) } serialized := buff.Bytes() _, err = keyset.ReadWithNoSecrets(keyset.NewBinaryReader(bytes.NewBuffer(serialized))) if err == nil { t.Error("keyset.ReadWithNoSecrets() = nil, want error") } } func TestWriteWithNoSecretsFailsWithPrivateKey(t *testing.T) { // Create a keyset that contains a private key. handle, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(signature.ECDSAP256KeyTemplate()) err = %v, want nil", err) } buff := &bytes.Buffer{} if err := handle.WriteWithNoSecrets(keyset.NewBinaryWriter(buff)); err == nil { t.Error("handle.WriteWithNoSecrets() = nil, want error") } } func TestReadWithNoSecretsFailsWithPrivateKey(t *testing.T) { // Create a keyset that contains a private key. handle, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(signature.ECDSAP256KeyTemplate()) err = %v, want nil", err) } buff := &bytes.Buffer{} err = testkeyset.Write(handle, keyset.NewBinaryWriter(buff)) if err != nil { t.Fatalf("insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)) err = %v, want nil", err) } serialized := buff.Bytes() _, err = keyset.ReadWithNoSecrets(keyset.NewBinaryReader(bytes.NewBuffer(serialized))) if err == nil { t.Error("keyset.ReadWithNoSecrets() = nil, want error") } } func TestWriteAndReadWithNoSecretsFailsWithUnknownKeyMaterial(t *testing.T) { // Create a keyset that contains unknown key material. keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_UNKNOWN_KEYMATERIAL) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, 1, tinkpb.OutputPrefixType_TINK) ks := testutil.NewKeyset(1, []*tinkpb.Keyset_Key{key}) handle, err := testkeyset.NewHandle(ks) if err != nil { t.Fatal(err) } serialized, err := proto.Marshal(ks) if err != nil { t.Fatal(err) } buff := &bytes.Buffer{} err = handle.WriteWithNoSecrets(keyset.NewBinaryWriter(buff)) if err == nil { t.Error("handle.WriteWithNoSecrets() = nil, want error") } _, err = keyset.ReadWithNoSecrets(keyset.NewBinaryReader(bytes.NewBuffer(serialized))) if err == nil { t.Error("handle.ReadWithNoSecrets() = nil, want error") } } func TestKeysetInfo(t *testing.T) { params, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }) if err != nil { t.Fatalf("NewParameters() err = %v, want nil", err) } hmacKey, err := hmac.NewKey( secretdata.NewBytesFromData([]byte("0123456789012345"), insecuresecretdataaccess.Token{}), params, 1234) if err != nil { t.Errorf("hmac.NewKey() err = %v, want nil", err) } aescmacParams, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantCrunchy, }) if err != nil { t.Fatalf("aescmac.NewParameters() err = %v, want nil", err) } aescmacKey, err := aescmac.NewKey( secretdata.NewBytesFromData([]byte("0123456789012345"), insecuresecretdataaccess.Token{}), aescmacParams, 4567) if err != nil { t.Errorf("aescmac.NewKey() err = nil, want error") } manager := keyset.NewManager() if err != nil { t.Fatalf("keyset.NewManager() err = %v, want nil", err) } id0, err := manager.AddKey(hmacKey) if err != nil { t.Fatalf("manager.Add(kt) err = %v, want nil", err) } err = manager.Disable(id0) if err != nil { t.Fatalf("manager.Disable(id0) err = %v, want nil", err) } id, err := manager.AddKey(aescmacKey) if err != nil { t.Fatalf("manager.Add(kt) err = %v, want nil", err) } if err := manager.SetPrimary(id); err != nil { t.Fatalf("manager.SetPrimary(id) err = %v, want nil", err) } handle, err := manager.Handle() if err != nil { t.Errorf("unexpected error: %s", err) } gotInfo := handle.KeysetInfo() wantInfo := &tinkpb.KeysetInfo{ PrimaryKeyId: 4567, KeyInfo: []*tinkpb.KeysetInfo_KeyInfo{ &tinkpb.KeysetInfo_KeyInfo{ KeyId: 1234, Status: tinkpb.KeyStatusType_DISABLED, TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, &tinkpb.KeysetInfo_KeyInfo{ KeyId: 4567, Status: tinkpb.KeyStatusType_ENABLED, TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", OutputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, }, }, } if diff := cmp.Diff(wantInfo, gotInfo, protocmp.Transform()); diff != "" { t.Errorf("handle.KeysetInfo() returned unexpected diff (-want +got):\n%s", diff) } } // RSA-SSA-PSS keys with salt length is 0 are different in tink-go than in other Tink // implementations. For backwards compatibility, we continue to allow these keys in // tink-go, but we don't want to allow them to be serialized anymore. This test makes sure // that KeysetInfo() works with these special keys. func TestKeysetInfo_withRSAPSSAndSaltLengthZero_works(t *testing.T) { n2048Base64 := "s1EKK81M5kTFtZSuUFnhKy8FS2WNXaWVmi_fGHG4CLw98-Yo0nkuUarVwSS0O9pFPcpc3kvPKOe9Tv-6DLS3Qru21aATy2PRqjqJ4CYn71OYtSwM_ZfSCKvrjXybzgu-sBmobdtYm-sppbdL-GEHXGd8gdQw8DDCZSR6-dPJFAzLZTCdB-Ctwe_RXPF-ewVdfaOGjkZIzDoYDw7n-OHnsYCYozkbTOcWHpjVevipR-IBpGPi1rvKgFnlcG6d_tj0hWRl_6cS7RqhjoiNEtxqoJzpXs_Kg8xbCxXbCchkf11STA8udiCjQWuWI8rcDwl69XMmHJjIQAqhKvOOQ8rYTQ" n2048, err := base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(n2048Base64) if err != nil { t.Fatalf("base64 decoding failed: %v", err) } paramsValues := rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: 65537, SaltLengthBytes: 0, } params, err := rsassapss.NewParameters(paramsValues, rsassapss.VariantTink) if err != nil { t.Fatalf("NewParameters(%v, %v) = %v, want nil", paramsValues, rsassapss.VariantTink, err) } publicKey, err := rsassapss.NewPublicKey(n2048, 1234, params) if err != nil { t.Fatalf("rsassapss.NewPublicKey() err = %v, want nil", err) } km := keyset.NewManager() id, err := km.AddKey(publicKey) if err != nil { t.Fatalf("km.AddKey(publicKey) err = %v, want nil", err) } if err := km.SetPrimary(id); err != nil { t.Fatalf("km.SetPrimary(id) err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } gotInfo := handle.KeysetInfo() wantInfo := &tinkpb.KeysetInfo{ PrimaryKeyId: 1234, KeyInfo: []*tinkpb.KeysetInfo_KeyInfo{ &tinkpb.KeysetInfo_KeyInfo{ KeyId: 1234, Status: tinkpb.KeyStatusType_ENABLED, TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPublicKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, } if diff := cmp.Diff(wantInfo, gotInfo, protocmp.Transform()); diff != "" { t.Errorf("handle.KeysetInfo() returned unexpected diff (-want +got):\n%s", diff) } } func TestPrimitivesWithRegistry(t *testing.T) { template := mac.HMACSHA256Tag128KeyTemplate() template.OutputPrefixType = tinkpb.OutputPrefixType_RAW handle, err := keyset.NewHandle(template) if err != nil { t.Fatalf("keyset.NewHandle(%v) err = %v, want nil", template, err) } handleMAC, err := mac.New(handle) if err != nil { t.Fatalf("mac.New(%v) err = %v, want nil", handle, err) } ks := testkeyset.KeysetMaterial(handle) if len(ks.Key) != 1 { t.Fatalf("len(ks.Key) = %d, want 1", len(ks.Key)) } keyDataPrimitive, err := registry.PrimitiveFromKeyData(ks.Key[0].KeyData) if err != nil { t.Fatalf("registry.PrimitiveFromKeyData(%v) err = %v, want nil", ks.Key[0].KeyData, err) } keyDataMAC, ok := keyDataPrimitive.(tink.MAC) if !ok { t.Fatal("registry.PrimitiveFromKeyData(keyData) is not of type tink.MAC") } plaintext := []byte("plaintext") handleMACTag, err := handleMAC.ComputeMAC(plaintext) if err != nil { t.Fatalf("handleMAC.ComputeMAC(%v) err = %v, want nil", plaintext, err) } if err = keyDataMAC.VerifyMAC(handleMACTag, plaintext); err != nil { t.Errorf("keyDataMAC.VerifyMAC(%v, %v) err = %v, want nil", handleMACTag, plaintext, err) } keyDataMACTag, err := keyDataMAC.ComputeMAC(plaintext) if err != nil { t.Fatalf("keyDataMAC.ComputeMAC(%v) err = %v, want nil", plaintext, err) } if err = handleMAC.VerifyMAC(keyDataMACTag, plaintext); err != nil { t.Errorf("handleMAC.VerifyMAC(%v, %v) err = %v, want nil", keyDataMACTag, plaintext, err) } } type stubPrimitive struct { isFull bool } func TestPrimitives(t *testing.T) { handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(%v) = %v, want nil", mac.HMACSHA256Tag128KeyTemplate(), err) } primitives, err := keyset.Primitives[tink.MAC](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) if err != nil { t.Fatalf("keyset.Primitives[tink.MAC](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) err = %v, want nil", err) } if len(primitives.EntriesInKeysetOrder) != 1 { t.Fatalf("len(handle.Primitives(internalapi.Token{})) = %d, want 1", len(primitives.EntriesInKeysetOrder)) } if primitives.Primary.FullPrimitive == nil { t.Fatalf("handle.Primitives(internalapi.Token{}).Primary.FullPrimitive = nil, want non-nil") } if _, ok := primitives.Primary.FullPrimitive.(tink.MAC); !ok { t.Fatalf("handle.Primitives(internalapi.Token{}).Primary.Primitive = %T, want %T", primitives.Primary.FullPrimitive, (tink.MAC)(nil)) } } func TestPrimitivesWithConfig(t *testing.T) { cb := config.NewBuilder() if err := cb.RegisterPrimitiveConstructor(reflect.TypeFor[*aesgcm.Key](), func(key key.Key) (any, error) { return &stubPrimitive{true}, nil }, internalapi.Token{}); err != nil { t.Fatalf("cb.RegisterPrimitiveConstructor() err = %v, want nil", err) } if err := cb.RegisterPrimitiveConstructor(reflect.TypeFor[*hmac.Key](), func(key key.Key) (any, error) { return legacyprimitive.New(&stubPrimitive{false}), nil }, internalapi.Token{}); err != nil { t.Fatalf("cb.RegisterPrimitiveConstructor() err = %v, want nil", err) } c := cb.Build() for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate wantFull bool }{ { name: "legacy primitive", keyTemplate: mac.HMACSHA256Tag128KeyTemplate(), wantFull: false, }, { name: "full primitive", keyTemplate: aead.AES256GCMKeyTemplate(), wantFull: true, }, } { t.Run(tc.name, func(t *testing.T) { handle, err := keyset.NewHandle(tc.keyTemplate) if err != nil { t.Fatalf("keyset.NewHandle(%v) = %v, want nil", tc.keyTemplate, err) } primitives, err := keyset.Primitives[*stubPrimitive](handle, &c, internalapi.Token{}) if err != nil { t.Fatalf("keyset.Primitives[*stubPrimitive](handle, &c, internalapi.Token{})) err = %v, want nil", err) } if len(primitives.EntriesInKeysetOrder) != 1 { t.Fatalf("len(keyset.Primitives[*stubPrimitive](handle, &c, internalapi.Token{})) = %d, want 1", len(primitives.EntriesInKeysetOrder)) } var p *stubPrimitive if tc.wantFull { p = primitives.Primary.FullPrimitive } else { p = primitives.Primary.Primitive } if p == nil { t.Fatalf("keyset.Primitives[*stubPrimitive](handle, &c, internalapi.Token{})) = nil, want instance of `*stubPrimitive`") } if p.isFull != tc.wantFull { t.Errorf("keyset.Primitives[*stubPrimitive](handle, &c, internalapi.Token{}).Primary.FullPrimitive.isFull = %v, want %v", p.isFull, tc.wantFull) } }) } } func TestLenWithOneKey(t *testing.T) { template := mac.HMACSHA256Tag128KeyTemplate() handle, err := keyset.NewHandle(template) if err != nil { t.Fatalf("keyset.NewHandle(%v) err = %v, want nil", template, err) } if handle.Len() != 1 { t.Errorf("handle.Len() = %d, want 1", handle.Len()) } } func TestLenWithMultipleKeys(t *testing.T) { ks := &tinkpb.Keyset{ Key: []*tinkpb.Keyset_Key{ testutil.NewDummyKey(1, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(2, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(3, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(4, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), }, PrimaryKeyId: 1, } handle, err := testkeyset.NewHandle(ks) if err != nil { t.Fatalf("testkeyset.NewHandle(%v) err = %v, want nil", ks, err) } if handle.Len() != len(ks.Key) { t.Errorf("handle.Len() = %d, want %d", handle.Len(), len(ks.Key)) } } func TestEntryReturnsCorrectKey(t *testing.T) { ks := &tinkpb.Keyset{ Key: []*tinkpb.Keyset_Key{ testutil.NewDummyKey(0, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(1, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(2, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(3, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(4, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), }, PrimaryKeyId: 2, } handle, err := testkeyset.NewHandle(ks) if err != nil { t.Fatalf("testkeyset.NewHandle(%v) err = %v, want nil", ks, err) } for i := 0; i < handle.Len(); i++ { entry, err := handle.Entry(i) if err != nil { t.Errorf("handle.Entry(%d) err = %v, want nil", i, err) } if int(entry.KeyID()) != i { t.Errorf("entry.KeyID() = %v, want %v", entry.KeyID(), i) } if wantIsPrimary := i == 2; entry.IsPrimary() != wantIsPrimary { t.Errorf("entry.IsPrimary() = %v, want %v", entry.IsPrimary(), wantIsPrimary) } if entry.KeyStatus() != keyset.Enabled { t.Errorf("entry.KeyStatus() = %v, want Enabled", entry.KeyStatus()) } } } func TestEntryFailsIfIndexOutOfRange(t *testing.T) { ks := &tinkpb.Keyset{ Key: []*tinkpb.Keyset_Key{ testutil.NewDummyKey(1, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(2, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(3, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(4, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), }, PrimaryKeyId: 1, } handle, err := testkeyset.NewHandle(ks) if err != nil { t.Fatalf("testkeyset.NewHandle(%v) err = %v, want nil", ks, err) } _, err = handle.Entry(-1) if err == nil { t.Error("handle.Entry(-1) err = nil, want error") } _, err = handle.Entry(handle.Len()) if err == nil { t.Errorf("handle.Entry(%d) err = nil, want error", handle.Len()) } } func TestPrimaryReturnsPrimaryKey(t *testing.T) { primaryKey := testutil.NewDummyKey(2, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK) ks := &tinkpb.Keyset{ Key: []*tinkpb.Keyset_Key{ testutil.NewDummyKey(1, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), primaryKey, testutil.NewDummyKey(3, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), }, PrimaryKeyId: 2, } handle, err := testkeyset.NewHandle(ks) if err != nil { t.Fatalf("testkeyset.NewHandle(%v) err = %v, want nil", ks, err) } primaryEntry, err := handle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } if primaryEntry.KeyID() != 2 { t.Errorf("primaryEntry.KeyID() = %v, want 2", primaryEntry.KeyID()) } if primaryEntry.KeyStatus() != keyset.Enabled { t.Errorf("primaryEntry.KeyStatus() = %v, want Enabled", primaryEntry.KeyStatus()) } primaryProtoKey, ok := primaryEntry.Key().(*protoserialization.FallbackProtoKey) if !ok { t.Fatalf("type mismatch: got %T, want *protoserialization.FallbackProtoKey", primaryEntry.Key()) } primaryKeySerialization := protoserialization.GetKeySerialization(primaryProtoKey) wantKeySerialization, err := protoserialization.NewKeySerialization(primaryKey.GetKeyData(), primaryKey.GetOutputPrefixType(), primaryKey.GetKeyId()) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v) err = %v, want nil", primaryKey, err) } if !primaryKeySerialization.Equal(wantKeySerialization) { t.Errorf("primaryKeySerialization = %v, want %v", primaryKeySerialization, wantKeySerialization) } // Check that is the same as Entry(1). entry, err := handle.Entry(1) if err != nil { t.Fatalf("handle.Entry(1) err = %v, want nil", err) } entryProtoKey, ok := entry.Key().(*protoserialization.FallbackProtoKey) if !ok { t.Fatalf("type mismatch: got %T, want *protoserialization.FallbackProtoKey", entry.Key()) } entryKeySerialization := protoserialization.GetKeySerialization(entryProtoKey) if !entryKeySerialization.Equal(wantKeySerialization) { t.Errorf("entryKeySerialization = %v, want %v", entryKeySerialization, wantKeySerialization) } } func TestPrimaryIsThreadSafe(t *testing.T) { template := signature.ECDSAP256KeyTemplate() manager := keyset.NewManager() // Add 10 keys. Last one is the primary. for i := 0; i < 10; i++ { keyID, err := manager.Add(template) if err != nil { t.Fatalf("manager.Add(template) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } for i := 0; i < 50; i++ { t.Run(fmt.Sprintf("entry %d", i), func(t *testing.T) { t.Parallel() _, err := handle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } }) } } func TestEntryIsThreadSafe(t *testing.T) { template := signature.ECDSAP256KeyTemplate() manager := keyset.NewManager() // Add 10 keys. Last one is the primary. for i := 0; i < 10; i++ { keyID, err := manager.Add(template) if err != nil { t.Fatalf("manager.Add(template) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } for i := 0; i < 50; i++ { t.Run(fmt.Sprintf("entry %d", i), func(t *testing.T) { t.Parallel() _, err := handle.Entry(0) // Index doesn't matter. if err != nil { t.Fatalf("handle.Entry() err = %v, want nil", err) } }) } } func TestKeysetInfoIsThreadSafe(t *testing.T) { template := signature.ECDSAP256KeyTemplate() manager := keyset.NewManager() // Add 10 keys. Last one is the primary. for i := 0; i < 10; i++ { keyID, err := manager.Add(template) if err != nil { t.Fatalf("manager.Add(template) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } for i := 0; i < 50; i++ { t.Run(fmt.Sprintf("entry %d", i), func(t *testing.T) { t.Parallel() if handle.KeysetInfo() == nil { t.Fatalf("handle.KeysetInfo() == nul, want non-nil") } }) } } func TestPrimitivesIsThreadSafe(t *testing.T) { template := signature.ECDSAP256KeyTemplate() manager := keyset.NewManager() // Add 10 keys. Last one is the primary. for i := 0; i < 10; i++ { keyID, err := manager.Add(template) if err != nil { t.Fatalf("manager.Add(template) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } for i := 0; i < 50; i++ { t.Run(fmt.Sprintf("entry %d", i), func(t *testing.T) { t.Parallel() _, err := keyset.Primitives[tink.Signer](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) if err != nil { t.Fatalf("keyset.Primitives[tink.Signer](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) err = %v, want nil", err) } }) } } func TestPublicKeysetHasPrimaryKey(t *testing.T) { template := signature.ECDSAP256KeyTemplate() manager := keyset.NewManager() // Add 10 keys. Last one is the primary. for i := 0; i < 10; i++ { keyID, err := manager.Add(template) if err != nil { t.Fatalf("manager.Add(template) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } if _, err := publicHandle.Primary(); err != nil { t.Errorf("publicHandle.Primary() err = %v, want nil", err) } } func TestPublicIsThreadSafe(t *testing.T) { template := signature.ECDSAP256KeyTemplate() manager := keyset.NewManager() // Add 10 keys. Last one is the primary. for i := 0; i < 10; i++ { keyID, err := manager.Add(template) if err != nil { t.Fatalf("manager.Add(template) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } for i := 0; i < 50; i++ { t.Run(fmt.Sprintf("entry %d", i), func(t *testing.T) { t.Parallel() _, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } }) } } func TestWriteIsThreadSafe(t *testing.T) { template := signature.ECDSAP256KeyTemplate() manager := keyset.NewManager() // Add 10 keys. Last one is the primary. for i := 0; i < 10; i++ { keyID, err := manager.Add(template) if err != nil { t.Fatalf("manager.Add(template) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } keysetEncryptionHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Errorf("keyset.NewHandle(aead.AES128GCMKeyTemplate()) err = %v, want nil", err) } for i := 0; i < 50; i++ { t.Run(fmt.Sprintf("entry %d", i), func(t *testing.T) { t.Parallel() keysetEncryptionAead, err := aead.New(keysetEncryptionHandle) if err != nil { t.Errorf("aead.New(keysetEncryptionHandle) err = %v, want nil", err) } buff := &bytes.Buffer{} err = handle.Write(keyset.NewBinaryWriter(buff), keysetEncryptionAead) if err != nil { t.Fatalf("handle.Write() err = %v, want nil", err) } }) } } func TestWriteWithAssociatedDataIsThreadSafe(t *testing.T) { template := signature.ECDSAP256KeyTemplate() manager := keyset.NewManager() // Add 10 keys. Last one is the primary. for i := 0; i < 10; i++ { keyID, err := manager.Add(template) if err != nil { t.Fatalf("manager.Add(template) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } keysetEncryptionHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Errorf("keyset.NewHandle(aead.AES128GCMKeyTemplate()) err = %v, want nil", err) } associatedData := []byte{0x01, 0x02} for i := 0; i < 50; i++ { t.Run(fmt.Sprintf("entry %d", i), func(t *testing.T) { t.Parallel() buff := &bytes.Buffer{} keysetEncryptionAead, err := aead.New(keysetEncryptionHandle) if err != nil { t.Errorf("aead.New(keysetEncryptionHandle) err = %v, want nil", err) } if err := handle.WriteWithAssociatedData(keyset.NewBinaryWriter(buff), keysetEncryptionAead, associatedData); err != nil { t.Fatalf("handle.WriteWithAssociatedData(keyset.NewBinaryWriter(buff), keysetEncryptionAead, associatedData) err = %v, want nil", err) } }) } } func TestWriteWithNoSecretsIsThreadSafe(t *testing.T) { template := signature.ECDSAP256KeyTemplate() manager := keyset.NewManager() // Add 10 keys. Last one is the primary. for i := 0; i < 10; i++ { keyID, err := manager.Add(template) if err != nil { t.Fatalf("manager.Add(template) err = %v, want nil", err) } if err = manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("manager.Public() err = %v, want nil", err) } for i := 0; i < 50; i++ { t.Run(fmt.Sprintf("entry %d", i), func(t *testing.T) { t.Parallel() buff := &bytes.Buffer{} if err := publicHandle.WriteWithNoSecrets(keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("publicHandle.WriteWithNoSecrets(keyset.NewBinaryWriter(buff)) err = %v, want nil", err) } }) } } func TestKeyExportMonitoring(t *testing.T) { defer internalregistry.ClearMonitoringClient() fakeClient := fakemonitoring.NewClient("fake_client") if err := internalregistry.RegisterMonitoringClient(fakeClient); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } km := keyset.NewManager() keyID1, err := km.Add(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("km.Add(template) err = %v, want nil", err) } keyID2, err := km.Add(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("km.Add(template) err = %v, want nil", err) } if err = km.SetPrimary(keyID1); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", keyID1, err) } if err := km.SetAnnotations(map[string]string{"foo": "bar"}); err != nil { t.Fatalf("km.SetAnnotations() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } // Export all keys. if got, want := len(fakeClient.Events()), 0; got != want { t.Errorf("len(fakeClient.Events()) = %d, want %d", got, want) } if got, want := len(fakeClient.Failures()), 0; got != want { t.Errorf("len(fakeClient.Failures()) = %d, want %d", got, want) } if got, want := len(fakeClient.KeyExportsLogs()), 0; got != want { t.Errorf("len(fakeClient.KeyExportsLogs()) = %d, want %d", got, want) } for i := 0; i < handle.Len(); i++ { entry, err := handle.Entry(i) if err != nil { t.Fatalf("handle.Entry(%d) err = %v, want nil", i, err) } _ = entry.Key() if got, want := len(fakeClient.KeyExportsLogs()), i+1; got != want { t.Errorf("len(fakeClient.KeyExportsLogs()) = %d, want %d", got, want) } } info, err := monitoringutil.MonitoringKeysetInfoFromKeysetInfo(handle.KeysetInfo(), map[string]string{"foo": "bar"}) if err != nil { t.Fatalf("monitoringutil.MonitoringKeysetInfoFromKeysetInfo() err = %v, want nil", err) } want := []*fakemonitoring.LogKeyExport{ &fakemonitoring.LogKeyExport{ KeyID: keyID1, Context: &monitoring.Context{ Primitive: "keyset_handle", APIFunction: "get_key", KeysetInfo: info, }, }, &fakemonitoring.LogKeyExport{ KeyID: keyID2, Context: &monitoring.Context{ Primitive: "keyset_handle", APIFunction: "get_key", KeysetInfo: info, }, }, } if diff := cmp.Diff(want, fakeClient.KeyExportsLogs(), protocmp.Transform()); diff != "" { t.Errorf("fakeClient.KeyExportsLogs() returned unexpected diff (-want +got):\n%s", diff) } } func TestKeyExportMonitoring_keysetMaterial(t *testing.T) { defer internalregistry.ClearMonitoringClient() fakeClient := fakemonitoring.NewClient("fake_client") if err := internalregistry.RegisterMonitoringClient(fakeClient); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } km := keyset.NewManager() keyID1, err := km.Add(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("km.Add(template) err = %v, want nil", err) } keyID2, err := km.Add(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("km.Add(template) err = %v, want nil", err) } if err = km.SetPrimary(keyID1); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", keyID1, err) } if err := km.SetAnnotations(map[string]string{"foo": "bar"}); err != nil { t.Fatalf("km.SetAnnotations() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } if got, want := len(fakeClient.Events()), 0; got != want { t.Errorf("len(fakeClient.Events()) = %d, want %d", got, want) } if got, want := len(fakeClient.Failures()), 0; got != want { t.Errorf("len(fakeClient.Failures()) = %d, want %d", got, want) } if got, want := len(fakeClient.KeyExportsLogs()), 0; got != want { t.Errorf("len(fakeClient.KeyExportsLogs()) = %d, want %d", got, want) } // Export all keys. _ = internal.KeysetMaterial.(func(h *keyset.Handle) *tinkpb.Keyset)(handle) info, err := monitoringutil.MonitoringKeysetInfoFromKeysetInfo(handle.KeysetInfo(), map[string]string{"foo": "bar"}) if err != nil { t.Fatalf("monitoringutil.MonitoringKeysetInfoFromKeysetInfo() err = %v, want nil", err) } want := []*fakemonitoring.LogKeyExport{ &fakemonitoring.LogKeyExport{ KeyID: keyID1, Context: &monitoring.Context{ Primitive: "keyset_handle", APIFunction: "get_key", KeysetInfo: info, }, }, &fakemonitoring.LogKeyExport{ KeyID: keyID2, Context: &monitoring.Context{ Primitive: "keyset_handle", APIFunction: "get_key", KeysetInfo: info, }, }, } if diff := cmp.Diff(want, fakeClient.KeyExportsLogs(), protocmp.Transform()); diff != "" { t.Errorf("fakeClient.KeyExportsLogs() returned unexpected diff (-want +got):\n%s", diff) } } // Not monitored if no annotations are set. func TestKeyExportNotMonitored(t *testing.T) { defer internalregistry.ClearMonitoringClient() fakeClient := fakemonitoring.NewClient("fake_client") if err := internalregistry.RegisterMonitoringClient(fakeClient); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } km := keyset.NewManager() keyID1, err := km.Add(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("km.Add(template) err = %v, want nil", err) } if _, err = km.Add(signature.ECDSAP256KeyTemplate()); err != nil { t.Fatalf("km.Add(template) err = %v, want nil", err) } if err = km.SetPrimary(keyID1); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", keyID1, err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } // Export all keys. if got, want := len(fakeClient.KeyExportsLogs()), 0; got != want { t.Errorf("len(fakeClient.KeyExportsLogs()) = %d, want %d", got, want) } for i := 0; i < handle.Len(); i++ { entry, err := handle.Entry(i) if err != nil { t.Fatalf("handle.Entry(%d) err = %v, want nil", i, err) } _ = entry.Key() if got, want := len(fakeClient.KeyExportsLogs()), 0; got != want { t.Errorf("len(fakeClient.KeyExportsLogs()) = %d, want %d", got, want) } } if fakeClient.KeyExportsLogs() != nil { t.Errorf("fakeClient.KeyExportsLogs() = %v, want nil", fakeClient.KeyExportsLogs()) } } func TestPublicAndPrimitivesGenerateNoKeyExport(t *testing.T) { defer internalregistry.ClearMonitoringClient() fakeClient := fakemonitoring.NewClient("fake_client") if err := internalregistry.RegisterMonitoringClient(fakeClient); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } km := keyset.NewManager() keyID1, err := km.Add(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("km.Add(template) err = %v, want nil", err) } _, err = km.Add(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("km.Add(template) err = %v, want nil", err) } if err = km.SetPrimary(keyID1); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", keyID1, err) } if err := km.SetAnnotations(map[string]string{"foo": "bar"}); err != nil { t.Fatalf("km.SetAnnotations() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } if fakeClient.KeyExportsLogs() != nil { t.Errorf("fakeClient.KeyExportsLogs() = %v, want nil", fakeClient.KeyExportsLogs()) } // Getting primitives should not trigger key export monitoring. if _, err = keyset.Primitives[tink.Signer](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}); err != nil { t.Fatalf("keyset.Primitives[tink.Signer](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) err = %v, want nil", err) } if fakeClient.KeyExportsLogs() != nil { t.Errorf("fakeClient.KeyExportsLogs() = %v, want nil", fakeClient.KeyExportsLogs()) } if _, err = keyset.Primitives[tink.Verifier](publicHandle, ®istryconfig.RegistryConfig{}, internalapi.Token{}); err != nil { t.Fatalf("keyset.Primitives[tink.Verifier](publicHandle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) err = %v, want nil", err) } if fakeClient.KeyExportsLogs() != nil { t.Errorf("fakeClient.KeyExportsLogs() = %v, want nil", fakeClient.KeyExportsLogs()) } } func TestWriteGeneratesNoKeyExport(t *testing.T) { defer internalregistry.ClearMonitoringClient() fakeClient := fakemonitoring.NewClient("fake_client") if err := internalregistry.RegisterMonitoringClient(fakeClient); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } km := keyset.NewManager() keyID1, err := km.Add(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("km.Add(template) err = %v, want nil", err) } if _, err = km.Add(signature.ECDSAP256KeyTemplate()); err != nil { t.Fatalf("km.Add(template) err = %v, want nil", err) } if err = km.SetPrimary(keyID1); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", keyID1, err) } if err := km.SetAnnotations(map[string]string{"foo": "bar"}); err != nil { t.Fatalf("km.SetAnnotations() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } if fakeClient.KeyExportsLogs() != nil { t.Errorf("fakeClient.KeyExportsLogs() = %v, want nil", fakeClient.KeyExportsLogs()) } keysetEncryptionAEAD, err := fakekms.NewAEAD(fakeKeyURI) if err != nil { t.Fatalf("fakekms.NewAEAD(fakeKeyURI) err = %v, want nil", err) } buf1 := &bytes.Buffer{} if err := handle.Write(keyset.NewBinaryWriter(buf1), keysetEncryptionAEAD); err != nil { t.Fatalf("handle.Write() err = %v, want nil", err) } buf2 := &bytes.Buffer{} if err := handle.WriteWithAssociatedData(keyset.NewBinaryWriter(buf2), keysetEncryptionAEAD, []byte("AssociatedData")); err != nil { t.Fatalf("handle.WriteWithAssociatedData() err = %v, want nil", err) } keysetEncryptionAEADWithContext, err := fakekms.NewAEADWithContext(fakeKeyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(fakeKeyURI) err = %v, want nil", err) } buf3 := &bytes.Buffer{} if err := handle.WriteWithContext(context.Background(), keyset.NewBinaryWriter(buf3), keysetEncryptionAEADWithContext, []byte("AssociatedData")); err != nil { t.Fatalf("handle.WriteWithContext() err = %v, want nil", err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } buf4 := &bytes.Buffer{} if err := publicHandle.WriteWithNoSecrets(keyset.NewBinaryWriter(buf4)); err != nil { t.Fatalf("publicHandle.WriteWithNoSecrets() err = %v, want nil", err) } if fakeClient.KeyExportsLogs() != nil { t.Errorf("fakeClient.KeyExportsLogs() = %v, want nil", fakeClient.KeyExportsLogs()) } } ================================================ FILE: keyset/json_io.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset import ( "io" "google.golang.org/protobuf/encoding/protojson" "google.golang.org/protobuf/proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // JSONReader deserializes a keyset from json format. type JSONReader struct { r io.Reader j *protojson.UnmarshalOptions } // NewJSONReader returns new JSONReader that will read from r. func NewJSONReader(r io.Reader) *JSONReader { return &JSONReader{ r: r, j: &protojson.UnmarshalOptions{}, } } // Read parses a (cleartext) keyset from the underlying io.Reader. func (bkr *JSONReader) Read() (*tinkpb.Keyset, error) { keyset := &tinkpb.Keyset{} if err := bkr.readJSON(bkr.r, keyset); err != nil { return nil, err } return keyset, nil } // ReadEncrypted parses an EncryptedKeyset from the underlying io.Reader. func (bkr *JSONReader) ReadEncrypted() (*tinkpb.EncryptedKeyset, error) { keyset := &tinkpb.EncryptedKeyset{} if err := bkr.readJSON(bkr.r, keyset); err != nil { return nil, err } return keyset, nil } func (bkr *JSONReader) readJSON(r io.Reader, msg proto.Message) error { b, err := io.ReadAll(r) if err != nil { return err } return bkr.j.Unmarshal(b, msg) } // JSONWriter serializes a keyset into json format. type JSONWriter struct { w io.Writer j *protojson.MarshalOptions } // NewJSONWriter returns a new JSONWriter that will write to w. func NewJSONWriter(w io.Writer) *JSONWriter { return &JSONWriter{ w: w, j: &protojson.MarshalOptions{ EmitUnpopulated: true, Indent: "", }, } } // Write writes the keyset to the underlying io.Writer. func (bkw *JSONWriter) Write(keyset *tinkpb.Keyset) error { return bkw.writeJSON(bkw.w, keyset) } // WriteEncrypted writes the encrypted keyset to the underlying io.Writer. func (bkw *JSONWriter) WriteEncrypted(keyset *tinkpb.EncryptedKeyset) error { return bkw.writeJSON(bkw.w, keyset) } func (bkw *JSONWriter) writeJSON(w io.Writer, msg proto.Message) error { b, err := bkw.j.Marshal(msg) if err != nil { return err } _, err = w.Write(b) return err } ================================================ FILE: keyset/json_io_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset_test import ( "bytes" "encoding/base64" "fmt" "strings" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestJSONIOUnencrypted(t *testing.T) { buf := new(bytes.Buffer) w := keyset.NewJSONWriter(buf) r := keyset.NewJSONReader(buf) manager := testutil.NewHMACKeysetManager() h, err := manager.Handle() if h == nil || err != nil { t.Fatalf("cannot get keyset handle: %v", err) } ks1 := testkeyset.KeysetMaterial(h) if err := w.Write(ks1); err != nil { t.Fatalf("cannot write keyset: %v", err) } ks2, err := r.Read() if err != nil { t.Fatalf("cannot read keyset: %v", err) } if !proto.Equal(ks1, ks2) { t.Errorf("written keyset (%s) doesn't match read keyset (%s)", ks1, ks2) } } func TestJSONReader(t *testing.T) { gcmkey := []byte(testutil.NewAESGCMKey(0, 16).String()) eaxkey := []byte(testutil.NewHMACKey(commonpb.HashType_SHA512, 32).String()) jsonKeyset := fmt.Sprintf(`{ "primaryKeyId":42, "key":[ { "keyData":{ "typeUrl":"type.googleapis.com/google.crypto.tink.AesGcmKey", "keyMaterialType":"SYMMETRIC", "value": %q }, "outputPrefixType":"TINK", "keyId":42, "status":"ENABLED" }, { "keyData":{ "typeUrl":"type.googleapis.com/google.crypto.tink.AesEaxKey", "keyMaterialType":"SYMMETRIC", "value": %q }, "outputPrefixType":"RAW", "keyId":711, "status":"ENABLED" } ] }`, base64.StdEncoding.EncodeToString([]byte(gcmkey)), base64.StdEncoding.EncodeToString([]byte(eaxkey))) r := keyset.NewJSONReader(bytes.NewBufferString(jsonKeyset)) got, err := r.Read() if err != nil { t.Fatalf("cannot read keyset: %v", err) } want := &tinkpb.Keyset{ PrimaryKeyId: 42, Key: []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", KeyMaterialType: tinkpb.KeyData_SYMMETRIC, Value: gcmkey, }, OutputPrefixType: tinkpb.OutputPrefixType_TINK, KeyId: 42, Status: tinkpb.KeyStatusType_ENABLED, }, { KeyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesEaxKey", KeyMaterialType: tinkpb.KeyData_SYMMETRIC, Value: eaxkey, }, OutputPrefixType: tinkpb.OutputPrefixType_RAW, KeyId: 711, Status: tinkpb.KeyStatusType_ENABLED, }, }, } if !proto.Equal(got, want) { t.Errorf("written keyset %q doesn't match expected keyset %q", got, want) } } func TestJSONReaderLargeIds(t *testing.T) { gcmkey := []byte(testutil.NewAESGCMKey(0, 16).String()) jsonKeyset := fmt.Sprintf(`{ "primaryKeyId":4294967275, "key":[ { "keyData":{ "typeUrl":"type.googleapis.com/google.crypto.tink.AesGcmKey", "keyMaterialType":"SYMMETRIC", "value": %q }, "outputPrefixType":"TINK", "keyId":4294967275, "status":"ENABLED" } ] }`, base64.StdEncoding.EncodeToString([]byte(gcmkey))) r := keyset.NewJSONReader(bytes.NewBufferString(jsonKeyset)) got, err := r.Read() if err != nil { t.Fatalf("cannot read keyset: %v", err) } want := &tinkpb.Keyset{ PrimaryKeyId: 4294967275, Key: []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmKey", KeyMaterialType: tinkpb.KeyData_SYMMETRIC, Value: gcmkey, }, OutputPrefixType: tinkpb.OutputPrefixType_TINK, KeyId: 4294967275, Status: tinkpb.KeyStatusType_ENABLED, }, }, } if !proto.Equal(got, want) { t.Errorf("written keyset %q doesn't match expected keyset %q", got, want) } } func TestJSONReaderRejectsNegativeKeyIds(t *testing.T) { gcmkey := []byte(testutil.NewAESGCMKey(0, 16).String()) jsonKeyset := fmt.Sprintf(`{ "primaryKeyId": -10, "key":[ { "keyData":{ "typeUrl":"type.googleapis.com/google.crypto.tink.AesGcmKey", "keyMaterialType":"SYMMETRIC", "value": %q }, "outputPrefixType":"TINK", "keyId": -10, "status":"ENABLED" } ] }`, base64.StdEncoding.EncodeToString(gcmkey)) r := keyset.NewJSONReader(bytes.NewBufferString(jsonKeyset)) _, err := r.Read() if err == nil { t.Fatalf("Expected failure due to negative key id") } } func TestJSONReaderRejectsKeyIdLargerThanUint32(t *testing.T) { // 4294967296 = 2^32, which is too large for uint32. gcmkey := []byte(testutil.NewAESGCMKey(0, 16).String()) jsonKeyset := fmt.Sprintf(`{ "primaryKeyId": 4294967296, "key":[ { "keyData":{ "typeUrl":"type.googleapis.com/google.crypto.tink.AesGcmKey", "keyMaterialType":"SYMMETRIC", "value": %q }, "outputPrefixType":"TINK", "keyId": 4294967296, "status":"ENABLED" } ] }`, base64.StdEncoding.EncodeToString(gcmkey)) r := keyset.NewJSONReader(bytes.NewBufferString(jsonKeyset)) _, err := r.Read() if err == nil { t.Fatalf("Expected failure due to negative key id") } } // Tests that large IDs (>2^31) are written correctly. func TestJSONWriterLargeId(t *testing.T) { eaxkey := []byte(testutil.NewHMACKey(commonpb.HashType_SHA512, 32).String()) ks := tinkpb.Keyset{ PrimaryKeyId: 4294967275, Key: []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesEaxKey", KeyMaterialType: tinkpb.KeyData_SYMMETRIC, Value: eaxkey, }, OutputPrefixType: tinkpb.OutputPrefixType_RAW, KeyId: 4294967275, Status: tinkpb.KeyStatusType_ENABLED, }, }, } buf := new(bytes.Buffer) w := keyset.NewJSONWriter(buf) if err := w.Write(&ks); err != nil { t.Fatalf("cannot write keyset: %v", err) } if !strings.Contains(buf.String(), `"keyId":4294967275`) { t.Errorf("written keyset %q does not contain a key with keyId 4294967275", buf.Bytes()) } if !strings.Contains(buf.String(), "\"primaryKeyId\":4294967275") { t.Errorf("written keyset %q does not contain have primaryKeyId 4294967275", buf.Bytes()) } } func TestJSONIOEncrypted(t *testing.T) { buf := new(bytes.Buffer) w := keyset.NewJSONWriter(buf) r := keyset.NewJSONReader(buf) kse1 := &tinkpb.EncryptedKeyset{EncryptedKeyset: []byte(strings.Repeat("A", 32))} if err := w.WriteEncrypted(kse1); err != nil { t.Fatalf("cannot write encrypted keyset: %v", err) } kse2, err := r.ReadEncrypted() if err != nil { t.Fatalf("cannot read encryped keyset: %v", err) } if !proto.Equal(kse1, kse2) { t.Errorf("written encryped keyset %q doesn't match read encryped keyset %q", kse1, kse2) } } ================================================ FILE: keyset/keyset.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package keyset provides methods to generate, read, write or validate // keysets. package keyset import ( "github.com/tink-crypto/tink-go/v2/internal" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // newKeysetHandleFromProto is used by package insecurecleartextkeyset and package // testkeyset (via package internal) to create a keyset.Handle from cleartext // key material. func newKeysetHandleFromProto(ks *tinkpb.Keyset, opts ...Option) (*Handle, error) { entries, err := keysetToEntries(ks) if err != nil { return nil, err } return newFromEntries(entries, opts...) } // keysetMaterial is used by internal packages to obtain the key material // contained in a [keyset.Handle] as a [tinkpb.Keyset]. // // This is used through [internal.KeysetMaterial] func keysetMaterial(h *Handle) *tinkpb.Keyset { ks, err := entriesToProtoKeyset(h.entries, true) if err != nil { return nil } return ks } func init() { internal.KeysetHandle = newKeysetHandleFromProto internal.KeysetMaterial = keysetMaterial } ================================================ FILE: keyset/keyset_benchmark_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset_test import ( "math/rand" "testing" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // newTestKeysetHandle creates a keyset handle with numKeys keys of the given // key template. The last key is the primary. func newTestKeysetHandle(b *testing.B, kt *tinkpb.KeyTemplate, numKeys int) *keyset.Handle { manager := keyset.NewManager() for i := 0; i < numKeys; i++ { keyID, err := manager.Add(kt) if err != nil { b.Fatalf("%v", err) } if err = manager.SetPrimary(keyID); err != nil { b.Fatalf("%v", err) } } h, err := manager.Handle() if err != nil { b.Fatalf("%v", err) } return h } var benchmarkTestCases = []struct { name string numKeys int }{ { name: "single key", numKeys: 1, }, { name: "medium size keyset", numKeys: 10, }, { name: "large size keyset", numKeys: 100, }, } func BenchmarkNewHandleWithNoSecrets(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() h := newTestKeysetHandle(b, signature.ECDSAP256KeyTemplate(), tc.numKeys) publicHandle, err := h.Public() if err != nil { b.Fatalf("%v", err) } publicKeyset := testkeyset.KeysetMaterial(publicHandle) b.ResetTimer() for i := 0; i < b.N; i++ { if _, err := keyset.NewHandleWithNoSecrets(publicKeyset); err != nil { b.Fatalf("%v", err) } } }) } } func BenchmarkHandlePrimitives(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { h := newTestKeysetHandle(b, aead.AES128GCMKeyTemplate(), tc.numKeys) b.ResetTimer() b.ReportAllocs() for i := 0; i < b.N; i++ { if _, err := keyset.Primitives[tink.AEAD](h, ®istryconfig.RegistryConfig{}, internalapi.Token{}); err != nil { b.Fatalf("%v", err) } } }) } } func BenchmarkHandleEntry(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { h := newTestKeysetHandle(b, aead.AES128GCMKeyTemplate(), tc.numKeys) b.ResetTimer() b.ReportAllocs() for i := 0; i < b.N; i++ { i := rand.Intn(h.Len()) if _, err := h.Entry(i); err != nil { b.Fatalf("%v", err) } } }) } } func BenchmarkHandlePrimary(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { h := newTestKeysetHandle(b, aead.AES128GCMKeyTemplate(), tc.numKeys) b.ResetTimer() b.ReportAllocs() for i := 0; i < b.N; i++ { if _, err := h.Primary(); err != nil { b.Fatalf("%v", err) } } }) } } func BenchmarkHandlePublic(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { h := newTestKeysetHandle(b, signature.ECDSAP256KeyTemplate(), tc.numKeys) b.ResetTimer() b.ReportAllocs() for i := 0; i < b.N; i++ { if _, err := h.Public(); err != nil { b.Fatalf("%v", err) } } }) } } func BenchmarkHandleKeysetInfo(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { h := newTestKeysetHandle(b, aead.AES128GCMKeyTemplate(), tc.numKeys) b.ResetTimer() b.ReportAllocs() for i := 0; i < b.N; i++ { if h.KeysetInfo() == nil { b.Fatalf("KeysetInfo is nil") } } }) } } ================================================ FILE: keyset/keyset_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset_test // [START encrypted-keyset-example] import ( "bytes" "fmt" "log" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/testing/fakekms" ) // The fake KMS should only be used in tests. It is not secure. const keyURI = "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" func Example_encryptedKeyset() { // Get a KEK (key encryption key) AEAD. This is usually a remote AEAD to a KMS. In this example, // we use a fake KMS to avoid making RPCs. client, err := fakekms.NewClient(keyURI) if err != nil { log.Fatal(err) } kekAEAD, err := client.GetAEAD(keyURI) if err != nil { log.Fatal(err) } // Generate a new keyset handle for the primitive we want to use. newHandle, err := keyset.NewHandle(aead.AES256GCMKeyTemplate()) if err != nil { log.Fatal(err) } // Choose some associated data. This is the context in which the keyset will be used. keysetAssociatedData := []byte("keyset encryption example") // Encrypt the keyset with the KEK AEAD and the associated data. buf := new(bytes.Buffer) writer := keyset.NewBinaryWriter(buf) err = newHandle.WriteWithAssociatedData(writer, kekAEAD, keysetAssociatedData) if err != nil { log.Fatal(err) } encryptedKeyset := buf.Bytes() // The encrypted keyset can now be stored. // To use the primitive, we first need to decrypt the keyset. We use the same // KEK AEAD and the same associated data that we used to encrypt it. reader := keyset.NewBinaryReader(bytes.NewReader(encryptedKeyset)) handle, err := keyset.ReadWithAssociatedData(reader, kekAEAD, keysetAssociatedData) if err != nil { log.Fatal(err) } // Get the primitive. primitive, err := aead.New(handle) if err != nil { log.Fatal(err) } // Use the primitive. plaintext := []byte("message") associatedData := []byte("example encryption") ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { log.Fatal(err) } decrypted, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { log.Fatal(err) } fmt.Println(string(decrypted)) // Output: message } // [END encrypted-keyset-example] ================================================ FILE: keyset/manager.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset import ( "errors" "fmt" "maps" "slices" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // entry is an internal representation of an [Entry]. type entry struct { key key.Key // A key ID is the ID requirement of the [key.Key] object, if set, otherwise a // random ID. fixedID uint32 hasFixedID bool status KeyStatus isPrimary bool } func fromKeysetEntries(entries []*Entry) []*entry { ret := make([]*entry, len(entries)) for i, e := range entries { _, isRequired := e.key.IDRequirement() ret[i] = &entry{ key: e.key, fixedID: e.keyID, hasFixedID: isRequired, status: e.status, isPrimary: e.isPrimary, } } return ret } // Manager manages a Keyset-proto, with convenience methods that rotate, disable, enable or destroy keys. // Note: It is not thread-safe. type Manager struct { entries []*entry unavailableKeyIDs map[uint32]bool // set of key IDs that are not available for new keys annotations map[string]string } // NewManager creates a new instance with an empty Keyset. func NewManager() *Manager { ret := new(Manager) ret.entries = make([]*entry, 0) ret.unavailableKeyIDs = make(map[uint32]bool) return ret } // NewManagerFromHandle creates a new instance from the given Handle. func NewManagerFromHandle(kh *Handle) *Manager { ret := new(Manager) ret.entries = fromKeysetEntries(kh.entries) ret.unavailableKeyIDs = make(map[uint32]bool) for _, e := range ret.entries { ret.unavailableKeyIDs[e.fixedID] = true } return ret } // Add generates and adds a fresh key using the given key template. // the key is enabled on creation, but not set to primary. // It returns the ID of the new key func (km *Manager) Add(kt *tinkpb.KeyTemplate) (uint32, error) { if kt == nil { return 0, errors.New("keyset.Manager: key template is nil") } if kt.OutputPrefixType == tinkpb.OutputPrefixType_UNKNOWN_PREFIX { return 0, errors.New("keyset.Manager: unknown output prefix type") } if km.entries == nil { return 0, errors.New("keyset.Manager: cannot add key to nil keyset") } keyData, err := registry.NewKeyData(kt) if err != nil { return 0, fmt.Errorf("keyset.Manager: cannot create KeyData: %s", err) } keyID := km.newRandomKeyID() idRequirement := uint32(0) if kt.GetOutputPrefixType() != tinkpb.OutputPrefixType_RAW { idRequirement = keyID } keySerialization, err := protoserialization.NewKeySerialization(keyData, kt.OutputPrefixType, idRequirement) if err != nil { return 0, fmt.Errorf("keyset.Manager: cannot create KeySerialization: %s", err) } key, err := protoserialization.ParseKey(keySerialization) if err != nil { return 0, fmt.Errorf("keyset.Manager: cannot parse key: %s", err) } km.entries = append(km.entries, &entry{ key: key, isPrimary: false, fixedID: keyID, status: Enabled, }) return keyID, nil } // KeyOpts is an interface for options that can be applied to a key. type KeyOpts interface { apply(*entry) error } type keyOpts func(*entry) error func (o keyOpts) apply(e *entry) error { return o(e) } // WithStatus sets the status of the key. func WithStatus(status KeyStatus) KeyOpts { return keyOpts(func(e *entry) error { e.status = status return nil }) } // WithFixedID sets the ID of the key. // // NOTE: It is preferable to add keys with ID requirements or fixed IDs before // adding keys without ID requirements to reduce the risk of ID collisions. func WithFixedID(id uint32) KeyOpts { return keyOpts(func(e *entry) error { idReq, isRequired := e.key.IDRequirement() if isRequired && idReq != id { return fmt.Errorf("keyset.Manager: key requires ID %d, but WithFixedID was given ID %d", idReq, id) } e.fixedID = id e.hasFixedID = true return nil }) } // AsPrimary sets the key as primary. func AsPrimary() KeyOpts { return keyOpts(func(e *entry) error { e.isPrimary = true return nil }) } // AddKeyWithOpts adds a key to the keyset with the given options. // // Default options are: // - The key is enabled. // - The key ID is random if the key does not require an ID. // // This is an internal API. func (km *Manager) AddKeyWithOpts(key key.Key, _ internalapi.Token, opts ...KeyOpts) (uint32, error) { if key == nil { return 0, fmt.Errorf("keyset.Manager: key is nil") } // By default, use the key's ID requirement if it is set. Otherwise, use a // random ID. idReq, isRequired := key.IDRequirement() e := &entry{ key: key, fixedID: idReq, hasFixedID: isRequired, status: Enabled, // Default status is Enabled. } // Apply options. for _, opt := range opts { if err := opt.apply(e); err != nil { return 0, err } } if e.status == Unknown { return 0, fmt.Errorf("keyset.Manager: unknown key status") } if e.isPrimary { if e.status != Enabled { return 0, fmt.Errorf("keyset.Manager: primary key must be enabled") } // Make all others not primary. for _, otherEntry := range km.entries { otherEntry.isPrimary = false } } var keyID uint32 if e.hasFixedID { // Use the fixed ID if not already in use. if _, found := km.unavailableKeyIDs[e.fixedID]; found { return 0, fmt.Errorf("keyset.Manager: key already has ID %d", e.fixedID) } keyID = e.fixedID km.unavailableKeyIDs[keyID] = true } else { // Use a random ID. keyID = km.newRandomKeyID() } e.fixedID = keyID km.entries = append(km.entries, e) return keyID, nil } // AddKey adds key to the keyset and returns the key ID. The added key is // enabled by default. func (km *Manager) AddKey(key key.Key) (uint32, error) { return km.AddKeyWithOpts(key, internalapi.Token{}) } // AddNewKeyFromParameters generates a new key from parameters, adds the key to // the keyset, and returns the key ID. func (km *Manager) AddNewKeyFromParameters(parameters key.Parameters) (uint32, error) { keyTemplate, err := protoserialization.SerializeParameters(parameters) if err != nil { return 0, fmt.Errorf("keyset.Manager: %v", err) } return km.Add(keyTemplate) } func findEntry(entries []*entry, keyID uint32) (*entry, int, error) { i := slices.IndexFunc(entries, func(e *entry) bool { return e.fixedID == keyID }) if i == -1 { return nil, i, fmt.Errorf("keyset.Manager: key with id %d not found", keyID) } return entries[i], i, nil } // SetPrimary sets the key with given keyID as primary. // Returns an error if the key is not found or not enabled. func (km *Manager) SetPrimary(keyID uint32) error { entry, _, err := findEntry(km.entries, keyID) if err != nil { return err } if entry.status != Enabled { return errors.New("keyset.Manager: cannot set key as primary because it's not enabled") } entry.isPrimary = true // Make all others not primary. for _, otherEntry := range km.entries { if otherEntry.fixedID == entry.fixedID { continue } otherEntry.isPrimary = false } return nil } // Enable will enable the key with given keyID. // Returns an error if the key is not found or is not enabled or disabled already. func (km *Manager) Enable(keyID uint32) error { entry, _, err := findEntry(km.entries, keyID) if err != nil { return err } if entry.status != Disabled && entry.status != Enabled { return fmt.Errorf("keyset.Manager: cannot enable key with id %d with status %s", keyID, entry.status) } entry.status = Enabled return nil } // Disable will disable the key with given keyID. // Returns an error if the key is not found or it is the primary key. func (km *Manager) Disable(keyID uint32) error { entry, _, err := findEntry(km.entries, keyID) if err != nil { return err } if entry.isPrimary { return errors.New("keyset.Manager: cannot disable the primary key") } if entry.status != Enabled && entry.status != Disabled { return fmt.Errorf("keyset.Manager: cannot disable key with id %d with status %s", keyID, entry.status) } entry.status = Disabled return nil } // Delete will delete the key with given keyID, removing the key from the keyset entirely. // Returns an error if the key is not found or it is the primary key. func (km *Manager) Delete(keyID uint32) error { entry, i, err := findEntry(km.entries, keyID) if err != nil { return err } if entry.isPrimary { return errors.New("keyset.Manager: cannot delete the primary key") } km.entries = slices.Delete(km.entries, i, i+1) return nil } // SetAnnotations sets the annotations for the keyset. // // This method makes a copy of the annotations map to prevent the caller from // modifying the annotations. func (km *Manager) SetAnnotations(annotations map[string]string) error { if km == nil { return errors.New("keyset.Manager: key manager is nil") } km.annotations = maps.Clone(annotations) return nil } // Handle creates a new Handle for the managed keyset. func (km *Manager) Handle() (*Handle, error) { entries := make([]*Entry, len(km.entries)) for i, e := range km.entries { entries[i] = newUnmonitoredEntry(e.key, e.isPrimary, e.fixedID, e.status) } return newFromEntries(entries, WithAnnotations(km.annotations)) } // newRandomKeyID generates a key id that has not been used by any key in the keyset. func (km *Manager) newRandomKeyID() uint32 { for { newRandomID := random.GetRandomUint32() if _, found := km.unavailableKeyIDs[newRandomID]; !found { km.unavailableKeyIDs[newRandomID] = true return newRandomID } } } ================================================ FILE: keyset/manager_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset_test import ( "errors" "fmt" "strings" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) var ( ErrParamtersSerialization = errors.New("parameters serialization failed") ) func TestKeysetManagerBasic(t *testing.T) { // Create a keyset that contains a single HmacKey. ksm := keyset.NewManager() kt := mac.HMACSHA256Tag128KeyTemplate() keyID, err := ksm.Add(kt) if err != nil { t.Errorf("cannot add key: %s", err) } err = ksm.SetPrimary(keyID) if err != nil { t.Errorf("cannot set primary key: %s", err) } h, err := ksm.Handle() if err != nil { t.Errorf("cannot get keyset handle: %s", err) } ks := testkeyset.KeysetMaterial(h) if len(ks.Key) != 1 { t.Fatal("expect the number of keys in the keyset is 1") } if ks.Key[0].KeyId != ks.PrimaryKeyId || ks.Key[0].KeyData.TypeUrl != testutil.HMACTypeURL || ks.Key[0].Status != tinkpb.KeyStatusType_ENABLED || ks.Key[0].OutputPrefixType != tinkpb.OutputPrefixType_TINK { t.Errorf("incorrect key information: %s", ks.Key[0]) } } func TestKeysetManagerExistingKeyset(t *testing.T) { // Create a keyset that contains a single HmacKey. ksm1 := keyset.NewManager() kt := mac.HMACSHA256Tag128KeyTemplate() keyID1, err := ksm1.Add(kt) if err != nil { t.Errorf("cannot add key: %s", err) } err = ksm1.SetPrimary(keyID1) if err != nil { t.Errorf("cannot set primary key: %s", err) } h1, err := ksm1.Handle() if err != nil { t.Errorf("cannot get keyset handle: %s", err) } ks1 := testkeyset.KeysetMaterial(h1) ksm2 := keyset.NewManagerFromHandle(h1) keyID2, err := ksm2.Add(kt) if err != nil { t.Errorf("cannot add key: %s", err) } err = ksm2.SetPrimary(keyID2) if err != nil { t.Errorf("cannot set primary key: %s", err) } h2, err := ksm2.Handle() if err != nil { t.Errorf("cannot get keyset handle: %s", err) } ks2 := testkeyset.KeysetMaterial(h2) if len(ks2.Key) != 2 { t.Errorf("expect the number of keys to be 2, got %d", len(ks2.Key)) } if ks1.Key[0].String() != ks2.Key[0].String() { t.Errorf("expect the first key in two keysets to be the same") } if ks2.Key[1].KeyId != ks2.PrimaryKeyId { t.Errorf("expect the second key to be primary") } } func TestKeysetManagerNewManagerFromHandleMakesACopy(t *testing.T) { // Create a keyset that contains a single HmacKey. ksm1 := keyset.NewManager() kt := mac.HMACSHA256Tag128KeyTemplate() keyID1, err := ksm1.Add(kt) if err != nil { t.Errorf("ksm1.Add(kt) err = %q, want nil", err) } err = ksm1.SetPrimary(keyID1) if err != nil { t.Errorf("ksm1.SetPrimary(%v) err = %q, want nil", keyID1, err) } h1, err := ksm1.Handle() if err != nil { t.Errorf("ksm1.Handle() err = %q, want nil", err) } if h1.Len() != 1 { t.Errorf("h1.Len() = %d, want 1", h1.Len()) } ksm2 := keyset.NewManagerFromHandle(h1) keyID2, err := ksm2.Add(kt) if err != nil { t.Errorf("ksm2.Add(kt) err = %q, want nil", err) } err = ksm2.SetPrimary(keyID2) if err != nil { t.Errorf("ksm2.SetPrimary(%v) err = %q, want nil", keyID2, err) } h2, err := ksm2.Handle() if err != nil { t.Errorf("ksm2.Handle() err = %q, want nil", err) } if h2.Len() != 2 { t.Errorf("h2.Len() = %d, want 2", h2.Len()) } // Make sure no changes were made to the original handle. if h1.Len() == h2.Len() { t.Errorf("h1.Len() == h2.Len(), want different") } } func TestKeysetManagerAddSetPrimaryHandle(t *testing.T) { // Test a full keyset manager cycle: Add, SetPrimary, Handle. ksm := keyset.NewManager() keyID, err := ksm.Add(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Errorf("ksm.Add(mac.HMACSHA256Tag128KeyTemplate()) err = %q, want nil", err) } err = ksm.SetPrimary(keyID) if err != nil { t.Errorf("ksm.SetPrimary(%v) err = %q, want nil", keyID, err) } h1, err := ksm.Handle() if err != nil { t.Errorf("ksm.Handle() err = %q, want nil", err) } info := h1.KeysetInfo() if len(info.KeyInfo) != 1 { t.Errorf("len(h1.KeysetInfo()) = %d, want 1", len(info.KeyInfo)) } if info.KeyInfo[0].GetKeyId() != keyID { t.Errorf("info.KeyInfo[0].GetKeyId() = %d, want %d", info.KeyInfo[0].GetKeyId(), keyID) } ks1 := testkeyset.KeysetMaterial(h1) err = keyset.Validate(ks1) if err != nil { t.Errorf("keyset.Validate(ks1) err = %q, want nil", err) } } func TestKeysetManagerAdd(t *testing.T) { ksm1 := keyset.NewManager() kt := mac.HMACSHA256Tag128KeyTemplate() keyID, err := ksm1.Add(kt) if err != nil { t.Errorf("ksm1.Add(kt) err = %q, want nil", err) } err = ksm1.SetPrimary(keyID) if err != nil { t.Errorf("ksm1.SetPrimary(keyID) err = %q, want nil", err) } h, err := ksm1.Handle() if err != nil { t.Errorf("ksm1.Handle() err = %q, want nil", err) } if h.Len() != 1 { t.Errorf("h.Len() = %d, want 1", h.Len()) } entry, err := h.Entry(0) if err != nil { t.Errorf("h.Entry(0) err = %q, want nil", err) } if entry.KeyID() != keyID { t.Errorf("entry.KeyID() = %d, want %d", entry.KeyID(), keyID) } if entry.KeyStatus() != keyset.Enabled { t.Errorf("entry.KeyStatus() = %s, want %s", entry.KeyStatus().String(), keyset.Enabled.String()) } } func TestKeysetManagerAddWithNilKeysetTemplateFails(t *testing.T) { // ops with nil template should fail ksm1 := keyset.NewManager() _, err := ksm1.Add(nil) if err == nil { t.Errorf("ksm1.Add succeeded, but want error") } } func TestKeysetManagerAddWithInvalidTypeUrlFails(t *testing.T) { ksm1 := keyset.NewManager() kt := &tinkpb.KeyTemplate{ TypeUrl: "invalid type", OutputPrefixType: tinkpb.OutputPrefixType_TINK, } _, err := ksm1.Add(kt) if err == nil { t.Errorf("ksm1.Add succeeded, want error") } } func TestKeysetManagerAddWithUnknownOutputPrefixTypeFails(t *testing.T) { ksm1 := keyset.NewManager() kt := mac.HMACSHA256Tag128KeyTemplate() kt.OutputPrefixType = tinkpb.OutputPrefixType_UNKNOWN_PREFIX _, err := ksm1.Add(kt) if err == nil { t.Errorf("ksm1.Add(kt) where kt has an unknown prefix succeeded, want error") } } func TestKeysetManagerEnable(t *testing.T) { keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) keyID1 := uint32(42) key1 := testutil.NewKey(keyData, tinkpb.KeyStatusType_DISABLED, keyID1, tinkpb.OutputPrefixType_TINK) keyID2 := uint32(43) key2 := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, keyID2, tinkpb.OutputPrefixType_TINK) ks1 := &tinkpb.Keyset{ Key: []*tinkpb.Keyset_Key{key1, key2}, PrimaryKeyId: keyID2, } h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // enable key err = ksm1.Enable(keyID1) if err != nil { t.Errorf("Expected no error but got error %s", err) } h2, err := ksm1.Handle() if err != nil { t.Errorf("ksm1.Handle() err = %q, want nil", err) } ks2 := testkeyset.KeysetMaterial(h2) if len(ks2.Key) != 2 { t.Fatalf("Expected only 2 keys, got %d", len(ks2.Key)) } if ks2.Key[0].KeyId != keyID1 { t.Errorf("Expected keyID %d, got %d", keyID1, ks2.Key[0].KeyId) } if ks2.Key[0].Status != tinkpb.KeyStatusType_ENABLED { t.Errorf("Expected key to be enabled, but got %s", ks2.Key[0].Status.String()) } } func TestKeysetManagerEnableWithDestroyed(t *testing.T) { keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) keyID1 := uint32(42) key1 := testutil.NewKey(keyData, tinkpb.KeyStatusType_DESTROYED, keyID1, tinkpb.OutputPrefixType_TINK) keyID2 := uint32(43) key2 := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, keyID2, tinkpb.OutputPrefixType_TINK) ks1 := &tinkpb.Keyset{ Key: []*tinkpb.Keyset_Key{key1, key2}, PrimaryKeyId: keyID2, } h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // enable key err = ksm1.Enable(keyID1) if err == nil { t.Errorf("ksm1.Enable where key was destroyed succeeded, want error") } if !strings.Contains(err.Error(), "cannot enable") { t.Errorf("Expected 'cannot enable' message, got %s", err) } } func TestKeysetManagerEnableWithMissingKey(t *testing.T) { keyID := uint32(42) keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, keyID, tinkpb.OutputPrefixType_TINK) ks1 := &tinkpb.Keyset{ Key: []*tinkpb.Keyset_Key{key}, PrimaryKeyId: keyID, } h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // enable key err = ksm1.Enable(uint32(43)) if err == nil { t.Errorf("ksm1.Enable where key doesn't exist succeeded, want error") } if !strings.Contains(err.Error(), "not found") { t.Errorf("Expected 'not found' message, got %s", err) } } func TestKeysetManagerSetPrimary(t *testing.T) { keyID := uint32(42) newKeyID := uint32(43) keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, keyID, tinkpb.OutputPrefixType_TINK) key2 := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, newKeyID, tinkpb.OutputPrefixType_TINK) ks1 := testutil.NewKeyset(keyID, []*tinkpb.Keyset_Key{key, key2}) h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // set primary key err = ksm1.SetPrimary(newKeyID) if err != nil { t.Errorf("Expected no error but got error %s", err) } h2, err := ksm1.Handle() if err != nil { t.Errorf("Expected no error but got error %s", err) } ks2 := testkeyset.KeysetMaterial(h2) if len(ks2.Key) != 2 { t.Errorf("Expected two keys, got %d", len(ks2.Key)) } if ks2.PrimaryKeyId != newKeyID { t.Errorf("Expected new key to be primary, got %d", ks2.PrimaryKeyId) } } func TestKeysetManagerSetPrimaryWithDisabledKey(t *testing.T) { keyID := uint32(42) newKeyID := uint32(43) keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, keyID, tinkpb.OutputPrefixType_TINK) // create a disabled key key2 := testutil.NewKey(keyData, tinkpb.KeyStatusType_DISABLED, newKeyID, tinkpb.OutputPrefixType_TINK) ks1 := testutil.NewKeyset(keyID, []*tinkpb.Keyset_Key{key, key2}) h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // set primary key err = ksm1.SetPrimary(newKeyID) if err == nil { t.Errorf("ksm1.SetPrimary on disabled key succeeded, want error") } if !strings.Contains(err.Error(), "not enabled") { t.Errorf("Expected 'not enabled' message, got %s", err) } } func TestKeysetManagerSetPrimaryWithDestroyedKey(t *testing.T) { keyID := uint32(42) newKeyID := uint32(43) keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, keyID, tinkpb.OutputPrefixType_TINK) // create a destroyed key key2 := testutil.NewKey(keyData, tinkpb.KeyStatusType_DESTROYED, newKeyID, tinkpb.OutputPrefixType_TINK) ks1 := testutil.NewKeyset(keyID, []*tinkpb.Keyset_Key{key, key2}) h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // set primary key err = ksm1.SetPrimary(newKeyID) if err == nil { t.Errorf("ksm1.SetPrimary on destroyed key succeeded, want error") } if !strings.Contains(err.Error(), "not enabled") { t.Errorf("Expected 'not enabled' message, got %s", err) } } func TestKeysetManagerSetPrimaryWithMissingKey(t *testing.T) { keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, 42, tinkpb.OutputPrefixType_TINK) key2 := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, 43, tinkpb.OutputPrefixType_TINK) ks1 := testutil.NewKeyset(42, []*tinkpb.Keyset_Key{key, key2}) h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // set primary key err = ksm1.SetPrimary(uint32(44)) if err == nil { t.Errorf("ksm1.SetPrimary on missing key succeeded, want error") } if !strings.Contains(err.Error(), "not found") { t.Errorf("Expected 'not found' message, got %s", err) } } func TestKeysetManagerDisable(t *testing.T) { primaryKeyID := uint32(42) otherKeyID := uint32(43) keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, primaryKeyID, tinkpb.OutputPrefixType_TINK) key2 := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, otherKeyID, tinkpb.OutputPrefixType_TINK) ks1 := testutil.NewKeyset(primaryKeyID, []*tinkpb.Keyset_Key{key, key2}) h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // disable key err = ksm1.Disable(otherKeyID) if err != nil { t.Errorf("Expected no error but got error %s", err) } h2, err := ksm1.Handle() if err != nil { t.Errorf("Expected no error but got error %s", err) } ks2 := testkeyset.KeysetMaterial(h2) if ks2.PrimaryKeyId != primaryKeyID { t.Errorf("Expected same key to be primary, got %d", ks2.PrimaryKeyId) } if len(ks2.Key) != 2 { t.Errorf("Expected two keys, got %d", len(ks2.Key)) t.FailNow() } if ks2.Key[1].Status != tinkpb.KeyStatusType_DISABLED { t.Errorf("Expected key to be disabled, got %s", ks2.Key[1].Status.String()) } } func TestKeysetManagerDisableWithPrimaryKey(t *testing.T) { primaryKeyID := uint32(42) otherKeyID := uint32(43) keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, primaryKeyID, tinkpb.OutputPrefixType_TINK) key2 := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, otherKeyID, tinkpb.OutputPrefixType_TINK) ks1 := testutil.NewKeyset(primaryKeyID, []*tinkpb.Keyset_Key{key, key2}) h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // disable key err = ksm1.Disable(primaryKeyID) if err == nil { t.Errorf("ksm1.Disable on primary key succeeded, want error") } if !strings.Contains(err.Error(), "cannot disable the primary key") { t.Errorf("Expected 'cannot disable the primary key' message, got %s", err) } h2, err := ksm1.Handle() if err != nil { t.Errorf("Expected no error but got error %s", err) } ks2 := testkeyset.KeysetMaterial(h2) if ks2.PrimaryKeyId != primaryKeyID { t.Errorf("Expected same key to be primary, got %d", ks2.PrimaryKeyId) } } func TestKeysetManagerDisableWithDestroyedKey(t *testing.T) { primaryKeyID := uint32(42) otherKeyID := uint32(43) keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, primaryKeyID, tinkpb.OutputPrefixType_TINK) // destroyed key key2 := testutil.NewKey(keyData, tinkpb.KeyStatusType_DESTROYED, otherKeyID, tinkpb.OutputPrefixType_TINK) ks1 := testutil.NewKeyset(primaryKeyID, []*tinkpb.Keyset_Key{key, key2}) h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // disable key err = ksm1.Disable(otherKeyID) if err == nil { t.Errorf("ksm1.Disable on destroyed key succeeded, want error") } if !strings.Contains(err.Error(), "cannot disable") { t.Errorf("Expected 'cannot disable' message, got %s", err) } } func TestKeysetManagerDisableWithMissingKey(t *testing.T) { primaryKeyID := uint32(42) otherKeyID := uint32(43) keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, primaryKeyID, tinkpb.OutputPrefixType_TINK) key2 := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, otherKeyID, tinkpb.OutputPrefixType_TINK) ks1 := testutil.NewKeyset(primaryKeyID, []*tinkpb.Keyset_Key{key, key2}) h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // disable key err = ksm1.Disable(uint32(44)) if err == nil { t.Errorf("ksm1.Disable on missing key succeeded, want error") } if !strings.Contains(err.Error(), "not found") { t.Errorf("Expected 'not found' message, got %s", err) } } func TestKeysetManagerDelete(t *testing.T) { keyID := uint32(42) otherKeyID := uint32(43) keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, keyID, tinkpb.OutputPrefixType_TINK) key2 := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, otherKeyID, tinkpb.OutputPrefixType_TINK) ks1 := testutil.NewKeyset(keyID, []*tinkpb.Keyset_Key{key, key2}) h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // delete key err = ksm1.Delete(otherKeyID) if err != nil { t.Errorf("Expected no error but got error %s", err) } h2, err := ksm1.Handle() if err != nil { t.Fatalf("ksm1.Handle() err = %q, want nil", err) } ks2 := testkeyset.KeysetMaterial(h2) if len(ks2.Key) != 1 { t.Fatalf("Expected only one key but got %d", len(ks2.Key)) } if ks2.Key[0].KeyId != ks2.PrimaryKeyId || ks2.Key[0].KeyId != keyID { t.Errorf("Expected keyID %d to be present but got %d", keyID, ks2.Key[0].KeyId) } if ks2.Key[0].Status != tinkpb.KeyStatusType_ENABLED { t.Errorf("Expected key to be enabled but got %s", ks2.Key[0].Status.String()) } } func TestKeysetManagerDeleteWithPrimaryKey(t *testing.T) { keyID := uint32(42) keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, keyID, tinkpb.OutputPrefixType_TINK) ks1 := testutil.NewKeyset(keyID, []*tinkpb.Keyset_Key{key}) h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // delete key err = ksm1.Delete(keyID) if err == nil { t.Errorf("ksm1.Delete succeeded but expected error") } if !strings.Contains(err.Error(), "primary key") { t.Errorf("Expected 'primary key' message but got %s", err) } } func TestKeysetManagerDeleteWithMissingKey(t *testing.T) { keyID := uint32(42) keyData := testutil.NewKeyData("some type url", []byte{0}, tinkpb.KeyData_SYMMETRIC) key := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, keyID, tinkpb.OutputPrefixType_TINK) ks1 := testutil.NewKeyset(keyID, []*tinkpb.Keyset_Key{key}) h1, err := testkeyset.NewHandle(ks1) if err != nil { t.Errorf("Expected no error but got error %s", err) } ksm1 := keyset.NewManagerFromHandle(h1) // delete key err = ksm1.Delete(uint32(43)) if err == nil { t.Errorf("ksm1.Delete succeeded but expected error") } if !strings.Contains(err.Error(), "not found") { t.Errorf("Expected 'not found' message but got %s", err) } } func TestKeysetManagerWithEmptyManager(t *testing.T) { // all ops with empty manager should fail ksm1 := &keyset.Manager{} _, err := ksm1.Add(mac.HMACSHA256Tag128KeyTemplate()) if err == nil { t.Errorf("ksm1.Add succeeded on empty manager, want error") } err = ksm1.SetPrimary(0) if err == nil { t.Errorf("ksm1.SetPrimary succeeded on empty manager, want error") } err = ksm1.Enable(0) if err == nil { t.Errorf("ksm1.Enable succeeded on empty manager, want error") } err = ksm1.Delete(0) if err == nil { t.Errorf("ksm1.Delete succeeded on empty manager, want error") } err = ksm1.Disable(0) if err == nil { t.Errorf("ksm1.Disable succeeded on empty manager, want error") } } func TestKeysetManagerHandleMakesACopyOfTheKeyset(t *testing.T) { manager := keyset.NewManager() template := mac.HMACSHA256Tag128KeyTemplate() keyID, err := manager.Add(template) if err != nil { t.Fatalf("manager.Add(template) err = %q, want nil", err) } err = manager.SetPrimary(keyID) if err != nil { t.Fatalf("manager.SetPrimary(%v) err = %q, want nil", keyID, err) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } if handle.Len() != 1 { t.Errorf("handle.Len() = %d, want 1", handle.Len()) } // Continue adding keys to the manager. _, err = manager.Add(template) if err != nil { t.Fatalf("manager.Add(template) err = %q, want nil", err) } if handle.Len() != 1 { t.Errorf("handle.Len() = %d, want 1", handle.Len()) } anotherHandle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } if anotherHandle.Len() != 2 { t.Errorf("anotherHandle.Len() = %d, want 2", anotherHandle.Len()) } } type testParameters struct { hasIDRequirement bool } func (p *testParameters) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParameters) Equal(params key.Parameters) bool { _, ok := params.(*testParameters) return ok && p.hasIDRequirement == params.HasIDRequirement() } var _ key.Parameters = (*testParameters)(nil) type testKey struct { params testParameters id uint32 } func (k *testKey) IDRequirement() (id uint32, required bool) { return k.id, k.Parameters().HasIDRequirement() } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { thisKeyID, Required := k.IDRequirement() otherkeyID, otherKeyRequired := other.IDRequirement() return thisKeyID == otherkeyID && Required == otherKeyRequired && k.Parameters().Equal(other.Parameters()) } var _ key.Key = (*testKey)(nil) type testKeySerializer struct{} func (s *testKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := key.(*testKey) if !ok { return nil, fmt.Errorf("testKeySerializer.SerializeKey: key is not a testKey") } keyData := &tinkpb.KeyData{ TypeUrl: "test_type_url", Value: []byte{0}, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, tinkpb.OutputPrefixType_TINK, actualKey.id) } func TestKeysetManagerAddKeySucceeds(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() if err := protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = %q, want nil", err) } manager := keyset.NewManager() keyID1, err := manager.AddKey(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1, }) if err != nil { t.Fatalf("manager.AddKey() err = %q, want nil", err) } if keyID1 != 1 { t.Errorf("keyID1 = %d, want 1", keyID1) } if _, err := manager.AddKey( &testKey{ params: testParameters{hasIDRequirement: false}, id: 0, }); err != nil { t.Fatalf("manager.AddKey() err = %q, want nil", err) } if err := manager.SetPrimary(keyID1); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %q, want nil", keyID1, err) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } if handle.Len() != 2 { t.Errorf("handle.Len() = %d, want 1", handle.Len()) } keysetProto := testkeyset.KeysetMaterial(handle) if keysetProto.Key[0].KeyId != keyID1 { t.Errorf("keysetProto.Key[0].KeyId = %d, want %v", keysetProto.Key[0].KeyId, keyID1) } if keysetProto.Key[0].GetStatus() != tinkpb.KeyStatusType_ENABLED { t.Errorf("keysetProto.Key[0].GetStatus() = %v, want %v", keysetProto.Key[0].GetStatus(), tinkpb.KeyStatusType_ENABLED) } if keysetProto.Key[1].GetStatus() != tinkpb.KeyStatusType_ENABLED { t.Errorf("keysetProto.Key[1].GetStatus() = %v, want %v", keysetProto.Key[1].GetStatus(), tinkpb.KeyStatusType_DISABLED) } } func TestKeysetManager_AddKeyWithOptsAsPrimary_Fails(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() if err := protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = %q, want nil", err) } manager := keyset.NewManager() // Cannot set primary a key which is not enabled. if _, err := manager.AddKeyWithOpts(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1, }, internalapi.Token{}, keyset.AsPrimary(), keyset.WithStatus(keyset.Disabled)); err == nil { t.Errorf("manager.AddKeyWithOpts() err = nil, want error") } if _, err := manager.AddKeyWithOpts(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1, }, internalapi.Token{}, keyset.AsPrimary(), keyset.WithStatus(keyset.Destroyed)); err == nil { t.Errorf("manager.AddKeyWithOpts() err = nil, want error") } } type testKeyManger struct{} func (km *testKeyManger) Primitive(_ []byte) (any, error) { return "primitive", nil } func (km *testKeyManger) NewKey(_ []byte) (proto.Message, error) { return nil, nil } func (km *testKeyManger) TypeURL() string { return "test_type_url" } func (km *testKeyManger) NewKeyData(_ []byte) (*tinkpb.KeyData, error) { return nil, nil } func (km *testKeyManger) DoesSupport(typeURL string) bool { return typeURL == "test_type_url" } func TestKeysetManager_AddKeyWithOptsAsPrimary_Succeeds(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() if err := protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = %q, want nil", err) } defer registry.UnregisterKeyManager("test_type_url", internalapi.Token{}) registry.RegisterKeyManager(&testKeyManger{}) manager := keyset.NewManager() // By default, not primary. keyID1, err := manager.AddKeyWithOpts(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1, }, internalapi.Token{}) if err != nil { t.Fatalf("manager.AddKeyWithOpts() err = %q, want nil", err) } if keyID1 != 1 { t.Errorf("keyID1 = %d, want 1", keyID1) } // Handle should fail. if _, err := manager.Handle(); err == nil { t.Fatalf("manager.Handle() err = nil, want error") } // Add a new key as primary. keyID2, err := manager.AddKeyWithOpts(&testKey{ params: testParameters{hasIDRequirement: true}, id: 2, }, internalapi.Token{}, keyset.AsPrimary()) if err != nil { t.Fatalf("manager.AddKeyWithOpts() err = %q, want nil", err) } if keyID2 != 2 { t.Errorf("keyID2 = %d, want 2", keyID2) } { // Handle now works, and the ID should be 2. handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } if handle.Len() != 2 { t.Errorf("handle.Len() = %d, want 2", handle.Len()) } // Make sure annotations are nil. ps, err := keyset.Primitives[string](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) if err != nil { t.Fatalf("keyset.Primitives[string](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) err = %q, want nil", err) } if ps.Annotations != nil { t.Errorf("ps.Annotations = %v, want nil", ps.Annotations) } primaryEntry, err := handle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %q, want nil", err) } if primaryEntry.KeyID() != keyID2 { t.Errorf("primaryEntry.KeyID() = %d, want %d", primaryEntry.KeyID(), keyID2) } } // Add another new key as primary. keyID3, err := manager.AddKeyWithOpts(&testKey{ params: testParameters{hasIDRequirement: true}, id: 3, }, internalapi.Token{}, keyset.AsPrimary()) if err != nil { t.Fatalf("manager.AddKeyWithOpts() err = %q, want nil", err) } if keyID3 != 3 { t.Errorf("keyID3 = %d, want 3", keyID3) } { // Handle now works, and the ID should be 3. handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } if handle.Len() != 3 { t.Errorf("handle.Len() = %d, want 2", handle.Len()) } primaryEntry, err := handle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %q, want nil", err) } if primaryEntry.KeyID() != keyID3 { t.Errorf("primaryEntry.KeyID() = %d, want %d", primaryEntry.KeyID(), keyID2) } } // Overwrite the primary key with SetPrimary. if err := manager.SetPrimary(keyID1); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %q, want nil", keyID1, err) } { // Handle now works, and the ID should be 1. handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } primaryEntry, err := handle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %q, want nil", err) } if primaryEntry.KeyID() != keyID1 { t.Errorf("primaryEntry.KeyID() = %d, want %d", primaryEntry.KeyID(), keyID1) } } } func TestKeysetManager_AddKeyWithOpts_Succeeds(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() if err := protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = %q, want nil", err) } manager := keyset.NewManager() // Default options. Key with ID requirement, ID = 1. keyID1, err := manager.AddKeyWithOpts(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1, }, internalapi.Token{}) if err != nil { t.Fatalf("manager.AddKeyWithOpts() err = %q, want nil", err) } if keyID1 != 1 { t.Errorf("keyID1 = %d, want 1", keyID1) } if err := manager.SetPrimary(keyID1); err != nil { t.Fatalf("manager.SetPrimary(%v) err = %q, want nil", keyID1, err) } // WithFixedID. Key without ID requirement, ID = 3. keyID2, err := manager.AddKeyWithOpts( &testKey{ params: testParameters{hasIDRequirement: false}, id: 2, }, internalapi.Token{}, keyset.WithFixedID(3)) if err != nil { t.Fatalf("manager.AddKeyWithOpts() err = %q, want nil", err) } if keyID2 != 3 { t.Errorf("keyID2 = %d, want 3", keyID1) } // WithStatus. Key with not ID requirement, disabled. _, err = manager.AddKeyWithOpts( &testKey{ params: testParameters{hasIDRequirement: false}, id: 2, }, internalapi.Token{}, keyset.WithStatus(keyset.Disabled)) if err != nil { t.Fatalf("manager.AddKeyWithOpts() err = %q, want nil", err) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } if handle.Len() != 3 { t.Errorf("handle.Len() = %d, want 1", handle.Len()) } keysetProto := testkeyset.KeysetMaterial(handle) if keysetProto.Key[0].KeyId != keyID1 { t.Errorf("keysetProto.Key[0].KeyId = %d, want %v", keysetProto.Key[0].KeyId, keyID1) } if keysetProto.Key[0].GetStatus() != tinkpb.KeyStatusType_ENABLED { t.Errorf("keysetProto.Key[0].GetStatus() = %v, want %v", keysetProto.Key[0].GetStatus(), tinkpb.KeyStatusType_ENABLED) } if keysetProto.Key[1].KeyId != keyID2 { t.Errorf("keysetProto.Key[0].KeyId = %d, want %v", keysetProto.Key[1].KeyId, keyID2) } if keysetProto.Key[1].GetStatus() != tinkpb.KeyStatusType_ENABLED { t.Errorf("keysetProto.Key[1].GetStatus() = %v, want %v", keysetProto.Key[1].GetStatus(), tinkpb.KeyStatusType_ENABLED) } if keysetProto.Key[2].GetStatus() != tinkpb.KeyStatusType_DISABLED { t.Errorf("keysetProto.Key[2].GetStatus() = %v, want %v", keysetProto.Key[1].GetStatus(), tinkpb.KeyStatusType_DISABLED) } } func TestKeysetManagerAddKeyFromExistingKeyset(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() if err := protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = %q, want nil", err) } // Create a keyset that contains a single HmacKey. manager := keyset.NewManager() template := mac.HMACSHA256Tag128KeyTemplate() keyID1, err := manager.Add(template) if err != nil { t.Errorf("manager.Add(template) err = %q, want nil", err) } err = manager.SetPrimary(keyID1) if err != nil { t.Errorf("manager.SetPrimary(%v) err = %q, want nil", keyID1, err) } keyID2, err := manager.AddKey(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1, }) if err != nil { t.Fatalf("manager.AddKey() err = %q, want nil", err) } if keyID2 != 1 { t.Errorf("keyID2 = %d, want 1", keyID2) } keyID3, err := manager.AddKey( &testKey{ params: testParameters{hasIDRequirement: false}, id: 2, }) if err != nil { t.Fatalf("manager.AddKey() err = %q, want nil", err) } // The ID should be randomly generated and different from the existing key IDs. if keyID3 == keyID1 || keyID3 == keyID2 { t.Errorf("(%v == %v || %v == %v) == true, want false", keyID3, keyID1, keyID3, keyID2) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } if handle.Len() != 3 { t.Errorf("handle.Len() = %d, want 1", handle.Len()) } keysetProto := testkeyset.KeysetMaterial(handle) if keysetProto.GetPrimaryKeyId() != keyID1 { t.Errorf("keysetProto.GetPrimaryKeyId() = %d, want %v", keysetProto.GetPrimaryKeyId(), keyID1) } } func TestKeysetManager_AddKeyWithOpts_ExistingKeyset(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() if err := protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = %q, want nil", err) } baseKeyset, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(template) err = %q, want nil", err) } // Get the ID of the only key in the keyset. primaryEntry, err := baseKeyset.Primary() if err != nil { t.Fatalf("baseKeyset.Primary() err = %q, want nil", err) } keyID1 := primaryEntry.KeyID() // Create a keyset that contains a single HmacKey. manager := keyset.NewManagerFromHandle(baseKeyset) // Add a key with ID requirement, ID = 1. keyID2, err := manager.AddKeyWithOpts(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1, }, internalapi.Token{}) if err != nil { t.Fatalf("manager.AddKeyWithOpts() err = %q, want nil", err) } if keyID2 != 1 { t.Errorf("keyID2 = %d, want 1", keyID2) } // Add a key without ID requirement but with fixed ID. keyID3, err := manager.AddKeyWithOpts( &testKey{ params: testParameters{hasIDRequirement: false}, id: 0, }, internalapi.Token{}, keyset.WithFixedID(3)) if err != nil { t.Fatalf("manager.AddKeyWithOpts() err = %q, want nil", err) } if keyID3 != 3 { t.Errorf("keyID3 = %d, want 3", keyID2) } // Add a key without ID requirement with random ID. keyID4, err := manager.AddKeyWithOpts( &testKey{ params: testParameters{hasIDRequirement: false}, id: 0, }, internalapi.Token{}) if err != nil { t.Fatalf("manager.AddKeyWithOpts() err = %q, want nil", err) } // The ID should be randomly generated and different from the existing key IDs. if keyID4 == keyID1 || keyID4 == keyID2 || keyID4 == keyID3 { t.Errorf("(%v == %v || %v == %v || %v == %v) == true, want false", keyID4, keyID1, keyID4, keyID2, keyID4, keyID3) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } if handle.Len() != 4 { t.Errorf("handle.Len() = %d, want 1", handle.Len()) } keysetProto := testkeyset.KeysetMaterial(handle) if keysetProto.GetPrimaryKeyId() != keyID1 { t.Errorf("keysetProto.GetPrimaryKeyId() = %d, want %v", keysetProto.GetPrimaryKeyId(), keyID1) } } func TestKeysetManagerAddKeyFailsIfKeyIsNull(t *testing.T) { manager := keyset.NewManager() _, err := manager.AddKey(nil) if err == nil { t.Errorf("manager.AddKey() err = nil, want err") } } func TestKeysetManager_AddKeyWithOpts_FailsIfKeyIsNull(t *testing.T) { manager := keyset.NewManager() _, err := manager.AddKeyWithOpts(nil, internalapi.Token{}) if err == nil { t.Errorf("manager.AddKeyWithOpts() err = nil, want err") } } func TestKeysetManagerAddKeyFailsIfKeyHasIDRequirementAndIDAlreadyInUse(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() if err := protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = %q, want nil", err) } manager := keyset.NewManager() keyID, err := manager.AddKey(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1, }) if err != nil { t.Fatalf("manager.AddKey() err = %q, want nil", err) } if keyID != 1 { t.Errorf("keyID = %d, want 1", keyID) } _, err = manager.AddKey(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1, }) if err == nil { t.Errorf("manager.AddKey() err = nil, want err") } } func TestKeysetManager_AddKeyWithOpts_FailsIfKeyHasIDRequirementOrFixedIDAndIDAlreadyInUse(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() if err := protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = %q, want nil", err) } manager := keyset.NewManager() keyID, err := manager.AddKey(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1, }) if err != nil { t.Fatalf("manager.AddKey() err = %q, want nil", err) } if keyID != 1 { t.Errorf("keyID = %d, want 1", keyID) } // Another key with ID requirement ID = 1. if _, err := manager.AddKeyWithOpts(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1, }, internalapi.Token{}); err == nil { t.Errorf("manager.AddKeyWithOpts() err = nil, want err") } // Another key with fixed ID and ID = 1. if _, err := manager.AddKeyWithOpts(&testKey{ params: testParameters{hasIDRequirement: false}, id: 0, }, internalapi.Token{}, keyset.WithFixedID(1)); err == nil { t.Errorf("manager.AddKeyWithOpts() err = nil, want err") } } func TestKeysetManager_AddKeyWithOpts_FailsIfKeyHasIDRequirementAndFixedIDIsDifferent(t *testing.T) { defer protoserialization.UnregisterKeySerializer[*testKey]() if err := protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer[*testKey](&testKeySerializer{}) err = %q, want nil", err) } manager := keyset.NewManager() // Another key with ID requirement ID = 1. if _, err := manager.AddKeyWithOpts(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1234, }, internalapi.Token{}, keyset.WithFixedID(5678)); err == nil { t.Errorf("manager.AddKeyWithOpts() err = nil, want err") } // A fixed ID that is the same as the ID requirement is OK. if _, err := manager.AddKeyWithOpts(&testKey{ params: testParameters{hasIDRequirement: true}, id: 1122, }, internalapi.Token{}, keyset.WithFixedID(1122)); err != nil { t.Errorf("manager.AddKeyWithOpts() err = %v, want nil", err) } } func TestKeysetManagerAddNewKeyFromParametersFailsIfNilParameters(t *testing.T) { manager := keyset.NewManager() if _, err := manager.AddNewKeyFromParameters(nil); err == nil { t.Errorf("manager.AddKeyFromParameters(nil) err = nil, want error") } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } var _ key.Parameters = (*testParams)(nil) type alwaysFailingParametersSerializer struct{} func (s *alwaysFailingParametersSerializer) Serialize(params key.Parameters) (*tinkpb.KeyTemplate, error) { return nil, ErrParamtersSerialization } func TestKeysetManagerAddNewKeyFromParametersFailsIfSerializerFails(t *testing.T) { if err := protoserialization.RegisterParametersSerializer[*testParams](&alwaysFailingParametersSerializer{}); err != nil { t.Fatalf("protoserialization.RegisterParametersSerializer[*testParams](&alwaysFailingParametersSerializer{}) err = %q, want nil", err) } defer protoserialization.ClearParametersSerializers() manager := keyset.NewManager() params := &testParams{hasIDRequirement: true} _, err := manager.AddNewKeyFromParameters(params) if err == nil { t.Errorf("manager.AddKeyFromParameters(params) err = nil, want error") } } type testParametersSerializer struct{} func (s *testParametersSerializer) Serialize(params key.Parameters) (*tinkpb.KeyTemplate, error) { return mac.HMACSHA256Tag128KeyTemplate(), nil } func TestKeysetManagerAddNewKeyFromParametersWorks(t *testing.T) { if err := protoserialization.RegisterParametersSerializer[*testParams](&testParametersSerializer{}); err != nil { t.Fatalf("protoserialization.RegisterParametersSerializer[*testParams](&testParametersSerializer{}) err = %q, want nil", err) } defer protoserialization.ClearParametersSerializers() manager := keyset.NewManager() params := &testParams{hasIDRequirement: true} keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Errorf("manager.AddKeyFromParameters(params) err = %v, want nil", err) } if err := manager.SetPrimary(keyID); err != nil { t.Errorf("manager.SetPrimary(%v) err = %v, want nil", keyID, err) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } if handle.Len() != 1 { t.Errorf("handle.Len() = %d, want 1", handle.Len()) } // Make sure we can get and use a MAC primitive from the handle. primitive, err := mac.New(handle) if err != nil { t.Fatalf("mac.New(handle) err = %q, want nil", err) } message := []byte("message") tag, err := primitive.ComputeMAC(message) if err != nil { t.Errorf("primitive.ComputeMAC(message) err = %q, want nil", err) } if err := primitive.VerifyMAC(tag, message); err != nil { t.Errorf("primitive.VerifyMAC(message, mac) err = %q, want nil", err) } } func TestKeysetManagerSetAnnotations_FailsIfManagerIsNull(t *testing.T) { km := (*keyset.Manager)(nil) if err := km.SetAnnotations(nil); err == nil { t.Errorf("km.SetAnnotations(nil) err = nil, want error") } } func TestKeysetManagerSetAnnotations_ReadOnly(t *testing.T) { manager := keyset.NewManager() annotations := map[string]string{ "key1": "value1", "key2": "value2", } if err := manager.SetAnnotations(annotations); err != nil { t.Fatalf("manager.SetAnnotations() err = %q, want nil", err) } // Add a new value, overwrite an existing one and delete a key. annotations["key3"] = "value3" annotations["key2"] = "value2-new" delete(annotations, "key1") // Add a key and set it as primary. keyID, err := manager.Add(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("manager.Add() err = %q, want nil", err) } if err := manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary() err = %q, want nil", err) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } ps, err := keyset.Primitives[tink.MAC](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) if err != nil { t.Fatalf("keyset.Primitives[tink.MAC](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) err = %q, want nil", err) } // We expect them to be no longer equal. if cmp.Equal(ps.Annotations, annotations) { t.Errorf("ps.Annotations == annotations, want different") } } func TestKeysetManagerSetAnnotations(t *testing.T) { manager := keyset.NewManager() annotations := map[string]string{ "key1": "value1", "key2": "value2", } if err := manager.SetAnnotations(annotations); err != nil { t.Fatalf("manager.SetAnnotations() err = %q, want nil", err) } // Add a key and set it as primary. keyID, err := manager.Add(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("manager.Add() err = %q, want nil", err) } if err := manager.SetPrimary(keyID); err != nil { t.Fatalf("manager.SetPrimary() err = %q, want nil", err) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } ps, err := keyset.Primitives[tink.MAC](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) if err != nil { t.Fatalf("keyset.Primitives[tink.MAC](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) err = %q, want nil", err) } if !cmp.Equal(ps.Annotations, annotations) { t.Errorf("ps.Annotations = %v, want %v", ps.Annotations, annotations) } t.Run("set different annotations", func(t *testing.T) { annotations2 := map[string]string{ "key3": "value3", "key4": "value4", } if err := manager.SetAnnotations(annotations2); err != nil { t.Fatalf("manager.SetAnnotations() err = %q, want nil", err) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } ps, err := keyset.Primitives[tink.MAC](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) if err != nil { t.Fatalf("keyset.Primitives[tink.MAC](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) err = %q, want nil", err) } if !cmp.Equal(ps.Annotations, annotations2) { t.Errorf("ps.Annotations = %v, want %v", ps.Annotations, annotations2) } }) t.Run("set nil annotations", func(t *testing.T) { if err := manager.SetAnnotations(nil); err != nil { t.Fatalf("manager.SetAnnotations() err = %q, want nil", err) } handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %q, want nil", err) } ps, err := keyset.Primitives[tink.MAC](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) if err != nil { t.Fatalf("keyset.Primitives[tink.MAC](handle, ®istryconfig.RegistryConfig{}, internalapi.Token{}) err = %q, want nil", err) } if ps.Annotations != nil { t.Errorf("ps.Annotations = %v, want nil", ps.Annotations) } }) } ================================================ FILE: keyset/mem_io.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset import tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" // MemReaderWriter implements keyset.Reader and keyset.Writer for *tinkpb.Keyset and *tinkpb.EncryptedKeyset. // // Deprecated: Use [keyset.NewBinaryReader] or [keyset.NewBinaryWriter] instead. See tests in // mem_io_test.go for examples on how to use them instead. type MemReaderWriter struct { Keyset *tinkpb.Keyset EncryptedKeyset *tinkpb.EncryptedKeyset } // MemReaderWriter implements Reader and Writer. var _ Reader = &MemReaderWriter{} var _ Writer = &MemReaderWriter{} // Read returns *tinkpb.Keyset from memory. func (m *MemReaderWriter) Read() (*tinkpb.Keyset, error) { return m.Keyset, nil } // ReadEncrypted returns *tinkpb.EncryptedKeyset from memory. func (m *MemReaderWriter) ReadEncrypted() (*tinkpb.EncryptedKeyset, error) { return m.EncryptedKeyset, nil } // Write keyset to memory. func (m *MemReaderWriter) Write(keyset *tinkpb.Keyset) error { m.Keyset = keyset return nil } // WriteEncrypted keyset to memory. func (m *MemReaderWriter) WriteEncrypted(keyset *tinkpb.EncryptedKeyset) error { m.EncryptedKeyset = keyset return nil } ================================================ FILE: keyset/mem_io_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset_test import ( "bytes" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestConvertProtoKeysetIntoHandleInTests(t *testing.T) { h, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatal(err) } protoKeyset := testkeyset.KeysetMaterial(h) // In tests, this: wantHandle, err := insecurecleartextkeyset.Read(&keyset.MemReaderWriter{Keyset: protoKeyset}) if err != nil { t.Fatal(err) } // can be replaced by this: gotHandle, err := testkeyset.NewHandle(protoKeyset) if err != nil { t.Fatal(err) } if got, want := testkeyset.KeysetMaterial(gotHandle), testkeyset.KeysetMaterial(wantHandle); !proto.Equal(got, want) { t.Errorf("gotHandle contains %s, want %s", got, want) } } func TestConvertHandleKeysetIntoProtoKeysetInTests(t *testing.T) { handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatal(err) } // In tests, this: writer := &keyset.MemReaderWriter{} if err := insecurecleartextkeyset.Write(handle, writer); err != nil { t.Fatal(err) } wantKeyset := writer.Keyset // can be replaced by this: gotKeyset := testkeyset.KeysetMaterial(handle) if !proto.Equal(gotKeyset, wantKeyset) { t.Errorf("testkeyset.KeysetMaterial(handle) = %v, want %v", gotKeyset, wantKeyset) } } func TestConvertProtoKeysetIntoHandle(t *testing.T) { h, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatal(err) } protoKeyset := testkeyset.KeysetMaterial(h) // This: wantHandle, err := insecurecleartextkeyset.Read(&keyset.MemReaderWriter{Keyset: protoKeyset}) if err != nil { t.Fatal(err) } // can be replaced by this: serializedKeyset, err := proto.Marshal(protoKeyset) if err != nil { t.Fatal(err) } gotHandle, err := insecurecleartextkeyset.Read( keyset.NewBinaryReader(bytes.NewBuffer(serializedKeyset))) if err != nil { t.Fatal(err) } if got, want := testkeyset.KeysetMaterial(gotHandle), testkeyset.KeysetMaterial(wantHandle); !proto.Equal(got, want) { t.Errorf("gotHandle contains %s, want %s", got, want) } } func TestConvertHandleKeysetIntoProtoKeyset(t *testing.T) { handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatal(err) } // This: writer := &keyset.MemReaderWriter{} if err := insecurecleartextkeyset.Write(handle, writer); err != nil { t.Fatal(err) } wantKeyset := writer.Keyset // can be replaced by this: gotKeyset := insecurecleartextkeyset.KeysetMaterial(handle) if !proto.Equal(gotKeyset, wantKeyset) { t.Errorf("insecurecleartextkeyset.KeysetMaterial(handle) = %v, want %v", gotKeyset, wantKeyset) } } func TestConvertHandleKeysetIntoSerializedKeyset(t *testing.T) { handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatal(err) } // This: writer := &keyset.MemReaderWriter{} if err := insecurecleartextkeyset.Write(handle, writer); err != nil { t.Fatal(err) } wantSerializedKeyset, err := proto.Marshal(writer.Keyset) if err != nil { t.Fatal(err) } // can be replaced by this: buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatal(err) } gotSerializedKeyset := buff.Bytes() // Since serialization may not be deterministic, we parse the keyset and compare the protos. wantKeyset := new(tinkpb.Keyset) err = proto.Unmarshal(wantSerializedKeyset, wantKeyset) if err != nil { t.Fatal(err) } gotKeyset := new(tinkpb.Keyset) err = proto.Unmarshal(gotSerializedKeyset, gotKeyset) if err != nil { t.Fatal(err) } if !proto.Equal(gotKeyset, wantKeyset) { t.Errorf("gotKeyset = %v, want %v", gotKeyset, wantKeyset) } } func TestConvertPublicKeyProtoKeysetIntoHandle(t *testing.T) { privateHandle, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatal(err) } publicHandle, err := privateHandle.Public() if err != nil { t.Fatal(err) } protoPublicKeyset := testkeyset.KeysetMaterial(publicHandle) // This: wantHandle, err := keyset.ReadWithNoSecrets(&keyset.MemReaderWriter{Keyset: protoPublicKeyset}) if err != nil { t.Fatal(err) } // can be replaced by this: serializedKeyset, err := proto.Marshal(protoPublicKeyset) if err != nil { t.Fatal(err) } gotHandle, err := keyset.ReadWithNoSecrets( keyset.NewBinaryReader(bytes.NewBuffer(serializedKeyset))) if err != nil { t.Fatal(err) } if got, want := testkeyset.KeysetMaterial(gotHandle), testkeyset.KeysetMaterial(wantHandle); !proto.Equal(got, want) { t.Errorf("gotHandle contains %s, want %s", got, want) } } func TestConvertPublicKeysetHandleIntoProtoKeyset(t *testing.T) { privateHandle, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatal(err) } publicHandle, err := privateHandle.Public() if err != nil { t.Fatal(err) } // This: writer := &keyset.MemReaderWriter{} if err := publicHandle.WriteWithNoSecrets(writer); err != nil { t.Fatal(err) } wantKeyset := writer.Keyset // can be replaced by this: buff := &bytes.Buffer{} if err := publicHandle.WriteWithNoSecrets(keyset.NewBinaryWriter(buff)); err != nil { t.Fatal(err) } serializedKeyset := buff.Bytes() gotKeyset := new(tinkpb.Keyset) err = proto.Unmarshal(serializedKeyset, gotKeyset) if err != nil { t.Fatal(err) } if !proto.Equal(gotKeyset, wantKeyset) { t.Errorf("gotKeyset = %v, want %v", gotKeyset, wantKeyset) } } func decryptKeyset(encrypted *tinkpb.EncryptedKeyset, keysetEncryptionAEAD tink.AEAD) (*tinkpb.Keyset, error) { decrypted, err := keysetEncryptionAEAD.Decrypt(encrypted.GetEncryptedKeyset(), nil) if err != nil { return nil, err } k := new(tinkpb.Keyset) err = proto.Unmarshal(decrypted, k) if err != nil { return nil, err } return k, err } func TestConvertHandleKeysetIntoProtoEncryptedKeyset(t *testing.T) { kekHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Fatal(err) } keysetEncryptionAEAD, err := aead.New(kekHandle) if err != nil { t.Fatal(err) } handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatal(err) } // This: memWriter := &keyset.MemReaderWriter{} if err := handle.Write(memWriter, keysetEncryptionAEAD); err != nil { t.Fatal(err) } wantEncryptedKeyset := memWriter.EncryptedKeyset // can be replaced by this: buff := &bytes.Buffer{} if err := handle.Write(keyset.NewBinaryWriter(buff), keysetEncryptionAEAD); err != nil { t.Fatal(err) } serializedKeyset := buff.Bytes() gotEncryptedKeyset := new(tinkpb.EncryptedKeyset) err = proto.Unmarshal(serializedKeyset, gotEncryptedKeyset) if err != nil { t.Fatal(err) } wantKeyset, err := decryptKeyset(wantEncryptedKeyset, keysetEncryptionAEAD) if err != nil { t.Fatal(err) } gotKeyset, err := decryptKeyset(gotEncryptedKeyset, keysetEncryptionAEAD) if err != nil { t.Fatal(err) } if !proto.Equal(gotKeyset, wantKeyset) { t.Errorf("gotKeyset = %v, want %v", gotKeyset, wantKeyset) } } func TestConvertProtoEncryptedKeysetIntoHandle(t *testing.T) { kekHandle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { t.Fatal(err) } keysetEncryptionAEAD, err := aead.New(kekHandle) if err != nil { t.Fatal(err) } handle, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatal(err) } buff := &bytes.Buffer{} if err := handle.Write(keyset.NewBinaryWriter(buff), keysetEncryptionAEAD); err != nil { t.Fatal(err) } encryptedKeyset := new(tinkpb.EncryptedKeyset) err = proto.Unmarshal(buff.Bytes(), encryptedKeyset) if err != nil { t.Fatal(err) } // This: memReader := &keyset.MemReaderWriter{ EncryptedKeyset: encryptedKeyset, } wantHandle, err := keyset.Read(memReader, keysetEncryptionAEAD) if err != nil { t.Fatal(err) } // can be replaced by this: serializedKeyset, err := proto.Marshal(encryptedKeyset) if err != nil { t.Fatal(err) } gotHandle, err := keyset.Read( keyset.NewBinaryReader(bytes.NewBuffer(serializedKeyset)), keysetEncryptionAEAD) if err != nil { t.Fatal(err) } if got, want := testkeyset.KeysetMaterial(gotHandle), testkeyset.KeysetMaterial(wantHandle); !proto.Equal(got, want) { t.Errorf("gotHandle contains %s, want %s", got, want) } } ================================================ FILE: keyset/option.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset import "fmt" // Option is used to pass options for a keyset handle. type Option interface { set(k *Handle) error } type option func(*Handle) error func (o option) set(h *Handle) error { return o(h) } // WithAnnotations adds monitoring annotations to a keyset handle. func WithAnnotations(annotations map[string]string) Option { return option(func(h *Handle) error { if h.annotations != nil { return fmt.Errorf("keyset already contains annotations") } h.annotations = annotations return nil }) } func applyOptions(h *Handle, opts ...Option) error { for _, opt := range opts { if err := opt.set(h); err != nil { return err } } return nil } ================================================ FILE: keyset/reader.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset import tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" // Reader knows how to read a Keyset or an EncryptedKeyset from some source. // In order to turn a Reader into a KeysetHandle for use, callers must use // insecure.KeysetHandle or by keyset.Read (with encryption). type Reader interface { // Read returns a (cleartext) Keyset object from the underlying source. Read() (*tinkpb.Keyset, error) // ReadEncrypted returns an EncryptedKeyset object from the underlying source. ReadEncrypted() (*tinkpb.EncryptedKeyset, error) } ================================================ FILE: keyset/validation.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset import ( "fmt" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // ValidateKeyVersion checks whether the given version is valid. The version is valid // only if it is the range [0..maxExpected] func ValidateKeyVersion(version, maxExpected uint32) error { if version > maxExpected { return fmt.Errorf("key has version %v; only keys with version in range [0..%v] are supported", version, maxExpected) } return nil } // Validate validates the given key set. // Returns nil if it is valid; an error otherwise. func Validate(keyset *tinkpb.Keyset) error { if keyset == nil { return fmt.Errorf("Validate() called with nil") } if len(keyset.Key) == 0 { return fmt.Errorf("empty keyset") } primaryKeyID := keyset.PrimaryKeyId hasPrimaryKey := false numEnabledKeys := 0 for _, key := range keyset.Key { if err := validateKey(key); err != nil { return err } if key.Status != tinkpb.KeyStatusType_ENABLED { continue } if key.KeyId == primaryKeyID { if hasPrimaryKey { return fmt.Errorf("keyset contains multiple primary keys") } hasPrimaryKey = true } numEnabledKeys++ } if numEnabledKeys == 0 { return fmt.Errorf("keyset must contain at least one ENABLED key") } if !hasPrimaryKey { return fmt.Errorf("keyset does not contain a valid primary key") } return nil } /* validateKey validates the given key. Returns nil if it is valid; an error otherwise. */ func validateKey(key *tinkpb.Keyset_Key) error { if key == nil { return fmt.Errorf("ValidateKey() called with nil") } if key.KeyData == nil { return fmt.Errorf("key %d has no key data", key.KeyId) } if key.OutputPrefixType != tinkpb.OutputPrefixType_TINK && key.OutputPrefixType != tinkpb.OutputPrefixType_LEGACY && key.OutputPrefixType != tinkpb.OutputPrefixType_RAW && key.OutputPrefixType != tinkpb.OutputPrefixType_CRUNCHY { return fmt.Errorf("key %d has unknown prefix", key.KeyId) } if key.Status != tinkpb.KeyStatusType_ENABLED && key.Status != tinkpb.KeyStatusType_DISABLED && key.Status != tinkpb.KeyStatusType_DESTROYED { return fmt.Errorf("key %d has unknown status", key.KeyId) } return nil } ================================================ FILE: keyset/validation_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset_test import ( "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestValidateKeyVersion(t *testing.T) { if keyset.ValidateKeyVersion(2, 1) == nil || keyset.ValidateKeyVersion(1, 1) != nil || keyset.ValidateKeyVersion(1, 2) != nil { t.Errorf("incorrect version validation") } } func TestValidate(t *testing.T) { var err error // nil input if err = keyset.Validate(nil); err == nil { t.Errorf("expect an error when keyset is nil") } // empty keyset var emptyKeys []*tinkpb.Keyset_Key if err = keyset.Validate(testutil.NewKeyset(1, emptyKeys)); err == nil { t.Errorf("expect an error when keyset is empty") } // no primary key keys := []*tinkpb.Keyset_Key{ testutil.NewDummyKey(1, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), } if err = keyset.Validate(testutil.NewKeyset(2, keys)); err == nil { t.Errorf("expect an error when there is no primary key") } // primary key is disabled keys = []*tinkpb.Keyset_Key{ testutil.NewDummyKey(1, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(2, tinkpb.KeyStatusType_DISABLED, tinkpb.OutputPrefixType_LEGACY), } if err = keyset.Validate(testutil.NewKeyset(2, keys)); err == nil { t.Errorf("expect an error when primary key is disabled") } // multiple primary keys keys = []*tinkpb.Keyset_Key{ testutil.NewDummyKey(1, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(1, tinkpb.KeyStatusType_ENABLED, tinkpb.OutputPrefixType_LEGACY), } if err = keyset.Validate(testutil.NewKeyset(1, keys)); err == nil { t.Errorf("expect an error when there are multiple primary keys") } // invalid keys invalidKeys := generateInvalidKeys() for i, key := range invalidKeys { err = keyset.Validate(testutil.NewKeyset(1, []*tinkpb.Keyset_Key{key})) if err == nil { t.Errorf("expect an error when validate invalid key %d", i) } } //no primary keys keys = []*tinkpb.Keyset_Key{ testutil.NewDummyKey(1, tinkpb.KeyStatusType_DISABLED, tinkpb.OutputPrefixType_TINK), testutil.NewDummyKey(1, tinkpb.KeyStatusType_DISABLED, tinkpb.OutputPrefixType_LEGACY), } if err = keyset.Validate(testutil.NewKeyset(1, keys)); err == nil { t.Errorf("expect an error when there are no primary keys") } // public key only keys = []*tinkpb.Keyset_Key{ testutil.NewKey(testutil.NewKeyData(testutil.EciesAeadHkdfPublicKeyTypeURL, random.GetRandomBytes(10), tinkpb.KeyData_ASYMMETRIC_PUBLIC), tinkpb.KeyStatusType_ENABLED, 1, tinkpb.OutputPrefixType_TINK), } if err = keyset.Validate(testutil.NewKeyset(1, keys)); err != nil { t.Errorf("valid test failed when using public key only: %v", err) } // private key keys = []*tinkpb.Keyset_Key{ testutil.NewKey(testutil.NewKeyData(testutil.EciesAeadHkdfPublicKeyTypeURL, random.GetRandomBytes(10), tinkpb.KeyData_ASYMMETRIC_PUBLIC), tinkpb.KeyStatusType_ENABLED, 1, tinkpb.OutputPrefixType_TINK), testutil.NewKey(testutil.NewKeyData(testutil.EciesAeadHkdfPrivateKeyTypeURL, random.GetRandomBytes(10), tinkpb.KeyData_ASYMMETRIC_PRIVATE), tinkpb.KeyStatusType_ENABLED, 1, tinkpb.OutputPrefixType_TINK), } if err = keyset.Validate(testutil.NewKeyset(1, keys)); err == nil { t.Errorf("expect an error when there are keydata other than public") } } func generateInvalidKeys() []*tinkpb.Keyset_Key { return []*tinkpb.Keyset_Key{ nil, // nil KeyData testutil.NewKey(nil, tinkpb.KeyStatusType_ENABLED, 1, tinkpb.OutputPrefixType_TINK), // unknown status testutil.NewKey(new(tinkpb.KeyData), tinkpb.KeyStatusType_UNKNOWN_STATUS, 1, tinkpb.OutputPrefixType_TINK), // unknown prefix testutil.NewKey(new(tinkpb.KeyData), tinkpb.KeyStatusType_ENABLED, 1, tinkpb.OutputPrefixType_UNKNOWN_PREFIX), } } ================================================ FILE: keyset/writer.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package keyset import tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" // Writer knows how to write a Keyset or an EncryptedKeyset to some source. type Writer interface { // Write keyset to some storage system. Write(Keyset *tinkpb.Keyset) error // Write EncryptedKeyset to some storage system. WriteEncrypted(keyset *tinkpb.EncryptedKeyset) error } ================================================ FILE: kokoro/create_github_release_branch.sh ================================================ #!/bin/bash # Copyright 2023 Google LLC # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. ################################################################################ set -euo pipefail # Fail if RELEASE_VERSION is not set. if [[ -z "${RELEASE_VERSION:-}" ]]; then echo "RELEASE_VERSION must be set" >&2 exit 1 fi IS_KOKORO="false" if [[ -n "${KOKORO_ARTIFACTS_DIR:-}" ]]; then IS_KOKORO="true" fi readonly IS_KOKORO # If not defined, default to /tmp. : "${TMPDIR:="/tmp"}" # WARNING: Setting this environment varialble to "true" will cause this script # to actually perform a release. : "${DO_MAKE_RELEASE:="false"}" if [[ ! "${DO_MAKE_RELEASE}" =~ ^(false|true)$ ]]; then echo "DO_MAKE_RELEASE must be either \"true\" or \"false\"" >&2 exit 1 fi if [[ "${IS_KOKORO}" == "true" ]] ; then readonly TINK_BASE_DIR="$(echo "${KOKORO_ARTIFACTS_DIR}"/git*)" cd "${TINK_BASE_DIR}/tink_go" fi GITHUB_RELEASE_UTIL_OPTS=() if [[ "${IS_KOKORO}" == "true" ]] ; then # Note: KOKORO_GIT_COMMIT is populated by Kokoro. GITHUB_RELEASE_UTIL_OPTS+=( -c "${KOKORO_GIT_COMMIT}" -t "${GITHUB_ACCESS_TOKEN}" ) fi if [[ "${DO_MAKE_RELEASE}" == "true" ]]; then GITHUB_RELEASE_UTIL_OPTS+=( -r ) fi readonly GITHUB_RELEASE_UTIL_OPTS # If running on Kokoro, TMPDIR is populated with the tmp folder. readonly TMP_DIR="$(mktemp -d "${TMPDIR}/release_XXXXXX")" readonly RELEASE_UTIL_SCRIPT="$(pwd)/kokoro/testutils/github_release_util.sh" if [[ ! -f "${RELEASE_UTIL_SCRIPT}" ]]; then echo "${RELEASE_UTIL_SCRIPT} not found." echo "Make sure you run this script from the root of tink-go." return 1 fi pushd "${TMP_DIR}" # Create a release branch. "${RELEASE_UTIL_SCRIPT}" "${GITHUB_RELEASE_UTIL_OPTS[@]}" create_branch \ "${RELEASE_VERSION}" tink-go popd ================================================ FILE: kokoro/create_github_release_tag.sh ================================================ #!/bin/bash # Copyright 2023 Google LLC # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. ################################################################################ set -euo pipefail # Fail if RELEASE_VERSION is not set. if [[ -z "${RELEASE_VERSION:-}" ]]; then echo "RELEASE_VERSION must be set" >&2 exit 1 fi IS_KOKORO="false" if [[ -n "${KOKORO_ARTIFACTS_DIR:-}" ]]; then IS_KOKORO="true" fi readonly IS_KOKORO # If not defined, default to /tmp. : "${TMPDIR:="/tmp"}" # WARNING: Setting this environment varialble to "true" will cause this script # to actually perform a release. : "${DO_MAKE_RELEASE:="false"}" if [[ ! "${DO_MAKE_RELEASE}" =~ ^(false|true)$ ]]; then echo "DO_MAKE_RELEASE must be either \"true\" or \"false\"" >&2 exit 1 fi if [[ "${IS_KOKORO}" == "true" ]] ; then readonly TINK_BASE_DIR="$(echo "${KOKORO_ARTIFACTS_DIR}"/git*)" cd "${TINK_BASE_DIR}/tink_go" fi GITHUB_RELEASE_UTIL_OPTS=() if [[ "${IS_KOKORO}" == "true" ]] ; then # Note: KOKORO_GIT_COMMIT is populated by Kokoro. GITHUB_RELEASE_UTIL_OPTS+=( -c "${KOKORO_GIT_COMMIT}" -t "${GITHUB_ACCESS_TOKEN}" ) fi if [[ "${DO_MAKE_RELEASE}" == "true" ]]; then GITHUB_RELEASE_UTIL_OPTS+=( -r ) fi readonly GITHUB_RELEASE_UTIL_OPTS # If running on Kokoro, TMPDIR is populated with the tmp folder. readonly TMP_DIR="$(mktemp -d "${TMPDIR}/release_XXXXXX")" readonly RELEASE_UTIL_SCRIPT="$(pwd)/kokoro/testutils/github_release_util.sh" if [[ ! -f "${RELEASE_UTIL_SCRIPT}" ]]; then echo "${RELEASE_UTIL_SCRIPT} not found." echo "Make sure you run this script from the root of tink-go." return 1 fi pushd "${TMP_DIR}" # Create a release branch. "${RELEASE_UTIL_SCRIPT}" "${GITHUB_RELEASE_UTIL_OPTS[@]}" create_tag \ "${RELEASE_VERSION}" tink-go popd ================================================ FILE: kokoro/gcp_ubuntu/gomod/run_tests.sh ================================================ #!/bin/bash # Copyright 2022 Google LLC # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. ################################################################################ # By default when run locally this script runs the command below directly on the # host. The CONTAINER_IMAGE variable can be set to run on a custom container # image for local testing. E.g.: # # CONTAINER_IMAGE="s-docker.pkg.dev/tink-test-infrastructure/linux-tink-go-base:latest" \ # sh ./kokoro/gcp_ubuntu/gomod/run_tests.sh # Generated with openssl rand -hex 10 echo "===========================================================================" echo "Tink Script ID: c0e803678984485c75eb (to quickly find the script from logs)" echo "===========================================================================" set -euo pipefail RUN_COMMAND_ARGS=() if [[ -n "${KOKORO_ARTIFACTS_DIR:-}" ]]; then readonly TINK_BASE_DIR="$(echo "${KOKORO_ARTIFACTS_DIR}"/git*)" cd "${TINK_BASE_DIR}/tink_go" source "./kokoro/testutils/go_test_container_images.sh" CONTAINER_IMAGE="${TINK_GO_BASE_IMAGE}" RUN_COMMAND_ARGS+=( -k "${TINK_GCR_SERVICE_KEY}" ) fi readonly CONTAINER_IMAGE if [[ -n "${CONTAINER_IMAGE:-}" ]]; then RUN_COMMAND_ARGS+=( -c "${CONTAINER_IMAGE}" ) fi ./kokoro/testutils/docker_execute.sh "${RUN_COMMAND_ARGS[@]}" \ ./kokoro/testutils/check_go_generated_files_up_to_date.sh . cat < env_variables.txt GOARCH EOF RUN_COMMAND_ARGS+=( -e env_variables.txt ) readonly RUN_COMMAND_ARGS cat < _run_test.sh #!/bin/bash set -euo pipefail set -x go build -v ./... go test -v ./... EOF chmod +x _run_test.sh # Run cleanup on EXIT. trap cleanup EXIT cleanup() { rm -rf _run_test.sh rm -rf env_variables.txt } ./kokoro/testutils/docker_execute.sh "${RUN_COMMAND_ARGS[@]}" \ ./_run_test.sh ================================================ FILE: kokoro/macos_external/gomod/run_tests.sh ================================================ #!/bin/bash # Copyright 2022 Google LLC # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. ################################################################################ # Generated with openssl rand -hex 10 echo "===========================================================================" echo "Tink Script ID: 2e4a047132d27d9948be (to quickly find the script from logs)" echo "===========================================================================" set -euo pipefail TINK_GO_PROJECT_PATH="$(pwd)" if [[ -n "${KOKORO_ROOT:-}" ]]; then TINK_BASE_DIR="$(echo "${KOKORO_ARTIFACTS_DIR}"/git*)" TINK_GO_PROJECT_PATH="${TINK_BASE_DIR}/tink_go" cd "${TINK_GO_PROJECT_PATH}" fi readonly TINK_GO_PROJECT_PATH # Sourcing required to update callers environment. source ./kokoro/testutils/install_go.sh echo "Using go binary from $(which go): $(go version)" ( set -x go build -v ./... go test -v ./... ) ================================================ FILE: kokoro/testutils/check_go_generated_files_up_to_date.sh ================================================ #!/bin/bash # Copyright 2022 Google LLC # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. ################################################################################ # This scripts checks that a given Go workspace has its generated Bazel files up # to date. usage() { echo "Usage: $0 [-h] [-c ] " echo " -c: Value to pass to `-compat`. Default to 1.19." echo " -h: Help. Print this usage information." exit 1 } COMPAT="1.19" GO_PROJECT_DIR= process_args() { # Parse options. while getopts "hc:" opt; do case "${opt}" in c) COMPAT="${OPTARG}" ;; *) usage ;; esac done shift $((OPTIND - 1)) readonly GO_PROJECT_DIR="$1" if [[ -z "${GO_PROJECT_DIR}" ]]; then usage fi } main() { process_args "$@" ( cd "${GO_PROJECT_DIR}" local -r temp_dir_current_generated_files="$(mktemp -dt \ current_tink_go_build_files.XXXXXX)" local -r go_generated_files=( ./go.mod ./go.sum ) # Copy all current generated files into temp_dir_current_generated_files. local -r current_go_generated_files=( "${go_generated_files[@]}" ) for generated_file_path in "${current_go_generated_files[@]}"; do mkdir -p \ "$(dirname \ "${temp_dir_current_generated_files}/${generated_file_path}")" cp "${generated_file_path}" \ "${temp_dir_current_generated_files}/${generated_file_path}" done # Update build files. go mod tidy -compat="${COMPAT}" # Compare current with new build files. local -r new_go_generated_files=( "${go_generated_files[@]}" ) for generated_file_path in "${new_go_generated_files[@]}"; do if ! cmp -s "${generated_file_path}" \ "${temp_dir_current_generated_files}/${generated_file_path}"; then echo "ERROR: ${generated_file_path} needs to be updated. Please follow \ the instructions on go/tink-workflows#update-go-build." >&2 echo "Diff for ${generated_file_path}:" diff "${generated_file_path}" \ "${temp_dir_current_generated_files}/${generated_file_path}" exit 1 fi done ) } main "$@" ================================================ FILE: kokoro/testutils/docker_execute.sh ================================================ #!/bin/bash # Copyright 2023 Google LLC # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. ################################################################################ # Utility script to run a command in a new docker container. # # This script must be run from inside the Tink library to run the command for. # # NOTE: When running in a new container, this script mounts the parent folder of # `pwd`. Other dependencies, if any, are assumed to be located there. For # example, if running tink-py tests, this script assumes: # - pwd => /path/to/parent/tink-py # - mount path => /path/to/parent # - ls /path/to/parent => tink_cc tink_py. set -eo pipefail usage() { cat <] [-k ] -c: [Optional] Container image to run the command on. -k: [Optional] Service key file path for pulling the image from the Google Artifact Registry (https://cloud.google.com/artifact-registry). -e: [Optional] File containing a list of environment variables to pass to Docker using --env-file (see https://docs.docker.com/engine/reference/commandline/run/#env). -m: [Optional] Additional --mount argument to pass to the Docker command (see https://docs.docker.com/reference/cli/docker/container/run/#mount). -h: Help. Print this usage information. EOF exit 1 } # Args. COMMAND= # Options. CONTAINER_IMAGE_NAME= GCR_SERVICE_KEY_PATH= DOCKER_ENV_FILE= DOCKER_MOUNT_ARG= ####################################### # Process command line arguments. ####################################### process_args() { # Parse options. while getopts "hc:k:e:m:" opt; do case "${opt}" in c) CONTAINER_IMAGE_NAME="${OPTARG}" ;; k) GCR_SERVICE_KEY_PATH="${OPTARG}" ;; e) DOCKER_ENV_FILE="${OPTARG}" ;; m) DOCKER_MOUNT_ARG="${OPTARG}" ;; *) usage ;; esac done shift $((OPTIND - 1)) readonly CONTAINER_IMAGE_NAME readonly GCR_SERVICE_KEY_PATH readonly DOCKER_ENV_FILE readonly DOCKER_MOUNT_ARG readonly COMMAND=("$@") } main() { process_args "$@" if [[ -z "${CONTAINER_IMAGE_NAME:-}" ]]; then echo "Running command on the host" time "${COMMAND[@]}" else echo "Running command on a new container from image ${CONTAINER_IMAGE_NAME}" if [[ ! -z "${GCR_SERVICE_KEY_PATH:-}" ]]; then # Activate service account to read from a private artifact registry repo. gcloud auth activate-service-account --key-file="${GCR_SERVICE_KEY_PATH}" gcloud config set project tink-test-infrastructure gcloud auth configure-docker us-docker.pkg.dev --quiet fi local -r path_to_mount="$(dirname "$(pwd)")" local -r library_to_test="$(basename "$(pwd)")" time docker pull "${CONTAINER_IMAGE_NAME}" local docker_opts=( --network="host" --mount type=bind,src="${path_to_mount}",dst=/deps --workdir=/deps/"${library_to_test}" --rm ) if [[ -n "${DOCKER_ENV_FILE}" ]]; then docker_opts+=( --env-file="${DOCKER_ENV_FILE}" ) fi if [[ -n ${DOCKER_MOUNT_ARG} ]] ; then docker_opts+=( --mount "${DOCKER_MOUNT_ARG}" ) fi readonly docker_opts time docker run "${docker_opts[@]}" "${CONTAINER_IMAGE_NAME}" \ bash -c "$(echo "${COMMAND[@]}")" fi } main "$@" ================================================ FILE: kokoro/testutils/github_release_util.sh ================================================ #!/bin/bash # Copyright 2022 Google LLC # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. ################################################################################ # This script performs a source release on GitHub for a given repo, that is: # - Creates a release branch (if it does not yet exist), # - Creates a release tag. set -eo pipefail # Parameters and arguments. These will be populated/modified by args parsing. # Options. # Whether to actually create a release. This is false by default and meant to # prevent accidental releases. DO_RUN_ACTION="false" # Commit at which to make the release. If unspecified, the release is made from # HEAD. COMMIT_HASH= # Optional personal access token. ACCESS_TOKEN= # Arguments. # Action to be performed. ACTION= # This must be of the form `MAJOR.MINOR.PATCH`. VERSION= # Repo name after github.com/tink-crypto/, e.g., tink-cc. REPO_NAME= # Derived variables. GITHUB_REPO_URL= RELEASE_BRANCH= TAG= GITHUB_REFS= BRANCH_EXISTS="false" # Constants. readonly GITHUB_ORG_URL="github.com/tink-crypto" usage() { echo "Usage: $0 [-rh] [-c ] [-t ] \\" echo " " echo " : The action to be performed (crete_branch|create_tag)." echo " : The version identifier in MAJOR.MINOR.PATCH format." echo " : The name of the repository (e.g. \"tink-cc\")." echo " -c: Commit hash to use as HEAD of the release branch (optional)." echo " -t: Access token. Without this, the default is SSH (optional)." echo " -r: Whether to actually create a release; this is false by default." echo " -h: Show this help message." exit 1 } process_params() { while getopts "rhc:t:" opt; do case "${opt}" in r) DO_RUN_ACTION="true" ;; c) COMMIT_HASH="${OPTARG}" ;; t) ACCESS_TOKEN="${OPTARG}" ;; *) usage ;; esac done shift $((OPTIND - 1)) readonly DO_RUN_ACTION readonly COMMIT_HASH readonly ACCESS_TOKEN ACTION="$1" if [[ ! "${ACTION}" =~ create_branch|create_tag ]]; then echo "ERROR: Expected (create_branch|create_tag) got ${ACTION}" >&2 usage fi readonly ACTION VERSION="$2" if [[ ! "${VERSION}" =~ ^[0-9]+\.[0-9]+\.[0-9]+(-[0-9a-z]*)?$ ]]; then echo "ERROR: Invalid version format: expected MAJOR.MINOR.PATCH or MAJOR.MINOR.PATCH-pre, got \${VERSION}" >&2 usage fi readonly VERSION REPO_NAME="$3" if [[ -z "${REPO_NAME}" ]]; then echo "ERROR: Repo name must be specified." >&2 usage fi readonly REPO_NAME # Use SSH by default. local protocol_and_credentials="ssh://git" if [[ -n "${ACCESS_TOKEN}" ]]; then protocol_and_credentials="https://ise-crypto:${ACCESS_TOKEN}" fi readonly protocol_and_credentials GITHUB_REPO_URL="${protocol_and_credentials}@${GITHUB_ORG_URL}/${REPO_NAME}" readonly GITHUB_REPO_URL # Release branch is only MAJOR.MINOR. readonly RELEASE_BRANCH="$(echo "${VERSION}" | cut -d'.' -f1,2)" # Splitting declaration and assignment guarantees correct propagation of the # exit code of the subshell. local GITHUB_REFS GITHUB_REFS="$(git ls-remote "${GITHUB_REPO_URL}")" readonly GITHUB_REFS local -r expected_release_branch="refs/heads/${RELEASE_BRANCH}" if echo "${GITHUB_REFS}" | grep "${expected_release_branch}" > /dev/null; then BRANCH_EXISTS="true" fi readonly BRANCH_EXISTS if [[ "${ACTION}" == "create_tag" ]]; then if [[ "${BRANCH_EXISTS}" == "false" ]]; then echo "ERROR: The release branch does not exist in \ ${GITHUB_ORG_URL}/${REPO_NAME}." >&2 return 1 fi local -r release_tag="v${VERSION}" local -r expected_release_tag="refs/tags/${release_tag}" if echo "${GITHUB_REFS}" | grep "${expected_release_tag}" > /dev/null; then echo "ERROR The tag \"${release_tag}\" already exists in \ ${GITHUB_ORG_URL}/${REPO_NAME}." >&2 return 1 fi fi } ####################################### # Prints a command # # Args: # Command to execute. # ####################################### print_command() { printf '%q ' '+' "$@" echo } ####################################### # Runs a command if DO_RUN_ACTION is true. # # Args: # Command to execute. # Globals: # DO_RUN_ACTION # ####################################### run_command() { if [[ "${DO_RUN_ACTION}" == "false" ]]; then echo " *** Dry run, command not executed. ***" return 0 fi # Actually run the command. "$@" return $? } ####################################### # Prints and runs a command. # # Args: # Command to execute. # ####################################### print_and_run_command() { print_command "$@" run_command "$@" } ####################################### # Creates and checks out to the release branch. # # If COMMIT_HASH is specified, use COMMIT_HASH as HEAD for the branch. # # Globals: # RELEASE_BRANCH # COMMIT_HASH # ####################################### git_create_release_branch() { if [[ "${BRANCH_EXISTS}" == "true" ]]; then echo "WARNING: The release branch already exists. Nothing to do." return 0 fi # Target branch does not exist so we create the release branch. if [[ -n "${COMMIT_HASH:-}" ]]; then # Use COMMIT_HASH as HEAD for this branch. print_and_run_command git branch "${RELEASE_BRANCH}" "${COMMIT_HASH}" else print_and_run_command git branch "${RELEASE_BRANCH}" fi print_and_run_command git push origin "${RELEASE_BRANCH}" } ####################################### # Creates a release tag. # # Globals: # RELEASE_BRANCH # REPO_NAME # VERSION # ####################################### git_create_release_tag() { if [[ "${BRANCH_EXISTS}" == "false" ]]; then echo "ERROR: The release branch does not exist in \ ${GITHUB_ORG_URL}/${REPO_NAME}." >&2 return 1 fi local -r release_tag="v${VERSION}" local -r expected_release_tag="refs/tags/${release_tag}" if echo "${GITHUB_REFS}" | grep "${expected_release_tag}" > /dev/null; then echo "ERROR The tag \"${release_tag}\" already exists in \ ${GITHUB_ORG_URL}/${REPO_NAME}." >&2 return 1 fi print_and_run_command git checkout "${RELEASE_BRANCH}" print_and_run_command git tag -a "${release_tag}" \ -m "${REPO_NAME} version ${VERSION}" print_and_run_command git push origin "${release_tag}" } main() { process_params "$@" # Avoid logging the full URL; replace GIT_URL with a version that omits user # and access token. local -r protocol="$(echo "${GITHUB_REPO_URL}" | cut -d':' -f1)" local -r github_repo="$(echo "${GITHUB_REPO_URL}" | cut -d'@' -f2)" print_command git clone "${protocol}://...@${github_repo}" run_command git clone "${GITHUB_REPO_URL}" print_and_run_command cd "${REPO_NAME}" case "${ACTION}" in create_branch) git_create_release_branch ;; create_tag) git_create_release_tag ;; esac } main "$@" ================================================ FILE: kokoro/testutils/github_release_util_test.sh ================================================ #!/bin/bash # Copyright 2022 Google LLC # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. ################################################################################ DEFAULT_DIR="$(pwd)" if [[ -n "${TEST_SRCDIR}" ]]; then DEFAULT_DIR="${TEST_SRCDIR}" fi readonly DEFAULT_DIR readonly CLI="${DEFAULT_DIR}/${1:-"github_release_util.sh"}" readonly TEST_UTILS="${DEFAULT_DIR}/${2:-test_utils.sh}" # Load the test library. source "${TEST_UTILS}" test_GitHubReleaseUtil_CreateBranchMinorSucceeds() { cd "${TEST_CASE_TMPDIR}" local -r expected_git_cmds_file="${TEST_CASE_TMPDIR}/expected_cmds.txt" cat << EOF > ${expected_git_cmds_file} git ls-remote ssh://git@github.com/tink-crypto/some-repo git clone ssh://git@github.com/tink-crypto/some-repo git branch 1.6 git push origin 1.6 EOF local -r actual_git_cmds_file="${TEST_CASE_TMPDIR}/actual_git_cmds_file.txt" # Mock git command. git() { local -r command="$1" shift 1 cmd_and_args="git ${command} $@" echo "${cmd_and_args}" >> "${actual_git_cmds_file}" case "${command}" in "ls-remote") cat << EOF 6c68b48c884e0aeb983b8864f35187d9584d0d74 HEAD 6c68b48c884e0aeb983b8864f35187d9584d0d74 refs/heads/main EOF ;; "clone") local -r repo_name="${1##*/}" mkdir "${repo_name}" ;; *) ;; # Do nothing esac } # Run this in the caller's environment. ( source "${CLI}" -r create_branch 1.6.0 some-repo &> /dev/null ) ASSERT_CMD_SUCCEEDED ASSERT_FILE_EQUALS "${actual_git_cmds_file}" "${expected_git_cmds_file}" } test_GitHubReleaseUtil_CreateBranchMinorWithCommitSucceeds() { cd "${TEST_CASE_TMPDIR}" local -r expected_git_cmds_file="${TEST_CASE_TMPDIR}/expected_cmds.txt" cat << EOF > ${expected_git_cmds_file} git ls-remote ssh://git@github.com/tink-crypto/some-repo git clone ssh://git@github.com/tink-crypto/some-repo git branch 1.6 6c68b48c884e0aeb983b8864f35187d9584d0d74 git push origin 1.6 EOF local -r actual_git_cmds_file="${TEST_CASE_TMPDIR}/actual_git_cmds_file.txt" # Mock git command. git() { local -r command="$1" shift 1 cmd_and_args="git ${command} $@" echo "${cmd_and_args}" >> "${actual_git_cmds_file}" case "${command}" in "ls-remote") cat << EOF 6c68b48c884e0aeb983b8864f35187d9584d0d74 HEAD 6c68b48c884e0aeb983b8864f35187d9584d0d74 refs/heads/main EOF ;; "clone") local -r repo_name="${1##*/}" mkdir "${repo_name}" ;; *) ;; # Do nothing esac } # Run this in the caller's environment. ( source "${CLI}" -r -c 6c68b48c884e0aeb983b8864f35187d9584d0d74 \ create_branch 1.6.0 some-repo &> /dev/null ) ASSERT_CMD_SUCCEEDED ASSERT_FILE_EQUALS "${actual_git_cmds_file}" "${expected_git_cmds_file}" } test_GitHubReleaseUtil_CreateTagPatchSucceeds() { cd "${TEST_CASE_TMPDIR}" local -r expected_git_cmds_file="${TEST_CASE_TMPDIR}/expected_cmds.txt" cat << EOF > ${expected_git_cmds_file} git ls-remote ssh://git@github.com/tink-crypto/some-repo git clone ssh://git@github.com/tink-crypto/some-repo git checkout 1.6 git tag -a v1.6.2 -m some-repo version 1.6.2 git push origin v1.6.2 EOF local -r actual_git_cmds_file="${TEST_CASE_TMPDIR}/actual_git_cmds_file.txt" # Mock git command. git() { local -r command="$1" shift 1 cmd_and_args="git ${command} $@" echo "${cmd_and_args}" >> "${actual_git_cmds_file}" case "${command}" in "ls-remote") cat << EOF 6c68b48c884e0aeb983b8864f35187d9584d0d74 HEAD 6c68b48c884e0aeb983b8864f35187d9584d0d74 refs/heads/main 9940095f3081a116fa7a1337ad5ba27a3ccc59fe refs/heads/1.6 EOF ;; "clone") local -r repo_name="${1##*/}" mkdir "${repo_name}" ;; *) ;; # Do nothing. esac } # Run this in the caller's environment. ( source "${CLI}" -r -c 6c68b48c884e0aeb983b8864f35187d9584d0d74 \ create_tag 1.6.2 some-repo &> /dev/null ) ASSERT_CMD_SUCCEEDED ASSERT_FILE_EQUALS "${actual_git_cmds_file}" "${expected_git_cmds_file}" } test_GitHubReleaseUtil_CreateBranchFailsWhenLsRemoteFails() { cd "${TEST_CASE_TMPDIR}" local -r expected_git_cmds_file="${TEST_CASE_TMPDIR}/expected_cmds.txt" cat << EOF > ${expected_git_cmds_file} git ls-remote ssh://git@github.com/tink-crypto/some-repo EOF local actual_git_cmds_file="${TEST_CASE_TMPDIR}/actual_cmds.txt" # Mock git command. git() { local -r command="$1" shift 1 cmd_and_args="git ${command} $@" echo "${cmd_and_args}" >> "${actual_git_cmds_file}" case "${command}" in "ls-remote") return 1 ;; *) ;; # Do nothing. esac } # Run this in a subshell to prevent exiting on failure. ( source "${CLI}" -r create_branch 1.6.2 some-repo &> /dev/null ) ASSERT_CMD_FAILED ASSERT_FILE_EQUALS "${actual_git_cmds_file}" "${expected_git_cmds_file}" echo "" > "${actual_git_cmds_file}" } test_GitHubReleaseUtil_CreateBranchFailsWhenCloneFails() { cd "${TEST_CASE_TMPDIR}" local -r expected_git_cmds_file="${TEST_CASE_TMPDIR}/expected_cmds.txt" cat << EOF > ${expected_git_cmds_file} git ls-remote ssh://git@github.com/tink-crypto/some-repo git clone ssh://git@github.com/tink-crypto/some-repo EOF local actual_git_cmds_file="${TEST_CASE_TMPDIR}/actual_cmds.txt" # Mock git command. git() { local -r command="$1" shift 1 cmd_and_args="git ${command} $@" echo "${cmd_and_args}" >> "${actual_git_cmds_file}" case "${command}" in "ls-remote") cat << EOF 6c68b48c884e0aeb983b8864f35187d9584d0d74 HEAD 6c68b48c884e0aeb983b8864f35187d9584d0d74 refs/heads/main EOF ;; "clone") return 1 ;; *) ;; # Do nothing. esac } # Run this in a subshell to prevent exiting on failure. ( source "${CLI}" -r create_branch 1.6.2 some-repo &> /dev/null ) ASSERT_CMD_FAILED ASSERT_FILE_EQUALS "${actual_git_cmds_file}" "${expected_git_cmds_file}" } test_GitHubReleaseUtil_CreateTagFailsIfBranchDoesNotExist() { cd "${TEST_CASE_TMPDIR}" local -r expected_git_cmds_file="${TEST_CASE_TMPDIR}/expected_cmds.txt" cat << EOF > ${expected_git_cmds_file} git ls-remote ssh://git@github.com/tink-crypto/some-repo EOF local actual_git_cmds_file="${TEST_CASE_TMPDIR}/actual_cmds.txt" # Mock git command. git() { local -r command="$1" shift 1 cmd_and_args="git ${command} $@" echo "${cmd_and_args}" >> "${actual_git_cmds_file}" case "${command}" in "ls-remote") cat << EOF 6c68b48c884e0aeb983b8864f35187d9584d0d74 HEAD 6c68b48c884e0aeb983b8864f35187d9584d0d74 refs/heads/main EOF ;; *) ;; # Do nothing. esac } # Run this in a subshell to prevent exiting on failure. ( source "${CLI}" -r create_tag 1.6.2 some-repo &> /dev/null ) ASSERT_CMD_FAILED ASSERT_FILE_EQUALS "${actual_git_cmds_file}" "${expected_git_cmds_file}" } test_GitHubReleaseUtil_CreateTagFailsIfReleaseTagAlreadyExists() { cd "${TEST_CASE_TMPDIR}" local -r expected_git_cmds_file="${TEST_CASE_TMPDIR}/expected_cmds.txt" cat << EOF > ${expected_git_cmds_file} git ls-remote ssh://git@github.com/tink-crypto/some-repo EOF local actual_git_cmds_file="${TEST_CASE_TMPDIR}/actual_cmds.txt" # Mock git command. git() { local -r command="$1" shift 1 cmd_and_args="git ${command} $@" echo "${cmd_and_args}" >> "${actual_git_cmds_file}" case "${command}" in "ls-remote") cat << EOF 6c68b48c884e0aeb983b8864f35187d9584d0d74 HEAD 6c68b48c884e0aeb983b8864f35187d9584d0d74 refs/heads/main 112a7d3a0453a1d926448519f94fe5a91c69be45 refs/heads/1.6 8c266441044c4dfaf7560e21663a8037043b750b refs/tags/v1.6.2 195ec3c1edeee8877ab5dc287f95c4402e3fb510 refs/tags/v1.6.1 c6f48771296bca0bd22724b208abafeae7d7b764 refs/tags/v1.6.0 EOF ;; *) ;; # Do nothing. esac } # Run this in a subshell to prevent exiting on failure. ( source "${CLI}" -r create_tag 1.6.2 some-repo &> /dev/null ) ASSERT_CMD_FAILED ASSERT_FILE_EQUALS "${actual_git_cmds_file}" "${expected_git_cmds_file}" } test_GitHubReleaseUtil_FailsWhenInvalidVersion() { cd "${TEST_CASE_TMPDIR}" for action in create_branch create_tag; do ( source "${CLI}" -r "${action}" 1 some-repo &> /dev/null ) ASSERT_CMD_FAILED ( source "${CLI}" -r "${action}" 1.2 some-repo &> /dev/null ) ASSERT_CMD_FAILED ( source "${CLI}" -r "${action}" 1.2.a some-repo &> /dev/null ) ASSERT_CMD_FAILED ( source "${CLI}" -r "${action}" a.b.c some-repo &> /dev/null ) ASSERT_CMD_FAILED ( source "${CLI}" -r "${action}" 1.2.3.4 some-repo &> /dev/null ) ASSERT_CMD_FAILED ( source "${CLI}" -r "${action}" invalid some-repo &> /dev/null ) ASSERT_CMD_FAILED done } test_GitHubReleaseUtil_FailsWhenNoRepoNameIsGiven() { cd "${TEST_CASE_TMPDIR}" for action in create_branch create_tag; do # Run this in a subshell to prevent exiting on failure. ( source "${CLI}" -r "${action}" 1.6.0 &> /dev/null ) ASSERT_CMD_FAILED done } test_GitHubReleaseUtil_CreateBranchUsesCorrectGithubToken() { cd "${TEST_CASE_TMPDIR}" local -r access_token="a227da63673c236090a067c3f96b62e74dbd5857" local -r expected_url="https://ise-crypto:${access_token}@github.com/tink-crypto/some-repo" local -r expected_git_cmds_file="${TEST_CASE_TMPDIR}/expected_cmds.txt" cat << EOF > ${expected_git_cmds_file} git ls-remote ${expected_url} git clone ${expected_url} git branch 1.6 git push origin 1.6 EOF local -r actual_git_cmds_file="${TEST_CASE_TMPDIR}/actual_git_cmds_file.txt" # Mock git command. git() { local -r command="$1" shift 1 cmd_and_args="git ${command} $@" echo "${cmd_and_args}" >> "${actual_git_cmds_file}" case "${command}" in "ls-remote") cat << EOF 6c68b48c884e0aeb983b8864f35187d9584d0d74 HEAD 6c68b48c884e0aeb983b8864f35187d9584d0d74 refs/heads/main EOF ;; "clone") local -r repo_name="${1##*/}" mkdir "${repo_name}" ;; *) ;; # Do nothing esac } # Run this in the caller's environment. ( source "${CLI}" -r -t "${access_token}" create_branch 1.6.0 some-repo \ &> /dev/null ) ASSERT_CMD_SUCCEEDED ASSERT_FILE_EQUALS "${actual_git_cmds_file}" "${expected_git_cmds_file}" } test_GitHubReleaseUtil_CreateTagUsesCorrectGithubToken() { cd "${TEST_CASE_TMPDIR}" local -r access_token="a227da63673c236090a067c3f96b62e74dbd5857" local -r expected_url="https://ise-crypto:${access_token}@github.com/tink-crypto/some-repo" local -r expected_git_cmds_file="${TEST_CASE_TMPDIR}/expected_cmds.txt" cat << EOF > ${expected_git_cmds_file} git ls-remote ${expected_url} git clone ${expected_url} git checkout 1.6 git tag -a v1.6.2 -m some-repo version 1.6.2 git push origin v1.6.2 EOF local -r actual_git_cmds_file="${TEST_CASE_TMPDIR}/actual_git_cmds_file.txt" # Mock git command. git() { local -r command="$1" shift 1 cmd_and_args="git ${command} $@" echo "${cmd_and_args}" >> "${actual_git_cmds_file}" case "${command}" in "ls-remote") cat << EOF 6c68b48c884e0aeb983b8864f35187d9584d0d74 HEAD 6c68b48c884e0aeb983b8864f35187d9584d0d74 refs/heads/main 112a7d3a0453a1d926448519f94fe5a91c69be45 refs/heads/1.6 EOF ;; "clone") local -r repo_name="${1##*/}" mkdir "${repo_name}" ;; *) ;; # Do nothing esac } # Run this in the caller's environment. ( source "${CLI}" -r -t "${access_token}" create_tag 1.6.2 some-repo \ &> /dev/null ) ASSERT_CMD_SUCCEEDED ASSERT_FILE_EQUALS "${actual_git_cmds_file}" "${expected_git_cmds_file}" } main() { run_all_tests "$@" } main "$@" ================================================ FILE: kokoro/testutils/go_test_container_images.sh ================================================ #!/bin/bash # Copyright 2023 Google LLC # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. ################################################################################ _image_prefix() { local -r artifact_registry_url="us-docker.pkg.dev" local -r test_project="tink-test-infrastructure" local -r artifact_registry_repo="tink-ci-images" echo "${artifact_registry_url}/${test_project}/${artifact_registry_repo}" } # Linux container images for Tink Go libraries. readonly TINK_GO_BASE_IMAGE_NAME="linux-tink-go-base" # Image from 2025-08-29. readonly TINK_GO_BASE_IMAGE_HASH="10d07e34459058b7654aa2db6b8f553c36a6d80847153883995e54c02bf56e85" readonly TINK_GO_BASE_IMAGE="$(_image_prefix)/${TINK_GO_BASE_IMAGE_NAME}@sha256:${TINK_GO_BASE_IMAGE_HASH}" unset -f _image_prefix ================================================ FILE: kokoro/testutils/install_go.sh ================================================ #!/bin/bash # Copyright 2022 Google LLC # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. ################################################################################ # This script installs a recent version of Go into a temporary directory. The Go # bin directory is then added to the PATH environment variable. # # NOTE: This script MUST be sourced to update the environment of the calling # script. # # Usage instructions: # # source ./kokoro/testutils/install_go.sh set -eo pipefail readonly GO_VERSION="1.24.0" readonly GO_LINUX_AMD64_SHA256="dea9ca38a0b852a74e81c26134671af7c0fbe65d81b0dc1c5bfe22cf7d4c8858" readonly GO_DARWIN_AMD64_SHA256="7af054e5088b68c24b3d6e135e5ca8d91bbd5a05cb7f7f0187367b3e6e9e05ee" readonly PLATFORM="$(uname | tr '[:upper:]' '[:lower:]')" install_temp_go() { local go_platform local go_sha256 case "${PLATFORM}" in "linux") go_platform="linux-amd64" go_sha256="${GO_LINUX_AMD64_SHA256}" ;; "darwin") go_platform="darwin-amd64" go_sha256="${GO_DARWIN_AMD64_SHA256}" ;; *) echo "Unsupported platform, unable to install Go." exit 1 ;; esac readonly go_platform readonly go_sha256 local -r go_archive="go${GO_VERSION}.${go_platform}.tar.gz" local -r go_url="https://go.dev/dl/${go_archive}" local -r go_tmpdir=$(mktemp -dt tink-go.XXXXXX) ( set -x cd "${go_tmpdir}" curl -OLsS "${go_url}" # The explicit "-" to specify stdin in sha256sum is needed on MacOS sequoia echo "${go_sha256} ${go_archive}" | sha256sum -c - tar -xzf "${go_archive}" ) export GOROOT="${go_tmpdir}/go" export PATH="${go_tmpdir}/go/bin:${PATH}" } if [[ -n "${KOKORO_ARTIFACTS_DIR:-}" ]] ; then install_temp_go fi ================================================ FILE: kokoro/testutils/test_utils.sh ================================================ #!/bin/bash # Copyright 2022 Google LLC # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. ################################################################################ # Set of utilities to run unit tests for bash scripts. # # Example usage: # From your test script: # source some/path/to/test_utils.sh # # # Test functions must be defined as follows: # test__() { # # Do some ground work. # # Run the test script. # ./path/to/script_to_test ... # ASSERT_CMD_SUCCEEDED # ASSERT_FILE_EQUALS # } # # # Finds all the functions starting with `test_`, extracts test name and # # test case, and run them. # run_all_tests "$@" # # This is either set by Bazel or generated. : "${TEST_TMPDIR:="$(mktemp -td test.XXXXX)"}" readonly TEST_TMPDIR # Temporary directory for the testcase to use. TEST_CASE_TMPDIR= # Current test name. _CURRENT_TEST_SCOPE= # Current test case. _CURRENT_TEST_CASE= # True if at least one of the test cases terminated with an error. _HAS_ERROR="false" _print_testcase_failed_and_exit() { echo "[ FAILED ] ${_CURRENT_TEST_SCOPE}.${_CURRENT_TEST_CASE}" exit 1 } ####################################### # Starts a new test case. # # Globals: # _CURRENT_TEST_SCOPE # _CURRENT_TEST_CASE ####################################### _start_test_case() { echo "[ RUN ] ${_CURRENT_TEST_SCOPE}.${_CURRENT_TEST_CASE}" # Create a tmp dir for the test case. TEST_CASE_TMPDIR="${TEST_TMPDIR}/${_CURRENT_TEST_SCOPE}/${_CURRENT_TEST_CASE}" mkdir -p "${TEST_CASE_TMPDIR}" } ####################################### # Ends a test case printing a success message. # # Globals: # _CURRENT_TEST_SCOPE # _CURRENT_TEST_CASE ####################################### _end_test_case_with_success() { test_case="$1" echo "[ OK ] ${_CURRENT_TEST_SCOPE}.${_CURRENT_TEST_CASE}" } ####################################### # Returns the list of tests defined in the test script. # # A test case is a function of the form: # test__ # # This function returns all the functions starting with `test_`. # # Globals: # None # Arguments: # None ####################################### _get_all_tests() { declare -F | while read line; do case "${line}" in "declare -f test_"*) echo "${line#declare -f }" ;; esac done } ####################################### # Runs a given test function. # # A test case is a function of the form: # test__ # # This script extracts test name and test case from the name. # # Globals: # _CURRENT_TEST_SCOPE # Arguments: # None ####################################### _do_run_test() { test_function="$1" IFS=_ read _CURRENT_TEST_SCOPE _CURRENT_TEST_CASE <<< "${test_function#test_}" _start_test_case ( # Make sure we exit only when assertions fail. set +e "${test_function}" ) local -r result=$? if (( $result == 0 )); then _end_test_case_with_success else _HAS_ERROR="true" fi } ####################################### # Runs all the test cases defined in the test script file. # Globals: # None # Arguments: # None # ####################################### run_all_tests() { for test in $(_get_all_tests); do _do_run_test "${test}" done # Make sure we return an error code for the failing test if [[ "${_HAS_ERROR}" == "true" ]]; then exit 1 fi } ASSERT_CMD_SUCCEEDED() { if (( $? != 0 )); then _print_testcase_failed_and_exit fi } ASSERT_CMD_FAILED() { if (( $? == 0 )); then _print_testcase_failed_and_exit fi } ASSERT_FILE_EQUALS() { input_file="$1" expected_file="$2" if ! diff "${input_file}" "${expected_file}"; then _print_testcase_failed_and_exit fi } ================================================ FILE: kwp/subtle/kwp.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package subtle implements the key wrapping primitive KWP defined in // NIST SP 800 38f. // // The same encryption mode is also defined in RFC 5649. The NIST document is // used here as a primary reference, since it contains a security analysis and // further recommendations. In particular, Section 8 of NIST SP 800 38f // suggests that the allowed key sizes may be restricted. The implementation in // this package requires that the key sizes are in the range MinWrapSize and // MaxWrapSize. // // The minimum of 16 bytes has been chosen, because 128 bit keys are the // smallest key sizes used in tink. Additionally, wrapping short keys with KWP // does not use the function W and hence prevents using security arguments // based on the assumption that W is a strong pseudorandom. One consequence of // using a strong pseudorandom permutation as an underlying function is that // leaking partial information about decrypted bytes is not useful for an // attack. // // The upper bound for the key size is somewhat arbitrary. Setting an upper // bound is motivated by the analysis in section A.4 of NIST SP 800 38f: // forgery of long messages is simpler than forgery of short messages. package subtle import ( "crypto/aes" "crypto/cipher" "encoding/binary" "fmt" "math" // Placeholder for internal crypto/cipher allowlist, please ignore. ) const ( // MinWrapSize is the smallest key byte length that may be wrapped. MinWrapSize = 16 // MaxWrapSize is the largest key byte length that may be wrapped. MaxWrapSize = 8192 roundCount = 6 ivPrefix = uint32(0xA65959A6) ) // KWP is an implementation of an AES-KWP key wrapping cipher. type KWP struct { block cipher.Block } // NewKWP returns a KWP instance. // // The key argument should be the AES wrapping key, either 16 or 32 bytes // to select AES-128 or AES-256. func NewKWP(wrappingKey []byte) (*KWP, error) { switch len(wrappingKey) { default: return nil, fmt.Errorf("kwp: invalid AES key size; want 16 or 32, got %d", len(wrappingKey)) case 16, 32: block, err := aes.NewCipher(wrappingKey) if err != nil { return nil, fmt.Errorf("kwp: error building AES cipher: %v", err) } return &KWP{block: block}, nil } } // wrappingSize computes the byte length of the ciphertext output for the // provided plaintext input. func wrappingSize(inputSize int) int { paddingSize := 7 - (inputSize+7)%8 return inputSize + paddingSize + 8 } // computeW computes the pseudorandom permutation W over the IV concatenated // with zero-padded key material. func (kwp *KWP) computeW(iv, key []byte) ([]byte, error) { // Checks the parameter sizes for which W is defined. // Note that the caller ensures stricter limits. if len(key) <= 8 || len(key) > math.MaxInt32-16 || len(iv) != 8 { return nil, fmt.Errorf("kwp: computeW called with invalid parameters") } data := make([]byte, wrappingSize(len(key))) copy(data, iv) copy(data[8:], key) blockCount := len(data)/8 - 1 buf := make([]byte, 16) copy(buf, data[:8]) for i := 0; i < roundCount; i++ { for j := 0; j < blockCount; j++ { copy(buf[8:], data[8*(j+1):]) kwp.block.Encrypt(buf, buf) // xor the round constant in big endian order // to the left half of the buffer roundConst := uint(i*blockCount + j + 1) for b := 0; b < 4; b++ { buf[7-b] ^= byte(roundConst & 0xFF) roundConst >>= 8 } copy(data[8*(j+1):], buf[8:]) } } copy(data[:8], buf) return data, nil } // invertW computes the inverse of the pseudorandom permutation W. Note that // invertW does not perform an integrity check. func (kwp *KWP) invertW(wrapped []byte) ([]byte, error) { // Checks the input size for which invertW is defined. // Note that the caller ensures stricter limits. if len(wrapped) < 24 || len(wrapped)%8 != 0 { return nil, fmt.Errorf("kwp: incorrect data size") } data := make([]byte, len(wrapped)) copy(data, wrapped) blockCount := len(data)/8 - 1 buf := make([]byte, 16) copy(buf, data[:8]) for i := roundCount - 1; i >= 0; i-- { for j := blockCount - 1; j >= 0; j-- { copy(buf[8:], data[8*(j+1):]) // xor the round constant in big endian order // to the left half of the buffer roundConst := uint(i*blockCount + j + 1) for b := 0; b < 4; b++ { buf[7-b] ^= byte(roundConst & 0xFF) roundConst >>= 8 } kwp.block.Decrypt(buf, buf) copy(data[8*(j+1):], buf[8:]) } } copy(data, buf[:8]) return data, nil } // Wrap wraps the provided key material. func (kwp *KWP) Wrap(data []byte) ([]byte, error) { if len(data) < MinWrapSize { return nil, fmt.Errorf("kwp: key size to wrap too small") } if len(data) > MaxWrapSize { return nil, fmt.Errorf("kwp: key size to wrap too large") } iv := make([]byte, 8) binary.BigEndian.PutUint32(iv, ivPrefix) binary.BigEndian.PutUint32(iv[4:], uint32(len(data))) return kwp.computeW(iv, data) } var errIntegrity = fmt.Errorf("kwp: unwrap failed integrity check") // Unwrap unwraps a wrapped key. func (kwp *KWP) Unwrap(data []byte) ([]byte, error) { if len(data) < wrappingSize(MinWrapSize) { return nil, fmt.Errorf("kwp: wrapped key size too small") } if len(data) > wrappingSize(MaxWrapSize) { return nil, fmt.Errorf("kwp: wrapped key size too large") } if len(data)%8 != 0 { return nil, fmt.Errorf("kwp: wrapped key size must be a multiple of 8 bytes") } unwrapped, err := kwp.invertW(data) if err != nil { return nil, err } // Check the IV and padding. // W has been designed to be strong pseudorandom permutation, so // leaking information about improperly padded keys would not be a // vulnerability. This means we don't have to go to extra lengths to // ensure that the integrity checks run in constant time. if binary.BigEndian.Uint32(unwrapped) != ivPrefix { return nil, errIntegrity } encodedSize := int(binary.BigEndian.Uint32(unwrapped[4:])) if encodedSize < 0 || wrappingSize(encodedSize) != len(unwrapped) { return nil, errIntegrity } for i := 8 + encodedSize; i < len(unwrapped); i++ { if unwrapped[i] != 0 { return nil, errIntegrity } } return unwrapped[8 : 8+encodedSize], nil } ================================================ FILE: kwp/subtle/kwp_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "fmt" "slices" "testing" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/kwp/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestWrapUnwrap(t *testing.T) { kek := random.GetRandomBytes(16) cipher, err := subtle.NewKWP(kek) if err != nil { t.Fatalf("failed to make kwp, error: %v", err) } for i := uint32(16); i < 128; i++ { t.Run(fmt.Sprintf("MessageSize%d", i), func(t *testing.T) { toWrap := random.GetRandomBytes(i) wrapped, err := cipher.Wrap(toWrap) if err != nil { t.Fatalf("failed to wrap, error: %v", err) } unwrapped, err := cipher.Unwrap(wrapped) if err != nil { t.Fatalf("failed to unwrap, error: %v", err) } if !bytes.Equal(toWrap, unwrapped) { t.Error("unwrapped doesn't match original key") } }) } } func TestKeySizes(t *testing.T) { for i := 0; i < 255; i++ { expectSuccess := i == 16 || i == 32 t.Run(fmt.Sprintf("KeySize%d", i), func(t *testing.T) { _, err := subtle.NewKWP(make([]byte, i)) if expectSuccess && err != nil { t.Errorf("failed to create KWP: %v", err) } if !expectSuccess && err == nil { t.Error("created KWP with invalid key size") } }) } } func TestInvalidWrappingSizes(t *testing.T) { kek := random.GetRandomBytes(16) cipher, err := subtle.NewKWP(kek) if err != nil { t.Fatalf("failed to make kwp, error: %v", err) } for i := 0; i < 16; i++ { t.Run(fmt.Sprintf("KeySize%d", i), func(t *testing.T) { if _, err := cipher.Wrap(make([]byte, i)); err == nil { t.Error("wrapped a short key") } }) } } type KwpCase struct { wycheproof.Case Key testutil.HexBytes `json:"key"` Message testutil.HexBytes `json:"msg"` Ciphertext testutil.HexBytes `json:"ct"` } type KwpGroup struct { wycheproof.Group KeySize int `json:"keySize"` Tests []*KwpCase `json:"tests"` } type KwpSuite struct { wycheproof.Suite Groups []*KwpGroup `json:"testGroups"` } func TestWycheproofCases(t *testing.T) { suite := new(KwpSuite) wycheproof.PopulateSuiteV1(t, suite, "aes_kwp_test.json") for _, group := range suite.Groups { if group.KeySize == 192 { continue } for _, test := range group.Tests { caseName := fmt.Sprintf("%s-%s(%d):Case-%d", suite.Algorithm, group.Type, group.KeySize, test.CaseID) t.Run(caseName, func(t *testing.T) { runWycheproofCase(t, test) }) } } } func runWycheproofCase(t *testing.T, testCase *KwpCase) { cipher, err := subtle.NewKWP(testCase.Key) if err != nil { switch testCase.Result { case "valid": t.Fatalf("cannot create kwp, error: %v", err) case "invalid": return } } // Test cases with msg values less than 32 bytes are flagged as small, but // still are marked as valid. // // The minimum accepted key size by this implementation is 16 bytes. expectSmallKeyErr := slices.Contains(testCase.Flags, "SmallKey") && len(testCase.Message) <= 16 wrapped, err := cipher.Wrap(testCase.Message) switch testCase.Result { case "valid": if err != nil { if expectSmallKeyErr { return } t.Errorf("cannot wrap, error: %v", err) } else if !bytes.Equal(testCase.Ciphertext, wrapped) { t.Error("wrapped key mismatches test vector") } case "invalid": if err == nil && bytes.Equal(testCase.Ciphertext, wrapped) { t.Error("no error and wrapped key matches test vector for invalid case") } } unwrapped, err := cipher.Unwrap(testCase.Ciphertext) switch testCase.Result { case "valid": if err != nil { t.Errorf("cannot unwrap, error: %v", err) } else if !bytes.Equal(testCase.Message, unwrapped) { t.Error("unwrapped key mismatches test vector") } case "invalid": if err == nil { t.Error("no error unwrapping invalid case") } } } ================================================ FILE: mac/aescmac/aescmac.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aescmac provides the key manager for AES-CMAC. package aescmac import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" cmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func newKeyManager() registry.KeyManager { return legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &cmacpb.AesCmacKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil }) } // RegisterPrimitiveConstructor accepts a config object and registers the // AES-CMAC primitive constructor to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { return c.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t) } func init() { if err := protoserialization.RegisterKeySerializer[*Key](new(keySerializer)); err != nil { panic(fmt.Sprintf("aescmac.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, new(keyParser)); err != nil { panic(fmt.Sprintf("aescmac.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](new(parametersSerializer)); err != nil { panic(fmt.Sprintf("aescmac.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, new(parametersParser)); err != nil { panic(fmt.Sprintf("aescmac.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("aescmac.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("aescmac.init() failed: %v", err)) } if err := registry.RegisterKeyManager(newKeyManager()); err != nil { panic(fmt.Sprintf("aescmac.init() failed: %v", err)) } } ================================================ FILE: mac/aescmac/aescmac_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmac_test import ( "bytes" "slices" "testing" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac/aescmac" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestAESCMACKeyetGenerationFromParams(t *testing.T) { opts := aescmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aescmac.VariantNoPrefix, } params, err := aescmac.NewParameters(opts) if err != nil { t.Fatalf("aescmac.NewKeyParams(%v) err = %v, want nil", opts, err) } km := keyset.NewManager() keyID, err := km.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } m, err := mac.New(handle) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } data := []byte("data") tag, err := m.ComputeMAC(data) if err != nil { t.Fatalf("m.ComputeMAC() err = %v, want nil", err) } if got, want := len(tag), opts.TagSizeInBytes; got != want { t.Errorf("len(tag) = %d, want %d", got, want) } } func TestAESCMACKeysetGenerationFromKey(t *testing.T) { opts := aescmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aescmac.VariantTink, } params, err := aescmac.NewParameters(opts) if err != nil { t.Fatalf("aescmac.NewKeyParams(%v) err = %v, want nil", opts, err) } // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_cmac_test.json#L1860 keyBytes := mustHexDecode(t, "e754076ceab3fdaf4f9bcab7d4f0df0cbbafbc87731b8f9b7cd2166472e8eebc") wantTag := slices.Concat([]byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, mustHexDecode(t, "9d47482c2d9252bace43a75a8335b8b8")) data := mustHexDecode(t, "40") key, err := aescmac.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), params, 0x01020304) if err != nil { t.Fatalf("aescmac.NewKey() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } // Add non-primary key. if _, err = km.AddNewKeyFromParameters(params); err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } m, err := mac.New(handle) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } tag, err := m.ComputeMAC(data) if err != nil { t.Fatalf("m.ComputeMAC() err = %v, want nil", err) } if got, want := tag, wantTag; !bytes.Equal(got, want) { t.Errorf("tag = %x, want %x", got, want) } } ================================================ FILE: mac/aescmac/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmac import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/mac/subtle" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Key is an AES-CMAC key. type Key struct { keyBytes secretdata.Bytes idRequirement uint32 outputPrefix []byte params *Parameters } var _ key.Key = (*Key)(nil) // calculateOutputPrefix calculates the output prefix from keyID. func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantCrunchy, VariantLegacy: return outputprefix.Legacy(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // NewKey creates a new AES-CMAC key. func NewKey(keyBytes secretdata.Bytes, params *Parameters, idRequirement uint32) (*Key, error) { if keyBytes.Len() != params.KeySizeInBytes() { return nil, fmt.Errorf("invalid key size; want %d, got %d", keyBytes.Len(), params.KeySizeInBytes()) } if params.Variant() == VariantNoPrefix && idRequirement != 0 { return nil, fmt.Errorf("aescmac.NewKey: key ID must be zero for VariantNoPrefix") } outputPrefix, err := calculateOutputPrefix(params.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("aescmac.NewKey: %v", err) } return &Key{ keyBytes: keyBytes, idRequirement: idRequirement, outputPrefix: outputPrefix, params: params, }, nil } // KeyBytes returns the key bytes. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of this key. func (k *Key) Parameters() key.Parameters { return k.params } // IDRequirement returns required to indicate if this key requires an // identifier. If it does, id will contain that identifier. func (k *Key) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix. func (k *Key) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal returns whether this key object is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.Parameters().Equal(that.Parameters()) && k.idRequirement == that.idRequirement && k.keyBytes.Equal(that.keyBytes) } func primitiveConstructor(k key.Key) (any, error) { that, ok := k.(*Key) if !ok { return nil, fmt.Errorf("key is of type %T, want %T", k, (*Key)(nil)) } return NewMAC(that, internalapi.Token{}) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { aesCMACParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } err := subtle.ValidateCMACParams(uint32(aesCMACParams.KeySizeInBytes()), uint32(aesCMACParams.tagSizeInBytes)) if err != nil { return nil, err } keyBytes, err := secretdata.NewBytesFromRand(uint32(aesCMACParams.KeySizeInBytes())) if err != nil { return nil, err } return NewKey(keyBytes, aesCMACParams, idRequirement) } ================================================ FILE: mac/aescmac/key_manager_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmac_test import ( "encoding/hex" "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" subtleMac "github.com/tink-crypto/tink-go/v2/mac/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" cmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyManagerPrimitiveBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACTypeURL) if err != nil { t.Errorf("AESCMAC key manager not found: %s", err) } testKeys := genValidCMACKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } p, err := km.Primitive(serializedKey) if err != nil { t.Errorf("unexpected error in test case %d: %s", i, err) } if err := validateCMACPrimitive(p, testKeys[i]); err != nil { t.Errorf("%s", err) } } } func TestKeyManagerPrimitiveWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACTypeURL) if err != nil { t.Errorf("cannot obtain AESCMAC key manager: %s", err) } // invalid key testKeys := genInvalidCMACKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("expect an error in test case %d", i) } } if _, err := km.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } // empty input if _, err := km.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } } func TestKeyManagerNewKeyMultipleTimes(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACTypeURL) if err != nil { t.Errorf("cannot obtain AESCMAC key manager: %s", err) } serializedFormat, err := proto.Marshal(testutil.NewAESCMACKeyFormat(16)) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys := make(map[string]bool) nTest := 26 for i := 0; i < nTest; i++ { key, err := km.NewKey(serializedFormat) if err != nil { t.Fatalf("km.NewKey() err = %q, want nil", err) } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys[string(serializedKey)] = true keyData, err := km.NewKeyData(serializedFormat) if err != nil { t.Fatalf("km.NewKeyData() err = %q, want nil", err) } serializedKey = keyData.Value keys[string(serializedKey)] = true } if len(keys) != nTest*2 { t.Errorf("key is repeated") } } func TestKeyManagerNewKeyBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACTypeURL) if err != nil { t.Errorf("cannot obtain AESCMAC key manager: %s", err) } testFormats := genValidCMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } key, err := km.NewKey(serializedFormat) if err != nil { t.Errorf("unexpected error in test case %d: %s", i, err) } if err := validateCMACKey(testFormats[i], key.(*cmacpb.AesCmacKey)); err != nil { t.Errorf("%s", err) } } } func TestKeyManagerNewKeyWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACTypeURL) if err != nil { t.Errorf("cannot obtain AESCMAC key manager: %s", err) } // invalid key formats testFormats := genInvalidCMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { fmt.Println("Error!") } if _, err := km.NewKey(serializedFormat); err == nil { t.Errorf("expect an error in test case %d: %s", i, err) } } if _, err := km.NewKey(nil); err == nil { t.Errorf("expect an error when input is nil") } // empty input if _, err := km.NewKey([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } } func TestKeyManagerNewKeyDataBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACTypeURL) if err != nil { t.Errorf("cannot obtain AESCMAC key manager: %s", err) } testFormats := genValidCMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keyData, err := km.NewKeyData(serializedFormat) if err != nil { t.Errorf("unexpected error in test case %d: %s", i, err) } if keyData.TypeUrl != testutil.AESCMACTypeURL { t.Errorf("incorrect type url in test case %d", i) } if keyData.KeyMaterialType != tinkpb.KeyData_SYMMETRIC { t.Errorf("incorrect key material type in test case %d", i) } key := new(cmacpb.AesCmacKey) if err := proto.Unmarshal(keyData.Value, key); err != nil { t.Errorf("invalid key value") } if err := validateCMACKey(testFormats[i], key); err != nil { t.Errorf("invalid key") } } } func TestKeyManagerNewKeyDataWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACTypeURL) if err != nil { t.Errorf("AESCMAC key manager not found: %s", err) } // invalid key formats testFormats := genInvalidCMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.NewKeyData(serializedFormat); err == nil { t.Errorf("expect an error in test case %d", i) } } // nil input if _, err := km.NewKeyData(nil); err == nil { t.Errorf("expect an error when input is nil") } } func TestKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACTypeURL) if err != nil { t.Errorf("AESCMAC key manager not found: %s", err) } if !km.DoesSupport(testutil.AESCMACTypeURL) { t.Errorf("AESCMACKeyManager must support %s", testutil.AESCMACTypeURL) } if km.DoesSupport("some bad type") { t.Errorf("AESCMACKeyManager must support only %s", testutil.AESCMACTypeURL) } } func TestKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACTypeURL) if err != nil { t.Errorf("AESCMAC key manager not found: %s", err) } if km.TypeURL() != testutil.AESCMACTypeURL { t.Errorf("incorrect GetKeyType()") } } func genInvalidCMACKeys() []proto.Message { badVersionKey := testutil.NewAESCMACKey(16) badVersionKey.Version++ shortKey := testutil.NewAESCMACKey(16) shortKey.KeyValue = []byte{1, 1} nilParams := testutil.NewAESCMACKey(16) nilParams.Params = nil return []proto.Message{ // not a AESCMACKey testutil.NewAESCMACParams(16), // bad version badVersionKey, // tag size too big testutil.NewAESCMACKey(17), // tag size too small testutil.NewAESCMACKey(1), // key too short shortKey, // params field is unset nilParams, } } func genInvalidCMACKeyFormats() []proto.Message { shortKeyFormat := testutil.NewAESCMACKeyFormat(16) shortKeyFormat.KeySize = 1 nilParams := testutil.NewAESCMACKeyFormat(16) nilParams.Params = nil return []proto.Message{ // not a AESCMACKeyFormat testutil.NewAESCMACParams(16), // tag size too big testutil.NewAESCMACKeyFormat(17), // tag size too small testutil.NewAESCMACKeyFormat(1), // key too short shortKeyFormat, // params field is unset nilParams, } } func genValidCMACKeyFormats() []*cmacpb.AesCmacKeyFormat { return []*cmacpb.AesCmacKeyFormat{ testutil.NewAESCMACKeyFormat(10), testutil.NewAESCMACKeyFormat(16), } } func genValidCMACKeys() []*cmacpb.AesCmacKey { return []*cmacpb.AesCmacKey{ testutil.NewAESCMACKey(10), testutil.NewAESCMACKey(16), } } // Checks whether the given AESCMACKey matches the given key AESCMACKeyFormat func validateCMACKey(format *cmacpb.AesCmacKeyFormat, key *cmacpb.AesCmacKey) error { if format.KeySize != uint32(len(key.KeyValue)) || key.Params.TagSize != format.Params.TagSize { return fmt.Errorf("key format and generated key do not match") } p, err := subtleMac.NewAESCMAC(key.KeyValue, key.Params.TagSize) if err != nil { return fmt.Errorf("cannot create primitive from key: %s", err) } return validateCMACPrimitive(p, key) } // validateCMACPrimitive checks whether the given primitive matches the given AESCMACKey func validateCMACPrimitive(p any, key *cmacpb.AesCmacKey) error { cmacPrimitive, ok := p.(tink.MAC) if !ok { return fmt.Errorf("invalid primitive type: %T, want %T", p, (tink.MAC)(nil)) } keyPrimitive, err := subtleMac.NewAESCMAC(key.KeyValue, key.Params.TagSize) if err != nil { return fmt.Errorf("Could not create AES CMAC with key material %q and tag size %d: %s", hex.EncodeToString(key.KeyValue), key.Params.TagSize, err) } data := random.GetRandomBytes(20) mac, err := cmacPrimitive.ComputeMAC(data) if err != nil { return fmt.Errorf("mac computation failed: %s", err) } keyMac, err := keyPrimitive.ComputeMAC(data) if err != nil { return fmt.Errorf("mac computation with provided key failed: %s", err) } if err = cmacPrimitive.VerifyMAC(mac, data); err != nil { return fmt.Errorf("mac self verification failed: %s", err) } if err = cmacPrimitive.VerifyMAC(keyMac, data); err != nil { return fmt.Errorf("mac computed with the provided key could not be verified: %s", err) } if err = keyPrimitive.VerifyMAC(mac, data); err != nil { return fmt.Errorf("mac could not be verified by primitive using the provided key: %s", err) } if err = keyPrimitive.VerifyMAC(keyMac, data); err != nil { return fmt.Errorf("mac self verification of mac created with the provided key failed: %s", err) } return nil } ================================================ FILE: mac/aescmac/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmac_test import ( "slices" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/mac/aescmac" "github.com/tink-crypto/tink-go/v2/secretdata" ) var ( aes128Key = secretdata.NewBytesFromData([]byte("0123456789012345"), insecuresecretdataaccess.Token{}) aes256Key = secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}) ) func TestNewKeyFailsIfKeySizeIsInvalid(t *testing.T) { params, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantTink, }) if err != nil { t.Fatalf("NewParameters(16, 16, VariantTink) err = %v, want nil", err) } _, err = aescmac.NewKey(secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}), params, 0x01020304) if err == nil { t.Errorf("NewKey(secretdata.NewBytesFromData([]byte(\"01234567890123456789012345678901\"), insecuresecretdataaccess.Token{}), params, 0x01020304) err = nil, want error") } } func TestNewKeyFailsWithInvalidIDRequirement(t *testing.T) { params, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantNoPrefix, }) if err != nil { t.Fatalf("NewParameters(16, 16, VariantTink) err = %v, want nil", err) } if _, err = aescmac.NewKey(secretdata.NewBytesFromData([]byte("0123456789012345"), insecuresecretdataaccess.Token{}), params, 0x01020304); err == nil { t.Errorf("NewKey(secretdata.NewBytesFromData([]byte(\"0123456789012345\"), insecuresecretdataaccess.Token{}), params, 0x01020304) err = nil, want error") } } func TestNewKey(t *testing.T) { for _, tc := range []struct { name string key secretdata.Bytes params *aescmac.Parameters idRequirement uint32 wantOutputPrefix []byte }{ { name: "AES128 Tink", key: aes128Key, params: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), idRequirement: 0x01020304, wantOutputPrefix: slices.Concat([]byte{cryptofmt.TinkStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: "AES256 Tink", key: aes256Key, params: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), idRequirement: 0x01020304, wantOutputPrefix: slices.Concat([]byte{cryptofmt.TinkStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: "AES128 Crunchy", key: aes128Key, params: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantCrunchy}), idRequirement: 0x01020304, wantOutputPrefix: slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: "AES256 Crunchy", key: aes256Key, params: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aescmac.VariantCrunchy}), idRequirement: 0x01020304, wantOutputPrefix: slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: "AES128 Raw", key: aes128Key, params: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantNoPrefix}), idRequirement: 0, wantOutputPrefix: nil, }, { name: "AES256 Raw", key: aes256Key, params: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aescmac.VariantNoPrefix}), idRequirement: 0, wantOutputPrefix: nil, }, } { t.Run(tc.name, func(t *testing.T) { key, err := aescmac.NewKey(tc.key, tc.params, tc.idRequirement) if err != nil { t.Errorf("NewKey(%v, %v, %d) err = %v, want nil", tc.key, tc.params, tc.idRequirement, err) } if !key.Parameters().Equal(tc.params) { t.Errorf("key.Parameters() = %v, want %v", key.Parameters(), tc.params) } if !key.KeyBytes().Equal(tc.key) { t.Errorf("key.KeyBytes() = %v, want %v", key.KeyBytes(), tc.key) } id, required := key.IDRequirement() if got, want := id, tc.idRequirement; got != tc.idRequirement { t.Errorf("key.IDRequirement() = %v, _, want %v", got, want) } if got, want := required, tc.params.HasIDRequirement(); got != want { t.Errorf("key.IDRequirement() = _, %v, want %v", got, want) } if diff := cmp.Diff(tc.wantOutputPrefix, key.OutputPrefix()); diff != "" { t.Errorf("key.OutputPrefix() diff (-want +got):\n%s", diff) } // Test equality. if !key.Equal(key) { t.Errorf("key.Equal(key) = false, want true") } otherKey, err := aescmac.NewKey(tc.key, tc.params, tc.idRequirement) if err != nil { t.Fatalf("NewKey(%v, %v, %d) err = %v, want nil", tc.key, tc.params, tc.idRequirement, err) } if !key.Equal(otherKey) { t.Errorf("key.Equal(otherKey) = false, want true") } }) } } func mustCreateKey(t *testing.T, key secretdata.Bytes, params *aescmac.Parameters, idRequirement uint32) *aescmac.Key { t.Helper() cmacKey, err := aescmac.NewKey(key, params, idRequirement) if err != nil { t.Fatalf("NewKey(%v, %v, %d) err = %v, want nil", key, params, idRequirement, err) } return cmacKey } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestKeyEqualFalseIfDifferent(t *testing.T) { for _, tc := range []struct { name string key1 *aescmac.Key key2 key.Key }{ { name: "Different Key type", key1: mustCreateKey(t, aes128Key, mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), 0x01020304), key2: &stubKey{}, }, { name: "Different Key Bytes", key1: mustCreateKey(t, aes128Key, mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), 0x01020304), key2: mustCreateKey(t, secretdata.NewBytesFromData([]byte("0000000000000000"), insecuresecretdataaccess.Token{}), mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), 0x01020304), }, { name: "Different IDRequirement", key1: mustCreateKey(t, aes128Key, mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), 0x01020304), key2: mustCreateKey(t, aes128Key, mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), 0x05060708), }, { name: "Different Parameters", key1: mustCreateKey(t, aes256Key, mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), 0x01020304), key2: mustCreateKey(t, aes256Key, mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aescmac.VariantCrunchy}), 0x01020304), }, } { t.Run(tc.name, func(t *testing.T) { if tc.key1.Equal(tc.key2) { t.Errorf("key1.Equal(key2) = true, want false") } }) } } func TestKeyCreator(t *testing.T) { params, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aescmac.VariantTink, }) if err != nil { t.Fatalf("aescmac.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", params, err) } aescmacKey, ok := key.(*aescmac.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*aescmac.Key)(nil)) } idRequirement, hasIDRequirement := aescmacKey.IDRequirement() if !hasIDRequirement || idRequirement != 0x1234 { t.Errorf("aescmacKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(aescmacKey.Parameters(), params); diff != "" { t.Errorf("aescmacKey.Parameters() diff (-want +got):\n%s", diff) } } func TestKeyCreator_FailsWithInvalidParameters(t *testing.T) { for _, tc := range []struct { name string params *aescmac.Parameters idRequirement uint32 }{ { name: "invalid id requirement", params: mustCreateParameters(t, aescmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aescmac.VariantNoPrefix, }), idRequirement: 0x1234, }, { name: "invalid key size", params: mustCreateParameters(t, aescmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantTink, }), idRequirement: 0x1234, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.params, tc.idRequirement); err == nil { t.Errorf("keygenregistry.CreateKey(%v, %v) err = nil, want error", tc.params, tc.idRequirement) } }) } } ================================================ FILE: mac/aescmac/mac.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmac import ( "bytes" "fmt" "slices" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/mac/subtle" "github.com/tink-crypto/tink-go/v2/tink" ) type fullMAC struct { rawMAC tink.MAC prefix []byte variant Variant } var _ tink.MAC = (*fullMAC)(nil) // NewMAC creates a new full AES-CMAC MAC primitive. func NewMAC(key *Key, _ internalapi.Token) (tink.MAC, error) { params := key.Parameters().(*Parameters) if err := subtle.ValidateCMACParams(uint32(params.KeySizeInBytes()), uint32(params.CryptographicTagSizeInBytes())); err != nil { return nil, fmt.Errorf("aescmac.NewMAC: invalid parameters: %v", err) } rawMAC, err := subtle.NewAESCMAC(key.KeyBytes().Data(insecuresecretdataaccess.Token{}), uint32(params.CryptographicTagSizeInBytes())) if err != nil { return nil, fmt.Errorf("aescmac.NewMAC: failed to create raw MAC: %v", err) } return &fullMAC{ rawMAC: rawMAC, prefix: key.OutputPrefix(), variant: params.Variant(), }, nil } func (m *fullMAC) message(msg []byte) []byte { if m.variant == VariantLegacy { return slices.Concat(msg, []byte{0x00}) } return msg } func (m *fullMAC) ComputeMAC(data []byte) ([]byte, error) { rawMAC, err := m.rawMAC.ComputeMAC(m.message(data)) if err != nil { return nil, err } return slices.Concat(m.prefix, rawMAC), nil } func (m *fullMAC) VerifyMAC(mac []byte, data []byte) error { if len(mac) < len(m.prefix) { return fmt.Errorf("aescmac: mac with size %d is too short", len(mac)) } prefix := mac[:len(m.prefix)] if !bytes.Equal(prefix, m.prefix) { return fmt.Errorf("aescmac: mac prefix does not match") } return m.rawMAC.VerifyMAC(mac[len(m.prefix):], m.message(data)) } ================================================ FILE: mac/aescmac/mac_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmac_test import ( "bytes" "encoding/hex" "fmt" "slices" "testing" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac/aescmac" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/testutil" ) type testVector struct { name string keyBytes []byte message []byte tag []byte variant aescmac.Variant idRequirement uint32 tagSize uint32 } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("failed to decode hex string %q: %v", s, err) } return b } func testVectors(t *testing.T) []testVector { testVectors := []testVector{} for _, tagSize := range []uint32{10, 16} { for _, variant := range []struct { value aescmac.Variant prefix []byte idRequirement uint32 }{ {aescmac.VariantNoPrefix, nil, 0}, {aescmac.VariantTink, slices.Concat([]byte{cryptofmt.TinkStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), 0x01020304}, {aescmac.VariantCrunchy, slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), 0x01020304}, } { // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_cmac_test.json#L1851 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("test_vector_1: Variant=%s TagSize=%d", variant.value, tagSize), keyBytes: mustHexDecode(t, "7bf9e536b66a215c22233fe2daaa743a898b9acb9f7802de70b40e3d6e43ef97"), message: nil, tag: slices.Concat(variant.prefix, mustHexDecode(t, "736c7b56957db774c5ddf7c7a70ba8a8")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_cmac_test.json#L1860 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("test_vector_2: Variant=%s TagSize=%d", variant.value, tagSize), keyBytes: mustHexDecode(t, "e754076ceab3fdaf4f9bcab7d4f0df0cbbafbc87731b8f9b7cd2166472e8eebc"), message: mustHexDecode(t, "40"), tag: slices.Concat(variant.prefix, mustHexDecode(t, "9d47482c2d9252bace43a75a8335b8b8")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_cmac_test.json#L1968 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("test_vector_3: Variant=%s TagSize=%d", variant.value, tagSize), keyBytes: mustHexDecode(t, "abab815d51df29f740e4e2079fb798e0152836e6ab57d1536ae8929e52c06eb8"), message: mustHexDecode(t, "f0058d412a104e53d820b95a7f"), tag: slices.Concat(variant.prefix, mustHexDecode(t, "1fa24c6625a0f8e1fc37827ac84d3cc4")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) } // Legacy, prefix := slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("test_vector_1: Variant=%s TagSize=%d", aescmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "7bf9e536b66a215c22233fe2daaa743a898b9acb9f7802de70b40e3d6e43ef97"), message: nil, tag: slices.Concat(prefix, mustHexDecode(t, "f463275d38b29925a8e7c9841d20fc71")[:tagSize]), variant: aescmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("test_vector_1: Variant=%s TagSize=%d", aescmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "e754076ceab3fdaf4f9bcab7d4f0df0cbbafbc87731b8f9b7cd2166472e8eebc"), message: mustHexDecode(t, "40"), tag: slices.Concat(prefix, mustHexDecode(t, "9d651692e63c5ee8197e4bbfeafcf264")[:tagSize]), variant: aescmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("test_vector_1: Variant=%s TagSize=%d", aescmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "abab815d51df29f740e4e2079fb798e0152836e6ab57d1536ae8929e52c06eb8"), message: mustHexDecode(t, "f0058d412a104e53d820b95a7f"), tag: slices.Concat(prefix, mustHexDecode(t, "f6b809c40ca31e5dbbb72f364e58cd38")[:tagSize]), variant: aescmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) } return testVectors } func TestMACTestVectors(t *testing.T) { for _, tc := range testVectors(t) { t.Run(tc.name, func(t *testing.T) { params, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: len(tc.keyBytes), TagSizeInBytes: int(tc.tagSize), Variant: tc.variant, }) if err != nil { t.Fatalf("aescmac.NewParameters(%v, %v) err = %v, want nil", tc.variant, 16, err) } key, err := aescmac.NewKey(secretdata.NewBytesFromData(tc.keyBytes, insecuresecretdataaccess.Token{}), params, tc.idRequirement) if err != nil { t.Fatalf("aescmac.NewKey(%v, %v, %v) err = %v, want nil", tc.keyBytes, params, tc.idRequirement, err) } mac, err := aescmac.NewMAC(key, internalapi.Token{}) if err != nil { t.Fatalf("aescmac.NewMAC(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } tag, err := mac.ComputeMAC(tc.message) if err != nil { t.Fatalf("mac.ComputeMAC(%v) err = %v, want nil", tc.message, err) } if !bytes.Equal(tag, tc.tag) { t.Errorf("mac.ComputeMAC(%v) = %x, want %x", tc.message, tag, tc.tag) } if err := mac.VerifyMAC(tag, tc.message); err != nil { t.Errorf("mac.VerifyMAC(%v, %v) err = %v, want nil", tag, tc.message, err) } }) } } func TestMACFromPublicAPITestVectors(t *testing.T) { for _, tc := range testVectors(t) { t.Run(tc.name, func(t *testing.T) { params, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: len(tc.keyBytes), TagSizeInBytes: int(tc.tagSize), Variant: tc.variant, }) if err != nil { t.Fatalf("aescmac.NewParameters(%v, %v) err = %v, want nil", tc.variant, 16, err) } key, err := aescmac.NewKey(secretdata.NewBytesFromData(tc.keyBytes, insecuresecretdataaccess.Token{}), params, tc.idRequirement) if err != nil { t.Fatalf("aescmac.NewKey(%v, %v, %v) err = %v, want nil", tc.keyBytes, params, tc.idRequirement, err) } km := keyset.NewManager() id, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddKey(%v) err = %v, want nil", key, err) } if err := km.SetPrimary(id); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", id, err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } mac, err := mac.New(handle) if err != nil { t.Fatalf("mac.New(handle) err = %v, want nil", err) } tag, err := mac.ComputeMAC(tc.message) if err != nil { t.Fatalf("mac.ComputeMAC(%v) err = %v, want nil", tc.message, err) } if !bytes.Equal(tag, tc.tag) { t.Errorf("mac.ComputeMAC(%v) = %v, want %v", tc.message, tag, tc.tag) } if err := mac.VerifyMAC(tag, tc.message); err != nil { t.Errorf("mac.VerifyMAC(%v, %v) err = %v, want nil", tag, tc.message, err) } }) } } func TestDecryptFailsWithInvalidInputs(t *testing.T) { for _, variant := range []aescmac.Variant{ aescmac.VariantNoPrefix, aescmac.VariantTink, aescmac.VariantCrunchy, aescmac.VariantLegacy, } { t.Run(variant.String(), func(t *testing.T) { params, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: variant, }) if err != nil { t.Fatalf("aescmac.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData([]byte("01010101010101010101010101010101"), insecuresecretdataaccess.Token{}) key, err := aescmac.NewKey(keyBytes, params, 0) if err != nil { t.Fatalf("aescmac.NewKey() err = %v, want nil", err) } m, err := aescmac.NewMAC(key, internalapi.Token{}) if err != nil { t.Fatalf("aescmac.NewMAC(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } message := []byte("Some data to sign.") tag, err := m.ComputeMAC(message) if err != nil { t.Fatalf("m.ComputeMAC(message) err = %v, want nil", err) } prefix := tag[:len(key.OutputPrefix())] rawTag := tag[len(prefix):] // Invalid prefix. if len(prefix) > 0 { wrongPrefix := []byte{0xFF, 0xFF, 0xFF, 0xFF, 0xFF} if err := m.VerifyMAC(slices.Concat(wrongPrefix, rawTag), message); err == nil { t.Errorf("m.VerifyMAC() err = nil, want error") } } // Corrupted tag. wrongTag := bytes.Clone(rawTag) wrongTag[0] ^= 1 if err := m.VerifyMAC(slices.Concat(prefix, wrongTag), message); err == nil { t.Errorf("m.VerifyMAC() err = nil, want error") } // Truncated tag. for i := 1; i < len(tag); i++ { if err := m.VerifyMAC(tag[:i], message); err == nil { t.Errorf("m.VerifyMAC(tag[:%d], message) err = nil, want error", i) } } // Invalid message. if err := m.VerifyMAC(tag, []byte("invalid")); err == nil { t.Errorf("m.VerifyMAC() err = nil, want error") } }) } } type AESCMACSuite struct { wycheproof.Suite TestGroups []*testgroup `json:"testGroups"` } type testgroup struct { wycheproof.Group KeySize uint32 `json:"keySize"` TagSize uint32 `json:"tagSize"` Tests []*testcase `json:"tests"` } type testcase struct { wycheproof.Case Key testutil.HexBytes `json:"key"` Message testutil.HexBytes `json:"msg"` Tag testutil.HexBytes `json:"tag"` } func TestVectorsWycheproof(t *testing.T) { suite := new(AESCMACSuite) wycheproof.PopulateSuiteV1(t, suite, "aes_cmac_test.json") for _, g := range suite.TestGroups { for _, tc := range g.Tests { if g.KeySize != 256 { t.Logf("Key size for test case %d (%s) is not 256, but %d", tc.CaseID, tc.Comment, g.KeySize) continue } if g.TagSize%8 != 0 { t.Errorf("Requested tag size for test case %d (%s) is not a multiple of 8, but %d", tc.CaseID, tc.Comment, g.TagSize) continue } t.Run(fmt.Sprintf("test_case_%d", tc.CaseID), func(t *testing.T) { params := mustCreateParameters(t, aescmac.ParametersOpts{ KeySizeInBytes: len(tc.Key), TagSizeInBytes: int(g.TagSize / 8), Variant: aescmac.VariantNoPrefix, }) key := mustCreateKey(t, secretdata.NewBytesFromData(tc.Key, insecuresecretdataaccess.Token{}), params, 0) valid := tc.Result == "valid" mac, err := aescmac.NewMAC(key, internalapi.Token{}) if valid && err != nil { t.Fatalf("aescmac.NewMAC(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } if err == nil { res, err := mac.ComputeMAC(tc.Message) if valid && err != nil { t.Errorf("mac.ComputeMAC(msg) err = %v, want nil", err) } if valid && !bytes.Equal(res, tc.Tag) { t.Errorf("mac.ComputeMAC(msg) = %v, want %v", res, tc.Tag) } if !valid && bytes.Equal(res, tc.Tag) && err == nil { t.Errorf("Compute AES-CMAC and invalid expected (%s) match:\nComputed: %q\nExpected: %q", tc.Comment, res, tc.Tag) } err = mac.VerifyMAC(tc.Tag, tc.Message) if valid && err != nil { t.Errorf("mac.VerifyMAC(tag, msg) err = %v, want nil", err) } if !valid && err == nil { t.Errorf("mac.VerifyMAC(tag, msg) err = nil, want error") } } }) } } } ================================================ FILE: mac/aescmac/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmac import ( "fmt" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/key" ) // Variant is the prefix variant of AES-CMAC keys. // // It describes how the prefix of the tag is constructed. There are // three options: // // - VariantTink: prepends '0x01' to the tag. // - VariantCrunchy: prepends '0x00' to the tag. // - VariantLegacy: appends a 0-byte to the input message before computing // the tag, then prepends '0x00' to the tag. // - VariantNoPrefix: adds no prefix to the tag. type Variant int const ( // VariantUnknown is the default and invalid value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the tag. VariantTink // VariantCrunchy prefixes '0x00' to the tag. VariantCrunchy // VariantLegacy appends '0x00' to the input message BEFORE computing // the tag, then prepends '0x00' to the tag. VariantLegacy // VariantNoPrefix adds no prefix to the tag. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantLegacy: return "LEGACY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // Parameters specifies an AES-CMAC key. type Parameters struct { keySizeInBytes int tagSizeInBytes int variant Variant } var _ key.Parameters = (*Parameters)(nil) // KeySizeInBytes returns the size of the key in bytes. func (p *Parameters) KeySizeInBytes() int { return p.keySizeInBytes } // CryptographicTagSizeInBytes returns the size of the tag in bytes. func (p *Parameters) CryptographicTagSizeInBytes() int { return p.tagSizeInBytes } // TotalTagSizeInBytes returns the size of the tag in bytes plus the size of // the prefix with which this key prefixes every cryptographic tag. func (p *Parameters) TotalTagSizeInBytes() int { if p.HasIDRequirement() { return cryptofmt.TinkPrefixSize + p.CryptographicTagSizeInBytes() } return p.CryptographicTagSizeInBytes() } // Variant returns the variant of the key. func (p *Parameters) Variant() Variant { return p.variant } // HasIDRequirement returns whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal returns whether this Parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.HasIDRequirement() == actualParams.HasIDRequirement() && p.keySizeInBytes == actualParams.keySizeInBytes && p.tagSizeInBytes == actualParams.tagSizeInBytes && p.variant == actualParams.variant } // ParametersOpts is the options for creating parameters. type ParametersOpts struct { KeySizeInBytes int TagSizeInBytes int Variant Variant } // NewParameters creates a new AES-CMAC parameters. func NewParameters(opts ParametersOpts) (*Parameters, error) { if opts.KeySizeInBytes != 16 && opts.KeySizeInBytes != 32 { return nil, fmt.Errorf("key size must be between 16 and 32 bytes, got %d", opts.KeySizeInBytes) } if opts.TagSizeInBytes < 10 || opts.TagSizeInBytes > 16 { return nil, fmt.Errorf("tag size must be between 10 and 16 bytes, got %d", opts.TagSizeInBytes) } if opts.Variant == VariantUnknown { return nil, fmt.Errorf("variant must be specified") } return &Parameters{ keySizeInBytes: opts.KeySizeInBytes, tagSizeInBytes: opts.TagSizeInBytes, variant: opts.Variant, }, nil } ================================================ FILE: mac/aescmac/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmac_test import ( "fmt" "testing" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/mac/aescmac" ) func TestNewParametersInvalidKeySize(t *testing.T) { for _, keySize := range []int{0, 15, 33} { _, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: keySize, TagSizeInBytes: 16, Variant: aescmac.VariantTink, }) if err == nil { t.Errorf("NewParameters(%d, 16, VariantTink) err = nil, want error", keySize) } } } func TestNewParametersInvalidTagSize(t *testing.T) { for _, tagSize := range []int{0, 9, 17} { _, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: tagSize, Variant: aescmac.VariantTink, }) if err == nil { t.Errorf("NewParameters(16, %d, VariantTink) err = nil, want error", tagSize) } } } func TestNewParametersInvalidVariant(t *testing.T) { _, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantUnknown, }) if err == nil { t.Errorf("NewParameters(16, 16, VariantUnknown) err = nil, want error") } } func TestNewParameters(t *testing.T) { for _, tc := range []struct { keySizeInBytes int tagSizeInBytes int variant aescmac.Variant }{ { keySizeInBytes: 16, tagSizeInBytes: 16, variant: aescmac.VariantTink, }, { keySizeInBytes: 32, tagSizeInBytes: 16, variant: aescmac.VariantTink, }, { keySizeInBytes: 16, tagSizeInBytes: 16, variant: aescmac.VariantCrunchy, }, { keySizeInBytes: 32, tagSizeInBytes: 16, variant: aescmac.VariantCrunchy, }, { keySizeInBytes: 16, tagSizeInBytes: 16, variant: aescmac.VariantNoPrefix, }, { keySizeInBytes: 32, tagSizeInBytes: 16, variant: aescmac.VariantNoPrefix, }, { keySizeInBytes: 16, tagSizeInBytes: 16, variant: aescmac.VariantLegacy, }, { keySizeInBytes: 32, tagSizeInBytes: 16, variant: aescmac.VariantLegacy, }, } { t.Run(fmt.Sprintf("keySizeInBytes=%d,tagSizeInBytes=%d,variant=%s", tc.keySizeInBytes, tc.tagSizeInBytes, tc.variant), func(t *testing.T) { params, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: tc.keySizeInBytes, TagSizeInBytes: tc.tagSizeInBytes, Variant: tc.variant, }) if err != nil { t.Errorf("NewParameters(%d, %d, %v) err = %v, want nil", tc.keySizeInBytes, tc.tagSizeInBytes, tc.variant, err) } if params.KeySizeInBytes() != tc.keySizeInBytes { t.Errorf("params.KeySizeInBytes() = %d, want %d", params.KeySizeInBytes(), tc.keySizeInBytes) } if params.CryptographicTagSizeInBytes() != tc.tagSizeInBytes { t.Errorf("params.CryptographicTagSizeInBytes() = %d, want %d", params.CryptographicTagSizeInBytes(), tc.tagSizeInBytes) } wantTotalTagSizeInBytes := tc.tagSizeInBytes if tc.variant != aescmac.VariantNoPrefix { wantTotalTagSizeInBytes += cryptofmt.NonRawPrefixSize } if got, want := params.TotalTagSizeInBytes(), wantTotalTagSizeInBytes; got != want { t.Errorf("params.TotalTagSizeInBytes() = %d, want %d", got, want) } if params.Variant() != tc.variant { t.Errorf("params.Variant() = %v, want %v", params.Variant(), tc.variant) } if params.HasIDRequirement() != (tc.variant != aescmac.VariantNoPrefix) { t.Errorf("params.HasIDRequirement() = %v, want %v", params.HasIDRequirement(), tc.variant != aescmac.VariantNoPrefix) } // Test equality. if !params.Equal(params) { t.Errorf("params.Equal(params) = false, want true") } otherParams, err := aescmac.NewParameters(aescmac.ParametersOpts{ KeySizeInBytes: tc.keySizeInBytes, TagSizeInBytes: tc.tagSizeInBytes, Variant: tc.variant, }) if err != nil { t.Fatalf("NewParameters(%d, %d, %v) err = %v, want nil", tc.keySizeInBytes, tc.tagSizeInBytes, tc.variant, err) } if !params.Equal(otherParams) { t.Errorf("params.Equal(otherParams) = false, want true") } }) } } func mustCreateParameters(t *testing.T, paramsOpts aescmac.ParametersOpts) *aescmac.Parameters { t.Helper() params, err := aescmac.NewParameters(paramsOpts) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", paramsOpts, err) } return params } func TestEqualFalseIfDifferent(t *testing.T) { for _, tc := range []struct { name string params1 *aescmac.Parameters params2 *aescmac.Parameters }{ { name: "different key size", params1: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), params2: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), }, { name: "different tag size", params1: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), params2: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 10, Variant: aescmac.VariantTink}), }, { name: "different variant", params1: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantTink}), params2: mustCreateParameters(t, aescmac.ParametersOpts{KeySizeInBytes: 16, TagSizeInBytes: 16, Variant: aescmac.VariantCrunchy}), }, } { t.Run(tc.name, func(t *testing.T) { if tc.params1.Equal(tc.params2) { t.Errorf("params1.Equal(params2) = true, want false") } }) } } func TestVariantString(t *testing.T) { for _, tc := range []struct { variant aescmac.Variant want string }{ { variant: aescmac.VariantTink, want: "TINK", }, { variant: aescmac.VariantCrunchy, want: "CRUNCHY", }, { variant: aescmac.VariantNoPrefix, want: "NO_PREFIX", }, { variant: aescmac.VariantLegacy, want: "LEGACY", }, { variant: aescmac.VariantUnknown, want: "UNKNOWN", }, } { t.Run(tc.variant.String(), func(t *testing.T) { if got := tc.variant.String(); got != tc.want { t.Errorf("tc.variant.String() = %q, want %q", got, tc.want) } }) } } ================================================ FILE: mac/aescmac/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmac import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" aescmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // protoVersion is the accepted [aescmacpb.AesCmacKey] proto version. // // Currently, only version 0 is supported; other versions are rejected. protoVersion = 0 typeURL = "type.googleapis.com/google.crypto.tink.AesCmacKey" ) type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantLegacy: return tinkpb.OutputPrefixType_LEGACY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want %T", key, (*Key)(nil)) } actualParameters, ok := actualKey.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("key parameters is not a Parameters") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } keyBytes := actualKey.KeyBytes() protoKey := &aescmacpb.AesCmacKey{ KeyValue: keyBytes.Data(insecuresecretdataaccess.Token{}), Version: protoVersion, Params: &aescmacpb.AesCmacParams{ TagSize: uint32(actualParameters.CryptographicTagSizeInBytes()), }, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := actualKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_LEGACY: return VariantLegacy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyData.GetTypeUrl(), typeURL) } // Do not check key material type for compatibility with other Tink implementations. // TODO - b/403459737: Consider adding the check. protoKey := new(aescmacpb.AesCmacKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != protoVersion { return nil, fmt.Errorf("key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } keySizeInBytes := len(protoKey.GetKeyValue()) params, err := NewParameters(ParametersOpts{ KeySizeInBytes: keySizeInBytes, TagSizeInBytes: int(protoKey.GetParams().GetTagSize()), Variant: variant, }) if err != nil { return nil, err } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) // keySerialization.IDRequirement() returns zero if the key doesn't have a // key requirement. keyID, _ := keySerialization.IDRequirement() return NewKey(keyMaterial, params, keyID) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *aescmac.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } format := &aescmacpb.AesCmacKeyFormat{ KeySize: uint32(actualParameters.KeySizeInBytes()), Params: &aescmacpb.AesCmacParams{ TagSize: uint32(actualParameters.CryptographicTagSizeInBytes()), }, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } format := new(aescmacpb.AesCmacKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } return NewParameters(ParametersOpts{ KeySizeInBytes: int(format.GetKeySize()), TagSizeInBytes: int(format.GetParams().GetTagSize()), Variant: variant, }) } ================================================ FILE: mac/aescmac/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmac_test import ( "fmt" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/mac/aescmac" "github.com/tink-crypto/tink-go/v2/secretdata" aescmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParseKeyFails(t *testing.T) { serializedKey := mustMarshal(t, &aescmacpb.AesCmacKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &aescmacpb.AesCmacParams{ TagSize: 16, }, }) serializedKeyWithInvalidKeySize := mustMarshal(t, &aescmacpb.AesCmacKey{ Version: 0, KeyValue: []byte("0123"), Params: &aescmacpb.AesCmacParams{ TagSize: 16, }, }) serializedKeyWithInvalidTagSize := mustMarshal(t, &aescmacpb.AesCmacKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &aescmacpb.AesCmacParams{ TagSize: 2, }, }) serializedKeyWithInvalidVersion := mustMarshal(t, &aescmacpb.AesCmacKey{ Version: 1, KeyValue: []byte("1234567890123456"), Params: &aescmacpb.AesCmacParams{ TagSize: 16, }, }) for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "invalid AES key size", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: serializedKeyWithInvalidKeySize, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid TAG size", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: serializedKeyWithInvalidTagSize, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid key proto serialization", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: serializedKeyWithInvalidVersion, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 12345), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want error", tc.keySerialization) } }) } } type aesCMACSerializationTestCase struct { name string key *aescmac.Key keySerialization *protoserialization.KeySerialization } func aesCMACSerializationTestCases(t *testing.T) []aesCMACSerializationTestCase { tcs := []aesCMACSerializationTestCase{} for _, keySize := range []int{16, 32} { for _, variantAndPrefix := range []struct { variant aescmac.Variant outputPrefixType tinkpb.OutputPrefixType }{ {variant: aescmac.VariantTink, outputPrefixType: tinkpb.OutputPrefixType_TINK}, {variant: aescmac.VariantCrunchy, outputPrefixType: tinkpb.OutputPrefixType_CRUNCHY}, {variant: aescmac.VariantLegacy, outputPrefixType: tinkpb.OutputPrefixType_LEGACY}, {variant: aescmac.VariantNoPrefix, outputPrefixType: tinkpb.OutputPrefixType_RAW}, } { idRequirement := uint32(0) if variantAndPrefix.variant != aescmac.VariantNoPrefix { idRequirement = 0x01020304 } keyBytes := slices.Repeat([]byte{0x01}, keySize) tcs = append(tcs, aesCMACSerializationTestCase{ name: fmt.Sprintf("AES%d-CMAC-%s", keySize*8, variantAndPrefix.variant), key: mustCreateKey(t, secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), mustCreateParameters(t, aescmac.ParametersOpts{ KeySizeInBytes: keySize, TagSizeInBytes: 16, Variant: variantAndPrefix.variant}), idRequirement), keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: mustMarshal(t, &aescmacpb.AesCmacKey{ Version: 0, KeyValue: keyBytes, Params: &aescmacpb.AesCmacParams{ TagSize: 16, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, variantAndPrefix.outputPrefixType, idRequirement), }) } } return tcs } func TestParseKey(t *testing.T) { for _, tc := range aesCMACSerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { gotKey, err := protoserialization.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if !gotKey.Equal(tc.key) { t.Errorf("key.Equal(wantKey) = false, want true") } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type testKey struct { keyBytes []byte id uint32 params testParams } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*testKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *testKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } func TestSerializeKeyFails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "key is nil", key: nil, }, { name: "key is not an AES key", key: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.key); err == nil { t.Errorf("protoserialization.SerializeKey() err = nil, want error") } }) } } func TestSerializeKey(t *testing.T) { for _, tc := range aesCMACSerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeKey(tc.key) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", tc.key, err) } if !got.Equal(tc.keySerialization) { t.Errorf("got.Equal(tc.wantKeySerialization) = false, want true") } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, keySizeInBytes, tagSizeInBytes uint32) *tinkpb.KeyTemplate { t.Helper() return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", OutputPrefixType: outputPrefixType, Value: mustMarshal(t, &aescmacpb.AesCmacKeyFormat{ KeySize: keySizeInBytes, Params: &aescmacpb.AesCmacParams{ TagSize: tagSizeInBytes, }, }), } } type parametersSerializationTestCase struct { name string parameters *aescmac.Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateParametersTestParameters(t *testing.T) []parametersSerializationTestCase { tcs := []parametersSerializationTestCase{} for _, keySize := range []int{16, 32} { for _, variantAndPrefix := range []struct { variant aescmac.Variant outputPrefixType tinkpb.OutputPrefixType }{ {variant: aescmac.VariantTink, outputPrefixType: tinkpb.OutputPrefixType_TINK}, {variant: aescmac.VariantCrunchy, outputPrefixType: tinkpb.OutputPrefixType_CRUNCHY}, {variant: aescmac.VariantLegacy, outputPrefixType: tinkpb.OutputPrefixType_LEGACY}, {variant: aescmac.VariantNoPrefix, outputPrefixType: tinkpb.OutputPrefixType_RAW}, } { tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("AES%d-CMAC-%s", keySize*8, variantAndPrefix.variant), parameters: mustCreateParameters(t, aescmac.ParametersOpts{ KeySizeInBytes: keySize, TagSizeInBytes: 16, Variant: variantAndPrefix.variant, }), keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", OutputPrefixType: variantAndPrefix.outputPrefixType, Value: mustMarshal(t, &aescmacpb.AesCmacKeyFormat{ KeySize: uint32(keySize), Params: &aescmacpb.AesCmacParams{ TagSize: 16, }, }), }, }) } } return tcs } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "empty", keyTemplate: &tinkpb.KeyTemplate{}, }, { name: "empty format", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: mustMarshal(t, &aescmacpb.AesCmacKeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid format value", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: []byte("invalid format"), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid tag size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: mustMarshal(t, &aescmacpb.AesCmacKeyFormat{ KeySize: 16, Params: &aescmacpb.AesCmacParams{ TagSize: 2, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid key size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: mustMarshal(t, &aescmacpb.AesCmacKeyFormat{ KeySize: 10, Params: &aescmacpb.AesCmacParams{ TagSize: 16, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: mustMarshal(t, &aescmacpb.AesCmacKeyFormat{ KeySize: 16, Params: &aescmacpb.AesCmacParams{ TagSize: 16, }, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: mac/hmac/hmac.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package hmac provides the key manager for HMAC. package hmac import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" hmpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func newKeyManager() registry.KeyManager { return legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &hmpb.HmacKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil }) } // RegisterPrimitiveConstructor accepts a config object and registers the HMAC // primitive constructor to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { return c.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t) } func init() { if err := protoserialization.RegisterKeyParser(typeURL, new(keyParser)); err != nil { panic(fmt.Sprintf("hmac.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*Key](new(keySerializer)); err != nil { panic(fmt.Sprintf("hmac.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](new(parametersSerializer)); err != nil { panic(fmt.Sprintf("hmac.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, new(parametersParser)); err != nil { panic(fmt.Sprintf("hmac.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("hmac.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("hmac.init() failed: %v", err)) } if err := registry.RegisterKeyManager(newKeyManager()); err != nil { panic(fmt.Sprintf("hmac.init() failed: %v", err)) } } ================================================ FILE: mac/hmac/hmac_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmac_test import ( "bytes" "slices" "testing" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac/hmac" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestHMACKeyetGenerationFromParams(t *testing.T) { opts := hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, Variant: hmac.VariantNoPrefix, HashType: hmac.SHA256, } params, err := hmac.NewParameters(opts) if err != nil { t.Fatalf("hmac.NewKeyParams(%v) err = %v, want nil", opts, err) } km := keyset.NewManager() keyID, err := km.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } m, err := mac.New(handle) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } data := []byte("data") tag, err := m.ComputeMAC(data) if err != nil { t.Fatalf("m.ComputeMAC() err = %v, want nil", err) } if got, want := len(tag), opts.TagSizeInBytes; got != want { t.Errorf("len(tag) = %d, want %d", got, want) } } func TestHMACKeysetGenerationFromKey(t *testing.T) { opts := hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 20, Variant: hmac.VariantTink, HashType: hmac.SHA256, } params, err := hmac.NewParameters(opts) if err != nil { t.Fatalf("hmac.NewKeyParams(%v) err = %v, want nil", opts, err) } // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha256_test.json#L37 keyBytes := mustHexDecode(t, "85a7cbaae825bb82c9b6f6c5c2af5ac03d1f6daa63d2a93c189948ec41b9ded9") wantTag := slices.Concat([]byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, mustHexDecode(t, "0fe2f13bba2198f6dda1a084be928e304e9cb16a56bc0b7b939a073280244373")[:opts.TagSizeInBytes]) data := mustHexDecode(t, "a59b") key, err := hmac.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), params, 0x01020304) if err != nil { t.Fatalf("hmac.NewKey() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } // Add non-primary key. if _, err = km.AddNewKeyFromParameters(params); err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } m, err := mac.New(handle) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } tag, err := m.ComputeMAC(data) if err != nil { t.Fatalf("m.ComputeMAC() err = %v, want nil", err) } if got, want := tag, wantTag; !bytes.Equal(got, want) { t.Errorf("tag = %x, want %x", got, want) } } ================================================ FILE: mac/hmac/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmac import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/mac/subtle" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Key is an HMAC key. type Key struct { keyBytes secretdata.Bytes idRequirement uint32 outputPrefix []byte params *Parameters } var _ key.Key = (*Key)(nil) // calculateOutputPrefix calculates the output prefix from keyID. func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantCrunchy, VariantLegacy: return outputprefix.Legacy(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // NewKey creates a new HMAC key. func NewKey(keyBytes secretdata.Bytes, params *Parameters, idRequirement uint32) (*Key, error) { if keyBytes.Len() != params.KeySizeInBytes() { return nil, fmt.Errorf("hmac.NewKey: invalid key size; want %d, got %d", keyBytes.Len(), params.KeySizeInBytes()) } if params.Variant() == VariantNoPrefix && idRequirement != 0 { return nil, fmt.Errorf("hmac.NewKey: key ID must be zero for VariantNoPrefix") } outputPrefix, err := calculateOutputPrefix(params.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("hmac.NewKey: %v", err) } return &Key{ keyBytes: keyBytes, idRequirement: idRequirement, outputPrefix: outputPrefix, params: params, }, nil } // KeyBytes returns the key bytes. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of this key. func (k *Key) Parameters() key.Parameters { return k.params } // IDRequirement returns required to indicate if this key requires an // identifier. If it does, id will contain that identifier. func (k *Key) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix. func (k *Key) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal returns whether this key object is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.Parameters().Equal(that.Parameters()) && k.idRequirement == that.idRequirement && k.keyBytes.Equal(that.keyBytes) } func primitiveConstructor(k key.Key) (any, error) { that, ok := k.(*Key) if !ok { return nil, fmt.Errorf("key is of type %T, want %T", k, (*Key)(nil)) } return NewMAC(that, internalapi.Token{}) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { hmacParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } err := subtle.ValidateHMACParams(hmacParams.HashType().String(), uint32(hmacParams.KeySizeInBytes()), uint32(hmacParams.tagSizeInBytes)) if err != nil { return nil, err } keyBytes, err := secretdata.NewBytesFromRand(uint32(hmacParams.KeySizeInBytes())) if err != nil { return nil, err } return NewKey(keyBytes, hmacParams, idRequirement) } ================================================ FILE: mac/hmac/key_manager_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmac_test import ( "bytes" "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/mac/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyManagerPrimitiveWorks(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACTypeURL) if err != nil { t.Errorf("HMAC key manager not found: %s", err) } keyValue := random.GetRandomBytes(20) testCases := []struct { name string key *hmacpb.HmacKey hashName string keyValue []byte tagSize uint32 }{ { name: "SHA1", key: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA1, TagSize: 20, }, KeyValue: keyValue, }, hashName: "SHA1", keyValue: keyValue, tagSize: 20, }, { name: "SHA256", key: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 32, }, KeyValue: keyValue, }, hashName: "SHA256", keyValue: keyValue, tagSize: 32, }, { name: "SHA512", key: &hmacpb.HmacKey{ Params: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA512, TagSize: 64, }, KeyValue: keyValue, }, hashName: "SHA512", keyValue: keyValue, tagSize: 64, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { serializedKey, err := proto.Marshal(tc.key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } p, err := km.Primitive(serializedKey) if err != nil { t.Fatalf("km.Primitive(serializedKey) err = %q, want nil", err) } mac, ok := p.(tink.MAC) if !ok { t.Fatal("mac is not a tink.MAC") } data := random.GetRandomBytes(20) tag, err := mac.ComputeMAC(data) if err != nil { t.Fatalf("mac.ComputeMAC() err = %q, want nil", err) } if err = mac.VerifyMAC(tag, data); err != nil { t.Fatalf("mac.VerifyMAC() err = %q, want nil", err) } wantMAC, err := subtle.NewHMAC(tc.hashName, tc.keyValue, tc.tagSize) if err != nil { t.Fatalf("subtle.NewHMAC() err = %v, want nil", err) } wantTag, err := wantMAC.ComputeMAC(data) if err != nil { t.Fatalf("wantMAC.ComputeMAC() err = %q, want nil", err) } if !bytes.Equal(tag, wantTag) { t.Errorf("tag = %s, want = %s", tag, wantTag) } }) } } func TestKeyManagerPrimitiveWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACTypeURL) if err != nil { t.Errorf("cannot obtain HMAC key manager: %s", err) } // invalid key testKeys := genInvalidHMACKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("expect an error in test case %d", i) } } if _, err := km.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } // empty input if _, err := km.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } } func TestKeyManagerNewKeyMultipleTimes(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACTypeURL) if err != nil { t.Errorf("cannot obtain HMAC key manager: %s", err) } serializedFormat, err := proto.Marshal(testutil.NewHMACKeyFormat(commonpb.HashType_SHA256, 32)) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys := make(map[string]bool) nTest := 26 for i := 0; i < nTest; i++ { key, err := km.NewKey(serializedFormat) if err != nil { t.Fatalf("km.NewKey() err = %q, want nil", err) } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys[string(serializedKey)] = true keyData, err := km.NewKeyData(serializedFormat) if err != nil { t.Fatalf("km.NewKeyData() err = %q, want nil", err) } serializedKey = keyData.Value keys[string(serializedKey)] = true } if len(keys) != nTest*2 { t.Errorf("key is repeated") } } func TestKeyManagerNewKeyBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACTypeURL) if err != nil { t.Errorf("cannot obtain HMAC key manager: %s", err) } testFormats := genValidHMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } key, err := km.NewKey(serializedFormat) if err != nil { t.Errorf("unexpected error in test case %d: %s", i, err) } hmacKey, ok := key.(*hmacpb.HmacKey) if !ok { t.Errorf("key is not HmacKey") } format := testFormats[i] if format.KeySize != uint32(len(hmacKey.KeyValue)) || hmacKey.Params.TagSize != format.Params.TagSize || hmacKey.Params.Hash != format.Params.Hash { t.Errorf("key format and generated key do not match") } } } func TestKeyManagerNewKeyWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACTypeURL) if err != nil { t.Errorf("cannot obtain HMAC key manager: %s", err) } // invalid key formats testFormats := genInvalidHMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { fmt.Println("Error!") } if _, err := km.NewKey(serializedFormat); err == nil { t.Errorf("expect an error in test case %d: %s", i, err) } } if _, err := km.NewKey(nil); err == nil { t.Errorf("expect an error when input is nil") } // empty input if _, err := km.NewKey([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } } func TestKeyManagerNewKeyDataWorks(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACTypeURL) if err != nil { t.Errorf("cannot obtain HMAC key manager: %s", err) } testFormats := genValidHMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keyData, err := km.NewKeyData(serializedFormat) if err != nil { t.Errorf("unexpected error in test case %d: %s", i, err) } if keyData.TypeUrl != testutil.HMACTypeURL { t.Errorf("incorrect type url in test case %d", i) } if keyData.KeyMaterialType != tinkpb.KeyData_SYMMETRIC { t.Errorf("incorrect key material type in test case %d", i) } key := new(hmacpb.HmacKey) if err := proto.Unmarshal(keyData.Value, key); err != nil { t.Errorf("invalid key value") } format := testFormats[i] if format.KeySize != uint32(len(key.KeyValue)) || key.Params.TagSize != format.Params.TagSize || key.Params.Hash != format.Params.Hash { t.Errorf("key format and generated key do not match") } p, err := registry.PrimitiveFromKeyData(keyData) if err != nil { t.Errorf("registry.PrimitiveFromKeyData(keyData) err = %v, want nil", err) } _, ok := p.(tink.MAC) if !ok { t.Error("registry.PrimitiveFromKeyData(keyData) did not return a tink.MAC") } } } func TestKeyManagerNewKeyDataWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACTypeURL) if err != nil { t.Errorf("HMAC key manager not found: %s", err) } // invalid key formats testFormats := genInvalidHMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.NewKeyData(serializedFormat); err == nil { t.Errorf("expect an error in test case %d", i) } } // nil input if _, err := km.NewKeyData(nil); err == nil { t.Errorf("expect an error when input is nil") } } func TestKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACTypeURL) if err != nil { t.Errorf("HMAC key manager not found: %s", err) } if !km.DoesSupport(testutil.HMACTypeURL) { t.Errorf("HMACKeyManager must support %s", testutil.HMACTypeURL) } if km.DoesSupport("some bad type") { t.Errorf("HMACKeyManager must support only %s", testutil.HMACTypeURL) } } func TestKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACTypeURL) if err != nil { t.Errorf("HMAC key manager not found: %s", err) } if km.TypeURL() != testutil.HMACTypeURL { t.Errorf("incorrect GetKeyType()") } } func genInvalidHMACKeys() []proto.Message { badVersionKey := testutil.NewHMACKey(commonpb.HashType_SHA256, 32) badVersionKey.Version++ shortKey := testutil.NewHMACKey(commonpb.HashType_SHA256, 32) shortKey.KeyValue = []byte{1, 1} nilParams := testutil.NewHMACKey(commonpb.HashType_SHA256, 32) nilParams.Params = nil return []proto.Message{ // not a HMACKey testutil.NewHMACParams(commonpb.HashType_SHA256, 32), // bad version badVersionKey, // tag size too big testutil.NewHMACKey(commonpb.HashType_SHA1, 21), testutil.NewHMACKey(commonpb.HashType_SHA256, 33), testutil.NewHMACKey(commonpb.HashType_SHA512, 65), // tag size too small testutil.NewHMACKey(commonpb.HashType_SHA256, 1), // key too short shortKey, // unknown hash type testutil.NewHMACKey(commonpb.HashType_UNKNOWN_HASH, 32), // params field is unset nilParams, } } func genInvalidHMACKeyFormats() []proto.Message { shortKeyFormat := testutil.NewHMACKeyFormat(commonpb.HashType_SHA256, 32) shortKeyFormat.KeySize = 1 nilParams := testutil.NewHMACKeyFormat(commonpb.HashType_SHA256, 32) nilParams.Params = nil return []proto.Message{ // not a HMACKeyFormat testutil.NewHMACParams(commonpb.HashType_SHA256, 32), // tag size too big testutil.NewHMACKeyFormat(commonpb.HashType_SHA1, 21), testutil.NewHMACKeyFormat(commonpb.HashType_SHA256, 33), testutil.NewHMACKeyFormat(commonpb.HashType_SHA512, 65), // tag size too small testutil.NewHMACKeyFormat(commonpb.HashType_SHA256, 1), // key too short shortKeyFormat, // unknown hash type testutil.NewHMACKeyFormat(commonpb.HashType_UNKNOWN_HASH, 32), // params field is unset nilParams, } } func genValidHMACKeyFormats() []*hmacpb.HmacKeyFormat { return []*hmacpb.HmacKeyFormat{ testutil.NewHMACKeyFormat(commonpb.HashType_SHA1, 20), testutil.NewHMACKeyFormat(commonpb.HashType_SHA256, 32), testutil.NewHMACKeyFormat(commonpb.HashType_SHA512, 64), } } ================================================ FILE: mac/hmac/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmac_test import ( "fmt" "slices" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/mac/hmac" "github.com/tink-crypto/tink-go/v2/secretdata" ) var ( hmac128Key = secretdata.NewBytesFromData([]byte("0123456789012345"), insecuresecretdataaccess.Token{}) hmac256Key = secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}) ) func TestNewKeyFailsIfKeySizeIsInvalid(t *testing.T) { opts := hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, } params, err := hmac.NewParameters(opts) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", opts, err) } keyBytes := secretdata.NewBytesFromData([]byte("01234567890123456789012345678901"), insecuresecretdataaccess.Token{}) _, err = hmac.NewKey(keyBytes, params, 0x01020304) if err == nil { t.Errorf("NewKey(%x, params, 0x01020304) err = nil, want error", keyBytes) } } func TestNewKeyFailsWithInvalidIDRequirement(t *testing.T) { opts := hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantNoPrefix, } params, err := hmac.NewParameters(opts) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", opts, err) } keyBytes := secretdata.NewBytesFromData([]byte("0123456789012345"), insecuresecretdataaccess.Token{}) if _, err = hmac.NewKey(keyBytes, params, 0x01020304); err == nil { t.Errorf("NewKey(%x, params, 0x01020304) err = nil, want error", keyBytes) } } func TestNewKey(t *testing.T) { for _, tc := range []struct { name string key secretdata.Bytes params *hmac.Parameters idRequirement uint32 wantOutputPrefix []byte }{ { name: fmt.Sprintf("keySize=%v,variant=%v", 16, hmac.VariantTink), key: hmac128Key, params: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), idRequirement: 0x01020304, wantOutputPrefix: slices.Concat([]byte{cryptofmt.TinkStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: fmt.Sprintf("keySize=%v,variant=%v", 32, hmac.VariantTink), key: hmac256Key, params: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), idRequirement: 0x01020304, wantOutputPrefix: slices.Concat([]byte{cryptofmt.TinkStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: fmt.Sprintf("keySize=%v,variant=%v", 16, hmac.VariantCrunchy), key: hmac128Key, params: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantCrunchy, }), idRequirement: 0x01020304, wantOutputPrefix: slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: fmt.Sprintf("keySize=%v,variant=%v", 32, hmac.VariantCrunchy), key: hmac256Key, params: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantCrunchy, }), idRequirement: 0x01020304, wantOutputPrefix: slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), }, { name: fmt.Sprintf("keySize=%v,variant=%v", 16, hmac.VariantNoPrefix), key: hmac128Key, params: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantNoPrefix, }), idRequirement: 0, wantOutputPrefix: nil, }, { name: fmt.Sprintf("keySize=%v,variant=%v", 32, hmac.VariantNoPrefix), key: hmac256Key, params: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantNoPrefix, }), idRequirement: 0, wantOutputPrefix: nil, }, } { t.Run(tc.name, func(t *testing.T) { key, err := hmac.NewKey(tc.key, tc.params, tc.idRequirement) if err != nil { t.Errorf("NewKey(%v, %v, %d) err = %v, want nil", tc.key, tc.params, tc.idRequirement, err) } if !key.Parameters().Equal(tc.params) { t.Errorf("key.Parameters() = %v, want %v", key.Parameters(), tc.params) } if !key.KeyBytes().Equal(tc.key) { t.Errorf("key.KeyBytes() = %v, want %v", key.KeyBytes(), tc.key) } id, required := key.IDRequirement() if got, want := id, tc.idRequirement; got != tc.idRequirement { t.Errorf("key.IDRequirement() = %v, _, want %v", got, want) } if got, want := required, tc.params.HasIDRequirement(); got != want { t.Errorf("key.IDRequirement() = _, %v, want %v", got, want) } if diff := cmp.Diff(tc.wantOutputPrefix, key.OutputPrefix()); diff != "" { t.Errorf("key.OutputPrefix() diff (-want +got):\n%s", diff) } // Test equality. if !key.Equal(key) { t.Errorf("key.Equal(key) = false, want true") } otherKey, err := hmac.NewKey(tc.key, tc.params, tc.idRequirement) if err != nil { t.Fatalf("NewKey(%v, %v, %d) err = %v, want nil", tc.key, tc.params, tc.idRequirement, err) } if !key.Equal(otherKey) { t.Errorf("key.Equal(otherKey) = false, want true") } }) } } func mustCreateKey(t *testing.T, key secretdata.Bytes, params *hmac.Parameters, idRequirement uint32) *hmac.Key { t.Helper() cmacKey, err := hmac.NewKey(key, params, idRequirement) if err != nil { t.Fatalf("NewKey(%v, %v, %d) err = %v, want nil", key, params, idRequirement, err) } return cmacKey } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestKeyEqualFalseIfDifferent(t *testing.T) { for _, tc := range []struct { name string key1 *hmac.Key key2 key.Key }{ { name: "Different key type", key1: mustCreateKey(t, hmac128Key, mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), 0x01020304), key2: &stubKey{}, }, { name: "Different Key Bytes", key1: mustCreateKey(t, hmac128Key, mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), 0x01020304), key2: mustCreateKey(t, secretdata.NewBytesFromData([]byte("0000000000000000"), insecuresecretdataaccess.Token{}), mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), 0x01020304), }, { name: "Different IDRequirement", key1: mustCreateKey(t, hmac128Key, mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), 0x01020304), key2: mustCreateKey(t, hmac128Key, mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), 0x05060708), }, { name: "Different Parameters", key1: mustCreateKey(t, hmac256Key, mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), 0x01020304), key2: mustCreateKey(t, hmac256Key, mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantCrunchy, }), 0x01020304), }, } { t.Run(tc.name, func(t *testing.T) { if tc.key1.Equal(tc.key2) { t.Errorf("key1.Equal(key2) = true, want false") } }) } } func TestKeyCreator(t *testing.T) { params, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", params, err) } hmacKey, ok := key.(*hmac.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*hmac.Key)(nil)) } idRequirement, hasIDRequirement := hmacKey.IDRequirement() if !hasIDRequirement || idRequirement != 0x1234 { t.Errorf("hmacKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(hmacKey.Parameters(), params); diff != "" { t.Errorf("hmacKey.Parameters() diff (-want +got):\n%s", diff) } } func TestKeyCreator_FailsWithInvalidParameters(t *testing.T) { for _, tc := range []struct { name string params *hmac.Parameters idRequirement uint32 }{ { name: "invalid id requirement", params: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantNoPrefix, }), idRequirement: 0x1234, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.params, tc.idRequirement); err == nil { t.Errorf("keygenregistry.CreateKey(%v, %v) err = nil, want error", tc.params, tc.idRequirement) } }) } } ================================================ FILE: mac/hmac/mac.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmac import ( "bytes" "fmt" "slices" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/mac/subtle" "github.com/tink-crypto/tink-go/v2/tink" ) type fullMAC struct { rawMAC tink.MAC prefix []byte variant Variant } var _ tink.MAC = (*fullMAC)(nil) // NewMAC creates a new full HMAC [tink.MAC] primitive. func NewMAC(key *Key, _ internalapi.Token) (tink.MAC, error) { params := key.Parameters().(*Parameters) if err := subtle.ValidateHMACParams(params.HashType().String(), uint32(params.KeySizeInBytes()), uint32(params.CryptographicTagSizeInBytes())); err != nil { return nil, fmt.Errorf("hmac.NewMAC: invalid parameters: %v", err) } rawMAC, err := subtle.NewHMAC(params.HashType().String(), key.KeyBytes().Data(insecuresecretdataaccess.Token{}), uint32(params.CryptographicTagSizeInBytes())) if err != nil { return nil, fmt.Errorf("hmac.NewMAC: failed to create raw MAC: %v", err) } return &fullMAC{ rawMAC: rawMAC, prefix: key.OutputPrefix(), variant: params.Variant(), }, nil } func (m *fullMAC) message(msg []byte) []byte { if m.variant == VariantLegacy { return slices.Concat(msg, []byte{0x00}) } return msg } func (m *fullMAC) ComputeMAC(data []byte) ([]byte, error) { rawMAC, err := m.rawMAC.ComputeMAC(m.message(data)) if err != nil { return nil, err } return slices.Concat(m.prefix, rawMAC), nil } func (m *fullMAC) VerifyMAC(mac []byte, data []byte) error { if len(mac) < len(m.prefix) { return fmt.Errorf("hmac: mac with size %d is too short", len(mac)) } prefix := mac[:len(m.prefix)] if !bytes.Equal(prefix, m.prefix) { return fmt.Errorf("hmac: mac prefix does not match") } return m.rawMAC.VerifyMAC(mac[len(m.prefix):], m.message(data)) } ================================================ FILE: mac/hmac/mac_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmac_test import ( "bytes" "encoding/hex" "fmt" "slices" "testing" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac/hmac" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/secretdata" ) type testVector struct { name string keyBytes []byte message []byte hashType hmac.HashType tag []byte variant hmac.Variant idRequirement uint32 tagSize uint32 } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("failed to decode hex string %q: %v", s, err) } return b } func testVectors(t *testing.T) []testVector { testVectors := []testVector{} for _, tagSize := range []uint32{10, 16} { for _, variant := range []struct { value hmac.Variant prefix []byte idRequirement uint32 }{ {hmac.VariantNoPrefix, nil, 0}, {hmac.VariantTink, slices.Concat([]byte{cryptofmt.TinkStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), 0x01020304}, {hmac.VariantCrunchy, slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}), 0x01020304}, } { // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha1_test.json#L19 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("EmptyMessage,HashType=%v,Variant=%s,TagSize=%d", hmac.SHA1, variant.value, tagSize), keyBytes: mustHexDecode(t, "06c0dcdc16ff81dce92807fa2c82b44d28ac178a"), message: nil, hashType: hmac.SHA1, tag: slices.Concat(variant.prefix, mustHexDecode(t, "7d91d1b4748077b28911b4509762b6df24365810")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha1_test.json#L28 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("HashType=%v,Variant=%s,TagSize=%d", hmac.SHA1, variant.value, tagSize), keyBytes: mustHexDecode(t, "4cd64efdb76df5a85dce3d347012cad06b0c3db4"), message: mustHexDecode(t, "6c"), hashType: hmac.SHA1, tag: slices.Concat(variant.prefix, mustHexDecode(t, "6d3d37af55c75d872d2da07b9b907ba22ad487d4")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha224_test.json#L19 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("EmptyMessage,HashType=%v,Variant=%s,TagSize=%d", hmac.SHA224, variant.value, tagSize), keyBytes: mustHexDecode(t, "7eef1e40253350eb9307cc6bd8ab8df434bc2faf7095e45b50ffdd64"), message: nil, hashType: hmac.SHA224, tag: slices.Concat(variant.prefix, mustHexDecode(t, "45b466021214d19245506900532f5272f44b5ad9b3d829f0f5c2108c")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha224_test.json#L28 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("HashType=%v,Variant=%s,TagSize=%d", hmac.SHA224, variant.value, tagSize), keyBytes: mustHexDecode(t, "8648ee936c6ebc5ae4bb48c1139a54e3ac5d897beec492dc4d740752"), message: mustHexDecode(t, "2e"), hashType: hmac.SHA224, tag: slices.Concat(variant.prefix, mustHexDecode(t, "5b72e3208679e63f929e6ee19a257d0555f21484c7caac7c9861be43")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha256_test.json#L19 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("EmptyMessage,HashType=%v,Variant=%s,TagSize=%d", hmac.SHA256, variant.value, tagSize), keyBytes: mustHexDecode(t, "1e225cafb90339bba1b24076d4206c3e79c355805d851682bc818baa4f5a7779"), message: nil, hashType: hmac.SHA256, tag: slices.Concat(variant.prefix, mustHexDecode(t, "b175b57d89ea6cb606fb3363f2538abd73a4c00b4a1386905bac809004cf1933")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha256_test.json#L37 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("HashType=%v,Variant=%s,TagSize=%d", hmac.SHA256, variant.value, tagSize), keyBytes: mustHexDecode(t, "85a7cbaae825bb82c9b6f6c5c2af5ac03d1f6daa63d2a93c189948ec41b9ded9"), message: mustHexDecode(t, "a59b"), hashType: hmac.SHA256, tag: slices.Concat(variant.prefix, mustHexDecode(t, "0fe2f13bba2198f6dda1a084be928e304e9cb16a56bc0b7b939a073280244373")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha384_test.json#L19 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("EmptyMessage,HashType=%v,Variant=%s,TagSize=%d", hmac.SHA384, variant.value, tagSize), keyBytes: mustHexDecode(t, "ee8df067857df2300fa71a10c30997178bb3796127b5ece5f2ccc170932be0e78ea9b0a5936c09157e671ce7ec9fc510"), message: nil, hashType: hmac.SHA384, tag: slices.Concat(variant.prefix, mustHexDecode(t, "a655184daf3346ffc6629d493c8442644e4996a2799e42e3306fa6f5b0967b6cf3a6f819bab89bce297d1d1a5907b2d0")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha384_test.json#L28 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("HashType=%v,Variant=%s,TagSize=%d", hmac.SHA384, variant.value, tagSize), keyBytes: mustHexDecode(t, "976696c0dc97182ca771975c3928ff9168ef89cd740cd2292858fd916068a702bc1df7c6cd8ee1f0d25e61d4c514cc5d"), message: mustHexDecode(t, "2b"), hashType: hmac.SHA384, tag: slices.Concat(variant.prefix, mustHexDecode(t, "363e8973fedcf7892013dfae0b7065d61d80b98c635bc09ed860a01473b9bcd0dc550dbf66cf0d601fe9cbf3ae59620d")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha512_test.json#L19 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("EmptyMessage,HashType=%v,Variant=%s,TagSize=%d", hmac.SHA512, variant.value, tagSize), keyBytes: mustHexDecode(t, "5365244bb43f23f18dfc86c09d62db4741138bec1fbddc282d295e0a098eb5c3e37bd6f4cc16d5ce7d77b1d474a1eb4db313cc0c24e48992ac125196549df9a8"), message: nil, hashType: hmac.SHA512, tag: slices.Concat(variant.prefix, mustHexDecode(t, "d0a556bd1afa8df1ebf9e3ee683a8a2450a7c83eba2daf2e2ff2f953f0cd64da216e67134cf55578b205c8a1e241ba1369516a5ef4298b9c1d31e9d59fc04fe4")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/hmac_sha512_test.json#L28 testVectors = append(testVectors, testVector{ name: fmt.Sprintf("HashType=%v,Variant=%s,TagSize=%d", hmac.SHA512, variant.value, tagSize), keyBytes: mustHexDecode(t, "00698977f7102c67b594166919aa99dc3e58c7b6697a6422e238d04d2f57b2c74e4e84f5c4c6b792952df72f1c09244802f0bcf8752efb90e836110703bfa21c"), message: mustHexDecode(t, "01"), hashType: hmac.SHA512, tag: slices.Concat(variant.prefix, mustHexDecode(t, "4d1609cc2c2f1ab5ddc35815ae1b5dc046f226bde17ec37a4c89ec46fbd31af2aeb810b196dffdd11924d3772bef26a7a542e0a1673b76b915d41cbd3df0f6a6")[:tagSize]), variant: variant.value, idRequirement: variant.idRequirement, tagSize: tagSize, }) } // Legacy, prefix := slices.Concat([]byte{cryptofmt.LegacyStartByte}, []byte{0x01, 0x02, 0x03, 0x04}) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("EmptyMessage,HashType=%v,Variant=%s,TagSize=%d", hmac.SHA1, hmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "06c0dcdc16ff81dce92807fa2c82b44d28ac178a"), message: nil, hashType: hmac.SHA1, tag: slices.Concat(prefix, mustHexDecode(t, "175da7db82ce56a87b9943d719d4e38152b0541b")[:tagSize]), variant: hmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("HashType=%v,Variant=%s,TagSize=%d", hmac.SHA1, hmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "552b9c042b7878eaa4faa5f2de90ff9751509c74"), message: mustHexDecode(t, "6c"), hashType: hmac.SHA1, tag: slices.Concat(prefix, mustHexDecode(t, "50e2bb3bee94044324f93dbac0024fe2f185385a")[:tagSize]), variant: hmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("EmptyMessage,HashType=%v,Variant=%s,TagSize=%d", hmac.SHA224, hmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "7eef1e40253350eb9307cc6bd8ab8df434bc2faf7095e45b50ffdd64"), message: nil, hashType: hmac.SHA224, tag: slices.Concat(prefix, mustHexDecode(t, "8ecf6a239e06f1a1232c2c43d7efbaeaaf6500e55cced879f4866cf7")[:tagSize]), variant: hmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("HashType=%v,Variant=%s,TagSize=%d", hmac.SHA224, hmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "8648ee936c6ebc5ae4bb48c1139a54e3ac5d897beec492dc4d740752"), message: mustHexDecode(t, "2e"), hashType: hmac.SHA224, tag: slices.Concat(prefix, mustHexDecode(t, "0189e519f229953d8a558d460c4835dc2af91bd8b7b85fa5badbd559")[:tagSize]), variant: hmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("EmptyMessage,HashType=%v,Variant=%s,TagSize=%d", hmac.SHA256, hmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "1e225cafb90339bba1b24076d4206c3e79c355805d851682bc818baa4f5a7779"), message: nil, hashType: hmac.SHA256, tag: slices.Concat(prefix, mustHexDecode(t, "e21bcdafb37f133b64087bef354d4e6ae96e4ca7760c185a07550f4bde18bded")[:tagSize]), variant: hmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("HashType=%v,Variant=%s,TagSize=%d", hmac.SHA256, hmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "85a7cbaae825bb82c9b6f6c5c2af5ac03d1f6daa63d2a93c189948ec41b9ded9"), message: mustHexDecode(t, "a59b"), hashType: hmac.SHA256, tag: slices.Concat(prefix, mustHexDecode(t, "1de772af9be71f27294f07a281c5d2f69e179eeaa00c12419b69f4ad8492a67e")[:tagSize]), variant: hmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("EmptyMessage,HashType=%v,Variant=%s,TagSize=%d", hmac.SHA384, hmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "ee8df067857df2300fa71a10c30997178bb3796127b5ece5f2ccc170932be0e78ea9b0a5936c09157e671ce7ec9fc510"), message: nil, hashType: hmac.SHA384, tag: slices.Concat(prefix, mustHexDecode(t, "e5d2b1fff7dc207e3b15ee2b4244eaf20e0141596566459b1edd7b766e00480ff29e9d33bafa12c204c1a4ebec826643")[:tagSize]), variant: hmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("HashType=%v,Variant=%s,TagSize=%d", hmac.SHA384, hmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "976696c0dc97182ca771975c3928ff9168ef89cd740cd2292858fd916068a702bc1df7c6cd8ee1f0d25e61d4c514cc5d"), message: mustHexDecode(t, "2b"), hashType: hmac.SHA384, tag: slices.Concat(prefix, mustHexDecode(t, "04d1cfadc21c6e807cc38d0695c58e3ea5086822a552cab6e4d43f75539dc79f2edbc48460334bdab358a12c99e27073")[:tagSize]), variant: hmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("EmptyMessage,HashType=%v,Variant=%s,TagSize=%d", hmac.SHA512, hmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "5365244bb43f23f18dfc86c09d62db4741138bec1fbddc282d295e0a098eb5c3e37bd6f4cc16d5ce7d77b1d474a1eb4db313cc0c24e48992ac125196549df9a8"), message: nil, hashType: hmac.SHA512, tag: slices.Concat(prefix, mustHexDecode(t, "8489187538dbc6516e13720e643a28a7d8427a3b09486ea7f041c72d28974f103d058fc1817939be71b73d8796fabdd4aa96430d43c8fbeaa3b5312e8fc4ad92")[:tagSize]), variant: hmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) testVectors = append(testVectors, testVector{ name: fmt.Sprintf("HashType=%v,Variant=%s,TagSize=%d", hmac.SHA512, hmac.VariantLegacy, tagSize), keyBytes: mustHexDecode(t, "00698977f7102c67b594166919aa99dc3e58c7b6697a6422e238d04d2f57b2c74e4e84f5c4c6b792952df72f1c09244802f0bcf8752efb90e836110703bfa21c"), message: mustHexDecode(t, "01"), hashType: hmac.SHA512, tag: slices.Concat(prefix, mustHexDecode(t, "e047d6bc61b4c0e62490b62fb1a29461f2afdd675ab9e316013c332c844f2f32a68af66e0bc0663815d5d3bd1a01881150510a8d4333d153eb20d7593ec24e6b")[:tagSize]), variant: hmac.VariantLegacy, idRequirement: 0x01020304, tagSize: tagSize, }) } return testVectors } func TestMACTestVectors(t *testing.T) { for _, tc := range testVectors(t) { t.Run(tc.name, func(t *testing.T) { opts := hmac.ParametersOpts{ KeySizeInBytes: len(tc.keyBytes), TagSizeInBytes: int(tc.tagSize), HashType: tc.hashType, Variant: tc.variant, } params, err := hmac.NewParameters(opts) if err != nil { t.Fatalf("hmac.NewParameters(%v) err = %v, want nil", opts, err) } key, err := hmac.NewKey(secretdata.NewBytesFromData(tc.keyBytes, insecuresecretdataaccess.Token{}), params, tc.idRequirement) if err != nil { t.Fatalf("hmac.NewKey(%v, %v, %v) err = %v, want nil", tc.keyBytes, params, tc.idRequirement, err) } mac, err := hmac.NewMAC(key, internalapi.Token{}) if err != nil { t.Fatalf("hmac.NewMAC(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } tag, err := mac.ComputeMAC(tc.message) if err != nil { t.Fatalf("mac.ComputeMAC(%v) err = %v, want nil", tc.message, err) } if !bytes.Equal(tag, tc.tag) { t.Errorf("mac.ComputeMAC(%v) = %x, want %x", tc.message, tag, tc.tag) } if err := mac.VerifyMAC(tag, tc.message); err != nil { t.Errorf("mac.VerifyMAC(%v, %v) err = %v, want nil", tag, tc.message, err) } }) } } func TestMACFromPublicAPITestVectors(t *testing.T) { for _, tc := range testVectors(t) { t.Run(tc.name, func(t *testing.T) { params, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: len(tc.keyBytes), TagSizeInBytes: int(tc.tagSize), HashType: tc.hashType, Variant: tc.variant, }) if err != nil { t.Fatalf("hmac.NewParameters(%v, %v) err = %v, want nil", tc.variant, 16, err) } key, err := hmac.NewKey(secretdata.NewBytesFromData(tc.keyBytes, insecuresecretdataaccess.Token{}), params, tc.idRequirement) if err != nil { t.Fatalf("hmac.NewKey(%v, %v, %v) err = %v, want nil", tc.keyBytes, params, tc.idRequirement, err) } km := keyset.NewManager() id, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddKey(%v) err = %v, want nil", key, err) } if err := km.SetPrimary(id); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", id, err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } mac, err := mac.New(handle) if err != nil { t.Fatalf("mac.New(handle) err = %v, want nil", err) } tag, err := mac.ComputeMAC(tc.message) if err != nil { t.Fatalf("mac.ComputeMAC(%v) err = %v, want nil", tc.message, err) } if !bytes.Equal(tag, tc.tag) { t.Errorf("mac.ComputeMAC(%v) = %v, want %v", tc.message, tag, tc.tag) } if err := mac.VerifyMAC(tag, tc.message); err != nil { t.Errorf("mac.VerifyMAC(%v, %v) err = %v, want nil", tag, tc.message, err) } }) } } func TestDecryptFailsWithInvalidInputs(t *testing.T) { for _, variant := range []hmac.Variant{ hmac.VariantNoPrefix, hmac.VariantTink, hmac.VariantCrunchy, hmac.VariantLegacy, } { t.Run(variant.String(), func(t *testing.T) { params, err := hmac.NewParameters(hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: variant, }) if err != nil { t.Fatalf("hmac.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData([]byte("01010101010101010101010101010101"), insecuresecretdataaccess.Token{}) key, err := hmac.NewKey(keyBytes, params, 0) if err != nil { t.Fatalf("hmac.NewKey() err = %v, want nil", err) } m, err := hmac.NewMAC(key, internalapi.Token{}) if err != nil { t.Fatalf("hmac.NewMAC(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } message := []byte("Some data to sign.") tag, err := m.ComputeMAC(message) if err != nil { t.Fatalf("m.ComputeMAC(message) err = %v, want nil", err) } prefix := tag[:len(key.OutputPrefix())] rawTag := tag[len(prefix):] // Invalid prefix. if len(prefix) > 0 { wrongPrefix := []byte{0xFF, 0xFF, 0xFF, 0xFF, 0xFF} if err := m.VerifyMAC(slices.Concat(wrongPrefix, rawTag), message); err == nil { t.Errorf("m.VerifyMAC() err = nil, want error") } } // Corrupted tag. wrongTag := bytes.Clone(rawTag) wrongTag[0] ^= 1 if err := m.VerifyMAC(slices.Concat(prefix, wrongTag), message); err == nil { t.Errorf("m.VerifyMAC() err = nil, want error") } // Truncated tag. for i := 1; i < len(tag); i++ { if err := m.VerifyMAC(tag[:i], message); err == nil { t.Errorf("m.VerifyMAC(tag[:%d], message) err = nil, want error", i) } } // Invalid message. if err := m.VerifyMAC(tag, []byte("invalid")); err == nil { t.Errorf("m.VerifyMAC() err = nil, want error") } }) } } ================================================ FILE: mac/hmac/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmac import ( "fmt" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/key" ) // Variant is the prefix variant of HMAC keys. // // It describes how the prefix of the tag is constructed. There are // three options: // // - VariantTink: prepends '0x01' to the tag. // - VariantCrunchy: prepends '0x00' to the tag. // - VariantLegacy: appends a 0-byte to the input message before computing // the tag, then prepends '0x00' to the tag. // - VariantNoPrefix: adds no prefix to the tag. type Variant int const ( // VariantUnknown is the default and invalid value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the tag. VariantTink // VariantCrunchy prefixes '0x00' to the tag. VariantCrunchy // VariantLegacy appends '0x00' to the input message BEFORE computing // the tag, then prepends '0x00' to the tag. VariantLegacy // VariantNoPrefix adds no prefix to the tag. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantLegacy: return "LEGACY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // HashType is the hash type of the HMAC key. type HashType int const ( // UnknownHashType is the default value of HashType. UnknownHashType HashType = iota // SHA1 is the SHA1 hash type. SHA1 // SHA224 is the SHA224 hash type. SHA224 // SHA256 is the SHA256 hash type. SHA256 // SHA384 is the SHA384 hash type. SHA384 // SHA512 is the SHA512 hash type. SHA512 ) func (ht HashType) String() string { switch ht { case SHA1: return "SHA1" case SHA224: return "SHA224" case SHA256: return "SHA256" case SHA384: return "SHA384" case SHA512: return "SHA512" default: return "UNKNOWN" } } // Parameters specifies an HMAC key. type Parameters struct { keySizeInBytes int tagSizeInBytes int hashType HashType variant Variant } var _ key.Parameters = (*Parameters)(nil) // KeySizeInBytes returns the size of the key in bytes. func (p *Parameters) KeySizeInBytes() int { return p.keySizeInBytes } // CryptographicTagSizeInBytes returns the size of the tag in bytes. func (p *Parameters) CryptographicTagSizeInBytes() int { return p.tagSizeInBytes } // HashType returns the hash type of the HMAC key. func (p *Parameters) HashType() HashType { return p.hashType } // TotalTagSizeInBytes returns the size of the tag in bytes plus the size of // the prefix with which this key prefixes every cryptographic tag. func (p *Parameters) TotalTagSizeInBytes() int { if p.HasIDRequirement() { return cryptofmt.TinkPrefixSize + p.CryptographicTagSizeInBytes() } return p.CryptographicTagSizeInBytes() } // Variant returns the variant of the key. func (p *Parameters) Variant() Variant { return p.variant } // HasIDRequirement returns whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal returns whether this Parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.HasIDRequirement() == actualParams.HasIDRequirement() && p.keySizeInBytes == actualParams.keySizeInBytes && p.hashType == actualParams.hashType && p.tagSizeInBytes == actualParams.tagSizeInBytes && p.variant == actualParams.variant } // ParametersOpts is the options for creating parameters. type ParametersOpts struct { KeySizeInBytes int TagSizeInBytes int HashType HashType Variant Variant } func maxTagSizeInBytes(hashType HashType) (int, error) { switch hashType { case SHA1: return 20, nil case SHA224: return 28, nil case SHA256: return 32, nil case SHA384: return 48, nil case SHA512: return 64, nil default: return 0, fmt.Errorf("invalid hash type: %v", hashType) } } // NewParameters creates a new HMAC parameters. func NewParameters(opts ParametersOpts) (*Parameters, error) { maxTagSizeInBytes, err := maxTagSizeInBytes(opts.HashType) if err != nil { return nil, err } if opts.KeySizeInBytes < 16 { return nil, fmt.Errorf("key size must be >= 16, got %d", opts.KeySizeInBytes) } if opts.TagSizeInBytes < 10 || opts.TagSizeInBytes > maxTagSizeInBytes { return nil, fmt.Errorf("tag size must be between 10 and %d bytes, got %d", maxTagSizeInBytes, opts.TagSizeInBytes) } if opts.Variant == VariantUnknown { return nil, fmt.Errorf("variant must be specified") } if opts.HashType == UnknownHashType { return nil, fmt.Errorf("hash type must be specified") } return &Parameters{ keySizeInBytes: opts.KeySizeInBytes, tagSizeInBytes: opts.TagSizeInBytes, hashType: opts.HashType, variant: opts.Variant, }, nil } ================================================ FILE: mac/hmac/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmac_test import ( "fmt" "testing" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/mac/hmac" ) func TestNewParametersInvalidKeySize(t *testing.T) { for _, keySize := range []int{0, 15} { opts := hmac.ParametersOpts{ KeySizeInBytes: keySize, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, } if _, err := hmac.NewParameters(opts); err == nil { t.Errorf("hmac.NewParameters(%v) err = nil, want error", opts) } } } func TestNewParametersInvalidHashType(t *testing.T) { opts := hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.UnknownHashType, Variant: hmac.VariantTink, } if _, err := hmac.NewParameters(opts); err == nil { t.Errorf("hmac.NewParameters(%v) err = nil, want error", opts) } } func TestNewParametersInvalidTagSizeForHashType(t *testing.T) { opts := hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 9, HashType: hmac.UnknownHashType, Variant: hmac.VariantTink, } if _, err := hmac.NewParameters(opts); err == nil { t.Errorf("hmac.NewParameters(%v) err = nil, want error", opts) } for _, hash := range []struct { hashType hmac.HashType maxTagSizeInBytes int }{ {hmac.SHA1, 20}, {hmac.SHA224, 28}, {hmac.SHA256, 32}, {hmac.SHA384, 48}, {hmac.SHA512, 64}, } { opts := hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: hash.maxTagSizeInBytes + 1, HashType: hash.hashType, Variant: hmac.VariantTink, } if _, err := hmac.NewParameters(opts); err == nil { t.Errorf("hmac.NewParameters(%v) err = nil, want error", opts) } } } func TestNewParametersInvalidVariant(t *testing.T) { opts := hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantUnknown, } if _, err := hmac.NewParameters(opts); err == nil { t.Errorf("hmac.NewParameters(%v) err = nil, want error", opts) } } func TestNewParameters(t *testing.T) { for _, hash := range []struct { hashType hmac.HashType maxTagSizeInBytes int }{ {hmac.SHA1, 20}, {hmac.SHA224, 28}, {hmac.SHA256, 32}, {hmac.SHA384, 48}, {hmac.SHA512, 64}, } { for _, variant := range []hmac.Variant{hmac.VariantTink, hmac.VariantCrunchy, hmac.VariantNoPrefix, hmac.VariantLegacy} { for _, keySize := range []int{16, 32} { for _, tagSize := range []int{10, hash.maxTagSizeInBytes} { t.Run(fmt.Sprintf("keySizeInBytes=%d,tagSizeInBytes=%d,hashType=%s,variant=%s", keySize, tagSize, hash.hashType, variant), func(t *testing.T) { opts := hmac.ParametersOpts{ KeySizeInBytes: keySize, TagSizeInBytes: tagSize, HashType: hash.hashType, Variant: variant, } params, err := hmac.NewParameters(opts) if err != nil { t.Errorf("hmac.NewParameters(%v) err = %v, want nil", opts, err) } if params.KeySizeInBytes() != keySize { t.Errorf("params.KeySizeInBytes() = %d, want %d", params.KeySizeInBytes(), keySize) } if got, want := params.CryptographicTagSizeInBytes(), tagSize; got != want { t.Errorf("params.CryptographicTagSizeInBytes() = %d, want %d", got, want) } if got, want := params.HashType(), hash.hashType; got != want { t.Errorf("params.HashType() = %s, want %s", got, want) } wantTotalTagSizeInBytes := tagSize if variant != hmac.VariantNoPrefix { wantTotalTagSizeInBytes += cryptofmt.NonRawPrefixSize } if got, want := params.TotalTagSizeInBytes(), wantTotalTagSizeInBytes; got != want { t.Errorf("params.TotalTagSizeInBytes() = %d, want %d", got, want) } if params.Variant() != variant { t.Errorf("params.Variant() = %v, want %v", params.Variant(), variant) } if params.HasIDRequirement() != (variant != hmac.VariantNoPrefix) { t.Errorf("params.HasIDRequirement() = %v, want %v", params.HasIDRequirement(), variant != hmac.VariantNoPrefix) } // Test equality. if !params.Equal(params) { t.Errorf("params.Equal(params) = false, want true") } otherParams, err := hmac.NewParameters(opts) if err != nil { t.Fatalf("hmac.NewParameters(%v) err = %v, want nil", opts, err) } if !params.Equal(otherParams) { t.Errorf("params.Equal(otherParams) = false, want true") } }) } } } } } func mustCreateParameters(t *testing.T, opts hmac.ParametersOpts) *hmac.Parameters { t.Helper() params, err := hmac.NewParameters(opts) if err != nil { t.Fatalf("hmac.NewParameters(%v) err = %v, want nil", opts, err) } return params } func TestEqualFalseIfDifferent(t *testing.T) { for _, tc := range []struct { name string params1 *hmac.Parameters params2 *hmac.Parameters }{ { name: "different key size", params1: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), params2: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 32, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), }, { name: "different tag size", params1: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), params2: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 10, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), }, { name: "different hash type", params1: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), params2: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA384, Variant: hmac.VariantTink, }), }, { name: "different variant", params1: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantTink, }), params2: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: 16, TagSizeInBytes: 16, HashType: hmac.SHA256, Variant: hmac.VariantCrunchy, }), }, } { t.Run(tc.name, func(t *testing.T) { if tc.params1.Equal(tc.params2) { t.Errorf("params1.Equal(params2) = true, want false") } }) } } func TestHashTypeString(t *testing.T) { for _, tc := range []struct { hashType hmac.HashType want string }{ { hashType: hmac.SHA1, want: "SHA1", }, { hashType: hmac.SHA224, want: "SHA224", }, { hashType: hmac.SHA256, want: "SHA256", }, { hashType: hmac.SHA384, want: "SHA384", }, { hashType: hmac.SHA512, want: "SHA512", }, { hashType: hmac.UnknownHashType, want: "UNKNOWN", }, } { t.Run(tc.hashType.String(), func(t *testing.T) { if got := tc.hashType.String(); got != tc.want { t.Errorf("tc.hashType.String() = %q, want %q", got, tc.want) } }) } } func TestVariantString(t *testing.T) { for _, tc := range []struct { variant hmac.Variant want string }{ { variant: hmac.VariantTink, want: "TINK", }, { variant: hmac.VariantCrunchy, want: "CRUNCHY", }, { variant: hmac.VariantNoPrefix, want: "NO_PREFIX", }, { variant: hmac.VariantLegacy, want: "LEGACY", }, { variant: hmac.VariantUnknown, want: "UNKNOWN", }, } { t.Run(tc.variant.String(), func(t *testing.T) { if got := tc.variant.String(); got != tc.want { t.Errorf("tc.variant.String() = %q, want %q", got, tc.want) } }) } } ================================================ FILE: mac/hmac/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmac import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // protoVersion is the accepted [hmacpb.HmacKey] proto version. // // Currently, only version 0 is supported; other versions are rejected. protoVersion = 0 typeURL = "type.googleapis.com/google.crypto.tink.HmacKey" ) type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantLegacy: return tinkpb.OutputPrefixType_LEGACY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func protoHashTypeFromHashType(hashType HashType) (commonpb.HashType, error) { switch hashType { case SHA1: return commonpb.HashType_SHA1, nil case SHA224: return commonpb.HashType_SHA224, nil case SHA256: return commonpb.HashType_SHA256, nil case SHA384: return commonpb.HashType_SHA384, nil case SHA512: return commonpb.HashType_SHA512, nil default: return commonpb.HashType_UNKNOWN_HASH, fmt.Errorf("unknown hash type: %v", hashType) } } func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want %T", key, (*Key)(nil)) } actualParameters, ok := actualKey.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("key parameters is not a Parameters") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } hashType, err := protoHashTypeFromHashType(actualParameters.HashType()) if err != nil { return nil, err } keyBytes := actualKey.KeyBytes() protoKey := &hmacpb.HmacKey{ KeyValue: keyBytes.Data(insecuresecretdataaccess.Token{}), Version: protoVersion, Params: &hmacpb.HmacParams{ TagSize: uint32(actualParameters.CryptographicTagSizeInBytes()), Hash: hashType, }, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := actualKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_LEGACY: return VariantLegacy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func hashTypeFromProto(hashType commonpb.HashType) (HashType, error) { switch hashType { case commonpb.HashType_SHA1: return SHA1, nil case commonpb.HashType_SHA224: return SHA224, nil case commonpb.HashType_SHA256: return SHA256, nil case commonpb.HashType_SHA384: return SHA384, nil case commonpb.HashType_SHA512: return SHA512, nil default: return UnknownHashType, fmt.Errorf("unknown hash type: %v", hashType) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyData.GetTypeUrl(), typeURL) } // Do not check key material type for compatibility with other Tink implementations. // TODO - b/403459737: Consider adding the check. protoKey := new(hmacpb.HmacKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != protoVersion { return nil, fmt.Errorf("key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } hashType, err := hashTypeFromProto(protoKey.GetParams().GetHash()) if err != nil { return nil, err } keySizeInBytes := len(protoKey.GetKeyValue()) params, err := NewParameters(ParametersOpts{ KeySizeInBytes: keySizeInBytes, TagSizeInBytes: int(protoKey.GetParams().GetTagSize()), HashType: hashType, Variant: variant, }) if err != nil { return nil, err } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) // keySerialization.IDRequirement() returns zero if the key doesn't have a // key requirement. keyID, _ := keySerialization.IDRequirement() return NewKey(keyMaterial, params, keyID) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want %T", parameters, (*Parameters)(nil)) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(actualParameters.Variant()) if err != nil { return nil, err } hashType, err := protoHashTypeFromHashType(actualParameters.HashType()) if err != nil { return nil, err } format := &hmacpb.HmacKeyFormat{ KeySize: uint32(actualParameters.KeySizeInBytes()), Params: &hmacpb.HmacParams{ TagSize: uint32(actualParameters.CryptographicTagSizeInBytes()), Hash: hashType, }, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } format := new(hmacpb.HmacKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != protoVersion { return nil, fmt.Errorf("key has unsupported version: %v", format.GetVersion()) } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } hashType, err := hashTypeFromProto(format.GetParams().GetHash()) if err != nil { return nil, err } return NewParameters(ParametersOpts{ KeySizeInBytes: int(format.GetKeySize()), TagSizeInBytes: int(format.GetParams().GetTagSize()), Variant: variant, HashType: hashType, }) } ================================================ FILE: mac/hmac/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmac_test import ( "fmt" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/mac/hmac" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParseKeyFails(t *testing.T) { serializedKey := mustMarshal(t, &hmacpb.HmacKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &hmacpb.HmacParams{ TagSize: 16, Hash: commonpb.HashType_SHA256, }, }) serializedKeyWithInvalidKeyBytes := mustMarshal(t, &hmacpb.HmacKey{ Version: 0, KeyValue: []byte("0123"), Params: &hmacpb.HmacParams{ TagSize: 16, Hash: commonpb.HashType_SHA256, }, }) serializedKeyWithInvalidTagSize := mustMarshal(t, &hmacpb.HmacKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &hmacpb.HmacParams{ TagSize: 2, Hash: commonpb.HashType_SHA256, }, }) serializedKeyWithInvalidVersion := mustMarshal(t, &hmacpb.HmacKey{ Version: 1, KeyValue: []byte("1234567890123456"), Params: &hmacpb.HmacParams{ TagSize: 16, Hash: commonpb.HashType_SHA256, }, }) serializedKeyWithInvalidHashType := mustMarshal(t, &hmacpb.HmacKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &hmacpb.HmacParams{ TagSize: 16, Hash: commonpb.HashType_UNKNOWN_HASH, }, }) for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "invalid HMAC key size", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: serializedKeyWithInvalidKeyBytes, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid TAG size", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: serializedKeyWithInvalidTagSize, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid Hash type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: serializedKeyWithInvalidHashType, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid TAG size", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: serializedKeyWithInvalidTagSize, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid key proto serialization", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: serializedKeyWithInvalidVersion, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 12345), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want error", tc.keySerialization) } }) } } type aesCMACSerializationTestCase struct { name string key *hmac.Key keySerialization *protoserialization.KeySerialization } func aesCMACSerializationTestCases(t *testing.T) []aesCMACSerializationTestCase { tcs := []aesCMACSerializationTestCase{} for _, keySize := range []int{16, 32} { for _, hash := range []struct { hashType hmac.HashType protoHashType commonpb.HashType maxTagSizeInBytes int }{ {hmac.SHA1, commonpb.HashType_SHA1, 20}, {hmac.SHA224, commonpb.HashType_SHA224, 28}, {hmac.SHA256, commonpb.HashType_SHA256, 32}, {hmac.SHA384, commonpb.HashType_SHA384, 48}, {hmac.SHA512, commonpb.HashType_SHA512, 64}, } { for _, variantAndPrefix := range []struct { variant hmac.Variant outputPrefixType tinkpb.OutputPrefixType }{ {variant: hmac.VariantTink, outputPrefixType: tinkpb.OutputPrefixType_TINK}, {variant: hmac.VariantCrunchy, outputPrefixType: tinkpb.OutputPrefixType_CRUNCHY}, {variant: hmac.VariantLegacy, outputPrefixType: tinkpb.OutputPrefixType_LEGACY}, {variant: hmac.VariantNoPrefix, outputPrefixType: tinkpb.OutputPrefixType_RAW}, } { idRequirement := uint32(0) if variantAndPrefix.variant != hmac.VariantNoPrefix { idRequirement = 0x01020304 } keyBytes := slices.Repeat([]byte{0x01}, keySize) tcs = append(tcs, aesCMACSerializationTestCase{ name: fmt.Sprintf("keySize=%d,hashType=%s,variant=%s", keySize, hash.hashType, variantAndPrefix.variant), key: mustCreateKey(t, secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: keySize, TagSizeInBytes: hash.maxTagSizeInBytes, HashType: hash.hashType, Variant: variantAndPrefix.variant}), idRequirement), keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: mustMarshal(t, &hmacpb.HmacKey{ Version: 0, KeyValue: keyBytes, Params: &hmacpb.HmacParams{ TagSize: uint32(hash.maxTagSizeInBytes), Hash: hash.protoHashType, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, variantAndPrefix.outputPrefixType, idRequirement), }) } } } return tcs } func TestParseKey(t *testing.T) { for _, tc := range aesCMACSerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { gotKey, err := protoserialization.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if !gotKey.Equal(tc.key) { t.Errorf("key.Equal(wantKey) = false, want true") } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type testKey struct { keyBytes []byte id uint32 params testParams } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*testKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *testKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } func TestSerializeKeyFails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "key is nil", key: nil, }, { name: "key is not an HMAC key", key: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.key); err == nil { t.Errorf("protoserialization.SerializeKey() err = nil, want error") } }) } } func TestSerializeKey(t *testing.T) { for _, tc := range aesCMACSerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeKey(tc.key) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", tc.key, err) } if !got.Equal(tc.keySerialization) { t.Errorf("got.Equal(tc.wantKeySerialization) = false, want true") } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, keySizeInBytes, tagSizeInBytes uint32) *tinkpb.KeyTemplate { t.Helper() return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", OutputPrefixType: outputPrefixType, Value: mustMarshal(t, &hmacpb.HmacKeyFormat{ KeySize: keySizeInBytes, Params: &hmacpb.HmacParams{ TagSize: tagSizeInBytes, }, }), } } type parametersSerializationTestCase struct { name string parameters *hmac.Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateParametersTestParameters(t *testing.T) []parametersSerializationTestCase { tcs := []parametersSerializationTestCase{} for _, keySize := range []int{16, 32} { for _, variantAndPrefix := range []struct { variant hmac.Variant outputPrefixType tinkpb.OutputPrefixType }{ {variant: hmac.VariantTink, outputPrefixType: tinkpb.OutputPrefixType_TINK}, {variant: hmac.VariantCrunchy, outputPrefixType: tinkpb.OutputPrefixType_CRUNCHY}, {variant: hmac.VariantLegacy, outputPrefixType: tinkpb.OutputPrefixType_LEGACY}, {variant: hmac.VariantNoPrefix, outputPrefixType: tinkpb.OutputPrefixType_RAW}, } { for _, hash := range []struct { hashType hmac.HashType protoHashType commonpb.HashType maxTagSizeInBytes int }{ {hmac.SHA1, commonpb.HashType_SHA1, 20}, {hmac.SHA224, commonpb.HashType_SHA224, 28}, {hmac.SHA256, commonpb.HashType_SHA256, 32}, {hmac.SHA384, commonpb.HashType_SHA384, 48}, {hmac.SHA512, commonpb.HashType_SHA512, 64}, } { tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("keySize=%d,hashType=%s,variant=%s", keySize*8, hash.hashType, variantAndPrefix.variant), parameters: mustCreateParameters(t, hmac.ParametersOpts{ KeySizeInBytes: keySize, TagSizeInBytes: hash.maxTagSizeInBytes, Variant: variantAndPrefix.variant, HashType: hash.hashType, }), keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", OutputPrefixType: variantAndPrefix.outputPrefixType, Value: mustMarshal(t, &hmacpb.HmacKeyFormat{ KeySize: uint32(keySize), Params: &hmacpb.HmacParams{ TagSize: uint32(hash.maxTagSizeInBytes), Hash: hash.protoHashType, }, }), }, }) } } } return tcs } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "empty", keyTemplate: &tinkpb.KeyTemplate{}, }, { name: "empty format", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: mustMarshal(t, &hmacpb.HmacKeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid format value", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: []byte("invalid format"), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid tag size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: mustMarshal(t, &hmacpb.HmacKeyFormat{ KeySize: 16, Params: &hmacpb.HmacParams{ TagSize: 2, Hash: commonpb.HashType_SHA256, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid version", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: mustMarshal(t, &hmacpb.HmacKeyFormat{ Version: 1, KeySize: 16, Params: &hmacpb.HmacParams{ TagSize: 16, Hash: commonpb.HashType_SHA256, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid key size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: mustMarshal(t, &hmacpb.HmacKeyFormat{ KeySize: 10, Params: &hmacpb.HmacParams{ TagSize: 16, Hash: commonpb.HashType_SHA256, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid hash type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: mustMarshal(t, &hmacpb.HmacKeyFormat{ KeySize: 16, Params: &hmacpb.HmacParams{ TagSize: 16, Hash: commonpb.HashType_UNKNOWN_HASH, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: mustMarshal(t, &hmacpb.HmacKeyFormat{ KeySize: 16, Params: &hmacpb.HmacParams{ TagSize: 16, Hash: commonpb.HashType_SHA256, }, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: mac/internal/mactest/mactest.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package mactest has testing utilities for the MAC primitive package mactest import ( "github.com/tink-crypto/tink-go/v2/tink" ) // AlwaysFailingMAC fails compute and verify operations. type AlwaysFailingMAC struct { Error error } var _ (tink.MAC) = (*AlwaysFailingMAC)(nil) // ComputeMAC returns an error on compute. func (m *AlwaysFailingMAC) ComputeMAC(data []byte) ([]byte, error) { return nil, m.Error } // VerifyMAC returns an error on verify. func (m *AlwaysFailingMAC) VerifyMAC(mac []byte, data []byte) error { return m.Error } ================================================ FILE: mac/internal/mactest/mactest_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mactest_test import ( "errors" "testing" "github.com/tink-crypto/tink-go/v2/mac/internal/mactest" ) func TestAlwaysFailingMACAlwayFails(t *testing.T) { wantErr := errors.New("panic at the kernel") p := &mactest.AlwaysFailingMAC{Error: wantErr} if _, err := p.ComputeMAC([]byte("valid_data")); !errors.Is(err, wantErr) { t.Errorf("p.ComputeMac() err = %v, want %v", err, wantErr) } if err := p.VerifyMAC([]byte("data"), []byte("tag")); !errors.Is(err, wantErr) { t.Errorf("p.VerifyMac() err = %v, want %v", err, wantErr) } } ================================================ FILE: mac/mac.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package mac provides implementations of the MAC primitive. // // MAC computes a tag for a given message that can be used to authenticate a // message. MAC protects data integrity as well as provides for authenticity // of the message. package mac import ( _ "github.com/tink-crypto/tink-go/v2/mac/aescmac" // register AES-CMAC key manager, key proto serialization/parsing and full MAC primitive. _ "github.com/tink-crypto/tink-go/v2/mac/hmac" // register HMAC key manager. ) ================================================ FILE: mac/mac_benchmark_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mac_test import ( "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // Benchmarks for MAC algorithms. var benchmarkTestCases = []struct { name string template *tinkpb.KeyTemplate dataSize uint32 }{ { name: "HMAC_SHA256_16", template: mac.HMACSHA256Tag128KeyTemplate(), dataSize: 16, }, { name: "HMAC_SHA512_16", template: mac.HMACSHA512Tag256KeyTemplate(), dataSize: 16, }, { name: "AES_CMAC_16", template: mac.AESCMACTag128KeyTemplate(), dataSize: 16, }, { name: "HMAC_SHA256_16k", template: mac.HMACSHA256Tag128KeyTemplate(), dataSize: 16 * 1024, }, { name: "HMAC_SHA512_16k", template: mac.HMACSHA512Tag256KeyTemplate(), dataSize: 16 * 1024, }, { name: "AES_CMAC_16k", template: mac.AESCMACTag128KeyTemplate(), dataSize: 16 * 1024, }, } func BenchmarkComputeMac(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } primitive, err := mac.New(handle) if err != nil { b.Fatal(err) } data := random.GetRandomBytes(tc.dataSize) b.ResetTimer() for i := 0; i < b.N; i++ { _, err := primitive.ComputeMAC(data) if err != nil { b.Error(err) } } }) } } func BenchmarkVerifyMac(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } primitive, err := mac.New(handle) if err != nil { b.Fatal(err) } data := random.GetRandomBytes(tc.dataSize) tag, err := primitive.ComputeMAC(data) if err != nil { b.Fatal(err) } b.ResetTimer() for i := 0; i < b.N; i++ { if err = primitive.VerifyMAC(tag, data); err != nil { b.Error(err) } } }) } } ================================================ FILE: mac/mac_factory.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mac import ( "bytes" "fmt" "slices" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( intSize = 32 << (^uint(0) >> 63) // 32 or 64 maxInt = 1<<(intSize-1) - 1 ) // NewWithConfig creates a [tink.MAC] primitive from the given [keyset.Handle] // and [keyset.Config]. func NewWithConfig(handle *keyset.Handle, c keyset.Config) (tink.MAC, error) { ps, err := keyset.Primitives[tink.MAC](handle, c, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("mac_factory: cannot obtain primitive set: %s", err) } return newWrappedMAC(ps) } // New creates a [tink.MAC] primitive from the given [keyset.Handle] using the // default set of available primitives. func New(handle *keyset.Handle) (tink.MAC, error) { return NewWithConfig(handle, ®istryconfig.RegistryConfig{}) } type macAndKeyID struct { primitive tink.MAC keyID uint32 } var _ (tink.MAC) = (*macAndKeyID)(nil) func (m *macAndKeyID) ComputeMAC(data []byte) ([]byte, error) { return m.primitive.ComputeMAC(data) } func (m *macAndKeyID) VerifyMAC(mac, data []byte) error { return m.primitive.VerifyMAC(mac, data) } // fullMACAdapter is a [tink.MAC] implementation that turns a RAW MAC primitive // into a full MAC primitive. type fullMACAdapter struct { rawPrimitive tink.MAC prefix []byte isLegacy bool } var _ (tink.MAC) = (*fullMACAdapter)(nil) func (m *fullMACAdapter) data(data []byte) ([]byte, error) { if m.isLegacy { d := data if len(d) == maxInt { return nil, fmt.Errorf("data too long") } return append(d, byte(0)), nil } return data, nil } func (m *fullMACAdapter) ComputeMAC(data []byte) ([]byte, error) { d, err := m.data(data) if err != nil { return nil, err } mac, err := m.rawPrimitive.ComputeMAC(d) if err != nil { return nil, err } return slices.Concat(m.prefix, mac), nil } func (m *fullMACAdapter) VerifyMAC(mac, data []byte) error { if len(mac) < len(m.prefix) { return fmt.Errorf("invalid mac") } if !bytes.Equal(mac[:len(m.prefix)], m.prefix) { return fmt.Errorf("invalid prefix") } d, err := m.data(data) if err != nil { return err } return m.rawPrimitive.VerifyMAC(mac[len(m.prefix):], d) } // wrappedMAC is a [tink.MAC] implementation that uses a set of [tink.MAC] // primitives to compute and verify MACs. // // When computing a MAC, the wrappedMAC uses the primary primitive. When // verifying a MAC, the wrappedMAC uses the key ID in the MAC to find the // primitive that should be used for verification. type wrappedMAC struct { primary macAndKeyID primitives map[string][]macAndKeyID computeLogger monitoring.Logger verifyLogger monitoring.Logger } var _ (tink.MAC) = (*wrappedMAC)(nil) // toFullPrimitive converts a primitive to a full [tink.MAC] primitive. func toFullPrimitive(entry *primitiveset.Entry[tink.MAC]) (macAndKeyID, error) { if entry.FullPrimitive != nil { return macAndKeyID{ primitive: entry.FullPrimitive, keyID: entry.KeyID, }, nil } protoKey, err := protoserialization.SerializeKey(entry.Key) if err != nil { return macAndKeyID{}, err } isLegacy := protoKey.OutputPrefixType() == tinkpb.OutputPrefixType_LEGACY return macAndKeyID{ primitive: &fullMACAdapter{ rawPrimitive: entry.Primitive, prefix: entry.OutputPrefix(), isLegacy: isLegacy, }, keyID: entry.KeyID, }, nil } func newWrappedMAC(ps *primitiveset.PrimitiveSet[tink.MAC]) (*wrappedMAC, error) { primary, err := toFullPrimitive(ps.Primary) if err != nil { return nil, err } primitives := make(map[string][]macAndKeyID) for _, entries := range ps.Entries { for _, entry := range entries { primitive, err := toFullPrimitive(entry) if err != nil { return nil, err } prefix := string(entry.OutputPrefix()) primitives[prefix] = append(primitives[prefix], primitive) } } computeLogger, verifyLogger, err := createLoggers(ps) if err != nil { return nil, err } return &wrappedMAC{ primary: primary, primitives: primitives, computeLogger: computeLogger, verifyLogger: verifyLogger, }, nil } func createLoggers(ps *primitiveset.PrimitiveSet[tink.MAC]) (monitoring.Logger, monitoring.Logger, error) { if len(ps.Annotations) == 0 { return &monitoringutil.DoNothingLogger{}, &monitoringutil.DoNothingLogger{}, nil } client := internalregistry.GetMonitoringClient() keysetInfo, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { return nil, nil, err } computeLogger, err := client.NewLogger(&monitoring.Context{ Primitive: "mac", APIFunction: "compute", KeysetInfo: keysetInfo, }) if err != nil { return nil, nil, err } verifyLogger, err := client.NewLogger(&monitoring.Context{ Primitive: "mac", APIFunction: "verify", KeysetInfo: keysetInfo, }) if err != nil { return nil, nil, err } return computeLogger, verifyLogger, nil } // ComputeMAC calculates a MAC over the given data using the primary primitive // and returns the concatenation of the primary's identifier and the calculated mac. func (m *wrappedMAC) ComputeMAC(data []byte) ([]byte, error) { mac, err := m.primary.ComputeMAC(data) if err != nil { m.computeLogger.LogFailure() return nil, err } m.computeLogger.Log(m.primary.keyID, len(data)) return mac, nil } func (m *wrappedMAC) tryVerifyMAC(mac []byte, data []byte, primitives []macAndKeyID) bool { for _, primitive := range primitives { if err := primitive.VerifyMAC(mac, data); err == nil { m.verifyLogger.Log(primitive.keyID, len(data)) return true } } return false } // VerifyMAC verifies whether the given mac is a correct authentication code // for the given data. func (m *wrappedMAC) VerifyMAC(mac, data []byte) error { // This also rejects raw MAC with size of 4 bytes or fewer. Those MACs are // clearly insecure, thus should be discouraged. prefixSize := cryptofmt.NonRawPrefixSize if len(mac) <= prefixSize { m.verifyLogger.LogFailure() return fmt.Errorf("mac_factory: invalid mac") } // Try non raw keys. primitives, ok := m.primitives[string(mac[:prefixSize])] if ok { if m.tryVerifyMAC(mac, data, primitives) { return nil } } // Try raw keys. primitives, ok = m.primitives[""] if ok { if m.tryVerifyMAC(mac, data, primitives) { return nil } } // nothing worked m.verifyLogger.LogFailure() return fmt.Errorf("mac_factory: invalid mac") } ================================================ FILE: mac/mac_factory_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mac_test import ( "bytes" "fmt" "reflect" "slices" "strings" "testing" "github.com/google/go-cmp/cmp" "github.com/google/go-cmp/cmp/cmpopts" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/testing/stubkeymanager" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac/internal/mactest" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestFactoryMultipleKeys(t *testing.T) { tagSize := uint32(16) keyset := testutil.NewTestHMACKeyset(tagSize, tinkpb.OutputPrefixType_TINK) primaryKey := keyset.Key[0] if primaryKey.OutputPrefixType != tinkpb.OutputPrefixType_TINK { t.Errorf("expect a tink key") } keysetHandle, err := testkeyset.NewHandle(keyset) if err != nil { t.Errorf("testkeyset.NewHandle failed: %s", err) } p, err := mac.New(keysetHandle) if err != nil { t.Errorf("mac.New failed: %s", err) } expectedPrefix, err := cryptofmt.OutputPrefix(primaryKey) if err != nil { t.Errorf("cryptofmt.OutputPrefix failed: %s", err) } if err := verifyMacPrimitive(p, p, expectedPrefix, tagSize); err != nil { t.Errorf("invalid primitive: %s", err) } // mac with a primary RAW key, verify with the keyset rawKey := keyset.Key[1] if rawKey.OutputPrefixType != tinkpb.OutputPrefixType_RAW { t.Errorf("expect a raw key") } keyset2 := testutil.NewKeyset(rawKey.KeyId, []*tinkpb.Keyset_Key{rawKey}) keysetHandle2, err := testkeyset.NewHandle(keyset2) if err != nil { t.Errorf("testkeyset.NewHandle failed: %s", err) } p2, err := mac.New(keysetHandle2) if err != nil { t.Errorf("mac.New failed: %s", err) } if err := verifyMacPrimitive(p2, p, cryptofmt.RawPrefix, tagSize); err != nil { t.Errorf("invalid primitive: %s", err) } // mac with a random key not in the keyset, verify with the keyset should fail keyset2 = testutil.NewTestHMACKeyset(tagSize, tinkpb.OutputPrefixType_TINK) primaryKey = keyset2.Key[0] expectedPrefix, err = cryptofmt.OutputPrefix(primaryKey) if err != nil { t.Errorf("cryptofmt.OutputPrefix() err = %q, want nil", err) } keysetHandle2, err = testkeyset.NewHandle(keyset2) if err != nil { t.Errorf("testkeyset.NewHandle failed: %s", err) } p2, err = mac.New(keysetHandle2) if err != nil { t.Errorf("mac.New: cannot get primitive from keyset handle") } err = verifyMacPrimitive(p2, p, expectedPrefix, tagSize) if err == nil || !strings.Contains(err.Error(), "mac verification failed") { t.Errorf("Invalid MAC, shouldn't return valid") } } func TestFactoryRawKey(t *testing.T) { tagSize := uint32(16) keyset := testutil.NewTestHMACKeyset(tagSize, tinkpb.OutputPrefixType_RAW) primaryKey := keyset.Key[0] if primaryKey.OutputPrefixType != tinkpb.OutputPrefixType_RAW { t.Errorf("expect a raw key") } keysetHandle, err := testkeyset.NewHandle(keyset) if err != nil { t.Errorf("testkeyset.NewHandle failed: %s", err) } p, err := mac.New(keysetHandle) if err != nil { t.Errorf("mac.New failed: %s", err) } if err := verifyMacPrimitive(p, p, cryptofmt.RawPrefix, tagSize); err != nil { t.Errorf("invalid primitive: %s", err) } } func TestFactoryLegacyKey(t *testing.T) { tagSize := uint32(16) keyset := testutil.NewTestHMACKeyset(tagSize, tinkpb.OutputPrefixType_LEGACY) primaryKey := keyset.Key[0] if primaryKey.OutputPrefixType != tinkpb.OutputPrefixType_LEGACY { t.Errorf("expect a legacy key") } keysetHandle, err := testkeyset.NewHandle(keyset) if err != nil { t.Errorf("testkeyset.NewHandle failed: %s", err) } p, err := mac.New(keysetHandle) if err != nil { t.Errorf("mac.New failed: %s", err) } data := []byte("some data") tag, err := p.ComputeMAC(data) if err != nil { t.Errorf("mac computation failed: %s", err) } if err = p.VerifyMAC(tag, data); err != nil { t.Errorf("mac verification failed: %s", err) } } func TestFactoryLegacyFixedKeyFixedTag(t *testing.T) { tagSize := uint32(16) params := testutil.NewHMACParams(commonpb.HashType_SHA256, tagSize) keyValue := []byte{0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19} key := &hmacpb.HmacKey{ Version: 0, Params: params, KeyValue: keyValue, } serializedKey, err := proto.Marshal(key) if err != nil { t.Errorf("failed serializing proto: %v", err) } keyData := &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } keyset := testutil.NewTestKeyset(keyData, tinkpb.OutputPrefixType_LEGACY) primaryKey := keyset.Key[0] if primaryKey.OutputPrefixType != tinkpb.OutputPrefixType_LEGACY { t.Errorf("expect a legacy key") } keysetHandle, err := testkeyset.NewHandle(keyset) if err != nil { t.Errorf("testkeyset.NewHandle failed: %s", err) } p, err := mac.New(keysetHandle) if err != nil { t.Errorf("mac.New failed: %s", err) } data := []byte("hello") tag := []byte{0, 0, 0, 0, 42, 64, 150, 12, 207, 250, 175, 32, 216, 164, 77, 69, 28, 29, 204, 235, 75} if err = p.VerifyMAC(tag, data); err != nil { t.Errorf("compatibleTag verification failed: %s", err) } } func verifyMacPrimitive(computePrimitive, verifyPrimitive tink.MAC, expectedPrefix string, tagSize uint32) error { data := []byte("hello") tag, err := computePrimitive.ComputeMAC(data) if err != nil { return fmt.Errorf("mac computation failed: %s", err) } prefixSize := len(expectedPrefix) if string(tag[:prefixSize]) != expectedPrefix { return fmt.Errorf("incorrect prefix") } if prefixSize+int(tagSize) != len(tag) { return fmt.Errorf("incorrect tag length") } if err = verifyPrimitive.VerifyMAC(tag, data); err != nil { return fmt.Errorf("mac verification failed: %s", err) } // Modify plaintext or tag and make sure VerifyMAC failed. var dataAndTag []byte dataAndTag = append(dataAndTag, data...) dataAndTag = append(dataAndTag, tag...) if err = verifyPrimitive.VerifyMAC(dataAndTag[len(data):], dataAndTag[:len(data)]); err != nil { return fmt.Errorf("mac verification failed: %s", err) } for i := 0; i < len(dataAndTag); i++ { tmp := dataAndTag[i] for j := 0; j < 8; j++ { dataAndTag[i] ^= 1 << uint8(j) if err = verifyPrimitive.VerifyMAC(dataAndTag[len(data):], dataAndTag[:len(data)]); err == nil { return fmt.Errorf("invalid tag or plaintext, mac should be invalid") } dataAndTag[i] = tmp } } return nil } func TestFactoryWithInvalidPrimitiveSetType(t *testing.T) { wrongKH, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("failed to build *keyset.Handle: %s", err) } _, err = mac.New(wrongKH) if err == nil { t.Fatal("calling New() with wrong *keyset.Handle should fail") } } func TestFactoryWithValidPrimitiveSetType(t *testing.T) { goodKH, err := keyset.NewHandle(mac.HMACSHA256Tag256KeyTemplate()) if err != nil { t.Fatalf("failed to build *keyset.Handle: %s", err) } _, err = mac.New(goodKH) if err != nil { t.Fatalf("calling New() with good *keyset.Handle failed: %s", err) } } func TestPrimitiveFactoryMonitoringWithoutAnnotationsDoesNotLog(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("registry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(mac.HMACSHA256Tag256KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(mac.HMACSHA256Tag256KeyTemplate()) err = %v, want nil", err) } p, err := mac.New(kh) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } data := []byte("data") tag, err := p.ComputeMAC(data) if err != nil { t.Fatalf("p.ComputeMAC() err = %v, want nil", err) } if err := p.VerifyMAC(tag, data); err != nil { t.Fatalf("p.Verify() err = %v, want nil", err) } got := client.Events() if len(got) != 0 { t.Errorf("len(client.Events()) = %d, want 0", len(got)) } } func TestFactoryWithMonitoringPrimitiveWithMultipleKeysLogsComputeVerify(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("registry.RegisterMonitoringClient() err = %v, want nil", err) } manager := keyset.NewManager() keyIDs := make([]uint32, 4, 4) var err error for i, tm := range []*tinkpb.KeyTemplate{ mac.HMACSHA256Tag256KeyTemplate(), mac.HMACSHA256Tag128KeyTemplate(), mac.HMACSHA512Tag512KeyTemplate(), mac.AESCMACTag128KeyTemplate(), } { keyIDs[i], err = manager.Add(tm) if err != nil { t.Fatalf("manager.Add() err = %v, want nil", err) } } if err := manager.SetPrimary(keyIDs[1]); err != nil { t.Fatalf("manager.SetPrimary(%d) err = %v, want nil", keyIDs[1], err) } if err := manager.Disable(keyIDs[0]); err != nil { t.Fatalf("manager.Disable(%d) err = %v, want nil", keyIDs[0], err) } kh, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Annotations are only supported throught the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := mac.New(mh) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } data := random.GetRandomBytes(50) tag, err := p.ComputeMAC(data) if err != nil { t.Fatalf("p.ComputeMAC() err = %v, want nil", err) } if err := p.VerifyMAC(tag, data); err != nil { t.Fatalf("p.VerifyMAC() err = %v, want nil", err) } failures := len(client.Failures()) if failures != 0 { t.Errorf("len(client.Failures()) = %d, want 0", failures) } got := client.Events() wantKeysetInfo := &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: kh.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HmacKey", KeyPrefix: "TINK", }, { KeyID: keyIDs[2], Status: monitoring.Enabled, KeyType: "tink.HmacKey", KeyPrefix: "TINK", }, { KeyID: keyIDs[3], Status: monitoring.Enabled, KeyType: "tink.AesCmacKey", KeyPrefix: "TINK", }, }, } want := []*fakemonitoring.LogEvent{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), Context: monitoring.NewContext( "mac", "compute", wantKeysetInfo, ), }, { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), Context: monitoring.NewContext( "mac", "verify", wantKeysetInfo, ), }, } // sort by keyID to avoid non deterministic order. entryLessFunc := func(a, b *monitoring.Entry) bool { return a.KeyID < b.KeyID } if !cmp.Equal(got, want, cmpopts.SortSlices(entryLessFunc)) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestPrimitiveFactoryWithMonitoringAnnotationsComputeFailureIsLogged(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("registry.RegisterMonitoringClient() err = %v, want nil", err) } // Since this key type will be registered in the registry, // we create a very unique typeURL to avoid colliding with other tests. typeURL := "TestPrimitiveFactoryWithMonitoringComputeFailureIsLogged" template := &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: tinkpb.OutputPrefixType_LEGACY, } km := &stubkeymanager.StubKeyManager{ URL: typeURL, Prim: &mactest.AlwaysFailingMAC{Error: fmt.Errorf("system failure")}, Key: &hmacpb.HmacKey{}, KeyData: &tinkpb.KeyData{ TypeUrl: template.TypeUrl, Value: []byte("some_data"), }, } if err := registry.RegisterKeyManager(km); err != nil { t.Fatalf("registry.RegisterKeyManager() err = %v, want nil", err) } kh, err := keyset.NewHandle(template) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Annotations are only supported throught the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } m, err := mac.New(mh) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } if _, err := m.ComputeMAC([]byte("some_data")); err == nil { t.Fatalf("m.ComputeMAC() err = nil, want non-nil error") } got := client.Failures() want := []*fakemonitoring.LogFailure{ { Context: monitoring.NewContext( "mac", "compute", monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: typeURL, KeyPrefix: "LEGACY", }, }, ), ), }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestPrimitiveFactoryWithMonitoringAnnotationsVerifyFailureIsLogged(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("registry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(mac.HMACSHA256Tag256KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Annotations are only supported throught the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } m, err := mac.New(mh) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } if err := m.VerifyMAC(nil, nil); err == nil { t.Fatalf("m.VerifyMAC() err = nil, want non-nil error") } got := client.Failures() want := []*fakemonitoring.LogFailure{ { Context: monitoring.NewContext( "mac", "verify", monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HmacKey", KeyPrefix: "TINK", }, }, ), ), }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestPrimitiveFactoryMonitoringWithAnnotationsMultiplePrimitivesLogOperations(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("registry.RegisterMonitoringClient() err = %v, want nil", err) } templates := []*tinkpb.KeyTemplate{ mac.HMACSHA256Tag256KeyTemplate(), mac.AESCMACTag128KeyTemplate()} handles := make([]*keyset.Handle, len(templates)) var err error annotations := map[string]string{"foo": "bar"} for i, tm := range templates { handles[i], err = keyset.NewHandle(tm) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Annotations are only supported throught the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handles[i], keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := mac.New(mh) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } if _, err := p.ComputeMAC([]byte(tm.GetTypeUrl())); err != nil { t.Fatalf("p.ComputeMAC() err = %v, want nil", err) } } got := client.Events() want := []*fakemonitoring.LogEvent{ { KeyID: handles[0].KeysetInfo().GetPrimaryKeyId(), NumBytes: len(templates[0].GetTypeUrl()), Context: monitoring.NewContext( "mac", "compute", monitoring.NewKeysetInfo( annotations, handles[0].KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: handles[0].KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HmacKey", KeyPrefix: "TINK", }, }, ), ), }, { KeyID: handles[1].KeysetInfo().GetPrimaryKeyId(), NumBytes: len(templates[1].GetTypeUrl()), Context: monitoring.NewContext( "mac", "compute", monitoring.NewKeysetInfo( annotations, handles[1].KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: handles[1].KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.AesCmacKey", KeyPrefix: "TINK", }, }, ), ), }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestPrimitiveFactoryMonitoringWithAnnotationsComputeVerifyLogs(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("registry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(mac.HMACSHA256Tag256KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } // Annotations are only supported throught the `insecurecleartextkeyset` API. buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } p, err := mac.New(mh) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } data := []byte("data") tag, err := p.ComputeMAC(data) if err != nil { t.Fatalf("p.ComputeMAC() err = %v, want nil", err) } if err := p.VerifyMAC(tag, data); err != nil { t.Fatalf("p.Verify() err = %v, want nil", err) } got := client.Events() wantKeysetInfo := monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HmacKey", KeyPrefix: "TINK", }, }, ) want := []*fakemonitoring.LogEvent{ &fakemonitoring.LogEvent{ Context: monitoring.NewContext("mac", "compute", wantKeysetInfo), KeyID: kh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), }, &fakemonitoring.LogEvent{ Context: monitoring.NewContext("mac", "verify", wantKeysetInfo), KeyID: kh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } const stubKeyURL = "type.googleapis.com/google.crypto.tink.SomeKey" var tinkPrefix = []byte{0x01, 0x01, 0x02, 0x03, 0x04} type stubFullMAC struct{} var _ (tink.MAC) = (*stubFullMAC)(nil) func (s *stubFullMAC) ComputeMAC(data []byte) ([]byte, error) { return slices.Concat(tinkPrefix, []byte("_full_mac_"), data), nil } func (s *stubFullMAC) VerifyMAC(mac, data []byte) error { if !bytes.Equal(mac, slices.Concat(tinkPrefix, []byte("_full_mac_"), data)) { return fmt.Errorf("invalid mac") } return nil } type stubParams struct{} var _ key.Parameters = (*stubParams)(nil) func (p *stubParams) Equal(_ key.Parameters) bool { return true } func (p *stubParams) HasIDRequirement() bool { return true } type stubKey struct { prefixType tinkpb.OutputPrefixType idRequirement uint32 } var _ key.Key = (*stubKey)(nil) func (p *stubKey) Equal(_ key.Key) bool { return true } func (p *stubKey) Parameters() key.Parameters { return &stubParams{} } func (p *stubKey) IDRequirement() (uint32, bool) { return p.idRequirement, p.HasIDRequirement() } func (p *stubKey) HasIDRequirement() bool { return p.prefixType != tinkpb.OutputPrefixType_RAW } func (p *stubKey) OutputPrefix() []byte { prefix, err := cryptofmt.OutputPrefix(&tinkpb.Keyset_Key{OutputPrefixType: p.prefixType, KeyId: p.idRequirement}) if err != nil { panic(err) } return []byte(prefix) } type stubKeySerialization struct{} var _ protoserialization.KeySerializer = (*stubKeySerialization)(nil) func (s *stubKeySerialization) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: stubKeyURL, Value: []byte("serialized_key"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, key.(*stubKey).prefixType, key.(*stubKey).idRequirement, ) } type stubKeyParser struct{} var _ protoserialization.KeyParser = (*stubKeyParser)(nil) func (s *stubKeyParser) ParseKey(serialization *protoserialization.KeySerialization) (key.Key, error) { idRequirement, _ := serialization.IDRequirement() return &stubKey{serialization.OutputPrefixType(), idRequirement}, nil } func TestPrimitiveFactoryUsesFullPrimitiveIfRegistered(t *testing.T) { defer primitiveregistry.UnregisterPrimitiveConstructor[*stubKey]() defer protoserialization.UnregisterKeyParser(stubKeyURL) defer protoserialization.UnregisterKeySerializer[*stubKey]() if err := protoserialization.RegisterKeyParser(stubKeyURL, &stubKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKey](&stubKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } // Register a primitive constructor to make sure that the factory uses the // full primitive. primitiveConstructor := func(key key.Key) (any, error) { return &stubFullMAC{}, nil } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubKey](primitiveConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(&stubKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } macer, err := mac.New(handle) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } data := []byte("data") m, err := macer.ComputeMAC(data) if err != nil { t.Fatalf("macer.ComputeMAC() err = %v, want nil", err) } if !bytes.Equal(m, slices.Concat(tinkPrefix, []byte("_full_mac_"), data)) { t.Errorf("m = %q, want: %q", m, data) } if err := macer.VerifyMAC(m, data); err != nil { t.Errorf("macer.VerifyMAC() err = %v, want nil", err) } } type stubLegacyMAC struct{} func (s *stubLegacyMAC) ComputeMAC(data []byte) ([]byte, error) { return slices.Concat([]byte("_legacy_mac_"), data), nil } func (s *stubLegacyMAC) VerifyMAC(mac, data []byte) error { if !bytes.Equal(mac, slices.Concat([]byte("_legacy_mac_"), data)) { return fmt.Errorf("invalid mac") } return nil } type stubKeyManager struct{} var _ registry.KeyManager = (*stubKeyManager)(nil) func (km *stubKeyManager) NewKey(_ []byte) (proto.Message, error) { return nil, fmt.Errorf("not implemented") } func (km *stubKeyManager) NewKeyData(_ []byte) (*tinkpb.KeyData, error) { return nil, fmt.Errorf("not implemented") } func (km *stubKeyManager) DoesSupport(keyURL string) bool { return keyURL == stubKeyURL } func (km *stubKeyManager) TypeURL() string { return stubKeyURL } func (km *stubKeyManager) Primitive(_ []byte) (any, error) { return &stubLegacyMAC{}, nil } func TestPrimitiveFactoryUsesLegacyPrimitive(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeyURL) defer protoserialization.UnregisterKeySerializer[*stubKey]() if err := protoserialization.RegisterKeyParser(stubKeyURL, &stubKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKey](&stubKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := registry.RegisterKeyManager(&stubKeyManager{}); err != nil { t.Fatalf("registry.RegisterKeyManager() err = %v, want nil", err) } data := []byte("data") for _, tc := range []struct { name string key *stubKey wantMAC []byte }{ { name: "TINK", key: &stubKey{tinkpb.OutputPrefixType_TINK, 0x01020304}, wantMAC: slices.Concat([]byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, []byte("_legacy_mac_"), data), }, { name: "LEGACY", key: &stubKey{tinkpb.OutputPrefixType_LEGACY, 0x01020304}, wantMAC: slices.Concat([]byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, []byte("_legacy_mac_"), data, []byte{0x00}), }, { name: "CRUNCHY", key: &stubKey{tinkpb.OutputPrefixType_CRUNCHY, 0x01020304}, wantMAC: slices.Concat([]byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, []byte("_legacy_mac_"), data), }, { name: "RAW", key: &stubKey{tinkpb.OutputPrefixType_RAW, 0}, wantMAC: slices.Concat([]byte("_legacy_mac_"), data), }, } { t.Run(tc.name, func(t *testing.T) { // Create a keyset with a single key. km := keyset.NewManager() keyID, err := km.AddKey(tc.key) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } macer, err := mac.New(handle) if err != nil { t.Fatalf("mac.New() err = %v, want nil", err) } m, err := macer.ComputeMAC(data) if err != nil { t.Fatalf("macer.ComputeMAC() err = %v, want nil", err) } if got, want := m, tc.wantMAC; !bytes.Equal(want, got) { t.Errorf("m = %q, want: %q", got, want) } }) } } func TestNewWithConfig(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubKeyURL) defer protoserialization.UnregisterKeySerializer[*stubKey]() if err := protoserialization.RegisterKeyParser(stubKeyURL, &stubKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKey](&stubKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } configBuilder := config.NewBuilder() if err := configBuilder.RegisterPrimitiveConstructor(reflect.TypeFor[*stubKey](), func(key key.Key) (any, error) { return &stubFullMAC{}, nil }, internalapi.Token{}); err != nil { t.Fatalf("configBuilder.RegisterPrimitiveConstructor() err = %v, want nil", err) } config := configBuilder.Build() km := keyset.NewManager() keyID, err := km.AddKey(&stubKey{ prefixType: tinkpb.OutputPrefixType_TINK, idRequirement: 0x01020304, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } macer, err := mac.NewWithConfig(handle, &config) if err != nil { t.Fatalf("mac.NewWithConfig(handle, &config) err = %v, want nil", err) } m, err := macer.ComputeMAC([]byte("message")) if err != nil { t.Fatalf("macer.ComputeMAC() err = %v, want nil", err) } wantPrefix := slices.Concat(tinkPrefix, []byte("_full_mac_")) if !bytes.HasPrefix(m, wantPrefix) { t.Errorf("m = %q, want prefix: %q", m, wantPrefix) } } ================================================ FILE: mac/mac_init_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mac_test import ( "testing" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestMacInit(t *testing.T) { // Check that the HMAC key manager is in the global registry. _, err := registry.GetKeyManager(testutil.HMACTypeURL) if err != nil { t.Errorf("unexpected error: %s", err) } // Check that the AES CMAC key manager is in the global registry. _, err = registry.GetKeyManager(testutil.AESCMACTypeURL) if err != nil { t.Errorf("unexpected error: %s", err) } } ================================================ FILE: mac/mac_key_templates.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mac import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/tinkerror" cmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // This file contains pre-generated KeyTemplate for MAC. // HMACSHA256Tag128KeyTemplate is a KeyTemplate that generates a HMAC key with the following parameters: // - Key size: 32 bytes // - Tag size: 16 bytes // - Hash function: SHA256 func HMACSHA256Tag128KeyTemplate() *tinkpb.KeyTemplate { return createHMACKeyTemplate(32, 16, commonpb.HashType_SHA256) } // HMACSHA256Tag256KeyTemplate is a KeyTemplate that generates a HMAC key with the following parameters: // - Key size: 32 bytes // - Tag size: 32 bytes // - Hash function: SHA256 func HMACSHA256Tag256KeyTemplate() *tinkpb.KeyTemplate { return createHMACKeyTemplate(32, 32, commonpb.HashType_SHA256) } // HMACSHA512Tag256KeyTemplate is a KeyTemplate that generates a HMAC key with the following parameters: // - Key size: 64 bytes // - Tag size: 32 bytes // - Hash function: SHA512 func HMACSHA512Tag256KeyTemplate() *tinkpb.KeyTemplate { return createHMACKeyTemplate(64, 32, commonpb.HashType_SHA512) } // HMACSHA512Tag512KeyTemplate is a KeyTemplate that generates a HMAC key with the following parameters: // - Key size: 64 bytes // - Tag size: 64 bytes // - Hash function: SHA512 func HMACSHA512Tag512KeyTemplate() *tinkpb.KeyTemplate { return createHMACKeyTemplate(64, 64, commonpb.HashType_SHA512) } // AESCMACTag128KeyTemplate is a KeyTemplate that generates a AES-CMAC key with the following parameters: // - Key size: 32 bytes // - Tag size: 16 bytes func AESCMACTag128KeyTemplate() *tinkpb.KeyTemplate { return createCMACKeyTemplate(32, 16) } // createHMACKeyTemplate creates a new KeyTemplate for HMAC using the given parameters. func createHMACKeyTemplate(keySize, tagSize uint32, hashType commonpb.HashType) *tinkpb.KeyTemplate { params := hmacpb.HmacParams{ Hash: hashType, TagSize: tagSize, } format := hmacpb.HmacKeyFormat{ Params: ¶ms, KeySize: keySize, } serializedFormat, err := proto.Marshal(&format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacKey", Value: serializedFormat, OutputPrefixType: tinkpb.OutputPrefixType_TINK, } } // createCMACKeyTemplate creates a new KeyTemplate for CMAC using the given parameters. func createCMACKeyTemplate(keySize uint32, tagSize uint32) *tinkpb.KeyTemplate { params := cmacpb.AesCmacParams{ TagSize: tagSize, } format := cmacpb.AesCmacKeyFormat{ Params: ¶ms, KeySize: keySize, } serializedFormat, err := proto.Marshal(&format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacKey", Value: serializedFormat, OutputPrefixType: tinkpb.OutputPrefixType_TINK, } } ================================================ FILE: mac/mac_key_templates_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mac_test import ( "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyTemplates(t *testing.T) { var testCases = []struct { name string template *tinkpb.KeyTemplate }{ {name: "HMAC_SHA256_128BITTAG", template: mac.HMACSHA256Tag128KeyTemplate()}, {name: "HMAC_SHA256_256BITTAG", template: mac.HMACSHA256Tag256KeyTemplate()}, {name: "HMAC_SHA512_256BITTAG", template: mac.HMACSHA512Tag256KeyTemplate()}, {name: "HMAC_SHA512_512BITTAG", template: mac.HMACSHA512Tag512KeyTemplate()}, {name: "AES_CMAC", template: mac.AESCMACTag128KeyTemplate()}, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { handle, err := keyset.NewHandle(tc.template) if err != nil { t.Fatalf("keyset.NewHandle(tc.template) failed: %v", err) } primitive, err := mac.New(handle) if err != nil { t.Fatalf("mac.New(handle) failed: %v", err) } var testInputs = []struct { message1 []byte message2 []byte }{ { message1: []byte("this data needs to be authenticated"), message2: []byte("this data needs to be authenticated"), }, { message1: []byte(""), message2: []byte(""), }, { message1: []byte(""), message2: nil, }, { message1: nil, message2: []byte(""), }, { message1: nil, message2: nil, }, } for _, ti := range testInputs { tag, err := primitive.ComputeMAC(ti.message1) if err != nil { t.Fatalf("primitive.ComputeMAC(ti.message1) failed: %v", err) } if primitive.VerifyMAC(tag, ti.message2); err != nil { t.Errorf("primitive.VerifyMAC(tag, ti.message2) failed: %v", err) } } }) } } ================================================ FILE: mac/mac_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mac_test // [START mac-example] import ( "bytes" "fmt" "log" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" ) func Example() { // A keyset created with "tinkey create-keyset --key-template=HMAC_SHA256_128BITTAG". // Note that this keyset has the secret key information in cleartext. jsonKeyset := `{ "key": [{ "keyData": { "keyMaterialType": "SYMMETRIC", "typeUrl": "type.googleapis.com/google.crypto.tink.HmacKey", "value": "EgQIAxAQGiA0LQjovcydWhVQV3k8W9ZSRkd7Ei4Y/TRWApE8guwV4Q==" }, "keyId": 1892702217, "outputPrefixType": "TINK", "status": "ENABLED" }], "primaryKeyId": 1892702217 }` // Create a keyset handle from the cleartext keyset in the previous // step. The keyset handle provides abstract access to the underlying keyset to // limit the exposure of accessing the raw key material. // // WARNING: In practice, it is unlikely you will want to use a insecurecleartextkeyset, as it implies // that your key material is passed in cleartext, which is a security risk. // Consider encrypting it with a remote key in Cloud KMS, AWS KMS or HashiCorp Vault. // See https://developers.google.com/tink/key-management-overview. keysetHandle, err := insecurecleartextkeyset.Read( keyset.NewJSONReader(bytes.NewBufferString(jsonKeyset))) if err != nil { log.Fatal(err) } // Retrieve the MAC primitive we want to use from the keyset handle. primitive, err := mac.New(keysetHandle) if err != nil { log.Fatal(err) } // Use the primitive to create a MAC tag for some data. In this case the primary // key of the keyset will be used (which is also the only key in this example). data := []byte("data") tag, err := primitive.ComputeMAC(data) if err != nil { log.Fatal(err) } // Use the primitive to verify the tag. VerifyMAC finds the correct key in // the keyset. If no key is found or verification fails, it returns an error. err = primitive.VerifyMAC(tag, data) if err != nil { log.Fatal(err) } fmt.Printf("tag is valid") // Output: tag is valid } // [END mac-example] ================================================ FILE: mac/subtle/cmac.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/subtle" "fmt" "github.com/tink-crypto/tink-go/v2/internal/mac/aescmac" // Placeholder for internal crypto/subtle allowlist, please ignore. ) const ( minCMACKeySizeInBytes = 16 recommendedCMACKeySizeInBytes = uint32(32) minTagLengthInBytes = uint32(10) maxTagLengthInBytes = aescmac.BlockSize ) // AESCMAC represents an AES-CMAC struct that implements the MAC interface. type AESCMAC struct { cmac *aescmac.CMAC tagLength uint32 } // NewAESCMAC creates a new AESCMAC object that implements the MAC interface. func NewAESCMAC(key []byte, tagLength uint32) (*AESCMAC, error) { if len(key) < minCMACKeySizeInBytes { return nil, fmt.Errorf("aescmac: invalid key size %d, want at least %d", len(key), minCMACKeySizeInBytes) } if tagLength < minTagLengthInBytes { return nil, fmt.Errorf("aescmac: invalid tag length %d, want at least %d", tagLength, minTagLengthInBytes) } if tagLength > maxTagLengthInBytes { return nil, fmt.Errorf("aescmac: invalid tag length %d, want at most %d", tagLength, maxTagLengthInBytes) } cmac, err := aescmac.New(key) if err != nil { return nil, fmt.Errorf("aescmac: %v", err) } return &AESCMAC{cmac: cmac, tagLength: tagLength}, nil } // ComputeMAC computes message authentication code (MAC) for code data. func (a AESCMAC) ComputeMAC(data []byte) ([]byte, error) { return a.cmac.Compute(data)[:a.tagLength], nil } // VerifyMAC returns nil if mac is a correct authentication code (MAC) for data, // otherwise it returns an error. func (a AESCMAC) VerifyMAC(mac, data []byte) error { computed := a.cmac.Compute(data)[:a.tagLength] if subtle.ConstantTimeCompare(mac, computed) != 1 { return fmt.Errorf("aescmac: invalid MAC") } return nil } // ValidateCMACParams validates the parameters for an AES-CMAC against the // recommended parameters. func ValidateCMACParams(keySize, tagSize uint32) error { if keySize != recommendedCMACKeySizeInBytes { return fmt.Errorf("aescmac: key size %d is not the recommended size %d", keySize, recommendedCMACKeySizeInBytes) } if tagSize < minTagLengthInBytes { return fmt.Errorf("aescmac: invalid tag length %d, want at least %d", tagSize, minTagLengthInBytes) } if tagSize > maxTagLengthInBytes { return fmt.Errorf("aescmac: invalid tag length %d, want at most %d", tagSize, maxTagLengthInBytes) } return nil } ================================================ FILE: mac/subtle/cmac_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/mac/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" ) var ( // Test vectors from RFC 4493. keyRFC4493, _ = hex.DecodeString("2b7e151628aed2a6abf7158809cf4f3c") dataRFC4493, _ = hex.DecodeString("6bc1bee22e409f96e93d7e117393172aae2d8a571e03ac9c9eb76fac45af8e5130c81c46a35ce411e5fbc1191a0a52eff69f2445df4f9b17ad2b417be66c3710") expected = map[int]string{ 0: "bb1d6929e95937287fa37d129b756746", 16: "070a16b46b4d4144f79bdd9dd04a287c", 40: "dfa66747de9ae63030ca32611497c827", 64: "51f0bebf7e3b9d92fc49741779363cfe", } ) type AESCMACSuite struct { wycheproof.Suite TestGroups []*testgroup `json:"testGroups"` } type testgroup struct { wycheproof.Group KeySize uint32 `json:"keySize"` TagSize uint32 `json:"tagSize"` Tests []*testcase `json:"tests"` } type testcase struct { wycheproof.Case Key testutil.HexBytes `json:"key"` Message testutil.HexBytes `json:"msg"` Tag testutil.HexBytes `json:"tag"` } func TestVectorsWycheproof(t *testing.T) { suite := new(AESCMACSuite) wycheproof.PopulateSuiteV1(t, suite, "aes_cmac_test.json") for _, g := range suite.TestGroups { for _, tc := range g.Tests { if uint32(len(tc.Key))*8 != g.KeySize { t.Errorf("Unexpected key size for test case %d (%s): got %d, want %d", tc.CaseID, tc.Comment, uint32(len(tc.Key))*8, g.KeySize) continue } if g.TagSize%8 != 0 { t.Errorf("Requested tag size for test case %d (%s) is not a multiple of 8, but %d", tc.CaseID, tc.Comment, g.TagSize) continue } aes, err := subtle.NewAESCMAC(tc.Key, g.TagSize/8) valid := tc.Result == "valid" if valid && err != nil { t.Errorf("Could not create subtle.CMAC for test case %d (%s): %v", tc.CaseID, tc.Comment, err) continue } if !valid && err != nil { continue } res, err := aes.ComputeMAC(tc.Message) if valid && err != nil { t.Errorf("Could not compute AES-CMAC for test case %d (%s): %v", tc.CaseID, tc.Comment, err) continue } if valid && !bytes.Equal(res, tc.Tag) { t.Errorf("Compute AES-CMAC and expected for test case %d (%s) do not match:\nComputed: %q\nExpected: %q", tc.CaseID, tc.Comment, hex.EncodeToString(res), tc.Tag) } if !valid && bytes.Equal(res, tc.Tag) && err == nil { t.Errorf("Compute AES-CMAC and invalid expected for test case %d (%s) match:\nComputed: %q\nExpected: %q", tc.CaseID, tc.Comment, hex.EncodeToString(res), tc.Tag) } err = aes.VerifyMAC(tc.Tag, tc.Message) if valid && err != nil { t.Errorf("Could not verify MAC for test case %d (%s): %v", tc.CaseID, tc.Comment, err) } if !valid && err == nil { t.Errorf("Verified invalid MAC for test case %d (%s)", tc.CaseID, tc.Comment) } } } } func TestCMACBasic(t *testing.T) { a, err := subtle.NewAESCMAC(keyRFC4493, 16) if err != nil { t.Errorf("Could not create subtle.CMAC object: %v", err) } for l, e := range expected { output, err := a.ComputeMAC(dataRFC4493[:l]) if err != nil { t.Errorf("Error computing AES-CMAC: %v", err) } if hex.EncodeToString(output) != e { t.Errorf("Computation and test vector differ. Computation: %q, Test Vector %q", hex.EncodeToString(output), e) } exp, err := hex.DecodeString(e) if err != nil { t.Errorf("Could not decode expected string %q: %v", e, err) } err = a.VerifyMAC(exp, dataRFC4493[:l]) if err != nil { t.Errorf("Verification of test vector failed. Test Vector %q, Verification %v", e, err) } } } func TestNewCMACWithInvalidInput(t *testing.T) { // key too short _, err := subtle.NewAESCMAC(random.GetRandomBytes(1), 16) if err == nil { t.Errorf("expect an error when key is too short") } // tag too short _, err = subtle.NewAESCMAC(random.GetRandomBytes(16), 9) if err == nil { t.Errorf("expect an error when tag size is too small") } // tag too big _, err = subtle.NewAESCMAC(random.GetRandomBytes(16), 17) if err == nil { t.Errorf("expect an error when tag size is too big") } } func TestCMACComputeVerifyWithNilInput(t *testing.T) { cipher, err := subtle.NewAESCMAC(random.GetRandomBytes(16), 16) if err != nil { t.Errorf("unexpected error when creating new CMAC") } tag, err := cipher.ComputeMAC(nil) if err != nil { t.Errorf("cipher.ComputeMAC(nil) failed: %v", err) } if err := cipher.VerifyMAC(tag, nil); err != nil { t.Errorf("cipher.VerifyMAC(tag, nil) failed: %v", err) } } func TestCMACVerifyMACWithInvalidInput(t *testing.T) { cipher, err := subtle.NewAESCMAC(random.GetRandomBytes(16), 16) if err != nil { t.Errorf("unexpected error when creating new CMAC") } if err := cipher.VerifyMAC(nil, []byte{1}); err == nil { t.Errorf("expect an error when mac is nil") } if err := cipher.VerifyMAC([]byte{1}, nil); err == nil { t.Errorf("expect an error when data is nil") } if err := cipher.VerifyMAC(nil, nil); err == nil { t.Errorf("cipher.VerifyMAC(nil, nil) succeeded unexpectedly") } } func TestCMACModification(t *testing.T) { a, err := subtle.NewAESCMAC(keyRFC4493, 16) if err != nil { t.Errorf("Could not create subtle.CMAC object: %v", err) } for l, e := range expected { exp, err := hex.DecodeString(e) if err != nil { t.Errorf("Could not decode expected string %q: %v", e, err) } for i := 0; i < len(exp); i++ { for j := 0; j < 8; j++ { notExpected := make([]byte, 16) copy(notExpected, exp) notExpected[i] ^= 1 << uint8(j) err = a.VerifyMAC(notExpected, dataRFC4493[:l]) if err == nil { t.Errorf("Verification of modified test vector did not fail. Test Vector %q, Modified: %q", e, hex.EncodeToString(notExpected)) } } } } } func TestCMACTruncation(t *testing.T) { a, err := subtle.NewAESCMAC(keyRFC4493, 16) if err != nil { t.Errorf("Could not create subtle.CMAC object: %v", err) } for l, e := range expected { exp, err := hex.DecodeString(e) if err != nil { t.Errorf("Could not decode expected string %q: %v", e, err) } for i := 1; i < len(exp); i++ { notExpected := exp[:i] err = a.VerifyMAC(notExpected, dataRFC4493[:l]) if err == nil { t.Errorf("Verification of truncated test vector did not fail. Test Vector %q, Modified: %q", e, hex.EncodeToString(notExpected)) } } } } func TestCMACSmallerTagSize(t *testing.T) { for i := 10; i <= 16; i++ { a, err := subtle.NewAESCMAC(keyRFC4493, uint32(i)) if err != nil { t.Errorf("Could not create subtle.CMAC object: %v", err) } for l, e := range expected { exp, err := hex.DecodeString(e) if err != nil { t.Errorf("Could not decode expected string %q: %v", e, err) } err = a.VerifyMAC(exp[:i], dataRFC4493[:l]) if err != nil { t.Errorf("Verification of smaller tag test vector did fail. Test Vector %q, Verification: %v", hex.EncodeToString(exp[:i]), err) } } } } ================================================ FILE: mac/subtle/hmac.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package subtle provides subtle implementations of the MAC primitive. package subtle import ( "errors" "hash" "github.com/tink-crypto/tink-go/v2/internal/mac/hmac" ) var errHMACInvalidInput = errors.New("HMAC: invalid input") // HMAC implementation of interface tink.MAC type HMAC struct { HashFunc func() hash.Hash TagSize uint32 hmac *hmac.HMAC } // NewHMAC creates a new instance of HMAC with the specified key and tag size. func NewHMAC(hashAlg string, key []byte, tagSize uint32) (*HMAC, error) { h, err := hmac.New(hashAlg, key, tagSize) if err != nil { return nil, err } return &HMAC{hmac: h, TagSize: tagSize, HashFunc: h.HashFunc}, nil } // ValidateHMACParams validates parameters of HMAC constructor. func ValidateHMACParams(hash string, keySize uint32, tagSize uint32) error { return hmac.ValidateHMACParams(hash, keySize, tagSize) } // ComputeMAC computes message authentication code (MAC) for the given data. func (h *HMAC) ComputeMAC(data []byte) ([]byte, error) { return h.hmac.ComputeMAC(data) } // VerifyMAC verifies whether the given MAC is a correct message authentication // code (MAC) the given data. func (h *HMAC) VerifyMAC(mac []byte, data []byte) error { return h.hmac.VerifyMAC(mac, data) } ================================================ FILE: mac/subtle/hmac_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "encoding/hex" "strings" "testing" "github.com/tink-crypto/tink-go/v2/mac/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" ) var key, _ = hex.DecodeString("000102030405060708090a0b0c0d0e0f") var data = []byte("Hello") var hmacTests = []struct { desc string hashAlg string tagSize uint32 key []byte data []byte expectedMac string }{ { desc: "with SHA256 and 32 byte tag", hashAlg: "SHA256", tagSize: 32, data: data, key: key, expectedMac: "e0ff02553d9a619661026c7aa1ddf59b7b44eac06a9908ff9e19961d481935d4", }, { desc: "with SHA512 and 64 byte tag", hashAlg: "SHA512", tagSize: 64, data: data, key: key, expectedMac: "481e10d823ba64c15b94537a3de3f253c16642451ac45124dd4dde120bf1e5c15" + "e55487d55ba72b43039f235226e7954cd5854b30abc4b5b53171a4177047c9b", }, // empty data { desc: "empty data", hashAlg: "SHA256", tagSize: 32, data: []byte{}, key: key, expectedMac: "07eff8b326b7798c9ccfcbdbe579489ac785a7995a04618b1a2813c26744777d", }, } func TestHMACBasic(t *testing.T) { for _, test := range hmacTests { t.Run(test.desc, func(t *testing.T) { cipher, err := subtle.NewHMAC(test.hashAlg, test.key, test.tagSize) if err != nil { t.Fatalf("subtle.NewHMAC() err = %q, want nil", err) } mac, err := cipher.ComputeMAC(test.data) if err != nil { t.Fatalf("cipher.ComputeMAC() err = %q, want nil", err) } if hex.EncodeToString(mac) != test.expectedMac { t.Errorf("hex.EncodeToString(mac) = %q, want %q", hex.EncodeToString(mac), test.expectedMac) } if err := cipher.VerifyMAC(mac, test.data); err != nil { t.Errorf("cipher.VerifyMAC() err = %q, want nil", err) } }) } } func TestNewHMACWithInvalidInput(t *testing.T) { // invalid hash algorithm _, err := subtle.NewHMAC("MD5", random.GetRandomBytes(16), 32) if err == nil || !strings.Contains(err.Error(), "invalid hash algorithm") { t.Errorf("expect an error when hash algorithm is invalid") } // key too short _, err = subtle.NewHMAC("SHA256", random.GetRandomBytes(1), 32) if err == nil || !strings.Contains(err.Error(), "key too short") { t.Errorf("expect an error when key is too short") } // tag too short _, err = subtle.NewHMAC("SHA256", random.GetRandomBytes(16), 9) if err == nil || !strings.Contains(err.Error(), "tag size too small") { t.Errorf("expect an error when tag size is too small") } // tag too big _, err = subtle.NewHMAC("SHA1", random.GetRandomBytes(16), 21) if err == nil || !strings.Contains(err.Error(), "tag size too big") { t.Errorf("expect an error when tag size is too big") } _, err = subtle.NewHMAC("SHA256", random.GetRandomBytes(16), 33) if err == nil || !strings.Contains(err.Error(), "tag size too big") { t.Errorf("expect an error when tag size is too big") } _, err = subtle.NewHMAC("SHA512", random.GetRandomBytes(16), 65) if err == nil || !strings.Contains(err.Error(), "tag size too big") { t.Errorf("expect an error when tag size is too big") } } func TestHMAComputeVerifyWithNilInput(t *testing.T) { cipher, err := subtle.NewHMAC("SHA256", random.GetRandomBytes(16), 32) if err != nil { t.Errorf("unexpected error when creating new HMAC") } tag, err := cipher.ComputeMAC(nil) if err != nil { t.Errorf("cipher.ComputeMAC(nil) failed: %v", err) } if err := cipher.VerifyMAC(tag, nil); err != nil { t.Errorf("cipher.VerifyMAC(tag, nil) failed: %v", err) } } func TestVerifyMACWithInvalidInput(t *testing.T) { cipher, err := subtle.NewHMAC("SHA256", random.GetRandomBytes(16), 32) if err != nil { t.Errorf("unexpected error when creating new HMAC") } if err := cipher.VerifyMAC(nil, []byte{1}); err == nil { t.Errorf("expect an error when mac is nil") } if err := cipher.VerifyMAC([]byte{1}, nil); err == nil { t.Errorf("expect an error when data is nil") } if err := cipher.VerifyMAC(nil, nil); err == nil { t.Errorf("cipher.VerifyMAC(nil, nil) succeeded unexpectedly") } } func TestHMACModification(t *testing.T) { for _, test := range hmacTests { t.Run(test.desc, func(t *testing.T) { cipher, err := subtle.NewHMAC(test.hashAlg, test.key, test.tagSize) if err != nil { t.Fatalf("subtle.NewHMAC() err = %q, want nil", err) } mac, err := cipher.ComputeMAC(test.data) if err != nil { t.Fatalf("cipher.ComputeMAC() err = %q, want nil", err) } for i := 0; i < len(mac); i++ { tmp := mac[i] for j := 0; j < 8; j++ { mac[i] ^= 1 << uint8(j) err := cipher.VerifyMAC(mac, test.data) if err == nil { t.Errorf("cipher.VerifyMAC() of valid mac modified at position (%d, %d) is nil, want error", i, j) } mac[i] = tmp } } }) } } func TestHMACTruncation(t *testing.T) { for i, test := range hmacTests { t.Run(test.desc, func(t *testing.T) { cipher, err := subtle.NewHMAC(test.hashAlg, test.key, test.tagSize) if err != nil { t.Fatalf("subtle.NewHMAC() err = %q, want nil", err) } mac, err := cipher.ComputeMAC(test.data) if err != nil { t.Fatalf("cipher.ComputeMAC() err = %q, want nil", err) } for truncatedLen := 1; i < len(mac); i++ { truncatedMAC := mac[:truncatedLen] err := cipher.VerifyMAC(truncatedMAC, test.data) if err == nil { t.Errorf("cipher.VerifyMAC() of a valid mac truncated to %d bytes is nil, want error", truncatedLen) } } }) } } ================================================ FILE: monitoring/monitoring.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package monitoring defines the structs and interfaces for monitoring primitives with Tink. // This package isn't yet production ready and might go through various changes. package monitoring // KeyStatus represents KeyStatusType in tink/proto/tink.proto. type KeyStatus int const ( // Enabled keys can be used for cryptographic operations. Enabled KeyStatus = iota // Disabled keys can't be used, but can be re-enabled. Disabled // Destroyed keys don't exist in the keyset anymore. Destroyed // DoNotUse is intended to guard from failures that may be caused by future expansions. DoNotUse KeyStatus = 20 ) func (status KeyStatus) String() string { switch status { case Enabled: return "ENABLED" case Disabled: return "DISABLED" case Destroyed: return "DESTROYED" } return "UNKNOWN" } // Entry represents each entry inside a Keyset. type Entry struct { Status KeyStatus KeyID uint32 KeyType string KeyPrefix string } // KeysetInfo represents a keyset in a certain point in time for the // purpose of monitoring operations involving cryptographic keys. type KeysetInfo struct { Annotations map[string]string PrimaryKeyID uint32 Entries []*Entry } // NewKeysetInfo creates a new KeysetInfo. func NewKeysetInfo(annotations map[string]string, primaryKeyID uint32, entries []*Entry) *KeysetInfo { return &KeysetInfo{ Annotations: annotations, PrimaryKeyID: primaryKeyID, Entries: entries, } } // Context defines a context for monitoring events, wich includes the // primitive and API used, and information on the keyset. type Context struct { Primitive string APIFunction string KeysetInfo *KeysetInfo } // NewContext creates a new monitoring context. func NewContext(primitive string, apiFunction string, keysetInfo *KeysetInfo) *Context { return &Context{ Primitive: primitive, APIFunction: apiFunction, KeysetInfo: keysetInfo, } } // Logger is an interface for logging which can be created through a `Client`. // monitoring clients are invoked by Tink during cryptographic operations to emit // certain events. type Logger interface { // Logs a successful use of `keyID` on an input of `numBytes`. Tink primitive // wrappers call this method when they successfully use a key to carry out a // primitive method, e.g. aead.Encrypt(). As a consequence, implementations of // MonitoringClient should be mindful on the amount of work performed by this // method, as this will be called on each cryptographic operation. Implementations // of MonitoringClient are responsible to add context to identify, e.g., the // primitive and the API function. Log(keyID uint32, numBytes int) // Logs a failure. Tink calls this method when a cryptographic operation // failed, e.g. no key could be found to decrypt a ciphertext. In this // case the failure is not associated with a specific key, therefore this // method has no arguments. The MonitoringClient implementation is responsible // to add context to identify where the failure comes from. LogFailure() // Logs a successful export of `keyID`. LogKeyExport(keyID uint32) } // Client represents an interface to hold monitoring client context to create a `Logger`. // A Client is registered with Tink's registry and used by primitives to obtain a `Logger`. type Client interface { NewLogger(context *Context) (Logger, error) } ================================================ FILE: prf/aescmacprf/aescmacprf.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aescmacprf provides key manager and keys definitions for // AES-CMAC PRF. package aescmacprf import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" cmacprfpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func init() { if err := protoserialization.RegisterKeySerializer[*Key](new(keySerializer)); err != nil { panic(fmt.Sprintf("aescmacprf.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, new(keyParser)); err != nil { panic(fmt.Sprintf("aescmacprf.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](new(parametersSerializer)); err != nil { panic(fmt.Sprintf("aescmacprf.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, new(parametersParser)); err != nil { panic(fmt.Sprintf("aescmacprf.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("aescmacprf.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("aescmacprf.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &cmacprfpb.AesCmacPrfKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("aescmacprf.init() failed: %v", err)) } } // RegisterPrimitiveConstructor registers the AES-CMAC PRF primitive constructor // to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { return c.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t) } ================================================ FILE: prf/aescmacprf/aescmacprf_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmacprf_test import ( "bytes" "encoding/hex" "reflect" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestKeysetGenerationFromParams(t *testing.T) { params, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewKeyParams(%v) err = %v, want nil", 32, err) } km := keyset.NewManager() keyID, err := km.AddNewKeyFromParameters(¶ms) if err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } set, err := prf.NewPRFSet(handle) if err != nil { t.Fatalf("prf.NewPRFSet() err = %v, want nil", err) } data := []byte("data") if _, err := set.ComputePrimaryPRF(data, 16); err != nil { t.Fatalf("set.ComputePrimaryPRF() err = %v, want nil", err) } } func TestAddNewKeyFromParametersFailsWithInvalidKeySize(t *testing.T) { params, err := aescmacprf.NewParameters(16) if err != nil { t.Fatalf("aescmacprf.NewKeyParams(%v) err = %v, want nil", 16, err) } km := keyset.NewManager() if _, err := km.AddNewKeyFromParameters(¶ms); err == nil { t.Fatalf("km.AddNewKeyFromParameters() err = nil, want non-nil") } } func TestNewPRFSetFailsWithInvalidKeySize(t *testing.T) { key, err := aescmacprf.NewKey(secretdata.NewBytesFromData([]byte("0123456789012345"), insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aescmacprf.NewKey() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } if _, err := prf.NewPRFSet(handle); err == nil { t.Fatalf("prf.NewPRFSet() err = nil, want non-nil") } } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("failed to decode hex string %q: %v", s, err) } return b } const ( // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_cmac_test.json#L1860 aesCMACPRFKeyHex = "e754076ceab3fdaf4f9bcab7d4f0df0cbbafbc87731b8f9b7cd2166472e8eebc" aesCMACPRFWantOutputHex = "9d47482c2d9252bace43a75a8335b8b8" aesCMACPRFDataHex = "40" ) func TestKeysetGenerationFromKey(t *testing.T) { // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/aes_cmac_test.json#L1860 keyBytes := mustHexDecode(t, aesCMACPRFKeyHex) wantPRFOutput := mustHexDecode(t, aesCMACPRFWantOutputHex) data := mustHexDecode(t, aesCMACPRFDataHex) key, err := aescmacprf.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aescmacprf.NewKey() err = %v, want nil", err) } params, err := aescmacprf.NewParameters(len(keyBytes)) if err != nil { t.Fatalf("aescmacprf.NewParameters(%v) err = %v, want nil", len(keyBytes), err) } km := keyset.NewManager() keyID, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } // Add non-primary key. if _, err = km.AddNewKeyFromParameters(¶ms); err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } set, err := prf.NewPRFSet(handle) if err != nil { t.Fatalf("prf.NewPRFSet() err = %v, want nil", err) } gotPRFOutput, err := set.ComputePrimaryPRF(data, 16) if err != nil { t.Fatalf("set.ComputePrimaryPRF() err = %v, want nil", err) } if got, want := gotPRFOutput, wantPRFOutput; !bytes.Equal(got, want) { t.Errorf("gotPRFOutput = %x, want %x", got, want) } } func TestRegisterPrimitiveConstructor(t *testing.T) { aesCMACPRFKeyBytes := mustHexDecode(t, aesCMACPRFKeyHex) aesCMACPRFKey, err := aescmacprf.NewKey(secretdata.NewBytesFromData(aesCMACPRFKeyBytes, insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("keygenregistry.CreateKey() err = %v, want nil", err) } b := config.NewBuilder() configWithoutAESCMACPRF := b.Build() // Should fail because aescmacprf.RegisterPrimitiveConstructor() was not called. if _, err := configWithoutAESCMACPRF.PrimitiveFromKey(aesCMACPRFKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutAESCMACPRF.PrimitiveFromKey() err = nil, want error") } // Register aescmacprf.RegisterPrimitiveConstructor() and check that it now works. if err := aescmacprf.RegisterPrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("aescmacprf.RegisterPrimitiveConstructor() err = %v, want nil", err) } configWithAESCMACPRF := b.Build() primitive, err := configWithAESCMACPRF.PrimitiveFromKey(aesCMACPRFKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithAESCMACPRF.PrimitiveFromKey() err = %v, want nil", err) } p, ok := primitive.(prf.PRF) if !ok { t.Fatalf("p was of type %v, want prf.PRF", reflect.TypeOf(p)) } want := mustHexDecode(t, aesCMACPRFWantOutputHex) got, err := p.ComputePRF(mustHexDecode(t, aesCMACPRFDataHex), uint32(len(want))) if err != nil { t.Fatalf("d.ComputePRF() err = %v, want nil", err) } if !bytes.Equal(got, want) { t.Errorf("d.ComputePRF() = %x, want %x", got, want) } } ================================================ FILE: prf/aescmacprf/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmacprf import ( "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/subtle" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Key represents an AES-CMAC PRF key. type Key struct { parameters Parameters keyBytes secretdata.Bytes } var _ key.Key = (*Key)(nil) // NewKey creates a new [Key] from key bytes. func NewKey(keyBytes secretdata.Bytes) (*Key, error) { parameters, err := NewParameters(keyBytes.Len()) if err != nil { return nil, err } return &Key{parameters: parameters, keyBytes: keyBytes}, nil } // KeyBytes returns the private key bytes. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of the key. func (k *Key) Parameters() key.Parameters { return &k.parameters } // IDRequirement returns the ID requirement of the key, and whether it is // required. // // PRFs have no ID requirement, so this is always 0, false. func (k *Key) IDRequirement() (uint32, bool) { return 0, false } // Equal returns true if this key is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.keyBytes.Equal(that.keyBytes) && k.parameters.Equal(&that.parameters) } func primitiveConstructor(key key.Key) (any, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want %T", key, (*Key)(nil)) } if err := subtle.ValidateAESCMACPRFParams(uint32(actualKey.KeyBytes().Len())); err != nil { return nil, err } return subtle.NewAESCMACPRF(actualKey.KeyBytes().Data(insecuresecretdataaccess.Token{})) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { aesCMACPPRFarams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } err := subtle.ValidateAESCMACPRFParams(uint32(aesCMACPPRFarams.KeySizeInBytes())) if err != nil { return nil, err } keyBytes, err := secretdata.NewBytesFromRand(uint32(aesCMACPPRFarams.KeySizeInBytes())) if err != nil { return nil, err } return NewKey(keyBytes) } ================================================ FILE: prf/aescmacprf/key_manager_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmacprf_test import ( "bytes" "encoding/hex" "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" _ "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" // Register the key manager. "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/prf/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" cmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_prf_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyManagerGetPrimitiveBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } testKeys := genValidCMACKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } p, err := km.Primitive(serializedKey) if err != nil { t.Fatalf("km.Primitive() err = %q, want nil in test case %d", err, i) } if err := validateCMACPrimitive(p, testKeys[i]); err != nil { t.Errorf("%s", err) } } } func TestKeyManagerGetPrimitiveWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACPRFTypeURL) if err != nil { t.Errorf("registry.GetKeyManager() err = %q, want nil", err) } // invalid key testKeys := genInvalidCMACKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("km.Primitive() err = nil, want error in test case %d", i) } } if _, err := km.Primitive(nil); err == nil { t.Errorf("km.Primitive() err = nil, want error when input is nil") } // empty input if _, err := km.Primitive([]byte{}); err == nil { t.Errorf("km.Primitive() err = nil, want error when input is empty") } } func TestKeyManagerNewKeyMultipleTimes(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACPRFTypeURL) if err != nil { t.Errorf("registry.GetKeyManager() err = %q, want nil", err) } serializedFormat, err := proto.Marshal(testutil.NewAESCMACPRFKeyFormat()) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys := make(map[string]bool) nTest := 26 for i := 0; i < nTest; i++ { key, err := km.NewKey(serializedFormat) if err != nil { t.Fatalf("km.NewKey() err = %q, want nil", err) } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys[string(serializedKey)] = true keyData, err := km.NewKeyData(serializedFormat) if err != nil { t.Fatalf("km.NewKeyData() err = %q, want nil", err) } serializedKey = keyData.Value keys[string(serializedKey)] = true } if len(keys) != nTest*2 { t.Errorf("km.NewKey() or km.NewKeyData() returned repeated keys") } } func TestKeyManagerNewKeyBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACPRFTypeURL) if err != nil { t.Errorf("registry.GetKeyManager() err = %q, want nil", err) } testFormats := genValidCMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } key, err := km.NewKey(serializedFormat) if err != nil { t.Errorf("km.NewKey() err = %q, want nil in test case %d", err, i) } if err := validateKey(testFormats[i], key.(*cmacpb.AesCmacPrfKey)); err != nil { t.Errorf("%s", err) } } } func TestKeyManagerNewKeyWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACPRFTypeURL) if err != nil { t.Errorf("registry.GetKeyManager() err = %q, want nil", err) } // invalid key formats testFormats := genInvalidCMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { fmt.Println("Error!") } if _, err := km.NewKey(serializedFormat); err == nil { t.Errorf("km.NewKey() err = nil, want error in test case %d: %s", i, err) } } if _, err := km.NewKey(nil); err == nil { t.Errorf("km.NewKey() err = nil, want error when input is nil") } // empty input if _, err := km.NewKey([]byte{}); err == nil { t.Errorf("km.NewKey() err = nil, want error when input is empty") } } func TestKeyManagerNewKeyDataBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACPRFTypeURL) if err != nil { t.Errorf("registry.GetKeyManager() err = %q, want nil", err) } testFormats := genValidCMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keyData, err := km.NewKeyData(serializedFormat) if err != nil { t.Errorf("km.NewKeyData() err = %q, want nil in test case %d", err, i) } if keyData.TypeUrl != testutil.AESCMACPRFTypeURL { t.Errorf("km.NewKeyData() returned incorrect type url in test case %d", i) } if keyData.KeyMaterialType != tinkpb.KeyData_SYMMETRIC { t.Errorf("km.NewKeyData() returned incorrect key material type in test case %d", i) } key := new(cmacpb.AesCmacPrfKey) if err := proto.Unmarshal(keyData.Value, key); err != nil { t.Errorf("proto.Unmarshal() err = %q, want nil", err) } if err := validateKey(testFormats[i], key); err != nil { t.Errorf("validateKey() err = %q, want nil", err) } } } func TestKeyManagerNewKeyDataWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACPRFTypeURL) if err != nil { t.Errorf("registry.GetKeyManager() err = %q, want nil", err) } // invalid key formats testFormats := genInvalidCMACKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.NewKeyData(serializedFormat); err == nil { t.Errorf("km.NewKeyData() err = nil, want error in test case %d", i) } } // nil input if _, err := km.NewKeyData(nil); err == nil { t.Errorf("km.NewKeyData() err = nil, want error when input is nil") } } func TestKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACPRFTypeURL) if err != nil { t.Errorf("registry.GetKeyManager() err = %q, want nil", err) } if !km.DoesSupport(testutil.AESCMACPRFTypeURL) { t.Errorf("km.DoesSupport() = false, want true for %s", testutil.AESCMACPRFTypeURL) } if km.DoesSupport("some bad type") { t.Errorf("km.DoesSupport() = true, want false for some bad type") } } func TestKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCMACPRFTypeURL) if err != nil { t.Errorf("registry.GetKeyManager() err = %q, want nil", err) } if km.TypeURL() != testutil.AESCMACPRFTypeURL { t.Errorf("km.TypeURL() = %q, want %q", km.TypeURL(), testutil.AESCMACPRFTypeURL) } } func genInvalidCMACKeys() []proto.Message { badVersionKey := testutil.NewAESCMACPRFKey() badVersionKey.Version++ shortKey := testutil.NewAESCMACPRFKey() shortKey.KeyValue = []byte{1, 1} return []proto.Message{ // not a AESCMACPRFKey testutil.NewHMACParams(commonpb.HashType_SHA256, 32), // bad version badVersionKey, // key too short shortKey, } } func genInvalidCMACKeyFormats() []proto.Message { shortKeyFormat := testutil.NewAESCMACPRFKeyFormat() shortKeyFormat.KeySize = 1 return []proto.Message{ // not a AESCMACPRFKeyFormat testutil.NewHMACParams(commonpb.HashType_SHA256, 32), // key too short shortKeyFormat, } } func genValidCMACKeyFormats() []*cmacpb.AesCmacPrfKeyFormat { return []*cmacpb.AesCmacPrfKeyFormat{ testutil.NewAESCMACPRFKeyFormat(), } } func genValidCMACKeys() []*cmacpb.AesCmacPrfKey { return []*cmacpb.AesCmacPrfKey{ testutil.NewAESCMACPRFKey(), } } // Checks whether the given CMACPRFKey matches the given key AESCMACPRFKeyFormat func validateKey(format *cmacpb.AesCmacPrfKeyFormat, key *cmacpb.AesCmacPrfKey) error { if format.KeySize != uint32(len(key.KeyValue)) { return fmt.Errorf("key format and generated key do not match, format.KeySize = %d, len(key.KeyValue) = %d", format.KeySize, len(key.KeyValue)) } p, err := subtle.NewAESCMACPRF(key.KeyValue) if err != nil { return fmt.Errorf("subtle.NewAESCMACPRF() err = %q, want nil", err) } return validateCMACPrimitive(p, key) } // validateCMACPrimitive checks whether the given primitive matches the given AESCMACPRFKey func validateCMACPrimitive(p any, key *cmacpb.AesCmacPrfKey) error { cmacPrimitive := p.(prf.PRF) prfPrimitive, err := subtle.NewAESCMACPRF(key.KeyValue) if err != nil { return fmt.Errorf("subtle.NewAESCMACPRF() err = %q, want nil for key material %q", err, hex.EncodeToString(key.KeyValue)) } data := random.GetRandomBytes(20) res, err := cmacPrimitive.ComputePRF(data, 16) if err != nil { return fmt.Errorf("cmacPrimitive.ComputePRF() err = %q, want nil", err) } if len(res) != 16 { return fmt.Errorf("cmacPrimitive.ComputePRF() len = %v, want 16", len(res)) } res2, err := prfPrimitive.ComputePRF(data, 16) if err != nil { return fmt.Errorf("prfPrimitive.ComputePRF() err = %q, want nil", err) } if len(res2) != 16 { return fmt.Errorf("prfPrimitive.ComputePRF() len = %v, want 16", len(res2)) } if !bytes.Equal(res, res2) { return fmt.Errorf("cmacPrimitive.ComputePRF() and prfPrimitive.ComputePRF() produced different output for the same key and input") } return nil } ================================================ FILE: prf/aescmacprf/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmacprf_test import ( "bytes" "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" "github.com/tink-crypto/tink-go/v2/secretdata" ) var key128Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, } var key256Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, } func TestNewKey(t *testing.T) { for _, keySize := range []int{16, 32} { t.Run(fmt.Sprintf("keySize=%d", keySize), func(t *testing.T) { keyBytes := secretdata.NewBytesFromData(key256Bits[:keySize], insecuresecretdataaccess.Token{}) key, err := aescmacprf.NewKey(keyBytes) if err != nil { t.Errorf("aescmacprf.NewKey() err = %v, want nil", err) } if !key.KeyBytes().Equal(keyBytes) { t.Errorf("KeyBytes() = %v, want %v", key.KeyBytes(), keyBytes) } wantParams, err := aescmacprf.NewParameters(keySize) if err != nil { t.Fatalf("aescmacprf.NewParameters() err = %v, want nil", err) } if !key.Parameters().Equal(&wantParams) { t.Errorf("Parameters() = %v, want %v", key.Parameters(), wantParams) } id, required := key.IDRequirement() if id != 0 { t.Errorf("IDRequirement() = %v, want 0", id) } if required { t.Errorf("IDRequirement() = %v, want false", required) } }) } } func TestNewKeyFails(t *testing.T) { keyBytes := secretdata.NewBytesFromData(make([]byte, 33), insecuresecretdataaccess.Token{}) if _, err := aescmacprf.NewKey(keyBytes); err == nil { t.Errorf("aescmacprf.NewKey() err = nil, want error") } } func TestEqual(t *testing.T) { keyBytes := secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}) key1, err := aescmacprf.NewKey(keyBytes) if err != nil { t.Fatalf("aescmacprf.NewKey() err = %v, want nil", err) } key2, err := aescmacprf.NewKey(keyBytes) if err != nil { t.Fatalf("aescmacprf.NewKey() err = %v, want nil", err) } if !key1.Equal(key2) { t.Errorf("Equal() = false, want true") } } func TestNotEqualIfDifferentKeyBytes(t *testing.T) { keyBytes1 := secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}) key1, err := aescmacprf.NewKey(keyBytes1) if err != nil { t.Fatalf("aescmacprf.NewKey() err = %v, want nil", err) } otherKey := bytes.Clone(key256Bits) otherKey[0] ^= 0xff keyBytes2 := secretdata.NewBytesFromData(otherKey, insecuresecretdataaccess.Token{}) key2, err := aescmacprf.NewKey(keyBytes2) if err != nil { t.Fatalf("aescmacprf.NewKey() err = %v, want nil", err) } if key1.Equal(key2) { t.Errorf("Equal() = true, want false") } } func TestNotEqualIfDifferentKeySizes(t *testing.T) { keyBytes1 := secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}) key1, err := aescmacprf.NewKey(keyBytes1) if err != nil { t.Fatalf("aescmacprf.NewKey() err = %v, want nil", err) } keyBytes2 := secretdata.NewBytesFromData(key128Bits, insecuresecretdataaccess.Token{}) key2, err := aescmacprf.NewKey(keyBytes2) if err != nil { t.Fatalf("aescmacprf.NewKey() err = %v, want nil", err) } if key1.Equal(key2) { t.Errorf("Equal() = true, want false") } } func TestKeyCreator(t *testing.T) { params, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(¶ms, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", ¶ms, err) } aescmacKey, ok := key.(*aescmacprf.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*aescmacprf.Key)(nil)) } idRequirement, hasIDRequirement := aescmacKey.IDRequirement() if hasIDRequirement || idRequirement != 0 { t.Errorf("aescmacKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0, false) } if diff := cmp.Diff(aescmacKey.Parameters(), ¶ms); diff != "" { t.Errorf("aescmacKey.Parameters() diff (-want +got):\n%s", diff) } } func TestKeyCreator_FailsWithInvalidParameters(t *testing.T) { params16Bytes, err := aescmacprf.NewParameters(16) if err != nil { t.Fatalf("aescmacprf.NewParameters() err = %v, want nil", err) } for _, tc := range []struct { name string params *aescmacprf.Parameters idRequirement uint32 }{ { name: "invalid key size", params: ¶ms16Bytes, // Key size must be 32 bytes. idRequirement: 0x1234, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.params, tc.idRequirement); err == nil { t.Errorf("keygenregistry.CreateKey(%v, %v) err = nil, want error", tc.params, tc.idRequirement) } }) } } ================================================ FILE: prf/aescmacprf/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmacprf import ( "fmt" "github.com/tink-crypto/tink-go/v2/key" ) // Parameters represents the parameters of an AES-CMAC PRF key. type Parameters struct { keySizeInBytes int } var _ key.Parameters = (*Parameters)(nil) // NewParameters creates a new [Parameters] value. func NewParameters(keySizeInBytes int) (Parameters, error) { if keySizeInBytes != 16 && keySizeInBytes != 32 { return Parameters{}, fmt.Errorf("keySizeInBytes must be 16 or 32, got %d", keySizeInBytes) } return Parameters{keySizeInBytes: keySizeInBytes}, nil } // KeySizeInBytes the key size. func (p *Parameters) KeySizeInBytes() int { return p.keySizeInBytes } // HasIDRequirement tells whether the key has an ID requirement. // // PRFs have no output prefix, so this is always false. func (p *Parameters) HasIDRequirement() bool { return false } // Equal tells whether this parameters value is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { otherParams, ok := other.(*Parameters) return ok && p.keySizeInBytes == otherParams.keySizeInBytes } ================================================ FILE: prf/aescmacprf/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmacprf_test import ( "testing" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" ) func TestParametersValid(t *testing.T) { params256, err := aescmacprf.NewParameters(32) if err != nil { t.Errorf("aescmacprf.NewParameters(32) failed: %v", err) } if params256.KeySizeInBytes() != 32 { t.Errorf("params256.KeySizeInBytes() = %d, want 32", params256.KeySizeInBytes()) } params128, err := aescmacprf.NewParameters(16) if err != nil { t.Errorf("aescmacprf.NewParameters(16) failed: %v", err) } if params128.KeySizeInBytes() != 16 { t.Errorf("params128.KeySizeInBytes() = %d, want 16", params128.KeySizeInBytes()) } } func TestParametersInvalidKeySize(t *testing.T) { if _, err := aescmacprf.NewParameters(17); err == nil { t.Errorf("aescmacprf.NewParameters(17) succeeded, expected error") } } func TestParametersEquals(t *testing.T) { params1, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewParameters(32) failed: %v", err) } params2, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewParameters(32) failed: %v", err) } if !params1.Equal(¶ms2) { t.Errorf("Equal() returned false, expected true") } params1, err = aescmacprf.NewParameters(16) if err != nil { t.Fatalf("aescmacprf.NewParameters(16) failed: %v", err) } params2, err = aescmacprf.NewParameters(16) if err != nil { t.Fatalf("aescmacprf.NewParameters(16) failed: %v", err) } if !params1.Equal(¶ms2) { t.Errorf("Equal() returned false, expected true") } } type stubParameters struct{} var _ key.Parameters = (*stubParameters)(nil) func (p *stubParameters) Equal(other key.Parameters) bool { return false } func (p *stubParameters) HasIDRequirement() bool { return false } func TestParametersNotEquals(t *testing.T) { params1, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewParameters(32) failed: %v", err) } params2, err := aescmacprf.NewParameters(16) if err != nil { t.Fatalf("aescmacprf.NewParameters(16) failed: %v", err) } if params1.Equal(¶ms2) { t.Errorf("Equal() returned true, expected false") } if params1.Equal(&stubParameters{}) { t.Errorf("Equal() returned true, expected false") } } ================================================ FILE: prf/aescmacprf/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmacprf import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" aescmacprfpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) type keySerializer struct{} const typeURL = "type.googleapis.com/google.crypto.tink.AesCmacPrfKey" var _ protoserialization.KeySerializer = (*keySerializer)(nil) func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want %T", key, (*Key)(nil)) } if _, ok := actualKey.Parameters().(*Parameters); !ok { return nil, fmt.Errorf("key parameters is not a Parameters") } keyBytes := actualKey.KeyBytes() protoKey := &aescmacprfpb.AesCmacPrfKey{ KeyValue: keyBytes.Data(insecuresecretdataaccess.Token{}), Version: 0, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := actualKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, tinkpb.OutputPrefixType_RAW, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyData.GetTypeUrl(), typeURL) } if keySerialization.OutputPrefixType() != tinkpb.OutputPrefixType_RAW { return nil, fmt.Errorf("unsupported output prefix type: %v", keySerialization.OutputPrefixType()) } // Do not check key material type for compatibility with other Tink implementations. // TODO - b/403459737: Consider adding the check. protoKey := new(aescmacprfpb.AesCmacPrfKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != 0 { return nil, fmt.Errorf("key has unsupported version: %v", protoKey.GetVersion()) } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) return NewKey(keyMaterial) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want %T", parameters, (*Parameters)(nil)) } format := &aescmacprfpb.AesCmacPrfKeyFormat{ Version: 0, KeySize: uint32(actualParameters.KeySizeInBytes()), } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } if keyTemplate.GetOutputPrefixType() != tinkpb.OutputPrefixType_RAW { return nil, fmt.Errorf("unsupported output prefix type: %v", keyTemplate.GetOutputPrefixType()) } format := new(aescmacprfpb.AesCmacPrfKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("key has unsupported version: %v", format.GetVersion()) } parameters, err := NewParameters(int(format.GetKeySize())) if err != nil { return nil, err } return ¶meters, nil } ================================================ FILE: prf/aescmacprf/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aescmacprf_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" "github.com/tink-crypto/tink-go/v2/secretdata" aescmacprfpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParseKeyFails(t *testing.T) { serializedKey := mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 0, KeyValue: []byte("1234567890123456"), }) serializedKeyWithInvalidKeySize := mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 0, KeyValue: []byte("0123"), }) serializedKeyWithInvalidVersion := mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 1, KeyValue: []byte("1234567890123456"), }) for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "invalid AES key size", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: serializedKeyWithInvalidKeySize, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid key proto serialization", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: serializedKeyWithInvalidVersion, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want error", tc.keySerialization) } }) } } type aesCMACPRFSerializationTestCase struct { name string key *aescmacprf.Key keySerialization *protoserialization.KeySerialization } func aesCMACPRFSerializationTestCases(t *testing.T) []aesCMACPRFSerializationTestCase { var tcs []aesCMACPRFSerializationTestCase = nil key128, err := aescmacprf.NewKey(secretdata.NewBytesFromData([]byte("1234567890123456"), insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aescmacprf.NewKey() err = %v, want nil", err) } tcs = append(tcs, aesCMACPRFSerializationTestCase{ name: "AES128-CMAC-PRF", key: key128, keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 0, KeyValue: []byte("1234567890123456"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }) key256, err := aescmacprf.NewKey(secretdata.NewBytesFromData([]byte("12345678901234561234567890123456"), insecuresecretdataaccess.Token{})) if err != nil { t.Fatalf("aescmacprf.NewKey() err = %v, want nil", err) } tcs = append(tcs, aesCMACPRFSerializationTestCase{ name: "AES256-CMAC-PRF", key: key256, keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKey{ Version: 0, KeyValue: []byte("12345678901234561234567890123456"), }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }) return tcs } func TestParseKey(t *testing.T) { for _, tc := range aesCMACPRFSerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { gotKey, err := protoserialization.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if !gotKey.Equal(tc.key) { t.Errorf("key.Equal(wantKey) = false, want true") } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type testKey struct { keyBytes []byte id uint32 params testParams } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*testKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *testKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } func TestSerializeKeyFails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "key is nil", key: nil, }, { name: "key is not an AES key", key: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.key); err == nil { t.Errorf("protoserialization.SerializeKey() err = nil, want error") } }) } } func TestSerializeKey(t *testing.T) { for _, tc := range aesCMACPRFSerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeKey(tc.key) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", tc.key, err) } if !got.Equal(tc.keySerialization) { t.Errorf("got.Equal(tc.wantKeySerialization) = false, want true") } }) } } func mustCreateKeyTemplate(t *testing.T, keySizeInBytes uint32) *tinkpb.KeyTemplate { t.Helper() return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: keySizeInBytes, }), } } type parametersSerializationTestCase struct { name string parameters *aescmacprf.Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateParametersTestParameters(t *testing.T) []parametersSerializationTestCase { var tcs []parametersSerializationTestCase params128, err := aescmacprf.NewParameters(16) if err != nil { t.Fatalf("aescmacprf.NewParameters() err = %v, want nil", err) } tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("AES128-CMAC-PRF"), parameters: ¶ms128, keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: 16, }), }, }) params256, err := aescmacprf.NewParameters(32) if err != nil { t.Fatalf("aescmacprf.NewParameters() err = %v, want nil", err) } tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("AES256-CMAC-PRF"), parameters: ¶ms256, keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: 32, }), }, }) return tcs } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "empty", keyTemplate: &tinkpb.KeyTemplate{}, }, { name: "empty format", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid format value", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: []byte("invalid format"), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid key size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: 10, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid output prefix", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", Value: mustMarshal(t, &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: prf/hkdfprf/hkdfprf.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package hkdfprf provides the HKDF PRF key manager, key and parameters. package hkdfprf import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" hkdfpb "github.com/tink-crypto/tink-go/v2/proto/hkdf_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func init() { if err := protoserialization.RegisterKeySerializer[*Key](new(keySerializer)); err != nil { panic(fmt.Sprintf("hkdfprf.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, new(keyParser)); err != nil { panic(fmt.Sprintf("hkdfprf.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](new(parametersSerializer)); err != nil { panic(fmt.Sprintf("hkdfprf.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, new(parametersParser)); err != nil { panic(fmt.Sprintf("hkdfprf.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("hkdfprf.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("hkdfprf.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &hkdfpb.HkdfPrfKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("hkdfprf.init() failed: %v", err)) } } // RegisterPrimitiveConstructor registers the HKDF PRF primitive constructor // to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { return c.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t) } ================================================ FILE: prf/hkdfprf/hkdfprf_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hkdfprf_test import ( "bytes" "encoding/hex" "reflect" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestKeysetGenerationFromParams(t *testing.T) { params, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, nil) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } set, err := prf.NewPRFSet(handle) if err != nil { t.Fatalf("prf.NewPRFSet() err = %v, want nil", err) } data := []byte("data") if _, err := set.ComputePrimaryPRF(data, 16); err != nil { t.Fatalf("set.ComputePrimaryPRF() err = %v, want nil", err) } } func TestAddNewKeyFromParametersFailsWithInvalidKeySize(t *testing.T) { params, err := hkdfprf.NewParameters(16, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } km := keyset.NewManager() if _, err := km.AddNewKeyFromParameters(params); err == nil { t.Fatalf("km.AddNewKeyFromParameters() err = nil, want non-nil") } } func TestNewPRFSetFailsWithInvalidKeySize(t *testing.T) { params, err := hkdfprf.NewParameters(16, hkdfprf.SHA256, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } key, err := hkdfprf.NewKey(secretdata.NewBytesFromData([]byte("0123456789012345"), insecuresecretdataaccess.Token{}), params) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } if _, err := prf.NewPRFSet(handle); err == nil { t.Fatalf("prf.NewPRFSet() err = nil, want non-nil") } } func TestNewPRFSetFailsWithInvalidHashFunction(t *testing.T) { params, err := hkdfprf.NewParameters(32, hkdfprf.SHA384, []byte("salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } key, err := hkdfprf.NewKey(secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}), params) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } if _, err := prf.NewPRFSet(handle); err == nil { t.Fatalf("prf.NewPRFSet() err = nil, want non-nil") } } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("failed to decode hex string %q: %v", s, err) } return b } const ( // https://datatracker.ietf.org/doc/html/rfc5869#appendix-A.2 hkdfKeyHex = "000102030405060708090a0b0c0d0e0f" + "101112131415161718191a1b1c1d1e1f" + "202122232425262728292a2b2c2d2e2f" + "303132333435363738393a3b3c3d3e3f" + "404142434445464748494a4b4c4d4e4f" hkdfSaltHex = "606162636465666768696a6b6c6d6e6f" + "707172737475767778797a7b7c7d7e7f" + "808182838485868788898a8b8c8d8e8f" + "909192939495969798999a9b9c9d9e9f" + "a0a1a2a3a4a5a6a7a8a9aaabacadaeaf" hkdfDataHex = "b0b1b2b3b4b5b6b7b8b9babbbcbdbebf" + "c0c1c2c3c4c5c6c7c8c9cacbcccdcecf" + "d0d1d2d3d4d5d6d7d8d9dadbdcdddedf" + "e0e1e2e3e4e5e6e7e8e9eaebecedeeef" + "f0f1f2f3f4f5f6f7f8f9fafbfcfdfeff" hkdfWantOutputHex = "b11e398dc80327a1c8e7f78c596a4934" + "4f012eda2d4efad8a050cc4c19afa97c" + "59045a99cac7827271cb41c65e590e09" + "da3275600c2f09b8367793a9aca3db71" + "cc30c58179ec3e87c14c01d5c1f3434f" + "1d87" ) func TestKeysetGenerationFromKey(t *testing.T) { keyBytes := mustHexDecode(t, hkdfKeyHex) salt := mustHexDecode(t, hkdfSaltHex) data := mustHexDecode(t, hkdfDataHex) wantPRFOutput := mustHexDecode(t, hkdfWantOutputHex) params, err := hkdfprf.NewParameters(len(keyBytes), hkdfprf.SHA256, salt) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } key, err := hkdfprf.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), params) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } // Add non-primary key. if _, err = km.AddNewKeyFromParameters(params); err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } set, err := prf.NewPRFSet(handle) if err != nil { t.Fatalf("prf.NewPRFSet() err = %v, want nil", err) } gotPRFOutput, err := set.ComputePrimaryPRF(data, 32) if err != nil { t.Fatalf("set.ComputePrimaryPRF() err = %v, want nil", err) } if got, want := gotPRFOutput, wantPRFOutput[:32]; !bytes.Equal(got, want) { t.Errorf("gotPRFOutput = %x, want %x", got, want) } } func TestRegisterPrimitiveConstructor(t *testing.T) { hkdfKeyBytes := mustHexDecode(t, hkdfKeyHex) hkdfprfParams, err := hkdfprf.NewParameters(len(hkdfKeyBytes), hkdfprf.SHA256, mustHexDecode(t, hkdfSaltHex)) if err != nil { t.Fatalf("hkdfprf.NewParameters() err=%v, want nil", err) } hkdfprfKey, err := hkdfprf.NewKey(secretdata.NewBytesFromData(hkdfKeyBytes, insecuresecretdataaccess.Token{}), hkdfprfParams) if err != nil { t.Fatalf("keygenregistry.CreateKey() err=%v, want nil", err) } b := config.NewBuilder() configWithoutHKDFPRF := b.Build() // Should fail because hkdfprf.RegisterPrimitiveConstructor() was not called. if _, err := configWithoutHKDFPRF.PrimitiveFromKey(hkdfprfKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutHKDFPRF.PrimitiveFromKey() err = nil, want error") } // Register hkdfprf.RegisterPrimitiveConstructor() and check that it now works. if err := hkdfprf.RegisterPrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("hkdfprf.RegisterPrimitiveConstructor() err = %v, want nil", err) } configWithHKDFPRF := b.Build() primitive, err := configWithHKDFPRF.PrimitiveFromKey(hkdfprfKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithHKDFPRF.PrimitiveFromKey() err = %v, want nil", err) } p, ok := primitive.(prf.PRF) if !ok { t.Fatalf("p was of type %v, want prf.PRF", reflect.TypeOf(p)) } want := mustHexDecode(t, hkdfWantOutputHex) got, err := p.ComputePRF(mustHexDecode(t, hkdfDataHex), uint32(len(want))) if err != nil { t.Fatalf("d.ComputePRF() err = %v, want nil", err) } if !bytes.Equal(got, want) { t.Errorf("d.ComputePRF() = %x, want %x", got, want) } } ================================================ FILE: prf/hkdfprf/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hkdfprf import ( "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/subtle" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Key represents an HKDF PRF key. type Key struct { parameters *Parameters keyBytes secretdata.Bytes } var _ key.Key = (*Key)(nil) // NewKey creates a new [Key] from key bytes. func NewKey(keyBytes secretdata.Bytes, parameters *Parameters) (*Key, error) { if parameters.KeySizeInBytes() != keyBytes.Len() { return nil, fmt.Errorf("key size %d does not match parameters key size %d", keyBytes.Len(), parameters.KeySizeInBytes()) } return &Key{parameters: parameters, keyBytes: keyBytes}, nil } // KeyBytes returns the private key bytes. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of the key. func (k *Key) Parameters() key.Parameters { return k.parameters } // IDRequirement returns the ID requirement of the key, and whether it is // required. // // PRFs have no ID requirement, so this is always 0, false. func (k *Key) IDRequirement() (uint32, bool) { return 0, false } // Equal returns true if this key is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.keyBytes.Equal(that.keyBytes) && k.parameters.Equal(that.parameters) } func primitiveConstructor(key key.Key) (any, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want %T", key, (*Key)(nil)) } params := actualKey.Parameters().(*Parameters) if err := subtle.ValidateHKDFPRFParams(params.HashType().String(), uint32(params.KeySizeInBytes()), params.Salt()); err != nil { return nil, err } return subtle.NewHKDFPRF(params.HashType().String(), actualKey.KeyBytes().Data(insecuresecretdataaccess.Token{}), params.Salt()) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { hkdfPRFarams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } err := subtle.ValidateHKDFPRFParams(hkdfPRFarams.HashType().String(), uint32(hkdfPRFarams.KeySizeInBytes()), hkdfPRFarams.Salt()) if err != nil { return nil, err } keyBytes, err := secretdata.NewBytesFromRand(uint32(hkdfPRFarams.KeySizeInBytes())) if err != nil { return nil, err } return NewKey(keyBytes, hkdfPRFarams) } ================================================ FILE: prf/hkdfprf/key_manager_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hkdfprf_test import ( "bytes" "encoding/hex" "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" _ "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" // To register the key manager. "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/prf/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hkdfpb "github.com/tink-crypto/tink-go/v2/proto/hkdf_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyManagerGetPrimitiveBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.HKDFPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } testKeys := genValidHKDFKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } p, err := km.Primitive(serializedKey) if err != nil { t.Errorf("km.Primitive() err = %q, want nil in test case %d", err, i) } if err := validateHKDFPrimitive(p, testKeys[i]); err != nil { t.Errorf("%s", err) } } } func TestKeyManagerGetPrimitiveWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.HKDFPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } // invalid key testKeys := genInvalidHKDFKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("km.Primitive() err = nil, want non-nil in test case %d", i) } } if _, err := km.Primitive(nil); err == nil { t.Errorf("km.Primitive() err = nil, want non-nil when input is nil") } // empty input if _, err := km.Primitive([]byte{}); err == nil { t.Errorf("km.Primitive() err = nil, want non-nil when input is empty") } } func TestKeyManagerNewKeyMultipleTimes(t *testing.T) { km, err := registry.GetKeyManager(testutil.HKDFPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } serializedFormat, err := proto.Marshal(testutil.NewHKDFPRFKeyFormat(commonpb.HashType_SHA256, make([]byte, 0))) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys := make(map[string]bool) nTest := 26 for i := 0; i < nTest; i++ { key, err := km.NewKey(serializedFormat) if err != nil { t.Fatalf("km.NewKey() err = %q, want nil", err) } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys[string(serializedKey)] = true keyData, err := km.NewKeyData(serializedFormat) if err != nil { t.Fatalf("km.NewKeyData() err = %q, want nil", err) } serializedKey = keyData.Value keys[string(serializedKey)] = true } if len(keys) != nTest*2 { t.Errorf("km.NewKey() and km.NewKeyData() produced repeated keys") } } func TestKeyManagerNewKeyBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.HKDFPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } testFormats := genValidHKDFKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } key, err := km.NewKey(serializedFormat) if err != nil { t.Errorf("km.NewKey() err = %q, want nil in test case %d", err, i) } if err := validateHKDFKey(testFormats[i], key.(*hkdfpb.HkdfPrfKey)); err != nil { t.Errorf("%s", err) } } } func TestKeyManagerNewKeyWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.HKDFPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } // invalid key formats testFormats := genInvalidHKDFKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.NewKey(serializedFormat); err == nil { t.Errorf("km.NewKey() err = nil, want non-nil in test case %d", i) } } if _, err := km.NewKey(nil); err == nil { t.Errorf("km.NewKey() err = nil, want non-nil when input is nil") } // empty input if _, err := km.NewKey([]byte{}); err == nil { t.Errorf("km.NewKey() err = nil, want non-nil when input is empty") } } func TestKeyManagerNewKeyDataBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.HKDFPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } testFormats := genValidHKDFKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keyData, err := km.NewKeyData(serializedFormat) if err != nil { t.Fatalf("km.NewKeyData() err = %q, want nil in test case %d", err, i) } if keyData.GetTypeUrl() != testutil.HKDFPRFTypeURL { t.Errorf("km.NewKeyData() typeUrl = %q, want %q in test case %d", keyData.TypeUrl, testutil.HKDFPRFTypeURL, i) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { t.Errorf("km.NewKeyData() keyMaterialType = %q, want %q in test case %d", keyData.KeyMaterialType, tinkpb.KeyData_SYMMETRIC, i) } key := new(hkdfpb.HkdfPrfKey) if err := proto.Unmarshal(keyData.Value, key); err != nil { t.Fatalf("proto.Unmarshal() err = %q, want nil", err) } if err := validateHKDFKey(testFormats[i], key); err != nil { t.Errorf("validateHKDFKey() err = %q, want nil", err) } } } func TestKeyManagerNewKeyDataWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.HKDFPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } // invalid key formats testFormats := genInvalidHKDFKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.NewKeyData(serializedFormat); err == nil { t.Errorf("km.NewKeyData() err = nil, want non-nil in test case %d", i) } } // nil input if _, err := km.NewKeyData(nil); err == nil { t.Errorf("km.NewKeyData() err = nil, want non-nil when input is nil") } } func TestKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testutil.HKDFPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } if !km.DoesSupport(testutil.HKDFPRFTypeURL) { t.Errorf("km.DoesSupport() = false, want true for %q", testutil.HKDFPRFTypeURL) } if km.DoesSupport("some bad type") { t.Errorf("km.DoesSupport() = true, want false for %q", "some bad type") } } func TestKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testutil.HKDFPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } if km.TypeURL() != testutil.HKDFPRFTypeURL { t.Errorf("km.TypeURL() = %q, want %q", km.TypeURL(), testutil.HKDFPRFTypeURL) } } func genInvalidHKDFKeys() []proto.Message { badVersionKey := testutil.NewHKDFPRFKey(commonpb.HashType_SHA256, make([]byte, 0)) badVersionKey.Version++ shortKey := testutil.NewHKDFPRFKey(commonpb.HashType_SHA256, make([]byte, 0)) shortKey.KeyValue = []byte{1, 1} nilParams := testutil.NewHKDFPRFKey(commonpb.HashType_SHA256, make([]byte, 0)) nilParams.Params = nil return []proto.Message{ // not a HKDFPRFKey testutil.NewHKDFPRFParams(commonpb.HashType_SHA256, make([]byte, 0)), // bad version badVersionKey, // key too short shortKey, // SHA-1 testutil.NewHKDFPRFKey(commonpb.HashType_SHA1, make([]byte, 0)), // unknown hash type testutil.NewHKDFPRFKey(commonpb.HashType_UNKNOWN_HASH, make([]byte, 0)), // params field is unset nilParams, } } func genInvalidHKDFKeyFormats() []proto.Message { shortKeyFormat := testutil.NewHKDFPRFKeyFormat(commonpb.HashType_SHA256, make([]byte, 0)) shortKeyFormat.KeySize = 1 nilParams := testutil.NewHKDFPRFKeyFormat(commonpb.HashType_SHA256, make([]byte, 0)) nilParams.Params = nil return []proto.Message{ // not a HKDFPRFKeyFormat testutil.NewHMACParams(commonpb.HashType_SHA256, 32), // key too short shortKeyFormat, // SHA-1 testutil.NewHKDFPRFKeyFormat(commonpb.HashType_SHA1, make([]byte, 0)), // unknown hash type testutil.NewHKDFPRFKeyFormat(commonpb.HashType_UNKNOWN_HASH, make([]byte, 0)), // params field is unset nilParams, } } func genValidHKDFKeyFormats() []*hkdfpb.HkdfPrfKeyFormat { return []*hkdfpb.HkdfPrfKeyFormat{ testutil.NewHKDFPRFKeyFormat(commonpb.HashType_SHA256, make([]byte, 0)), testutil.NewHKDFPRFKeyFormat(commonpb.HashType_SHA512, make([]byte, 0)), testutil.NewHKDFPRFKeyFormat(commonpb.HashType_SHA256, []byte{0x01, 0x03, 0x42}), testutil.NewHKDFPRFKeyFormat(commonpb.HashType_SHA512, []byte{0x01, 0x03, 0x42}), } } func genValidHKDFKeys() []*hkdfpb.HkdfPrfKey { return []*hkdfpb.HkdfPrfKey{ testutil.NewHKDFPRFKey(commonpb.HashType_SHA256, make([]byte, 0)), testutil.NewHKDFPRFKey(commonpb.HashType_SHA512, make([]byte, 0)), testutil.NewHKDFPRFKey(commonpb.HashType_SHA256, []byte{0x01, 0x03, 0x42}), testutil.NewHKDFPRFKey(commonpb.HashType_SHA512, []byte{0x01, 0x03, 0x42}), } } // Checks whether the given HKDFPRFKey matches the given key HKDFPRFKeyFormat func validateHKDFKey(format *hkdfpb.HkdfPrfKeyFormat, key *hkdfpb.HkdfPrfKey) error { if format.KeySize != uint32(len(key.KeyValue)) || key.Params.Hash != format.Params.Hash { return fmt.Errorf("key format and generated key do not match, format.KeySize = %d, len(key.KeyValue) = %d, format.Params.Hash = %v, key.Params.Hash = %v", format.KeySize, len(key.KeyValue), format.Params.Hash, key.Params.Hash) } p, err := subtle.NewHKDFPRF(commonpb.HashType_name[int32(key.Params.Hash)], key.KeyValue, key.Params.Salt) if err != nil { return fmt.Errorf("subtle.NewHKDFPRF() err = %q, want nil", err) } return validateHKDFPrimitive(p, key) } // validateHKDFPrimitive checks whether the given primitive matches the given HKDFPRFKey func validateHKDFPrimitive(p any, key *hkdfpb.HkdfPrfKey) error { hkdfPrimitive := p.(prf.PRF) prfPrimitive, err := subtle.NewHKDFPRF(commonpb.HashType_name[int32(key.Params.Hash)], key.KeyValue, key.Params.Salt) if err != nil { return fmt.Errorf("subtle.NewHKDFPRF() err = %q, want nil for key material %q", err, hex.EncodeToString(key.KeyValue)) } data := random.GetRandomBytes(20) res, err := hkdfPrimitive.ComputePRF(data, 16) if err != nil { return fmt.Errorf("hkdfPrimitive.ComputePRF() err = %q, want nil", err) } if len(res) != 16 { return fmt.Errorf("hkdfPrimitive.ComputePRF() produced %d bytes, want 16", len(res)) } res2, err := prfPrimitive.ComputePRF(data, 16) if err != nil { return fmt.Errorf("prfPrimitive.ComputePRF() err = %q, want nil", err) } if len(res2) != 16 { return fmt.Errorf("prfPrimitive.ComputePRF() produced %d bytes, want 16", len(res2)) } if !bytes.Equal(res, res2) { return fmt.Errorf("hkdfPrimitive.ComputePRF() and prfPrimitive.ComputePRF() produced different outputs for the same key and input") } return nil } ================================================ FILE: prf/hkdfprf/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hkdfprf_test import ( "bytes" "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/secretdata" ) var key128Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, } var key256Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, } func TestNewKey(t *testing.T) { for _, keyBytes := range [][]byte{key128Bits, key256Bits} { for _, hashType := range []hkdfprf.HashType{hkdfprf.SHA256, hkdfprf.SHA512, hkdfprf.SHA1, hkdfprf.SHA384} { for _, salt := range [][]byte{nil, []byte("another salt")} { t.Run(fmt.Sprintf("HKDF keySize=%d hashType=%v, salt=%v", len(keyBytes), hashType, salt), func(t *testing.T) { params, err := hkdfprf.NewParameters(len(keyBytes), hashType, salt) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}) key, err := hkdfprf.NewKey(keyBytes, params) if err != nil { t.Errorf("hkdfprf.NewKey() err = %v, want nil", err) } if !key.KeyBytes().Equal(keyBytes) { t.Errorf("KeyBytes() = %v, want %v", key.KeyBytes(), keyBytes) } if !key.Parameters().Equal(params) { t.Errorf("Parameters() = %v, want %v", key.Parameters(), params) } id, required := key.IDRequirement() if id != 0 { t.Errorf("IDRequirement() = %v, want 0", id) } if required { t.Errorf("IDRequirement() = %v, want false", required) } key2, err := hkdfprf.NewKey(keyBytes, params) if err != nil { t.Errorf("hkdfprf.NewKey() err = %v, want nil", err) } if !key.Equal(key2) { t.Errorf("Equal() = false, want true") } if !key2.Equal(key) { t.Errorf("Equal() = false, want true") } }) } } } } func TestNewKeyFails(t *testing.T) { params, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, nil) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData(key128Bits, insecuresecretdataaccess.Token{}) if _, err := hkdfprf.NewKey(keyBytes, params); err == nil { t.Errorf("hkdfprf.NewKey() err = nil, want error") } } func TestNotEqualIfDifferentKeyBytes(t *testing.T) { params, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, nil) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } keyBytes1 := secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}) key1, err := hkdfprf.NewKey(keyBytes1, params) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } otherKey := bytes.Clone(key256Bits) otherKey[0] ^= 0xff keyBytes2 := secretdata.NewBytesFromData(otherKey, insecuresecretdataaccess.Token{}) key2, err := hkdfprf.NewKey(keyBytes2, params) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } if key1.Equal(key2) { t.Errorf("Equal() = true, want false") } } func TestNotEqualIfDifferentKeySizes(t *testing.T) { params, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, nil) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } keyBytes1 := secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}) key1, err := hkdfprf.NewKey(keyBytes1, params) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } params2, err := hkdfprf.NewParameters(16, hkdfprf.SHA256, nil) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } keyBytes2 := secretdata.NewBytesFromData(key128Bits, insecuresecretdataaccess.Token{}) key2, err := hkdfprf.NewKey(keyBytes2, params2) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } if key1.Equal(key2) { t.Errorf("Equal() = true, want false") } } func TestNotEqualIfDifferentParams(t *testing.T) { params, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, nil) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } keyBytes1 := secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}) key1, err := hkdfprf.NewKey(keyBytes1, params) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } params2, err := hkdfprf.NewParameters(32, hkdfprf.SHA512, nil) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } keyBytes2 := secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}) key2, err := hkdfprf.NewKey(keyBytes2, params2) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } if key1.Equal(key2) { t.Errorf("Equal() = true, want false") } } func TestKeyCreator(t *testing.T) { params, err := hkdfprf.NewParameters(32, hkdfprf.SHA256, []byte("some salt")) if err != nil { t.Fatalf("hkdfprf.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", ¶ms, err) } aescmacKey, ok := key.(*hkdfprf.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*hkdfprf.Key)(nil)) } idRequirement, hasIDRequirement := aescmacKey.IDRequirement() if hasIDRequirement || idRequirement != 0 { t.Errorf("aescmacKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0, false) } if diff := cmp.Diff(aescmacKey.Parameters(), params); diff != "" { t.Errorf("aescmacKey.Parameters() diff (-want +got):\n%s", diff) } } func TestKeyCreator_FailsWithInvalidParameters(t *testing.T) { for _, tc := range []struct { name string params *hkdfprf.Parameters idRequirement uint32 }{ { name: "invalid key size", params: mustCreateParameters(t, 16, hkdfprf.SHA256, []byte("some salt")), // Key size must be 32 bytes. idRequirement: 0x1234, }, { name: "invalid hash", params: mustCreateParameters(t, 32, hkdfprf.SHA1, []byte("some salt")), idRequirement: 0x1234, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.params, tc.idRequirement); err == nil { t.Errorf("keygenregistry.CreateKey(%v, %v) err = nil, want error", tc.params, tc.idRequirement) } }) } } ================================================ FILE: prf/hkdfprf/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hkdfprf import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/key" ) // HashType is the hash type of the HMAC key. type HashType int const ( // UnknownHashType is the default value of HashType. UnknownHashType HashType = iota // SHA1 is the SHA1 hash type. SHA1 // SHA224 is the SHA224 hash type. SHA224 // SHA256 is the SHA256 hash type. SHA256 // SHA384 is the SHA384 hash type. SHA384 // SHA512 is the SHA512 hash type. SHA512 ) func (ht HashType) String() string { switch ht { case SHA1: return "SHA1" case SHA224: return "SHA224" case SHA256: return "SHA256" case SHA384: return "SHA384" case SHA512: return "SHA512" default: return "UNKNOWN" } } // Parameters represents the parameters of an HKDF PRF key. type Parameters struct { keySizeInBytes int hashType HashType salt []byte } var _ key.Parameters = (*Parameters)(nil) // NewParameters creates a new [Parameters] value. func NewParameters(keySizeInBytes int, hashType HashType, salt []byte) (*Parameters, error) { if keySizeInBytes < 16 { return nil, fmt.Errorf("keySizeInBytes must be >= 16, got %d", keySizeInBytes) } if hashType == UnknownHashType { return nil, fmt.Errorf("hashType must be specified") } return &Parameters{keySizeInBytes: keySizeInBytes, hashType: hashType, salt: salt}, nil } // KeySizeInBytes returns the key size. func (p *Parameters) KeySizeInBytes() int { return p.keySizeInBytes } // HashType returns the hash type of the HMAC key. func (p *Parameters) HashType() HashType { return p.hashType } // Salt returns the salt. func (p *Parameters) Salt() []byte { return p.salt } // HasIDRequirement tells whether the key has an ID requirement. // // PRFs have no output prefix, so this is always false. func (p *Parameters) HasIDRequirement() bool { return false } // Equal tells whether this parameters value is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { otherParams, ok := other.(*Parameters) return ok && p.keySizeInBytes == otherParams.keySizeInBytes && p.hashType == otherParams.hashType && bytes.Equal(p.salt, otherParams.salt) } ================================================ FILE: prf/hkdfprf/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hkdfprf_test import ( "bytes" "testing" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" ) func TestParametersValid(t *testing.T) { for _, keySize := range []int{16, 32} { for _, hashType := range []hkdfprf.HashType{hkdfprf.SHA256, hkdfprf.SHA512, hkdfprf.SHA1, hkdfprf.SHA384} { for _, salt := range [][]byte{nil, []byte("another salt")} { params, err := hkdfprf.NewParameters(keySize, hashType, salt) if err != nil { t.Errorf("hkdfprf.NewParameters(%d, %v, %v) failed: %v", keySize, hashType, salt, err) } if params.KeySizeInBytes() != keySize { t.Errorf("params.KeySizeInBytes() = %d, want %d", params.KeySizeInBytes(), keySize) } if params.HashType() != hashType { t.Errorf("params.HashType() = %v, want %v", params.HashType(), hashType) } if (salt == nil && params.Salt() != nil) || (salt != nil && !bytes.Equal(params.Salt(), salt)) { t.Errorf("params.Salt() = %v, want %v", params.Salt(), salt) } params2, err := hkdfprf.NewParameters(keySize, hashType, salt) if err != nil { t.Errorf("hkdfprf.NewParameters(%d, %v, %v) failed: %v", keySize, hashType, salt, err) } if !params.Equal(params2) { t.Errorf("Equal() returned false, expected true") } if !params2.Equal(params) { t.Errorf("Equal() returned false, expected true") } } } } } func TestParametersInvalidValues(t *testing.T) { for _, tc := range []struct { name string keySize int hashType hkdfprf.HashType salt []byte wantError string }{ { name: "key size too small", keySize: 15, hashType: hkdfprf.SHA256, salt: []byte("salt"), wantError: "keySizeInBytes must be >= 16, got 15", }, { name: "unknown hash type", keySize: 16, hashType: hkdfprf.UnknownHashType, salt: []byte("salt"), wantError: "hashType must be specified", }, } { t.Run(tc.name, func(t *testing.T) { if _, err := hkdfprf.NewParameters(tc.keySize, tc.hashType, tc.salt); err == nil { t.Errorf("hkdfprf.NewParameters(%d, %v, %v) succeeded, expected error with message %q", tc.keySize, tc.hashType, tc.salt, tc.wantError) } }) } } func mustCreateParameters(t *testing.T, keySize int, hashType hkdfprf.HashType, salt []byte) *hkdfprf.Parameters { t.Helper() params, err := hkdfprf.NewParameters(keySize, hashType, salt) if err != nil { t.Fatalf("hkdfprf.NewParameters(%d, %v, %v) failed: %v", keySize, hashType, salt, err) } return params } type stubParameters struct{} var _ key.Parameters = (*stubParameters)(nil) func (p *stubParameters) Equal(other key.Parameters) bool { return false } func (p *stubParameters) HasIDRequirement() bool { return false } func TestParametersNotEquals(t *testing.T) { for _, tc := range []struct { name string params1 *hkdfprf.Parameters params2 key.Parameters }{ { name: "different key size", params1: mustCreateParameters(t, 32, hkdfprf.SHA256, []byte("salt")), params2: mustCreateParameters(t, 16, hkdfprf.SHA256, []byte("salt")), }, { name: "different hash type", params1: mustCreateParameters(t, 32, hkdfprf.SHA256, []byte("salt")), params2: mustCreateParameters(t, 32, hkdfprf.SHA512, []byte("salt")), }, { name: "different salt", params1: mustCreateParameters(t, 32, hkdfprf.SHA256, []byte("salt")), params2: mustCreateParameters(t, 32, hkdfprf.SHA256, nil), }, { name: "different parameters type", params1: mustCreateParameters(t, 32, hkdfprf.SHA256, []byte("salt")), params2: &stubParameters{}, }, } { t.Run(tc.name, func(t *testing.T) { if tc.params1.Equal(tc.params2) { t.Errorf("Equal() returned true, expected false") } }) } } ================================================ FILE: prf/hkdfprf/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hkdfprf import ( "bytes" "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hkdfprfpb "github.com/tink-crypto/tink-go/v2/proto/hkdf_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const typeURL = "type.googleapis.com/google.crypto.tink.HkdfPrfKey" type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func toProtoHashType(hashType HashType) (commonpb.HashType, error) { switch hashType { case SHA1: return commonpb.HashType_SHA1, nil case SHA224: return commonpb.HashType_SHA224, nil case SHA256: return commonpb.HashType_SHA256, nil case SHA384: return commonpb.HashType_SHA384, nil case SHA512: return commonpb.HashType_SHA512, nil default: return commonpb.HashType_UNKNOWN_HASH, fmt.Errorf("unsupported hash type: %v", hashType) } } func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want %T", key, (*Key)(nil)) } params, ok := actualKey.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("key parameters is not a Parameters") } protoHashType, err := toProtoHashType(params.HashType()) if err != nil { return nil, err } keyBytes := actualKey.KeyBytes() protoKey := &hkdfprfpb.HkdfPrfKey{ KeyValue: keyBytes.Data(insecuresecretdataaccess.Token{}), Version: 0, Params: &hkdfprfpb.HkdfPrfParams{ Hash: protoHashType, Salt: bytes.Clone(params.Salt()), }, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := actualKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, tinkpb.OutputPrefixType_RAW, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func fromProtoHashType(hashType commonpb.HashType) (HashType, error) { switch hashType { case commonpb.HashType_SHA1: return SHA1, nil case commonpb.HashType_SHA224: return SHA224, nil case commonpb.HashType_SHA256: return SHA256, nil case commonpb.HashType_SHA384: return SHA384, nil case commonpb.HashType_SHA512: return SHA512, nil default: return UnknownHashType, fmt.Errorf("unsupported proto hash type: %v", hashType) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyData.GetTypeUrl(), typeURL) } if keySerialization.OutputPrefixType() != tinkpb.OutputPrefixType_RAW { return nil, fmt.Errorf("unsupported output prefix type: %v", keySerialization.OutputPrefixType()) } // Do not check key material type for compatibility with other Tink implementations. // TODO - b/403459737: Consider adding the check. protoKey := new(hkdfprfpb.HkdfPrfKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != 0 { return nil, fmt.Errorf("key has unsupported version: %v", protoKey.GetVersion()) } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) hashType, err := fromProtoHashType(protoKey.GetParams().GetHash()) if err != nil { return nil, err } params, err := NewParameters(keyMaterial.Len(), hashType, bytes.Clone(protoKey.GetParams().GetSalt())) if err != nil { return nil, err } return NewKey(keyMaterial, params) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want %T", parameters, (*Parameters)(nil)) } hashType, err := toProtoHashType(actualParameters.HashType()) if err != nil { return nil, err } format := &hkdfprfpb.HkdfPrfKeyFormat{ Version: 0, KeySize: uint32(actualParameters.KeySizeInBytes()), Params: &hkdfprfpb.HkdfPrfParams{ Hash: hashType, Salt: bytes.Clone(actualParameters.Salt()), }, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } if keyTemplate.GetOutputPrefixType() != tinkpb.OutputPrefixType_RAW { return nil, fmt.Errorf("unsupported output prefix type: %v", keyTemplate.GetOutputPrefixType()) } format := new(hkdfprfpb.HkdfPrfKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("key has unsupported version: %v", format.GetVersion()) } hashType, err := fromProtoHashType(format.GetParams().GetHash()) if err != nil { return nil, err } return NewParameters(int(format.GetKeySize()), hashType, bytes.Clone(format.GetParams().GetSalt())) } ================================================ FILE: prf/hkdfprf/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hkdfprf_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hkdfprfpb "github.com/tink-crypto/tink-go/v2/proto/hkdf_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParseKeyFails(t *testing.T) { for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "invalid key size", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKey{ Version: 0, KeyValue: []byte("0123"), Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_SHA256, Salt: []byte("1234567890123456"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid key proto serialization", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKey{ Version: 1, KeyValue: []byte("1234567890123456"), Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_SHA256, Salt: []byte("1234567890123456"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_SHA256, Salt: []byte("1234567890123456"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unknown output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_SHA256, Salt: []byte("1234567890123456"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 0), }, { name: "invalid hash type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_UNKNOWN_HASH, Salt: []byte("1234567890123456"), }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want error", tc.keySerialization) } }) } } type hkdfPRFSerializationTestCase struct { name string key *hkdfprf.Key keySerialization *protoserialization.KeySerialization } func hkdfPRFSerializationTestCases(t *testing.T) []hkdfPRFSerializationTestCase { var tcs []hkdfPRFSerializationTestCase = nil for _, hashType := range []struct { enum hkdfprf.HashType proto commonpb.HashType }{ {enum: hkdfprf.SHA1, proto: commonpb.HashType_SHA1}, {enum: hkdfprf.SHA224, proto: commonpb.HashType_SHA224}, {enum: hkdfprf.SHA256, proto: commonpb.HashType_SHA256}, {enum: hkdfprf.SHA384, proto: commonpb.HashType_SHA384}, {enum: hkdfprf.SHA512, proto: commonpb.HashType_SHA512}, } { for _, salt := range [][]byte{nil, []byte("salt")} { key, err := hkdfprf.NewKey(secretdata.NewBytesFromData([]byte("1234567890123456"), insecuresecretdataaccess.Token{}), mustCreateParameters(t, 16, hashType.enum, salt)) if err != nil { t.Fatalf("hkdfprf.NewKey() err = %v, want nil", err) } tcs = append(tcs, hkdfPRFSerializationTestCase{ name: fmt.Sprintf("HKDF-PRF,hashType=%v,salt=%v", hashType.enum, salt), key: key, keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &hkdfprfpb.HkdfPrfParams{ Hash: hashType.proto, Salt: salt, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }) } } return tcs } func TestParseKey(t *testing.T) { for _, tc := range hkdfPRFSerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { gotKey, err := protoserialization.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if !gotKey.Equal(tc.key) { t.Errorf("key.Equal(wantKey) = false, want true") } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type testKey struct { keyBytes []byte id uint32 params testParams } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*testKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *testKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } func TestSerializeKeyFails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "key is nil", key: nil, }, { name: "key is not an AES key", key: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.key); err == nil { t.Errorf("protoserialization.SerializeKey() err = nil, want error") } }) } } func TestSerializeKey(t *testing.T) { for _, tc := range hkdfPRFSerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeKey(tc.key) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", tc.key, err) } if !got.Equal(tc.keySerialization) { t.Errorf("got.Equal(tc.wantKeySerialization) = false, want true") } }) } } func mustCreateKeyTemplate(t *testing.T, keySizeInBytes uint32, hashType commonpb.HashType, salt []byte) *tinkpb.KeyTemplate { t.Helper() return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKeyFormat{ KeySize: keySizeInBytes, Version: 0, Params: &hkdfprfpb.HkdfPrfParams{ Hash: hashType, Salt: salt, }, }), } } type parametersSerializationTestCase struct { name string parameters *hkdfprf.Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateParametersTestParameters(t *testing.T) []parametersSerializationTestCase { var tcs []parametersSerializationTestCase for _, hashType := range []struct { enum hkdfprf.HashType proto commonpb.HashType }{ {enum: hkdfprf.SHA1, proto: commonpb.HashType_SHA1}, {enum: hkdfprf.SHA224, proto: commonpb.HashType_SHA224}, {enum: hkdfprf.SHA256, proto: commonpb.HashType_SHA256}, {enum: hkdfprf.SHA384, proto: commonpb.HashType_SHA384}, {enum: hkdfprf.SHA512, proto: commonpb.HashType_SHA512}, } { for _, salt := range [][]byte{nil, []byte("salt")} { for _, keySize := range []int{16, 32} { tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("HKDF-PRF,hashType=%v,salt=%v", hashType.enum, salt), parameters: mustCreateParameters(t, keySize, hashType.enum, salt), keyTemplate: mustCreateKeyTemplate(t, uint32(keySize), hashType.proto, salt), }) } } } return tcs } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "empty", keyTemplate: &tinkpb.KeyTemplate{}, }, { name: "empty format", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid format value", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: []byte("invalid format"), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid key size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKeyFormat{ KeySize: 10, Version: 0, Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_SHA256, Salt: []byte("1234567890123456"), }, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid hash type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKeyFormat{ KeySize: 16, Version: 0, Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_UNKNOWN_HASH, Salt: []byte("1234567890123456"), }, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid output prefix", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKeyFormat{ KeySize: 16, Version: 0, Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_SHA256, Salt: []byte("1234567890123456"), }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", Value: mustMarshal(t, &hkdfprfpb.HkdfPrfKeyFormat{ KeySize: 16, Version: 0, Params: &hkdfprfpb.HkdfPrfParams{ Hash: commonpb.HashType_SHA256, Salt: []byte("1234567890123456"), }, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: prf/hmacprf/hmacprf.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package hmacprf provides an implementation of the HMAC PRF key manager. package hmacprf import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" hfpb "github.com/tink-crypto/tink-go/v2/proto/hmac_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func init() { if err := protoserialization.RegisterKeySerializer[*Key](new(keySerializer)); err != nil { panic(fmt.Sprintf("hmacprf.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, new(keyParser)); err != nil { panic(fmt.Sprintf("hmacprf.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](new(parametersSerializer)); err != nil { panic(fmt.Sprintf("hmacprf.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, new(parametersParser)); err != nil { panic(fmt.Sprintf("hmacprf.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("hmacprf.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("hmacprf.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &hfpb.HmacPrfKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("hmacprf.init() failed: %v", err)) } } // RegisterPrimitiveConstructor registers the HMAC PRF primitive constructor // to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { return c.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t) } ================================================ FILE: prf/hmacprf/hmacprf_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmacprf_test import ( "bytes" "encoding/hex" "reflect" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestKeysetGenerationFromParams(t *testing.T) { params, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } set, err := prf.NewPRFSet(handle) if err != nil { t.Fatalf("prf.NewPRFSet() err = %v, want nil", err) } data := []byte("data") if _, err := set.ComputePrimaryPRF(data, 16); err != nil { t.Fatalf("set.ComputePrimaryPRF() err = %v, want nil", err) } } func mustHexDecode(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("failed to decode hex string %q: %v", s, err) } return b } const ( // https://github.com/C2SP/wycheproof/blob/3bfb67fca7c7a2ef436e263da53cdabe0fa1dd36/testvectors/hmac_sha256_test.json#L31 hmacSHA256KeyHex = "8159fd15133cd964c9a6964c94f0ea269a806fd9f43f0da58b6cd1b33d189b2a" hmacSHA256WantOutputHex = "dfc5105d5eecf7ae7b8b8de3930e7659e84c4172f2555142f1e568fc1872ad93" hmacSHA256DataHex = "77" ) func TestKeysetGenerationFromKey(t *testing.T) { // https://github.com/C2SP/wycheproof/blob/3bfb67fca7c7a2ef436e263da53cdabe0fa1dd36/testvectors/hmac_sha256_test.json#L31 keyBytes := mustHexDecode(t, hmacSHA256KeyHex) data := mustHexDecode(t, hmacSHA256DataHex) wantPRFOutput := mustHexDecode(t, hmacSHA256WantOutputHex) params, err := hmacprf.NewParameters(len(keyBytes), hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } key, err := hmacprf.NewKey(secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}), params) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(key) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } // Add non-primary key. if _, err = km.AddNewKeyFromParameters(params); err != nil { t.Fatalf("km.AddNewKeyFromParameters() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } set, err := prf.NewPRFSet(handle) if err != nil { t.Fatalf("prf.NewPRFSet() err = %v, want nil", err) } gotPRFOutput, err := set.ComputePrimaryPRF(data, uint32(len(wantPRFOutput))) if err != nil { t.Fatalf("set.ComputePrimaryPRF() err = %v, want nil", err) } if got, want := gotPRFOutput, wantPRFOutput[:]; !bytes.Equal(got, want) { t.Errorf("gotPRFOutput = %x, want %x", got, want) } } func TestRegisterPrimitiveConstructor(t *testing.T) { hmacSHA256KeyBytes := mustHexDecode(t, hmacSHA256KeyHex) hmacSHA256PRFParams, err := hmacprf.NewParameters(len(hmacSHA256KeyBytes), hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } hmacSHA256PRFKey, err := hmacprf.NewKey(secretdata.NewBytesFromData(hmacSHA256KeyBytes, insecuresecretdataaccess.Token{}), hmacSHA256PRFParams) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } b := config.NewBuilder() configWithoutHMACSHA256PRF := b.Build() // Should fail because hmacprf.RegisterPrimitiveConstructor() was not called. if _, err := configWithoutHMACSHA256PRF.PrimitiveFromKey(hmacSHA256PRFKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutHMACSHA256PRF.PrimitiveFromKey() err = nil, want error") } // Register hmacprf.RegisterPrimitiveConstructor() and check that it now works. if err := hmacprf.RegisterPrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("hmacprf.RegisterPrimitiveConstructor() err = %v, want nil", err) } configWithHMACSHA256PRF := b.Build() primitive, err := configWithHMACSHA256PRF.PrimitiveFromKey(hmacSHA256PRFKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithHMACSHA256PRF.PrimitiveFromKey() err = %v, want nil", err) } p, ok := primitive.(prf.PRF) if !ok { t.Fatalf("p was of type %v, want prf.PRF", reflect.TypeOf(p)) } want := mustHexDecode(t, hmacSHA256WantOutputHex) got, err := p.ComputePRF(mustHexDecode(t, hmacSHA256DataHex), uint32(len(want))) if err != nil { t.Fatalf("d.ComputePRF() err = %v, want nil", err) } if !bytes.Equal(got, want) { t.Errorf("d.ComputePRF() = %x, want %x", got, want) } } ================================================ FILE: prf/hmacprf/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmacprf import ( "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/subtle" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Key represents an HKDF PRF key. type Key struct { parameters *Parameters keyBytes secretdata.Bytes } var _ key.Key = (*Key)(nil) // NewKey creates a new [Key] from key bytes. func NewKey(keyBytes secretdata.Bytes, parameters *Parameters) (*Key, error) { if parameters.KeySizeInBytes() != keyBytes.Len() { return nil, fmt.Errorf("key size %d does not match parameters key size %d", keyBytes.Len(), parameters.KeySizeInBytes()) } return &Key{parameters: parameters, keyBytes: keyBytes}, nil } // KeyBytes returns the private key bytes. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of the key. func (k *Key) Parameters() key.Parameters { return k.parameters } // IDRequirement returns the ID requirement of the key, and whether it is // required. // // PRFs have no ID requirement, so this is always 0, false. func (k *Key) IDRequirement() (uint32, bool) { return 0, false } // Equal returns true if this key is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.keyBytes.Equal(that.keyBytes) && k.parameters.Equal(that.parameters) } func primitiveConstructor(key key.Key) (any, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want %T", key, (*Key)(nil)) } params := actualKey.Parameters().(*Parameters) if err := subtle.ValidateHMACPRFParams(params.HashType().String(), uint32(params.KeySizeInBytes())); err != nil { return nil, err } return subtle.NewHMACPRF(params.HashType().String(), actualKey.KeyBytes().Data(insecuresecretdataaccess.Token{})) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { hmacPRFarams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } err := subtle.ValidateHMACPRFParams(hmacPRFarams.HashType().String(), uint32(hmacPRFarams.KeySizeInBytes())) if err != nil { return nil, err } keyBytes, err := secretdata.NewBytesFromRand(uint32(hmacPRFarams.KeySizeInBytes())) if err != nil { return nil, err } return NewKey(keyBytes, hmacPRFarams) } ================================================ FILE: prf/hmacprf/key_manager_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmacprf_test import ( "encoding/hex" "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/prf/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyManagerGetPrimitiveBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } testKeys := genValidHMACPRFKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } p, err := km.Primitive(serializedKey) if err != nil { t.Fatalf("km.Primitive() err = %q, want nil in test case %d", err, i) } if err := validatePrimitive(p, testKeys[i]); err != nil { t.Errorf("%s", err) } } } func TestKeyManagerGetPrimitiveWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } // invalid key testKeys := genInvalidHMACPRFKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("km.Primitive() err = nil, want non-nil in test case %d", i) } } if _, err := km.Primitive(nil); err == nil { t.Fatalf("km.Primitive() err = nil, want non-nil when input is nil") } // empty input if _, err := km.Primitive([]byte{}); err == nil { t.Errorf("km.Primitive() err = nil, want non-nil when input is empty") } } func TestKeyManagerNewKeyMultipleTimes(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } serializedFormat, err := proto.Marshal(testutil.NewHMACPRFKeyFormat(commonpb.HashType_SHA256)) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys := make(map[string]bool) nTest := 26 for i := 0; i < nTest; i++ { key, err := km.NewKey(serializedFormat) if err != nil { t.Fatalf("km.NewKey() err = %q, want nil", err) } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys[string(serializedKey)] = true keyData, err := km.NewKeyData(serializedFormat) if err != nil { t.Fatalf("km.NewKeyData() err = %q, want nil", err) } serializedKey = keyData.Value keys[string(serializedKey)] = true } if len(keys) != nTest*2 { t.Errorf("km.NewKey() and km.NewKeyData() produced repeated keys") } } func TestKeyManagerNewKeyBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } testFormats := genValidHMACPRFKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } key, err := km.NewKey(serializedFormat) if err != nil { t.Fatalf("km.NewKey() err = %q, want nil in test case %d", err, i) } if err := validateKey(testFormats[i], key.(*hmacpb.HmacPrfKey)); err != nil { t.Errorf("%s", err) } } } func TestKeyManagerNewKeyWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } // invalid key formats testFormats := genInvalidHMACPRFKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { fmt.Println("Error!") } if _, err := km.NewKey(serializedFormat); err == nil { t.Errorf("km.NewKey() err = nil, want non-nil in test case %d", i) } } if _, err := km.NewKey(nil); err == nil { t.Errorf("km.NewKey() err = nil, want non-nil when input is nil") } // empty input if _, err := km.NewKey([]byte{}); err == nil { t.Errorf("km.NewKey() err = nil, want non-nil when input is empty") } } func TestKeyManagerNewKeyDataBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACPRFTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager() err = %q, want nil", err) } testFormats := genValidHMACPRFKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keyData, err := km.NewKeyData(serializedFormat) if err != nil { t.Fatalf("km.NewKeyData() err = %q, want nil in test case %d", err, i) } if keyData.GetTypeUrl() != testutil.HMACPRFTypeURL { t.Errorf("km.NewKeyData() returned incorrect type url in test case %d", i) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { t.Errorf("km.NewKeyData() returned incorrect key material type in test case %d", i) } key := new(hmacpb.HmacPrfKey) if err := proto.Unmarshal(keyData.Value, key); err != nil { t.Fatalf("proto.Unmarshal() err = %q, want nil", err) } if err := validateKey(testFormats[i], key); err != nil { t.Errorf("validateKey() err = %q, want nil", err) } } } func TestKeyManagerNewKeyDataWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACPRFTypeURL) if err != nil { t.Errorf("registry.GetKeyManager() err = %q, want nil", err) } // invalid key formats testFormats := genInvalidHMACPRFKeyFormats() for i := 0; i < len(testFormats); i++ { serializedFormat, err := proto.Marshal(testFormats[i]) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.NewKeyData(serializedFormat); err == nil { t.Errorf("km.NewKeyData() err = nil, want non-nil in test case %d", i) } } // nil input if _, err := km.NewKeyData(nil); err == nil { t.Errorf("km.NewKeyData() err = nil, want non-nil when input is nil") } } func TestKeyManagerDoesSupport(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACPRFTypeURL) if err != nil { t.Errorf("registry.GetKeyManager() err = %q, want nil", err) } if !km.DoesSupport(testutil.HMACPRFTypeURL) { t.Errorf("km.DoesSupport() = false, want true") } if km.DoesSupport("some bad type") { t.Errorf("km.DoesSupport() = true, want false") } } func TestKeyManagerTypeURL(t *testing.T) { km, err := registry.GetKeyManager(testutil.HMACPRFTypeURL) if err != nil { t.Errorf("registry.GetKeyManager() err = %q, want nil", err) } if km.TypeURL() != testutil.HMACPRFTypeURL { t.Errorf("km.TypeURL() = %q, want %q", km.TypeURL(), testutil.HMACPRFTypeURL) } } func genInvalidHMACPRFKeys() []proto.Message { badVersionKey := testutil.NewHMACPRFKey(commonpb.HashType_SHA256) badVersionKey.Version++ shortKey := testutil.NewHMACPRFKey(commonpb.HashType_SHA256) shortKey.KeyValue = []byte{1, 1} nilParams := testutil.NewHMACPRFKey(commonpb.HashType_SHA256) nilParams.Params = nil return []proto.Message{ // not a HMACPRFKey testutil.NewHMACParams(commonpb.HashType_SHA256, 32), // bad version badVersionKey, // key too short shortKey, // unknown hash type testutil.NewHMACPRFKey(commonpb.HashType_UNKNOWN_HASH), // params field is unset nilParams, } } func genInvalidHMACPRFKeyFormats() []proto.Message { shortKeyFormat := testutil.NewHMACPRFKeyFormat(commonpb.HashType_SHA256) shortKeyFormat.KeySize = 1 nilParams := testutil.NewHMACPRFKey(commonpb.HashType_SHA256) nilParams.Params = nil return []proto.Message{ // not a HMACPRFKeyFormat testutil.NewHMACParams(commonpb.HashType_SHA256, 32), // key too short shortKeyFormat, // unknown hash type testutil.NewHMACPRFKeyFormat(commonpb.HashType_UNKNOWN_HASH), // params field is unset nilParams, } } func genValidHMACPRFKeyFormats() []*hmacpb.HmacPrfKeyFormat { return []*hmacpb.HmacPrfKeyFormat{ testutil.NewHMACPRFKeyFormat(commonpb.HashType_SHA1), testutil.NewHMACPRFKeyFormat(commonpb.HashType_SHA256), testutil.NewHMACPRFKeyFormat(commonpb.HashType_SHA512), } } func genValidHMACPRFKeys() []*hmacpb.HmacPrfKey { return []*hmacpb.HmacPrfKey{ testutil.NewHMACPRFKey(commonpb.HashType_SHA1), testutil.NewHMACPRFKey(commonpb.HashType_SHA256), testutil.NewHMACPRFKey(commonpb.HashType_SHA512), } } // Checks whether the given HMACPRFKey matches the given key HMACPRFKeyFormat func validateKey(format *hmacpb.HmacPrfKeyFormat, key *hmacpb.HmacPrfKey) error { if format.KeySize != uint32(len(key.KeyValue)) || key.Params.Hash != format.Params.Hash { return fmt.Errorf("key format and generated key do not match, format: %v, key: %v", format, key) } p, err := subtle.NewHMACPRF(commonpb.HashType_name[int32(key.Params.Hash)], key.KeyValue) if err != nil { return fmt.Errorf("subtle.NewHMACPRF() err = %q, want nil", err) } return validatePrimitive(p, key) } // validatePrimitive checks whether the given primitive can compute a PRF of length 16 func validatePrimitive(p any, key *hmacpb.HmacPrfKey) error { hmac := p.(prf.PRF) prfPrimitive, err := subtle.NewHMACPRF(commonpb.HashType_name[int32(key.Params.Hash)], key.KeyValue) if err != nil { return fmt.Errorf("subtle.NewHMACPRF() err = %q, want nil", err) } data := random.GetRandomBytes(20) res, err := hmac.ComputePRF(data, 16) if err != nil { return fmt.Errorf("hmac.ComputePRF() err = %q, want nil", err) } if len(res) != 16 { return fmt.Errorf("hmac.ComputePRF() produced %d bytes, want 16", len(res)) } res2, err := prfPrimitive.ComputePRF(data, 16) if err != nil { return fmt.Errorf("prfPrimitive.ComputePRF() err = %q, want nil", err) } if len(res2) != 16 { return fmt.Errorf("prfPrimitive.ComputePRF() produced %d bytes, want 16", len(res2)) } if hex.EncodeToString(res) != hex.EncodeToString(res2) { return fmt.Errorf("hmac.ComputePRF() and prfPrimitive.ComputePRF() produced different outputs for the same key and input") } return nil } ================================================ FILE: prf/hmacprf/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmacprf_test import ( "bytes" "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" "github.com/tink-crypto/tink-go/v2/secretdata" ) var key128Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, } var key256Bits = []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, } func TestNewKey(t *testing.T) { for _, keyBytes := range [][]byte{key128Bits, key256Bits} { for _, hashType := range []hmacprf.HashType{hmacprf.SHA256, hmacprf.SHA512, hmacprf.SHA1, hmacprf.SHA384} { t.Run(fmt.Sprintf("HMAC keySize=%d hashType=%v", len(keyBytes), hashType), func(t *testing.T) { params, err := hmacprf.NewParameters(len(keyBytes), hashType) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData(keyBytes, insecuresecretdataaccess.Token{}) key, err := hmacprf.NewKey(keyBytes, params) if err != nil { t.Errorf("hmacprf.NewKey() err = %v, want nil", err) } if !key.KeyBytes().Equal(keyBytes) { t.Errorf("KeyBytes() = %v, want %v", key.KeyBytes(), keyBytes) } if !key.Parameters().Equal(params) { t.Errorf("Parameters() = %v, want %v", key.Parameters(), params) } id, required := key.IDRequirement() if id != 0 { t.Errorf("IDRequirement() = %v, want 0", id) } if required { t.Errorf("IDRequirement() = %v, want false", required) } key2, err := hmacprf.NewKey(keyBytes, params) if err != nil { t.Errorf("hmacprf.NewKey() err = %v, want nil", err) } if !key.Equal(key2) { t.Errorf("Equal() = false, want true") } if !key2.Equal(key) { t.Errorf("Equal() = false, want true") } }) } } } func TestNewKeyFails(t *testing.T) { params, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData(key128Bits, insecuresecretdataaccess.Token{}) if _, err := hmacprf.NewKey(keyBytes, params); err == nil { t.Errorf("hmacprf.NewKey() err = nil, want error") } } func TestNotEqualIfDifferentKeyBytes(t *testing.T) { params, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } keyBytes1 := secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}) key1, err := hmacprf.NewKey(keyBytes1, params) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } otherKey := bytes.Clone(key256Bits) otherKey[0] ^= 0xff keyBytes2 := secretdata.NewBytesFromData(otherKey, insecuresecretdataaccess.Token{}) key2, err := hmacprf.NewKey(keyBytes2, params) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } if key1.Equal(key2) { t.Errorf("Equal() = true, want false") } } func TestNotEqualIfDifferentKeySizes(t *testing.T) { params, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } keyBytes1 := secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}) key1, err := hmacprf.NewKey(keyBytes1, params) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } params2, err := hmacprf.NewParameters(16, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } keyBytes2 := secretdata.NewBytesFromData(key128Bits, insecuresecretdataaccess.Token{}) key2, err := hmacprf.NewKey(keyBytes2, params2) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } if key1.Equal(key2) { t.Errorf("Equal() = true, want false") } } func TestNotEqualIfDifferentParams(t *testing.T) { params, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } keyBytes1 := secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}) key1, err := hmacprf.NewKey(keyBytes1, params) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } params2, err := hmacprf.NewParameters(32, hmacprf.SHA512) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } keyBytes2 := secretdata.NewBytesFromData(key256Bits, insecuresecretdataaccess.Token{}) key2, err := hmacprf.NewKey(keyBytes2, params2) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } if key1.Equal(key2) { t.Errorf("Equal() = true, want false") } } func TestKeyCreator(t *testing.T) { params, err := hmacprf.NewParameters(32, hmacprf.SHA256) if err != nil { t.Fatalf("hmacprf.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", ¶ms, err) } aescmacKey, ok := key.(*hmacprf.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*hmacprf.Key)(nil)) } idRequirement, hasIDRequirement := aescmacKey.IDRequirement() if hasIDRequirement || idRequirement != 0 { t.Errorf("aescmacKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0, false) } if diff := cmp.Diff(aescmacKey.Parameters(), params); diff != "" { t.Errorf("aescmacKey.Parameters() diff (-want +got):\n%s", diff) } } ================================================ FILE: prf/hmacprf/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmacprf import ( "fmt" "github.com/tink-crypto/tink-go/v2/key" ) // HashType is the hash type of the HMAC key. type HashType int const ( // UnknownHashType is the default value of HashType. UnknownHashType HashType = iota // SHA1 is the SHA1 hash type. SHA1 // SHA224 is the SHA224 hash type. SHA224 // SHA256 is the SHA256 hash type. SHA256 // SHA384 is the SHA384 hash type. SHA384 // SHA512 is the SHA512 hash type. SHA512 ) func (ht HashType) String() string { switch ht { case SHA1: return "SHA1" case SHA224: return "SHA224" case SHA256: return "SHA256" case SHA384: return "SHA384" case SHA512: return "SHA512" default: return "UNKNOWN" } } // Parameters represents the parameters of an HKDF PRF key. type Parameters struct { keySizeInBytes int hashType HashType } var _ key.Parameters = (*Parameters)(nil) // NewParameters creates a new [Parameters] value. func NewParameters(keySizeInBytes int, hashType HashType) (*Parameters, error) { if keySizeInBytes < 16 { return nil, fmt.Errorf("keySizeInBytes must be >= 16, got %d", keySizeInBytes) } if hashType == UnknownHashType { return nil, fmt.Errorf("hashType must be specified") } return &Parameters{keySizeInBytes: keySizeInBytes, hashType: hashType}, nil } // KeySizeInBytes returns the key size. func (p *Parameters) KeySizeInBytes() int { return p.keySizeInBytes } // HashType returns the hash type of the HMAC key. func (p *Parameters) HashType() HashType { return p.hashType } // HasIDRequirement tells whether the key has an ID requirement. // // PRFs have no output prefix, so this is always false. func (p *Parameters) HasIDRequirement() bool { return false } // Equal tells whether this parameters value is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { otherParams, ok := other.(*Parameters) return ok && p.keySizeInBytes == otherParams.keySizeInBytes && p.hashType == otherParams.hashType } ================================================ FILE: prf/hmacprf/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmacprf_test import ( "testing" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" ) func TestParametersValid(t *testing.T) { for _, keySize := range []int{16, 32} { for _, hashType := range []hmacprf.HashType{hmacprf.SHA256, hmacprf.SHA512, hmacprf.SHA1, hmacprf.SHA384} { params, err := hmacprf.NewParameters(keySize, hashType) if err != nil { t.Errorf("hmacprf.NewParameters(%d, %v) failed: %v", keySize, hashType, err) } if params.KeySizeInBytes() != keySize { t.Errorf("params.KeySizeInBytes() = %d, want %d", params.KeySizeInBytes(), keySize) } if params.HashType() != hashType { t.Errorf("params.HashType() = %v, want %v", params.HashType(), hashType) } params2, err := hmacprf.NewParameters(keySize, hashType) if err != nil { t.Errorf("hmacprf.NewParameters(%d, %v) failed: %v", keySize, hashType, err) } if !params.Equal(params2) { t.Errorf("Equal() returned false, expected true") } if !params2.Equal(params) { t.Errorf("Equal() returned false, expected true") } } } } func TestParametersInvalidValues(t *testing.T) { for _, tc := range []struct { name string keySize int hashType hmacprf.HashType wantError string }{ { name: "key size too small", keySize: 15, hashType: hmacprf.SHA256, wantError: "keySizeInBytes must be >= 16, got 15", }, { name: "unknown hash type", keySize: 16, hashType: hmacprf.UnknownHashType, wantError: "hashType must be specified", }, } { t.Run(tc.name, func(t *testing.T) { if _, err := hmacprf.NewParameters(tc.keySize, tc.hashType); err == nil { t.Errorf("hmacprf.NewParameters(%d, %v) succeeded, expected error with message %q", tc.keySize, tc.hashType, tc.wantError) } }) } } func mustCreateParameters(t *testing.T, keySize int, hashType hmacprf.HashType) *hmacprf.Parameters { t.Helper() params, err := hmacprf.NewParameters(keySize, hashType) if err != nil { t.Fatalf("hmacprf.NewParameters(%d, %v) failed: %v", keySize, hashType, err) } return params } type stubParameters struct{} var _ key.Parameters = (*stubParameters)(nil) func (p *stubParameters) Equal(other key.Parameters) bool { return false } func (p *stubParameters) HasIDRequirement() bool { return false } func TestParametersNotEquals(t *testing.T) { for _, tc := range []struct { name string params1 *hmacprf.Parameters params2 key.Parameters }{ { name: "different key size", params1: mustCreateParameters(t, 32, hmacprf.SHA256), params2: mustCreateParameters(t, 16, hmacprf.SHA256), }, { name: "different hash type", params1: mustCreateParameters(t, 32, hmacprf.SHA256), params2: mustCreateParameters(t, 32, hmacprf.SHA512), }, { name: "different parameters type", params1: mustCreateParameters(t, 32, hmacprf.SHA256), params2: &stubParameters{}, }, } { t.Run(tc.name, func(t *testing.T) { if tc.params1.Equal(tc.params2) { t.Errorf("Equal() returned true, expected false") } }) } } ================================================ FILE: prf/hmacprf/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmacprf import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacprfpb "github.com/tink-crypto/tink-go/v2/proto/hmac_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const typeURL = "type.googleapis.com/google.crypto.tink.HmacPrfKey" type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func toProtoHashType(hashType HashType) (commonpb.HashType, error) { switch hashType { case SHA1: return commonpb.HashType_SHA1, nil case SHA224: return commonpb.HashType_SHA224, nil case SHA256: return commonpb.HashType_SHA256, nil case SHA384: return commonpb.HashType_SHA384, nil case SHA512: return commonpb.HashType_SHA512, nil default: return commonpb.HashType_UNKNOWN_HASH, fmt.Errorf("unsupported hash type: %v", hashType) } } func (s *keySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := key.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want %T", key, (*Key)(nil)) } params, ok := actualKey.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("key parameters is not a Parameters") } protoHashType, err := toProtoHashType(params.HashType()) if err != nil { return nil, err } keyBytes := actualKey.KeyBytes() protoKey := &hmacprfpb.HmacPrfKey{ KeyValue: keyBytes.Data(insecuresecretdataaccess.Token{}), Version: 0, Params: &hmacprfpb.HmacPrfParams{ Hash: protoHashType, }, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := actualKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, tinkpb.OutputPrefixType_RAW, idRequirement) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func fromProtoHashType(hashType commonpb.HashType) (HashType, error) { switch hashType { case commonpb.HashType_SHA1: return SHA1, nil case commonpb.HashType_SHA224: return SHA224, nil case commonpb.HashType_SHA256: return SHA256, nil case commonpb.HashType_SHA384: return SHA384, nil case commonpb.HashType_SHA512: return SHA512, nil default: return UnknownHashType, fmt.Errorf("unsupported proto hash type: %v", hashType) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyData.GetTypeUrl(), typeURL) } if keySerialization.OutputPrefixType() != tinkpb.OutputPrefixType_RAW { return nil, fmt.Errorf("unsupported output prefix type: %v", keySerialization.OutputPrefixType()) } // Do not check key material type for compatibility with other Tink implementations. // TODO - b/403459737: Consider adding the check. protoKey := new(hmacprfpb.HmacPrfKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != 0 { return nil, fmt.Errorf("key has unsupported version: %v", protoKey.GetVersion()) } keyMaterial := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) hashType, err := fromProtoHashType(protoKey.GetParams().GetHash()) if err != nil { return nil, err } params, err := NewParameters(keyMaterial.Len(), hashType) if err != nil { return nil, err } return NewKey(keyMaterial, params) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { actualParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want %T", parameters, (*Parameters)(nil)) } hashType, err := toProtoHashType(actualParameters.HashType()) if err != nil { return nil, err } format := &hmacprfpb.HmacPrfKeyFormat{ Version: 0, KeySize: uint32(actualParameters.KeySizeInBytes()), Params: &hmacprfpb.HmacPrfParams{ Hash: hashType, }, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), typeURL) } if keyTemplate.GetOutputPrefixType() != tinkpb.OutputPrefixType_RAW { return nil, fmt.Errorf("unsupported output prefix type: %v", keyTemplate.GetOutputPrefixType()) } format := new(hmacprfpb.HmacPrfKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("key has unsupported version: %v", format.GetVersion()) } hashType, err := fromProtoHashType(format.GetParams().GetHash()) if err != nil { return nil, err } return NewParameters(int(format.GetKeySize()), hashType) } ================================================ FILE: prf/hmacprf/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hmacprf_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/prf/hmacprf" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacprfpb "github.com/tink-crypto/tink-go/v2/proto/hmac_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParseKeyFails(t *testing.T) { for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "invalid key size", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKey{ Version: 0, KeyValue: []byte("0123"), Params: &hmacprfpb.HmacPrfParams{ Hash: commonpb.HashType_SHA256, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid key proto serialization", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKey{ Version: 1, KeyValue: []byte("1234567890123456"), Params: &hmacprfpb.HmacPrfParams{ Hash: commonpb.HashType_SHA256, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "invalid output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &hmacprfpb.HmacPrfParams{ Hash: commonpb.HashType_SHA256, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unknown output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &hmacprfpb.HmacPrfParams{ Hash: commonpb.HashType_SHA256, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 0), }, { name: "invalid hash type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &hmacprfpb.HmacPrfParams{ Hash: commonpb.HashType_UNKNOWN_HASH, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want error", tc.keySerialization) } }) } } type hmacPRFSerializationTestCase struct { name string key *hmacprf.Key keySerialization *protoserialization.KeySerialization } func hmacPRFSerializationTestCases(t *testing.T) []hmacPRFSerializationTestCase { var tcs []hmacPRFSerializationTestCase = nil for _, hashType := range []struct { enum hmacprf.HashType proto commonpb.HashType }{ {enum: hmacprf.SHA1, proto: commonpb.HashType_SHA1}, {enum: hmacprf.SHA224, proto: commonpb.HashType_SHA224}, {enum: hmacprf.SHA256, proto: commonpb.HashType_SHA256}, {enum: hmacprf.SHA384, proto: commonpb.HashType_SHA384}, {enum: hmacprf.SHA512, proto: commonpb.HashType_SHA512}, } { key, err := hmacprf.NewKey(secretdata.NewBytesFromData([]byte("1234567890123456"), insecuresecretdataaccess.Token{}), mustCreateParameters(t, 16, hashType.enum)) if err != nil { t.Fatalf("hmacprf.NewKey() err = %v, want nil", err) } tcs = append(tcs, hmacPRFSerializationTestCase{ name: fmt.Sprintf("HKDF-PRF,hashType=%v", hashType.enum), key: key, keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKey{ Version: 0, KeyValue: []byte("1234567890123456"), Params: &hmacprfpb.HmacPrfParams{ Hash: hashType.proto, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0), }) } return tcs } func TestParseKey(t *testing.T) { for _, tc := range hmacPRFSerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { gotKey, err := protoserialization.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } if !gotKey.Equal(tc.key) { t.Errorf("key.Equal(wantKey) = false, want true") } }) } } type testParams struct { hasIDRequirement bool } func (p *testParams) HasIDRequirement() bool { return p.hasIDRequirement } func (p *testParams) Equal(params key.Parameters) bool { _, ok := params.(*testParams) return ok && p.hasIDRequirement == params.HasIDRequirement() } type testKey struct { keyBytes []byte id uint32 params testParams } func (k *testKey) Parameters() key.Parameters { return &k.params } func (k *testKey) Equal(other key.Key) bool { fallbackProtoKey, ok := other.(*testKey) if !ok { return false } return k.params.Equal(fallbackProtoKey.Parameters()) } func (k *testKey) IDRequirement() (uint32, bool) { return k.id, k.params.HasIDRequirement() } func TestSerializeKeyFails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "key is nil", key: nil, }, { name: "key is not an AES key", key: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.key); err == nil { t.Errorf("protoserialization.SerializeKey() err = nil, want error") } }) } } func TestSerializeKey(t *testing.T) { for _, tc := range hmacPRFSerializationTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeKey(tc.key) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", tc.key, err) } if !got.Equal(tc.keySerialization) { t.Errorf("got.Equal(tc.wantKeySerialization) = false, want true") } }) } } func mustCreateKeyTemplate(t *testing.T, keySizeInBytes uint32, hashType commonpb.HashType) *tinkpb.KeyTemplate { t.Helper() return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: mustMarshal(t, &hmacprfpb.HmacPrfKeyFormat{ KeySize: keySizeInBytes, Version: 0, Params: &hmacprfpb.HmacPrfParams{ Hash: hashType, }, }), } } type parametersSerializationTestCase struct { name string parameters *hmacprf.Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateParametersTestParameters(t *testing.T) []parametersSerializationTestCase { var tcs []parametersSerializationTestCase for _, hashType := range []struct { enum hmacprf.HashType proto commonpb.HashType }{ {enum: hmacprf.SHA1, proto: commonpb.HashType_SHA1}, {enum: hmacprf.SHA224, proto: commonpb.HashType_SHA224}, {enum: hmacprf.SHA256, proto: commonpb.HashType_SHA256}, {enum: hmacprf.SHA384, proto: commonpb.HashType_SHA384}, {enum: hmacprf.SHA512, proto: commonpb.HashType_SHA512}, } { for _, keySize := range []int{16, 32} { tcs = append(tcs, parametersSerializationTestCase{ name: fmt.Sprintf("HKDF-PRF,hashType=%v", hashType.enum), parameters: mustCreateParameters(t, keySize, hashType.enum), keyTemplate: mustCreateKeyTemplate(t, uint32(keySize), hashType.proto), }) } } return tcs } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersTestParameters(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func TestParseParametersFailsWithWrongKeyTemplate(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "empty", keyTemplate: &tinkpb.KeyTemplate{}, }, { name: "empty format", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKeyFormat{}), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid format value", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: []byte("invalid format"), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid key size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKeyFormat{ KeySize: 10, Version: 0, Params: &hmacprfpb.HmacPrfParams{ Hash: commonpb.HashType_SHA256, }, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid hash type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKeyFormat{ KeySize: 16, Version: 0, Params: &hmacprfpb.HmacPrfParams{ Hash: commonpb.HashType_UNKNOWN_HASH, }, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid output prefix", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKeyFormat{ KeySize: 16, Version: 0, Params: &hmacprfpb.HmacPrfParams{ Hash: commonpb.HashType_SHA256, }, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "unknown output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", Value: mustMarshal(t, &hmacprfpb.HmacPrfKeyFormat{ KeySize: 16, Version: 0, Params: &hmacprfpb.HmacPrfParams{ Hash: commonpb.HashType_SHA256, }, }), OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: prf/prf_benchmark_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prf_test import ( "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // Benchmarks for PRF algorithms. func BenchmarkComputePRF(b *testing.B) { const ( outputLength = 16 ) testCases := []struct { name string template *tinkpb.KeyTemplate dataSize uint32 }{ { name: "HMAC_SHA256_PRF_16", template: prf.HMACSHA256PRFKeyTemplate(), dataSize: 16, }, { name: "HMAC_SHA256_PRF_16k", template: prf.HMACSHA256PRFKeyTemplate(), dataSize: 16 * 1024, }, { name: "HMAC_SHA512_PRF_16", template: prf.HMACSHA512PRFKeyTemplate(), dataSize: 16, }, { name: "HMAC_SHA512_PRF_16k", template: prf.HMACSHA512PRFKeyTemplate(), dataSize: 16 * 1024, }, { name: "HKDF_SHA256_16", template: prf.HKDFSHA256PRFKeyTemplate(), dataSize: 16, }, { name: "HKDF_SHA256_16k", template: prf.HKDFSHA256PRFKeyTemplate(), dataSize: 16 * 1024, }, { name: "AES_CMAC_PRF_16", template: prf.AESCMACPRFKeyTemplate(), dataSize: 16, }, { name: "AES_CMAC_PRF_16k", template: prf.AESCMACPRFKeyTemplate(), dataSize: 16 * 1024, }, } for _, tc := range testCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } primitive, err := prf.NewPRFSet(handle) if err != nil { b.Fatal(err) } data := random.GetRandomBytes(tc.dataSize) b.ResetTimer() for i := 0; i < b.N; i++ { _, err := primitive.ComputePrimaryPRF(data, outputLength) if err != nil { b.Fatal(err) } } }) } } ================================================ FILE: prf/prf_key_templates.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prf import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/tinkerror" cmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_prf_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hkdfpb "github.com/tink-crypto/tink-go/v2/proto/hkdf_prf_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // This file contains pre-generated KeyTemplate for PRF. // HMACSHA256PRFKeyTemplate is a KeyTemplate that generates an HMAC key with the following parameters: // - Key size: 32 bytes // - Hash function: SHA256 func HMACSHA256PRFKeyTemplate() *tinkpb.KeyTemplate { return createHMACPRFKeyTemplate(32, commonpb.HashType_SHA256) } // HMACSHA512PRFKeyTemplate is a KeyTemplate that generates an HMAC key with the following parameters: // - Key size: 64 bytes // - Hash function: SHA512 func HMACSHA512PRFKeyTemplate() *tinkpb.KeyTemplate { return createHMACPRFKeyTemplate(64, commonpb.HashType_SHA512) } // HKDFSHA256PRFKeyTemplate is a KeyTemplate that generates an HKDF key with the following parameters: // - Key size: 32 bytes // - Salt: empty // - Hash function: SHA256 func HKDFSHA256PRFKeyTemplate() *tinkpb.KeyTemplate { return createHKDFPRFKeyTemplate(32, commonpb.HashType_SHA256, make([]byte, 0)) } // AESCMACPRFKeyTemplate is a KeyTemplate that generates a AES-CMAC key with the following parameters: // - Key size: 32 bytes func AESCMACPRFKeyTemplate() *tinkpb.KeyTemplate { return createAESCMACPRFKeyTemplate(32) } // createHMACPRFKeyTemplate creates a new KeyTemplate for HMAC using the given parameters. func createHMACPRFKeyTemplate(keySize uint32, hashType commonpb.HashType) *tinkpb.KeyTemplate { params := hmacpb.HmacPrfParams{ Hash: hashType, } format := hmacpb.HmacPrfKeyFormat{ Params: ¶ms, KeySize: keySize, } serializedFormat, err := proto.Marshal(&format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat, } } // createHKDFPRFKeyTemplate creates a new KeyTemplate for HKDF using the given parameters. func createHKDFPRFKeyTemplate(keySize uint32, hashType commonpb.HashType, salt []byte) *tinkpb.KeyTemplate { params := hkdfpb.HkdfPrfParams{ Hash: hashType, Salt: salt, } format := hkdfpb.HkdfPrfKeyFormat{ Params: ¶ms, KeySize: keySize, } serializedFormat, err := proto.Marshal(&format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.HkdfPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat, } } // createAESCMACPRFKeyTemplate creates a new KeyTemplate for AES-CMAC using the given parameters. func createAESCMACPRFKeyTemplate(keySize uint32) *tinkpb.KeyTemplate { format := cmacpb.AesCmacPrfKeyFormat{ KeySize: keySize, } serializedFormat, err := proto.Marshal(&format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCmacPrfKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat, } } ================================================ FILE: prf/prf_key_templates_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prf_test import ( "bytes" "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/prf" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyTemplates(t *testing.T) { var testCases = []struct { name string template *tinkpb.KeyTemplate }{ {name: "HMAC_SHA256_PRF", template: prf.HMACSHA256PRFKeyTemplate()}, {name: "HMAC_SHA512_PRF", template: prf.HMACSHA512PRFKeyTemplate()}, {name: "HKDF_SHA256", template: prf.HKDFSHA256PRFKeyTemplate()}, {name: "AES_CMAC_PRF", template: prf.AESCMACPRFKeyTemplate()}, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { handle, err := keyset.NewHandle(tc.template) if err != nil { t.Errorf("keyset.NewHandle(tc.template) failed: %s", err) } prfset, err := prf.NewPRFSet(handle) if err != nil { t.Errorf("prf.NewPRFSet(handle) failed: %s", err) } var testInputs = []struct { message1 []byte message2 []byte }{ { message1: []byte("this data needs to be authenticated"), message2: []byte("this data needs to be authenticated"), }, { message1: []byte(""), message2: []byte(""), }, { message1: []byte(""), message2: nil, }, { message1: nil, message2: []byte(""), }, { message1: nil, message2: nil, }, } for _, ti := range testInputs { output, err := prfset.ComputePrimaryPRF(ti.message1, 16) if err != nil { t.Errorf("prfset.ComputePrimaryPRF(ti.message1, 16) failed: %s", err) } if len(output) != 16 { t.Errorf("len(output) = %d, want 16", len(output)) } output2, err := prfset.ComputePrimaryPRF(ti.message2, 16) if err != nil { t.Errorf("prfset.ComputePrimaryPRF(ti.message2, 16) failed: %s", err) } if !bytes.Equal(output2, output) { t.Errorf("equivalent inputs did not produce equivalent outputs, got: %q, want: %q", output2, output) } } }) } } ================================================ FILE: prf/prf_set.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package prf contains utilities to calculate pseudo random function families. package prf import ( "fmt" "github.com/tink-crypto/tink-go/v2/monitoring" _ "github.com/tink-crypto/tink-go/v2/prf/aescmacprf" // To register the AES-CMAC PRF key manager. _ "github.com/tink-crypto/tink-go/v2/prf/hkdfprf" // To register the HKDF PRF key manager. _ "github.com/tink-crypto/tink-go/v2/prf/hmacprf" // To register the HMAC PRF key manager. ) // The PRF interface is an abstraction for an element of a pseudo-random // function family, selected by a key. // // It has the following properties: // - It is deterministic. ComputePRF(input, length) will always return the // same output if the same key is used. ComputePRF(input, length1) will be a // prefix of ComputePRF(input, length2) if length1 < length2 and the same // key is used. // - It is indistinguishable from a random function. Given the evaluation of // n different inputs, an attacker cannot distinguish between the PRF and // random bytes on an input different from the n that are known. // // Use cases for PRF are deterministic redaction of PII, keyed hash functions, // creating sub IDs that do not allow joining with the original dataset without // knowing the key. // // While PRFs can be used in order to prove authenticity of a message, using // the MAC interface is recommended for that use case, as it has support for // verification, avoiding the security problems that often happen during // verification, and having automatic support for key rotation. It also allows // for non-deterministic MAC algorithms. type PRF interface { // Computes the PRF selected by the underlying key on input and // returns the first outputLength bytes. // // When choosing this parameter keep the birthday paradox in mind. // If you have 2^n different inputs that your system has to handle // set the output length (in bytes) to at least // ceil(n/4 + 4) // // This corresponds to 2*n + 32 bits, meaning a collision will occur // with a probability less than 1:2^32. When in doubt, request a // security review. // // Returns a non-nil error if the algorithm fails or if the output of // the underlying algorithm is less than outputLength. ComputePRF(input []byte, outputLength uint32) ([]byte, error) } type monitoredPRF struct { prf PRF keyID uint32 logger monitoring.Logger } var _ PRF = (*monitoredPRF)(nil) func (w *monitoredPRF) ComputePRF(input []byte, outputLength uint32) ([]byte, error) { p, err := w.prf.ComputePRF(input, outputLength) if err != nil { w.logger.LogFailure() return nil, err } w.logger.Log(w.keyID, len(input)) return p, nil } // Set is a set of PRFs. // // A Tink Keyset can be converted into a set of PRFs using this primitive. // Every key in the keyset corresponds to a PRF in the prf.Set. Every PRF in // the set is given an ID, which is the same ID as the key id in the Keyset. type Set struct { // PrimaryID is the key ID marked as primary in the corresponding Keyset. PrimaryID uint32 // PRFs maps key IDs to their corresponding PRF. PRFs map[uint32]PRF } // ComputePrimaryPRF is equivalent to set.PRFs[set.PrimaryID].ComputePRF(). func (s Set) ComputePrimaryPRF(input []byte, outputLength uint32) ([]byte, error) { prf, ok := s.PRFs[s.PrimaryID] if !ok { return nil, fmt.Errorf("Could not find primary ID %d in prf.Set", s.PrimaryID) } return prf.ComputePRF(input, outputLength) } ================================================ FILE: prf/prf_set_factory.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prf import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" ) // NewPRFSet creates a [prf.Set] primitive from the given [keyset.Handle] // using the global registry. func NewPRFSet(handle *keyset.Handle) (*Set, error) { return NewPRFSetWithConfig(handle, ®istryconfig.RegistryConfig{}) } // NewPRFSetWithConfig creates a [prf.Set] primitive from the given [keyset.Handle] and // [keyset.Config]. func NewPRFSetWithConfig(handle *keyset.Handle, config keyset.Config) (*Set, error) { ps, err := keyset.Primitives[PRF](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("prf_set_factory: cannot obtain primitive set: %s", err) } return wrapPRFset(ps) } func wrapPRFset(ps *primitiveset.PrimitiveSet[PRF]) (*Set, error) { set := &Set{} set.PrimaryID = ps.Primary.KeyID set.PRFs = make(map[uint32]PRF) logger, err := createLogger(ps) if err != nil { return nil, err } entries, err := ps.RawEntries() if err != nil { return nil, fmt.Errorf("Could not get raw entries: %v", err) } if len(entries) == 0 { return nil, fmt.Errorf("Did not find any raw entries") } if len(ps.Entries) != 1 { return nil, fmt.Errorf("Only raw entries allowed for prf.Set") } for _, entry := range entries { prf := entry.Primitive if prf == nil { prf = entry.FullPrimitive } set.PRFs[entry.KeyID] = &monitoredPRF{ prf: prf, keyID: entry.KeyID, logger: logger, } } return set, nil } func createLogger(ps *primitiveset.PrimitiveSet[PRF]) (monitoring.Logger, error) { if len(ps.Annotations) == 0 { return &monitoringutil.DoNothingLogger{}, nil } keysetInfo, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { return nil, err } return internalregistry.GetMonitoringClient().NewLogger(&monitoring.Context{ KeysetInfo: keysetInfo, Primitive: "prf", APIFunction: "compute", }) } ================================================ FILE: prf/prf_set_factory_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prf_test import ( "bytes" "encoding/hex" "fmt" "reflect" "slices" "strconv" "testing" "github.com/google/go-cmp/cmp" "github.com/google/go-cmp/cmp/cmpopts" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/prf" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" "github.com/tink-crypto/tink-go/v2/testutil" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( maxAutocorrelation = 100 ) func addKeyAndReturnID(m *keyset.Manager, template *tinkpb.KeyTemplate) (uint32, error) { keyID, err := m.Add(template) if err != nil { return 0, fmt.Errorf("Could not add key from the given template: %v", err) } err = m.SetPrimary(keyID) if err != nil { return 0, fmt.Errorf("Could set key as primary: %v", err) } return keyID, nil } func TestFactoryBasic(t *testing.T) { manager := keyset.NewManager() aescmacID, err := addKeyAndReturnID(manager, prf.AESCMACPRFKeyTemplate()) if err != nil { t.Errorf("Could not add AES CMAC PRF key: %v", err) } hmacsha256ID, err := addKeyAndReturnID(manager, prf.HMACSHA256PRFKeyTemplate()) if err != nil { t.Errorf("Could not add HMAC SHA256 PRF key: %v", err) } hkdfsha256ID, err := addKeyAndReturnID(manager, prf.HKDFSHA256PRFKeyTemplate()) if err != nil { t.Errorf("Could not add HKDF SHA256 PRF key: %v", err) } hmacsha512ID, err := addKeyAndReturnID(manager, prf.HMACSHA512PRFKeyTemplate()) if err != nil { t.Errorf("Could not add HMAC SHA512 PRF key: %v", err) } handle, err := manager.Handle() if err != nil { t.Errorf("Could not obtain handle: %v", err) } prfSet, err := prf.NewPRFSet(handle) if err != nil { t.Errorf("Could not create prf.Set with standard key templates: %v", err) } primaryID := prfSet.PrimaryID if primaryID != hmacsha512ID { t.Errorf("Primary ID %d should be the ID %d, which was added last", primaryID, hmacsha512ID) } for _, length := range []uint32{1, 10, 16, 17, 32, 33, 64, 65, 100, 8160, 8161} { results := [][]byte{} for id, prf := range prfSet.PRFs { ok := true switch { case length > 16 && id == aescmacID: ok = false case length > 32 && id == hmacsha256ID: ok = false case length > 64 && id == hmacsha512ID: ok = false case length > 8160 && id == hkdfsha256ID: ok = false } result1, err := prf.ComputePRF([]byte("The input"), length) switch { case err != nil && !ok: continue case err != nil: t.Errorf("Expected to be able to compute %d bytes of PRF output: %v", length, err) continue case !ok: t.Errorf("Expected to be unable to compute %d bytes PRF output", length) continue } result2, err := prf.ComputePRF([]byte("The different input"), length) switch { case err != nil && !ok: continue case err != nil: t.Errorf("Expected to be able to compute %d bytes of PRF output: %v", length, err) continue case !ok: t.Errorf("Expected to be unable to compute %d bytes PRF output", length) continue } result3, err := prf.ComputePRF([]byte("The input"), length) switch { case err != nil && !ok: continue case err != nil: t.Errorf("Expected to be able to compute %d bytes of PRF output: %v", length, err) continue case !ok: t.Errorf("Expected to be unable to compute %d bytes PRF output", length) continue } if id == primaryID { primaryResult, err := prfSet.ComputePrimaryPRF([]byte("The input"), length) switch { case err != nil && !ok: continue case err != nil: t.Errorf("Expected to be able to compute %d bytes of PRF output: %v", length, err) continue case !ok: t.Errorf("Expected to be unable to compute %d bytes PRF output", length) continue } if hex.EncodeToString(result1) != hex.EncodeToString(primaryResult) { t.Errorf("Expected manual call of ComputePRF of primary PRF and ComputePrimaryPRF with the same input to produce the same output, but got %q and %q", result1, primaryResult) } } if hex.EncodeToString(result1) != hex.EncodeToString(result3) { t.Errorf("Expected different calls with the same input to produce the same output, but got %q and %q", result1, result3) } results = append(results, result1) results = append(results, result2) } runZTests(results, t) } } func TestNonPRFPrimitives(t *testing.T) { template := mac.AESCMACTag128KeyTemplate() template.OutputPrefixType = tinkpb.OutputPrefixType_RAW h, err := keyset.NewHandle(template) if err != nil { t.Errorf("Couldn't create keyset: %v", err) } _, err = prf.NewPRFSet(h) if err == nil { t.Errorf("Expected non PRF primitive to fail to create prf.Set") } m := keyset.NewManagerFromHandle(h) _, err = addKeyAndReturnID(m, prf.HMACSHA256PRFKeyTemplate()) if err != nil { t.Errorf("Expected to be able to add keys to the keyset: %v", err) } h, err = m.Handle() if err != nil { t.Errorf("Expected to be able to create keyset handle: %v", err) } _, err = prf.NewPRFSet(h) if err == nil { t.Errorf("Expected mixed primitive keyset to fail to create prf.Set") } } func runZTests(results [][]byte, t *testing.T) { for i, result1 := range results { if err := testutil.ZTestUniformString(result1); err != nil { t.Errorf("Expected PRF output to pass uniformity z test: %v", err) } if len(result1) <= maxAutocorrelation { if err := testutil.ZTestAutocorrelationUniformString(result1); err != nil { t.Errorf("Expected PRF output to pass autocorrelation test: %v", err) } } for j := i + 1; j < len(results); j++ { result2 := results[j] if err := testutil.ZTestCrosscorrelationUniformStrings(result1, result2); err != nil { t.Errorf("Expected different PRF outputs to be uncorrelated: %v", err) } } } } func TestPrimitiveFactoryComputePRFWithoutAnnotationsDoesNothing(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(prf.HMACSHA256PRFKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } prfSet, err := prf.NewPRFSet(kh) if err != nil { t.Fatalf("prf.NewPRFSet() err = %v, want nil", err) } if _, err := prfSet.ComputePrimaryPRF([]byte("input_data"), 32); err != nil { t.Fatalf("prfSet.ComputePrimaryPRF() err = %v, want nil", err) } failures := len(client.Failures()) if failures != 0 { t.Errorf("len(client.Failures()) = %d, want 0", failures) } got := client.Events() if got != nil { t.Errorf("client.Events() = %v, want nil", got) } } func TestPrimitiveFactoryMonitoringWithAnnotationsComputePRFFailureIsLogged(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(prf.HMACSHA256PRFKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } prfSet, err := prf.NewPRFSet(mh) if err != nil { t.Fatalf("prf.NewPRFSet() err = %v, want nil", err) } data := []byte("input_data") if _, err := prfSet.ComputePrimaryPRF(data, 64); err == nil { t.Fatalf("prfSet.ComputePrimaryPRF() err = nil, want non-nil errors") } got := client.Failures() want := []*fakemonitoring.LogFailure{ { Context: monitoring.NewContext( "prf", "compute", &monitoring.KeysetInfo{ Annotations: annotations, Entries: []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HmacPrfKey", KeyPrefix: "RAW", }, }, PrimaryKeyID: kh.KeysetInfo().GetPrimaryKeyId(), }, ), }, } if diff := cmp.Diff(want, got); diff != "" { t.Errorf("%v", diff) } } func TestPrimitiveFactoryIndividualPrfWithAnnotatonsLogsCompute(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(prf.HMACSHA256PRFKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } manager := keyset.NewManagerFromHandle(kh) hmac512KeyID, err := manager.Add(prf.HMACSHA512PRFKeyTemplate()) if err != nil { t.Fatalf("manager.Add() err = %v, want nil", err) } aesKeyID, err := manager.Add(prf.AESCMACPRFKeyTemplate()) if err != nil { t.Fatalf("manager.Add() err = %v, want nil", err) } kh, err = manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } prfSet, err := prf.NewPRFSet(mh) if err != nil { t.Fatalf("prf.NewPRFSet() err = %v, want nil", err) } for _, p := range prfSet.PRFs { if _, err := p.ComputePRF([]byte("input_data"), 16); err != nil { t.Fatalf("p.ComputePRF() err = %v, want nil", err) } } got := client.Events() wantKeysetInfo := &monitoring.KeysetInfo{ PrimaryKeyID: kh.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HmacPrfKey", KeyPrefix: "RAW", }, { KeyID: hmac512KeyID, Status: monitoring.Enabled, KeyType: "tink.HmacPrfKey", KeyPrefix: "RAW", }, { KeyID: aesKeyID, Status: monitoring.Enabled, KeyType: "tink.AesCmacPrfKey", KeyPrefix: "RAW", }, }, Annotations: annotations, } want := []*fakemonitoring.LogEvent{ { Context: monitoring.NewContext("prf", "compute", wantKeysetInfo), KeyID: kh.KeysetInfo().GetKeyInfo()[0].GetKeyId(), NumBytes: len("input_data"), }, { Context: monitoring.NewContext("prf", "compute", wantKeysetInfo), KeyID: kh.KeysetInfo().GetKeyInfo()[1].GetKeyId(), NumBytes: len("input_data"), }, { Context: monitoring.NewContext("prf", "compute", wantKeysetInfo), KeyID: kh.KeysetInfo().GetKeyInfo()[2].GetKeyId(), NumBytes: len("input_data"), }, } eventCmp := func(a, b *fakemonitoring.LogEvent) bool { return a.KeyID < b.KeyID } if !cmp.Equal(got, want, cmpopts.SortSlices(eventCmp)) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } func TestPrimitiveFactoryWithMonitoringAnnotationsLogsComputePRF(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } kh, err := keyset.NewHandle(prf.HMACSHA256PRFKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} mh, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } prfSet, err := prf.NewPRFSet(mh) if err != nil { t.Fatalf("prf.NewPRFSet() err = %v, want nil", err) } data := []byte("some_data") if _, err := prfSet.ComputePrimaryPRF(data, 20); err != nil { t.Fatalf("prfSet.ComputePrimaryPRF() err = %v, want nil", err) } got := client.Events() wantKeysetInfo := &monitoring.KeysetInfo{ PrimaryKeyID: kh.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.HmacPrfKey", KeyPrefix: "RAW", }, }, Annotations: annotations, } want := []*fakemonitoring.LogEvent{ { Context: monitoring.NewContext("prf", "compute", wantKeysetInfo), KeyID: kh.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), }, } if !cmp.Equal(got, want) { t.Errorf("got = %v, want = %v, with diff: %v", got, want, cmp.Diff(got, want)) } } const keyURL = "type.googleapis.com/google.crypto.tink.KeyURL" type stubParams struct{} var _ key.Parameters = (*stubParams)(nil) func (p *stubParams) Equal(_ key.Parameters) bool { return true } func (p *stubParams) HasIDRequirement() bool { return true } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (p *stubKey) Equal(_ key.Key) bool { return true } func (p *stubKey) Parameters() key.Parameters { return &stubParams{} } func (p *stubKey) IDRequirement() (uint32, bool) { return 0, false } func (p *stubKey) HasIDRequirement() bool { return false } func (p *stubKey) OutputPrefix() []byte { return nil } type stubKeySerialization struct{} var _ protoserialization.KeySerializer = (*stubKeySerialization)(nil) func (s *stubKeySerialization) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: keyURL, Value: []byte("serialized_key"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, tinkpb.OutputPrefixType_RAW, 0, ) } type stubKeyParser struct{} var _ protoserialization.KeyParser = (*stubKeyParser)(nil) func (s *stubKeyParser) ParseKey(serialization *protoserialization.KeySerialization) (key.Key, error) { return &stubKey{}, nil } type stubFullPRF struct{} var _ prf.PRF = (*stubFullPRF)(nil) func (s *stubFullPRF) ComputePRF(input []byte, outputLength uint32) ([]byte, error) { return slices.Concat([]byte("full_primitive"), input, []byte(strconv.Itoa(int(outputLength)))), nil } type legacyPRF struct{} var _ prf.PRF = (*legacyPRF)(nil) func (s *legacyPRF) ComputePRF(input []byte, outputLength uint32) ([]byte, error) { return slices.Concat([]byte("legacy_primitive"), input, []byte(strconv.Itoa(int(outputLength)))), nil } func TestNewWithConfig(t *testing.T) { defer protoserialization.UnregisterKeyParser(keyURL) defer protoserialization.UnregisterKeySerializer[*stubKey]() if err := protoserialization.RegisterKeyParser(keyURL, &stubKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubKey](&stubKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } configBuilder := config.NewBuilder() if err := configBuilder.RegisterPrimitiveConstructor(reflect.TypeFor[*stubKey](), func(key key.Key) (any, error) { return &stubFullPRF{}, nil }, internalapi.Token{}); err != nil { t.Fatalf("configBuilder.RegisterPrimitiveConstructor() err = %v, want nil", err) } config := configBuilder.Build() km := keyset.NewManager() if _, err := km.AddKeyWithOpts(&stubKey{}, internalapi.Token{}, keyset.AsPrimary()); err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } prfSet, err := prf.NewPRFSetWithConfig(handle, &config) if err != nil { t.Fatalf("prf.NewPRFSetWithConfig() err = %v, want nil", err) } out, err := prfSet.ComputePrimaryPRF([]byte("message"), 10) if err != nil { t.Fatalf("prfSet.ComputePrimaryPRF() err = %v, want nil", err) } if !bytes.HasPrefix(out, []byte("full_primitive")) { t.Errorf("out = %q, want prefix: %q", out, []byte("full_primitive")) } } ================================================ FILE: prf/prf_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package prf_test import ( "encoding/base64" "fmt" "log" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/prf" ) func Example() { kh, err := keyset.NewHandle(prf.HMACSHA256PRFKeyTemplate()) if err != nil { log.Fatal(err) } // TODO: save the keyset to a safe location. DO NOT hardcode it in source code. // Consider encrypting it with a remote key in Cloud KMS, AWS KMS or HashiCorp Vault. // See https://developers.google.com/tink/key-management-overview. ps, err := prf.NewPRFSet(kh) if err != nil { log.Fatal(err) } msg := []byte("This is an ID needs to be redacted") output, err := ps.ComputePrimaryPRF(msg, 16) fmt.Printf("Message: %s\n", msg) fmt.Printf("Redacted: %s\n", base64.StdEncoding.EncodeToString(output)) } ================================================ FILE: prf/subtle/aes_cmac.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/mac/aescmac" // Placeholder for internal crypto/cipher allowlist, please ignore. // Placeholder for internal crypto/subtle allowlist, please ignore. ) // AESCMACPRF is a type that can be used to compute several CMACs with the same // key material. type AESCMACPRF struct { cmac *aescmac.CMAC } // NewAESCMACPRF creates a new AESCMACPRF object and initializes it with the // correct key material. func NewAESCMACPRF(key []byte) (*AESCMACPRF, error) { cmac, err := aescmac.New(key) if err != nil { return nil, fmt.Errorf("aescmacprf: %v", err) } return &AESCMACPRF{cmac: cmac}, nil } // ValidateAESCMACPRFParams checks that the key is the recommended size for // AES-CMAC. func ValidateAESCMACPRFParams(keySize uint32) error { if keySize != 32 { return fmt.Errorf("aescmacprf: got key size %d, want recommended size 32", keySize) } return nil } // ComputePRF computes the AES-CMAC for the given key and data, returning // outputLength bytes. // // The timing of this function will only depend on len(data), and not leak any // additional information about the key or the data. func (a AESCMACPRF) ComputePRF(data []byte, outputLength uint32) ([]byte, error) { if outputLength > aescmac.BlockSize { return nil, fmt.Errorf("aescmacprf: invalid output length %d, want between 0 and %d", outputLength, aescmac.BlockSize) } return a.cmac.Compute(data)[:outputLength], nil } ================================================ FILE: prf/subtle/aes_cmac_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/prf/subtle" ) func TestVectorsRFC4493(t *testing.T) { // Test vectors from RFC 4493. key, err := hex.DecodeString("2b7e151628aed2a6abf7158809cf4f3c") if err != nil { t.Errorf("Could not decode key: %v", err) } data, err := hex.DecodeString("6bc1bee22e409f96e93d7e117393172aae2d8a571e03ac9c9eb76fac45af8e5130c81c46a35ce411e5fbc1191a0a52eff69f2445df4f9b17ad2b417be66c3710") if err != nil { t.Errorf("Could not decode data: %v", err) } expected := map[int]string{ 0: "bb1d6929e95937287fa37d129b756746", 16: "070a16b46b4d4144f79bdd9dd04a287c", 40: "dfa66747de9ae63030ca32611497c827", 64: "51f0bebf7e3b9d92fc49741779363cfe", } a, err := subtle.NewAESCMACPRF(key) if err != nil { t.Errorf("Could not create cmac.AES object: %v", err) } for l, e := range expected { output, err := a.ComputePRF(data[:l], 16) if err != nil { t.Errorf("Error computing AES-CMAC: %v", err) } if hex.EncodeToString(output) != e { t.Errorf("Computation and test vector differ. Computation: %q, Test Vector %q", hex.EncodeToString(output), e) } } } func TestAESCMACPRFWycheproofCases(t *testing.T) { suite := new(macSuite) wycheproof.PopulateSuiteV1(t, suite, "aes_cmac_test.json") for _, group := range suite.TestGroups { groupName := fmt.Sprintf("%s-%s(%d)", suite.Algorithm, group.Type, group.KeySize) if group.TagSize%8 != 0 { t.Errorf("For %s, requested tag size is not a multiple of 8, but %d", groupName, group.TagSize) continue } for _, test := range group.Tests { caseName := fmt.Sprintf("%s:Case-%d", groupName, test.CaseID) t.Run(caseName, func(t *testing.T) { if uint32(len(test.Key))*8 != group.KeySize { t.Fatalf("Invalid key length: %s", test.Comment) } aes, err := subtle.NewAESCMACPRF(test.Key) switch test.Result { case "valid": if err != nil { t.Fatalf("NewAESCMACPRF failed (case: %s): %v", test.Comment, err) } res, err := aes.ComputePRF(test.Message, group.TagSize/8) if err != nil { t.Fatalf("ComputePRF() failed: %v", err) } if !bytes.Equal(res, test.Tag) { t.Errorf("ComputePRF() result and expected result do not match:\nComputed: %q\nExpected: %q", hex.EncodeToString(res), test.Tag) } case "invalid": if err != nil { return } res, err := aes.ComputePRF(test.Message, group.TagSize/8) if err != nil { return } if bytes.Equal(res, test.Tag) { t.Errorf("ComputePRF() result and invalid expected result match:\nComputed: %q\nExpected: %q", hex.EncodeToString(res), test.Tag) } default: t.Fatalf("Unsupported test result: %q", test.Result) } }) } } } func TestValidateAESCMACPRFParams(t *testing.T) { if err := subtle.ValidateAESCMACPRFParams(32); err != nil { t.Errorf("Unexpected error validating AES CMAC PRF Params: %v", err) } if err := subtle.ValidateAESCMACPRFParams(2); err == nil { t.Errorf("Unexpected validation of too short key for AES CMAC PRF Params") } } func TestKeyLength(t *testing.T) { if _, err := subtle.NewAESCMACPRF([]byte{0x01, 0x02}); err == nil { t.Errorf("Expected NewAESCMACPRF to fail on short key") } if _, err := subtle.NewAESCMACPRF([]byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}); err != nil { t.Errorf("Expected NewAESCMACPRF to work on 16 byte key") } if _, err := subtle.NewAESCMACPRF([]byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}); err != nil { t.Errorf("Expected NewAESCMACPRF to work on 32 byte key") } } func TestAESCMACPRFOutputLength(t *testing.T) { prf, err := subtle.NewAESCMACPRF([]byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}) if err != nil { t.Errorf("Expected NewAESCMACPRF to work on 32 byte key") } for i := 0; i <= 16; i++ { output, err := prf.ComputePRF([]byte{0x01, 0x02}, uint32(i)) if err != nil { t.Errorf("Expected to be able to compute AES CMAC PRF with %d output length", i) } if len(output) != i { t.Errorf("Expected AES CMAC PRF to compute %d bytes, got %d", i, len(output)) } } for i := 17; i < 32; i++ { _, err := prf.ComputePRF([]byte{0x01, 0x02}, uint32(i)) if err == nil { t.Errorf("Expected to not be able to compute AES CMAC PRF with %d output length", i) } } } ================================================ FILE: prf/subtle/hkdf.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "fmt" "hash" "io" "golang.org/x/crypto/hkdf" "github.com/tink-crypto/tink-go/v2/subtle" ) const ( // We use a somewhat larger minimum key size than usual, because PRFs might be // used by many users, in which case the security can degrade by a factor // depending on the number of users. (Discussed for example in // https://eprint.iacr.org/2012/159) minHKDFKeySizeInBytes = uint32(32) ) // HKDFPRF is a type that can be used to compute several HKDFs with the same key material. type HKDFPRF struct { h func() hash.Hash key []byte salt []byte } // NewHKDFPRF creates a new HKDFPRF object and initializes it with the correct key material. func NewHKDFPRF(hashAlg string, key []byte, salt []byte) (*HKDFPRF, error) { h := &HKDFPRF{} hashFunc := subtle.GetHashFunc(hashAlg) if hashFunc == nil { return nil, fmt.Errorf("hkdf: invalid hash algorithm") } h.h = hashFunc h.key = key h.salt = salt return h, nil } // ValidateHKDFPRFParams validates parameters of HKDF constructor. func ValidateHKDFPRFParams(hash string, keySize uint32, salt []byte) error { // validate key size if keySize < minHKDFKeySizeInBytes { return fmt.Errorf("key too short") } if subtle.GetHashFunc(hash) == nil { return fmt.Errorf("invalid hash function") } if hash != "SHA256" && hash != "SHA512" { return fmt.Errorf("Only SHA-256 and SHA-512 currently allowed for HKDF") } return nil } // ComputePRF computes the HKDF for the given key and data, returning outputLength bytes. func (h HKDFPRF) ComputePRF(data []byte, outputLength uint32) ([]byte, error) { kdf := hkdf.New(h.h, h.key, h.salt, data) output := make([]byte, outputLength) _, err := io.ReadAtLeast(kdf, output, int(outputLength)) if err != nil { return nil, fmt.Errorf("Error computing HKDF: %v", err) } return output[:outputLength], nil } ================================================ FILE: prf/subtle/hkdf_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "fmt" "strings" "testing" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/prf/subtle" ) type rfc5869test struct { hash string key string salt string info string outputLength uint32 okm string } func TestVectorsRFC5869(t *testing.T) { // Test vectors from RFC 5869. testvectors := []*rfc5869test{ { hash: "SHA256", key: "0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b", salt: "000102030405060708090a0b0c", info: "f0f1f2f3f4f5f6f7f8f9", outputLength: 42, okm: "3cb25f25faacd57a90434f64d0362f2a2d2d0a90cf1a5a4c5db02d56ecc4c5bf34007208d5b887185865", }, { hash: "SHA256", key: "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f404142434445464748494a4b4c4d4e4f", salt: "606162636465666768696a6b6c6d6e6f707172737475767778797a7b7c7d7e7f808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9fa0a1a2a3a4a5a6a7a8a9aaabacadaeaf", info: "b0b1b2b3b4b5b6b7b8b9babbbcbdbebfc0c1c2c3c4c5c6c7c8c9cacbcccdcecfd0d1d2d3d4d5d6d7d8d9dadbdcdddedfe0e1e2e3e4e5e6e7e8e9eaebecedeeeff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff", outputLength: 82, okm: "b11e398dc80327a1c8e7f78c596a49344f012eda2d4efad8a050cc4c19afa97c59045a99cac7827271cb41c65e590e09da3275600c2f09b8367793a9aca3db71cc30c58179ec3e87c14c01d5c1f3434f1d87", }, { hash: "SHA256", key: "0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b", salt: "", info: "", outputLength: 42, okm: "8da4e775a563c18f715f802a063c5a31b8a11f5c5ee1879ec3454e5f3c738d2d9d201395faa4b61a96c8", }, { hash: "SHA1", key: "0b0b0b0b0b0b0b0b0b0b0b", salt: "000102030405060708090a0b0c", info: "f0f1f2f3f4f5f6f7f8f9", outputLength: 42, okm: "085a01ea1b10f36933068b56efa5ad81a4f14b822f5b091568a9cdd4f155fda2c22e422478d305f3f896", }, { hash: "SHA1", key: "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f404142434445464748494a4b4c4d4e4f", salt: "606162636465666768696a6b6c6d6e6f707172737475767778797a7b7c7d7e7f808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9fa0a1a2a3a4a5a6a7a8a9aaabacadaeaf", info: "b0b1b2b3b4b5b6b7b8b9babbbcbdbebfc0c1c2c3c4c5c6c7c8c9cacbcccdcecfd0d1d2d3d4d5d6d7d8d9dadbdcdddedfe0e1e2e3e4e5e6e7e8e9eaebecedeeeff0f1f2f3f4f5f6f7f8f9fafbfcfdfeff", outputLength: 82, okm: "0bd770a74d1160f7c9f12cd5912a06ebff6adcae899d92191fe4305673ba2ffe8fa3f1a4e5ad79f3f334b3b202b2173c486ea37ce3d397ed034c7f9dfeb15c5e927336d0441f4c4300e2cff0d0900b52d3b4", }, { hash: "SHA1", key: "0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b", salt: "", info: "", outputLength: 42, okm: "0ac1af7002b3d761d1e55298da9d0506b9ae52057220a306e07b6b87e8df21d0ea00033de03984d34918", }, { hash: "SHA1", key: "0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c", salt: "", info: "", outputLength: 42, okm: "2c91117204d745f3500d636a62f64f0ab3bae548aa53d423b0d1f27ebba6f5e5673a081d70cce7acfc48", }, } for _, v := range testvectors { key, err := hex.DecodeString(v.key) if err != nil { t.Errorf("Could not decode key: %v", err) } salt, err := hex.DecodeString(v.salt) if err != nil { t.Errorf("Could not decode salt: %v", err) } info, err := hex.DecodeString(v.info) if err != nil { t.Errorf("Could not decode info: %v", err) } p, err := subtle.NewHKDFPRF(v.hash, key, salt) if err != nil { t.Errorf("Could not create HKDF object: %v", err) } output, err := p.ComputePRF(info, v.outputLength) if err != nil { t.Errorf("Error computing HKDF: %v", err) } if hex.EncodeToString(output) != v.okm { t.Errorf("Computation and test vector differ. Computation: %q, Test Vector %q", hex.EncodeToString(output), v.okm) } } } func TestHKDFPRFWycheproofCases(t *testing.T) { for _, hash := range []string{"SHA1", "SHA256", "SHA512"} { filename := fmt.Sprintf("hkdf_%s_test.json", strings.ToLower(hash)) suite := new(hkdfSuite) wycheproof.PopulateSuiteV1(t, suite, filename) for _, group := range suite.TestGroups { for _, test := range group.Tests { caseName := fmt.Sprintf("%s-%s-%s(%d):Case-%d", suite.Algorithm, group.Type, hash, group.KeySize, test.CaseID) t.Run(caseName, func(t *testing.T) { if uint32(len(test.IKM))*8 != group.KeySize { t.Fatal("Invalid key length") } hkdfPRF, err := subtle.NewHKDFPRF(hash, test.IKM, test.Salt) switch test.Result { case "valid": if err != nil { t.Fatalf("NewHKDFPRF failed: %v", err) } res, err := hkdfPRF.ComputePRF(test.Info, test.Size) if err != nil { t.Fatalf("ComputePRF() failed: %v", err) } if !bytes.Equal(res, test.OKM) { t.Errorf("ComputePRF() result and expected result do not match:\nComputed: %q\nExpected: %q", hex.EncodeToString(res), test.OKM) } case "invalid": if err != nil { return } res, err := hkdfPRF.ComputePRF(test.Info, test.Size) if err != nil { return } if bytes.Equal(res, test.OKM) { t.Errorf("ComputePRF() result and invalid expected result match:\nComputed: %q\nExpected: %q", hex.EncodeToString(res), test.OKM) } default: t.Fatalf("Unsupported test result: %q", test.Result) } }) } } } } func TestHKDFPRFHash(t *testing.T) { if _, err := subtle.NewHKDFPRF("SHA256", []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, []byte{}); err != nil { t.Errorf("Expected NewHKDFPRF to work with SHA256: %v", err) } if _, err := subtle.NewHKDFPRF("SHA512", []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, []byte{}); err != nil { t.Errorf("Expected NewHKDFPRF to work with SHA512: %v", err) } if _, err := subtle.NewHKDFPRF("SHA1", []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, []byte{}); err != nil { t.Errorf("Expected NewHKDFPRF to work with SHA1: %v", err) } if _, err := subtle.NewHKDFPRF("md5", []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, []byte{}); err == nil { t.Errorf("Expected NewHKDFPRF to fail with md5") } } func TestHKDFPRFSalt(t *testing.T) { if _, err := subtle.NewHKDFPRF("SHA256", []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, nil); err != nil { t.Errorf("Expected NewHKDFPRF to work nil salt: %v", err) } if _, err := subtle.NewHKDFPRF("SHA256", []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, []byte{}); err != nil { t.Errorf("Expected NewHKDFPRF to work empty salt: %v", err) } if _, err := subtle.NewHKDFPRF("SHA256", []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, []byte{0xaf, 0xfe, 0xc0, 0xff, 0xee}); err != nil { t.Errorf("Expected NewHKDFPRF to work with salt: %v", err) } } func TestHKDFPRFOutputLength(t *testing.T) { for hash, length := range map[string]int{"SHA1": 20, "SHA256": 32, "SHA512": 64} { prf, err := subtle.NewHKDFPRF(hash, []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}, []byte{}) if err != nil { t.Errorf("Expected NewHKDFPRF to work on 32 byte key with hash %s", hash) } for i := 0; i <= length*255; i++ { output, err := prf.ComputePRF([]byte{0x01, 0x02}, uint32(i)) if err != nil { t.Errorf("Expected to be able to compute HKDF %s PRF with %d output length", hash, i) } if len(output) != i { t.Errorf("Expected HKDF %s PRF to compute %d bytes, got %d", hash, i, len(output)) } } for i := length*255 + 1; i < length*255+100; i++ { _, err := prf.ComputePRF([]byte{0x01, 0x02}, uint32(i)) if err == nil { t.Errorf("Expected to not be able to compute HKDF %s PRF with %d output length", hash, i) } } } } func TestValidateHKDFPRFParams(t *testing.T) { if err := subtle.ValidateHKDFPRFParams("SHA256", 32, []byte{}); err != nil { t.Errorf("Unexpected error for valid HKDF PRF params: %v", err) } if err := subtle.ValidateHKDFPRFParams("SHA256", 32, nil); err != nil { t.Errorf("Unexpected error for valid HKDF PRF params: %v", err) } if err := subtle.ValidateHKDFPRFParams("SHA256", 32, []byte{0xaf, 0xfe, 0xc0, 0xff, 0xee}); err != nil { t.Errorf("Unexpected error for salted valid HKDF PRF params: %v", err) } if err := subtle.ValidateHKDFPRFParams("SHA256", 4, []byte{}); err == nil { t.Errorf("Short key size not detected for HKDF PRF params") } if err := subtle.ValidateHKDFPRFParams("md5", 32, []byte{}); err == nil { t.Errorf("Weak hash function not detected for HKDF PRF params") } if err := subtle.ValidateHKDFPRFParams("SHA1", 32, []byte{}); err == nil { t.Errorf("Weak hash function not detected for HKDF PRF params") } } ================================================ FILE: prf/subtle/hmac.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/hmac" "fmt" "hash" "github.com/tink-crypto/tink-go/v2/subtle" ) const ( minHMACKeySizeInBytes = uint32(16) ) // HMACPRF is a type that can be used to compute several HMACs with the same key material. type HMACPRF struct { h func() hash.Hash key []byte } // NewHMACPRF creates a new HMACPRF object and initializes it with the correct key material. func NewHMACPRF(hashAlg string, key []byte) (*HMACPRF, error) { h := &HMACPRF{} hashFunc := subtle.GetHashFunc(hashAlg) if hashFunc == nil { return nil, fmt.Errorf("hmac: invalid hash algorithm") } h.h = hashFunc h.key = key return h, nil } // ValidateHMACPRFParams validates parameters of HMAC constructor. func ValidateHMACPRFParams(hash string, keySize uint32) error { // validate key size if keySize < minHMACKeySizeInBytes { return fmt.Errorf("key too short") } if subtle.GetHashFunc(hash) == nil { return fmt.Errorf("invalid hash function") } return nil } // ComputePRF computes the HMAC for the given key and data, returning outputLength bytes. func (h HMACPRF) ComputePRF(data []byte, outputLength uint32) ([]byte, error) { mac := hmac.New(h.h, h.key) if outputLength > uint32(mac.Size()) { return nil, fmt.Errorf("outputLength must be between 0 and %d", mac.Size()) } mac.Write(data) return mac.Sum(nil)[:outputLength], nil } ================================================ FILE: prf/subtle/hmac_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "fmt" "strings" "testing" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/prf/subtle" ) type rfc4868test struct { key string data string prf map[string]string } func TestVectorsRFC4868(t *testing.T) { // Test vectors from RFC 4868. testvectors := []*rfc4868test{ { key: "0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b", data: "4869205468657265", prf: map[string]string{ "SHA256": "b0344c61d8db38535ca8afceaf0bf12b881dc200c9833da726e9376c2e32cff7", "SHA512": "87aa7cdea5ef619d4ff0b4241a1d6cb02379f4e2ce4ec2787ad0b30545e17cdedaa833b7d6b8a702038b274eaea3f4e4be9d914eeb61f1702e696c203a126854", }, }, { key: "4a656665", data: "7768617420646f2079612077616e7420666f72206e6f7468696e673f", prf: map[string]string{ "SHA256": "5bdcc146bf60754e6a042426089575c75a003f089d2739839dec58b964ec3843", "SHA512": "164b7a7bfcf819e2e395fbe73b56e0a387bd64222e831fd610270cd7ea2505549758bf75c05a994a6d034f65f8f0e6fdcaeab1a34d4a6b4b636e070a38bce737", }, }, { key: "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa", data: "dddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddd", prf: map[string]string{ "SHA256": "773ea91e36800e46854db8ebd09181a72959098b3ef8c122d9635514ced565fe", "SHA512": "fa73b0089d56a284efb0f0756c890be9b1b5dbdd8ee81a3655f83e33b2279d39bf3e848279a722c806b485a47e67c807b946a337bee8942674278859e13292fb", }, }, { key: "0102030405060708090a0b0c0d0e0f10111213141516171819", data: "cdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcdcd", prf: map[string]string{ "SHA256": "82558a389a443c0ea4cc819899f2083a85f0faa3e578f8077a2e3ff46729665b", "SHA512": "b0ba465637458c6990e5a8c5f61d4af7e576d97ff94b872de76f8050361ee3dba91ca5c11aa25eb4d679275cc5788063a5f19741120c4f2de2adebeb10a298dd", }, }, { key: "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa", data: "54657374205573696e67204c6172676572205468616e20426c6f636b2d53697a65204b6579202d2048617368204b6579204669727374", prf: map[string]string{ "SHA256": "60e431591ee0b67f0d8a26aacbf5b77f8e0bc6213728c5140546040f0ee37f54", "SHA512": "80b24263c7c1a3ebb71493c1dd7be8b49b46d1f41b4aeec1121b013783f8f3526b56d037e05f2598bd0fd2215d6a1e5295e64f73f63f0aec8b915a985d786598", }, }, { key: "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa", data: "5468697320697320612074657374207573696e672061206c6172676572207468616e20626c6f636b2d73697a65206b657920616e642061206c6172676572207468616e20626c6f636b2d73697a6520646174612e20546865206b6579206e6565647320746f20626520686173686564206265666f7265206265696e6720757365642062792074686520484d414320616c676f726974686d2e", prf: map[string]string{ "SHA256": "9b09ffa71b942fcb27635fbcd5b0e944bfdc63644f0713938a7f51535c3a35e2", "SHA512": "e37b6a775dc87dbaa4dfa9f96e5e3ffddebd71f8867289865df5a32d20cdc944b6022cac3c4982b10d5eeb55c3e4de15134676fb6de0446065c97440fa8c6a58", }, }, } for _, v := range testvectors { key, err := hex.DecodeString(v.key) if err != nil { t.Errorf("Could not decode key: %v", err) } data, err := hex.DecodeString(v.data) if err != nil { t.Errorf("Could not decode data: %v", err) } for hash, e := range v.prf { h, err := subtle.NewHMACPRF(hash, key) if err != nil { t.Errorf("Could not create HMAC PRF object: %v", err) } output, err := h.ComputePRF(data, uint32(len(e)/2)) if err != nil { t.Errorf("Error computing HMAC: %v", err) } if hex.EncodeToString(output) != e { t.Errorf("Computation and test vector differ. Computation: %q, Test Vector %q", hex.EncodeToString(output), e) } } } } func TestHMACPRFWycheproofCases(t *testing.T) { for _, hash := range []string{"SHA1", "SHA256", "SHA512"} { filename := fmt.Sprintf("hmac_%s_test.json", strings.ToLower(hash)) suite := new(macSuite) wycheproof.PopulateSuiteV1(t, suite, filename) for _, group := range suite.TestGroups { groupName := fmt.Sprintf("%s-%s-%s(%d)", suite.Algorithm, group.Type, hash, group.KeySize) if group.TagSize%8 != 0 { t.Errorf("For %s, requested tag size is not a multiple of 8, but %d", groupName, group.TagSize) } for _, test := range group.Tests { caseName := fmt.Sprintf("%s:Case-%d", groupName, test.CaseID) t.Run(caseName, func(t *testing.T) { h, err := subtle.NewHMACPRF(hash, test.Key) switch test.Result { case "valid": if err != nil { t.Fatalf("NewHMACPRF() failed: %v", err) } res, err := h.ComputePRF(test.Message, group.TagSize/8) if err != nil { t.Fatalf("ComputePRF() failed: %v", err) } if !bytes.Equal(res, test.Tag) { t.Errorf("ComputePRF() result and expected result do not match:\nComputed: %q\nExpected: %q", hex.EncodeToString(res), hex.EncodeToString(test.Tag)) } case "invalid": if err != nil { return } res, err := h.ComputePRF(test.Message, group.TagSize/8) if err != nil { return } if bytes.Equal(res, test.Tag) { t.Errorf("ComputePRF() result and invalid expected result match:\nComputed: %q\nExpected: %q", hex.EncodeToString(res), hex.EncodeToString(test.Tag)) } default: t.Fatalf("Unsupported test result: %q", test.Result) } }) } } } } func TestHMACPRFHash(t *testing.T) { if _, err := subtle.NewHMACPRF("SHA256", []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}); err != nil { t.Errorf("Expected NewHMACPRF to work with SHA256: %v", err) } if _, err := subtle.NewHMACPRF("SHA512", []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}); err != nil { t.Errorf("Expected NewHMACPRF to work with SHA512: %v", err) } if _, err := subtle.NewHMACPRF("SHA1", []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}); err != nil { t.Errorf("Expected NewHMACPRF to work with SHA1: %v", err) } if _, err := subtle.NewHMACPRF("md5", []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}); err == nil { t.Errorf("Expected NewHMACPRF to fail with md5") } } func TestHMACPRFOutputLength(t *testing.T) { for hash, length := range map[string]int{"SHA1": 20, "SHA256": 32, "SHA512": 64} { prf, err := subtle.NewHMACPRF(hash, []byte{ 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10}) if err != nil { t.Errorf("Expected NewHMACPRF to work on 32 byte key with hash %s", hash) } for i := 0; i <= length; i++ { output, err := prf.ComputePRF([]byte{0x01, 0x02}, uint32(i)) if err != nil { t.Errorf("Expected to be able to compute HMAC %s PRF with %d output length", hash, i) } if len(output) != i { t.Errorf("Expected HMAC %s PRF to compute %d bytes, got %d", hash, i, len(output)) } } for i := length + 1; i < 100; i++ { _, err := prf.ComputePRF([]byte{0x01, 0x02}, uint32(i)) if err == nil { t.Errorf("Expected to not be able to compute HMAC %s PRF with %d output length", hash, i) } } } } func TestValidateHMACPRFParams(t *testing.T) { if err := subtle.ValidateHMACPRFParams("SHA256", 32); err != nil { t.Errorf("Unexpected error for valid HMAC PRF params: %v", err) } if err := subtle.ValidateHMACPRFParams("SHA256", 4); err == nil { t.Errorf("Short key size not detected for HMAC PRF params") } if err := subtle.ValidateHMACPRFParams("md5", 32); err == nil { t.Errorf("Weak hash function not detected for HMAC PRF params") } } ================================================ FILE: prf/subtle/subtle.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package subtle provides an implementation of PRFs like AES-CMAC. package subtle ================================================ FILE: prf/subtle/subtle_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/testutil" ) type macSuite struct { wycheproof.Suite TestGroups []*macGroup `json:"testGroups"` } type macGroup struct { wycheproof.Group KeySize uint32 `json:"keySize"` TagSize uint32 `json:"tagSize"` Type string `json:"type"` Tests []*macCase `json:"tests"` } type macCase struct { wycheproof.Case Key testutil.HexBytes `json:"key"` Message testutil.HexBytes `json:"msg"` Tag testutil.HexBytes `json:"tag"` } type hkdfSuite struct { wycheproof.Suite TestGroups []*hkdfGroup `json:"testGroups"` } type hkdfGroup struct { wycheproof.Group KeySize uint32 `json:"keySize"` Type string `json:"type"` Tests []*hkdfCase `json:"tests"` } type hkdfCase struct { wycheproof.Case IKM testutil.HexBytes `json:"ikm"` Salt testutil.HexBytes `json:"salt"` Info testutil.HexBytes `json:"info"` Size uint32 `json:"size"` OKM testutil.HexBytes `json:"okm"` } ================================================ FILE: proto/aes_cmac.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_go_proto"; message AesCmacParams { uint32 tag_size = 1; } // key_type: type.googleapis.com/google.crypto.tink.AesCmacKey message AesCmacKey { uint32 version = 1; bytes key_value = 2; // Placeholder for ctype and debug_redact. AesCmacParams params = 3; } message AesCmacKeyFormat { uint32 key_size = 1; AesCmacParams params = 2; } ================================================ FILE: proto/aes_cmac_go_proto/aes_cmac.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: aes_cmac.proto package aes_cmac_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type AesCmacParams struct { state protoimpl.MessageState `protogen:"open.v1"` TagSize uint32 `protobuf:"varint,1,opt,name=tag_size,json=tagSize,proto3" json:"tag_size,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCmacParams) Reset() { *x = AesCmacParams{} mi := &file_aes_cmac_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCmacParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCmacParams) ProtoMessage() {} func (x *AesCmacParams) ProtoReflect() protoreflect.Message { mi := &file_aes_cmac_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCmacParams.ProtoReflect.Descriptor instead. func (*AesCmacParams) Descriptor() ([]byte, []int) { return file_aes_cmac_proto_rawDescGZIP(), []int{0} } func (x *AesCmacParams) GetTagSize() uint32 { if x != nil { return x.TagSize } return 0 } // key_type: type.googleapis.com/google.crypto.tink.AesCmacKey type AesCmacKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` KeyValue []byte `protobuf:"bytes,2,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. Params *AesCmacParams `protobuf:"bytes,3,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCmacKey) Reset() { *x = AesCmacKey{} mi := &file_aes_cmac_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCmacKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCmacKey) ProtoMessage() {} func (x *AesCmacKey) ProtoReflect() protoreflect.Message { mi := &file_aes_cmac_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCmacKey.ProtoReflect.Descriptor instead. func (*AesCmacKey) Descriptor() ([]byte, []int) { return file_aes_cmac_proto_rawDescGZIP(), []int{1} } func (x *AesCmacKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesCmacKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } func (x *AesCmacKey) GetParams() *AesCmacParams { if x != nil { return x.Params } return nil } type AesCmacKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` KeySize uint32 `protobuf:"varint,1,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` Params *AesCmacParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCmacKeyFormat) Reset() { *x = AesCmacKeyFormat{} mi := &file_aes_cmac_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCmacKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCmacKeyFormat) ProtoMessage() {} func (x *AesCmacKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_aes_cmac_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCmacKeyFormat.ProtoReflect.Descriptor instead. func (*AesCmacKeyFormat) Descriptor() ([]byte, []int) { return file_aes_cmac_proto_rawDescGZIP(), []int{2} } func (x *AesCmacKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } func (x *AesCmacKeyFormat) GetParams() *AesCmacParams { if x != nil { return x.Params } return nil } var File_aes_cmac_proto protoreflect.FileDescriptor const file_aes_cmac_proto_rawDesc = "" + "\n" + "\x0eaes_cmac.proto\x12\x12google.crypto.tink\"*\n" + "\rAesCmacParams\x12\x19\n" + "\btag_size\x18\x01 \x01(\rR\atagSize\"~\n" + "\n" + "AesCmacKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12\x1b\n" + "\tkey_value\x18\x02 \x01(\fR\bkeyValue\x129\n" + "\x06params\x18\x03 \x01(\v2!.google.crypto.tink.AesCmacParamsR\x06params\"h\n" + "\x10AesCmacKeyFormat\x12\x19\n" + "\bkey_size\x18\x01 \x01(\rR\akeySize\x129\n" + "\x06params\x18\x02 \x01(\v2!.google.crypto.tink.AesCmacParamsR\x06paramsB[\n" + "\x1ccom.google.crypto.tink.protoP\x01Z9github.com/tink-crypto/tink-go/v2/proto/aes_cmac_go_protob\x06proto3" var ( file_aes_cmac_proto_rawDescOnce sync.Once file_aes_cmac_proto_rawDescData []byte ) func file_aes_cmac_proto_rawDescGZIP() []byte { file_aes_cmac_proto_rawDescOnce.Do(func() { file_aes_cmac_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_aes_cmac_proto_rawDesc), len(file_aes_cmac_proto_rawDesc))) }) return file_aes_cmac_proto_rawDescData } var file_aes_cmac_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_aes_cmac_proto_goTypes = []any{ (*AesCmacParams)(nil), // 0: google.crypto.tink.AesCmacParams (*AesCmacKey)(nil), // 1: google.crypto.tink.AesCmacKey (*AesCmacKeyFormat)(nil), // 2: google.crypto.tink.AesCmacKeyFormat } var file_aes_cmac_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.AesCmacKey.params:type_name -> google.crypto.tink.AesCmacParams 0, // 1: google.crypto.tink.AesCmacKeyFormat.params:type_name -> google.crypto.tink.AesCmacParams 2, // [2:2] is the sub-list for method output_type 2, // [2:2] is the sub-list for method input_type 2, // [2:2] is the sub-list for extension type_name 2, // [2:2] is the sub-list for extension extendee 0, // [0:2] is the sub-list for field type_name } func init() { file_aes_cmac_proto_init() } func file_aes_cmac_proto_init() { if File_aes_cmac_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_aes_cmac_proto_rawDesc), len(file_aes_cmac_proto_rawDesc)), NumEnums: 0, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_aes_cmac_proto_goTypes, DependencyIndexes: file_aes_cmac_proto_depIdxs, MessageInfos: file_aes_cmac_proto_msgTypes, }.Build() File_aes_cmac_proto = out.File file_aes_cmac_proto_goTypes = nil file_aes_cmac_proto_depIdxs = nil } ================================================ FILE: proto/aes_cmac_prf.proto ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_prf_go_proto"; // key_type: type.googleapis.com/google.crypto.tink.AesCmacPrfKey message AesCmacPrfKey { uint32 version = 1; bytes key_value = 2; // Placeholder for ctype and debug_redact. } message AesCmacPrfKeyFormat { uint32 version = 2; uint32 key_size = 1; } ================================================ FILE: proto/aes_cmac_prf_go_proto/aes_cmac_prf.pb.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: aes_cmac_prf.proto package aes_cmac_prf_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) // key_type: type.googleapis.com/google.crypto.tink.AesCmacPrfKey type AesCmacPrfKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` KeyValue []byte `protobuf:"bytes,2,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCmacPrfKey) Reset() { *x = AesCmacPrfKey{} mi := &file_aes_cmac_prf_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCmacPrfKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCmacPrfKey) ProtoMessage() {} func (x *AesCmacPrfKey) ProtoReflect() protoreflect.Message { mi := &file_aes_cmac_prf_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCmacPrfKey.ProtoReflect.Descriptor instead. func (*AesCmacPrfKey) Descriptor() ([]byte, []int) { return file_aes_cmac_prf_proto_rawDescGZIP(), []int{0} } func (x *AesCmacPrfKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesCmacPrfKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } type AesCmacPrfKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,2,opt,name=version,proto3" json:"version,omitempty"` KeySize uint32 `protobuf:"varint,1,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCmacPrfKeyFormat) Reset() { *x = AesCmacPrfKeyFormat{} mi := &file_aes_cmac_prf_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCmacPrfKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCmacPrfKeyFormat) ProtoMessage() {} func (x *AesCmacPrfKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_aes_cmac_prf_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCmacPrfKeyFormat.ProtoReflect.Descriptor instead. func (*AesCmacPrfKeyFormat) Descriptor() ([]byte, []int) { return file_aes_cmac_prf_proto_rawDescGZIP(), []int{1} } func (x *AesCmacPrfKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesCmacPrfKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } var File_aes_cmac_prf_proto protoreflect.FileDescriptor const file_aes_cmac_prf_proto_rawDesc = "" + "\n" + "\x12aes_cmac_prf.proto\x12\x12google.crypto.tink\"F\n" + "\rAesCmacPrfKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12\x1b\n" + "\tkey_value\x18\x02 \x01(\fR\bkeyValue\"J\n" + "\x13AesCmacPrfKeyFormat\x12\x18\n" + "\aversion\x18\x02 \x01(\rR\aversion\x12\x19\n" + "\bkey_size\x18\x01 \x01(\rR\akeySizeB_\n" + "\x1ccom.google.crypto.tink.protoP\x01Z=github.com/tink-crypto/tink-go/v2/proto/aes_cmac_prf_go_protob\x06proto3" var ( file_aes_cmac_prf_proto_rawDescOnce sync.Once file_aes_cmac_prf_proto_rawDescData []byte ) func file_aes_cmac_prf_proto_rawDescGZIP() []byte { file_aes_cmac_prf_proto_rawDescOnce.Do(func() { file_aes_cmac_prf_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_aes_cmac_prf_proto_rawDesc), len(file_aes_cmac_prf_proto_rawDesc))) }) return file_aes_cmac_prf_proto_rawDescData } var file_aes_cmac_prf_proto_msgTypes = make([]protoimpl.MessageInfo, 2) var file_aes_cmac_prf_proto_goTypes = []any{ (*AesCmacPrfKey)(nil), // 0: google.crypto.tink.AesCmacPrfKey (*AesCmacPrfKeyFormat)(nil), // 1: google.crypto.tink.AesCmacPrfKeyFormat } var file_aes_cmac_prf_proto_depIdxs = []int32{ 0, // [0:0] is the sub-list for method output_type 0, // [0:0] is the sub-list for method input_type 0, // [0:0] is the sub-list for extension type_name 0, // [0:0] is the sub-list for extension extendee 0, // [0:0] is the sub-list for field type_name } func init() { file_aes_cmac_prf_proto_init() } func file_aes_cmac_prf_proto_init() { if File_aes_cmac_prf_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_aes_cmac_prf_proto_rawDesc), len(file_aes_cmac_prf_proto_rawDesc)), NumEnums: 0, NumMessages: 2, NumExtensions: 0, NumServices: 0, }, GoTypes: file_aes_cmac_prf_proto_goTypes, DependencyIndexes: file_aes_cmac_prf_proto_depIdxs, MessageInfos: file_aes_cmac_prf_proto_msgTypes, }.Build() File_aes_cmac_prf_proto = out.File file_aes_cmac_prf_proto_goTypes = nil file_aes_cmac_prf_proto_depIdxs = nil } ================================================ FILE: proto/aes_ctr.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_go_proto"; message AesCtrParams { uint32 iv_size = 1; } message AesCtrKeyFormat { AesCtrParams params = 1; uint32 key_size = 2; } // key_type: type.googleapis.com/google.crypto.tink.AesCtrKey message AesCtrKey { uint32 version = 1; AesCtrParams params = 2; bytes key_value = 3; // Placeholder for ctype and debug_redact. } ================================================ FILE: proto/aes_ctr_go_proto/aes_ctr.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: aes_ctr.proto package aes_ctr_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type AesCtrParams struct { state protoimpl.MessageState `protogen:"open.v1"` IvSize uint32 `protobuf:"varint,1,opt,name=iv_size,json=ivSize,proto3" json:"iv_size,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCtrParams) Reset() { *x = AesCtrParams{} mi := &file_aes_ctr_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCtrParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCtrParams) ProtoMessage() {} func (x *AesCtrParams) ProtoReflect() protoreflect.Message { mi := &file_aes_ctr_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCtrParams.ProtoReflect.Descriptor instead. func (*AesCtrParams) Descriptor() ([]byte, []int) { return file_aes_ctr_proto_rawDescGZIP(), []int{0} } func (x *AesCtrParams) GetIvSize() uint32 { if x != nil { return x.IvSize } return 0 } type AesCtrKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Params *AesCtrParams `protobuf:"bytes,1,opt,name=params,proto3" json:"params,omitempty"` KeySize uint32 `protobuf:"varint,2,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCtrKeyFormat) Reset() { *x = AesCtrKeyFormat{} mi := &file_aes_ctr_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCtrKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCtrKeyFormat) ProtoMessage() {} func (x *AesCtrKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_aes_ctr_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCtrKeyFormat.ProtoReflect.Descriptor instead. func (*AesCtrKeyFormat) Descriptor() ([]byte, []int) { return file_aes_ctr_proto_rawDescGZIP(), []int{1} } func (x *AesCtrKeyFormat) GetParams() *AesCtrParams { if x != nil { return x.Params } return nil } func (x *AesCtrKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } // key_type: type.googleapis.com/google.crypto.tink.AesCtrKey type AesCtrKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Params *AesCtrParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCtrKey) Reset() { *x = AesCtrKey{} mi := &file_aes_ctr_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCtrKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCtrKey) ProtoMessage() {} func (x *AesCtrKey) ProtoReflect() protoreflect.Message { mi := &file_aes_ctr_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCtrKey.ProtoReflect.Descriptor instead. func (*AesCtrKey) Descriptor() ([]byte, []int) { return file_aes_ctr_proto_rawDescGZIP(), []int{2} } func (x *AesCtrKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesCtrKey) GetParams() *AesCtrParams { if x != nil { return x.Params } return nil } func (x *AesCtrKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } var File_aes_ctr_proto protoreflect.FileDescriptor const file_aes_ctr_proto_rawDesc = "" + "\n" + "\raes_ctr.proto\x12\x12google.crypto.tink\"'\n" + "\fAesCtrParams\x12\x17\n" + "\aiv_size\x18\x01 \x01(\rR\x06ivSize\"f\n" + "\x0fAesCtrKeyFormat\x128\n" + "\x06params\x18\x01 \x01(\v2 .google.crypto.tink.AesCtrParamsR\x06params\x12\x19\n" + "\bkey_size\x18\x02 \x01(\rR\akeySize\"|\n" + "\tAesCtrKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x128\n" + "\x06params\x18\x02 \x01(\v2 .google.crypto.tink.AesCtrParamsR\x06params\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValueBZ\n" + "\x1ccom.google.crypto.tink.protoP\x01Z8github.com/tink-crypto/tink-go/v2/proto/aes_ctr_go_protob\x06proto3" var ( file_aes_ctr_proto_rawDescOnce sync.Once file_aes_ctr_proto_rawDescData []byte ) func file_aes_ctr_proto_rawDescGZIP() []byte { file_aes_ctr_proto_rawDescOnce.Do(func() { file_aes_ctr_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_aes_ctr_proto_rawDesc), len(file_aes_ctr_proto_rawDesc))) }) return file_aes_ctr_proto_rawDescData } var file_aes_ctr_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_aes_ctr_proto_goTypes = []any{ (*AesCtrParams)(nil), // 0: google.crypto.tink.AesCtrParams (*AesCtrKeyFormat)(nil), // 1: google.crypto.tink.AesCtrKeyFormat (*AesCtrKey)(nil), // 2: google.crypto.tink.AesCtrKey } var file_aes_ctr_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.AesCtrKeyFormat.params:type_name -> google.crypto.tink.AesCtrParams 0, // 1: google.crypto.tink.AesCtrKey.params:type_name -> google.crypto.tink.AesCtrParams 2, // [2:2] is the sub-list for method output_type 2, // [2:2] is the sub-list for method input_type 2, // [2:2] is the sub-list for extension type_name 2, // [2:2] is the sub-list for extension extendee 0, // [0:2] is the sub-list for field type_name } func init() { file_aes_ctr_proto_init() } func file_aes_ctr_proto_init() { if File_aes_ctr_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_aes_ctr_proto_rawDesc), len(file_aes_ctr_proto_rawDesc)), NumEnums: 0, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_aes_ctr_proto_goTypes, DependencyIndexes: file_aes_ctr_proto_depIdxs, MessageInfos: file_aes_ctr_proto_msgTypes, }.Build() File_aes_ctr_proto = out.File file_aes_ctr_proto_goTypes = nil file_aes_ctr_proto_depIdxs = nil } ================================================ FILE: proto/aes_ctr_hmac_aead.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; import "proto/aes_ctr.proto"; import "proto/hmac.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_aead_go_proto"; message AesCtrHmacAeadKeyFormat { AesCtrKeyFormat aes_ctr_key_format = 1; HmacKeyFormat hmac_key_format = 2; } // key_type: type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey message AesCtrHmacAeadKey { uint32 version = 1; AesCtrKey aes_ctr_key = 2; HmacKey hmac_key = 3; } ================================================ FILE: proto/aes_ctr_hmac_aead_go_proto/aes_ctr_hmac_aead.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: aes_ctr_hmac_aead.proto package aes_ctr_hmac_aead_go_proto import ( aes_ctr_go_proto "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_go_proto" hmac_go_proto "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type AesCtrHmacAeadKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` AesCtrKeyFormat *aes_ctr_go_proto.AesCtrKeyFormat `protobuf:"bytes,1,opt,name=aes_ctr_key_format,json=aesCtrKeyFormat,proto3" json:"aes_ctr_key_format,omitempty"` HmacKeyFormat *hmac_go_proto.HmacKeyFormat `protobuf:"bytes,2,opt,name=hmac_key_format,json=hmacKeyFormat,proto3" json:"hmac_key_format,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCtrHmacAeadKeyFormat) Reset() { *x = AesCtrHmacAeadKeyFormat{} mi := &file_aes_ctr_hmac_aead_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCtrHmacAeadKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCtrHmacAeadKeyFormat) ProtoMessage() {} func (x *AesCtrHmacAeadKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_aes_ctr_hmac_aead_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCtrHmacAeadKeyFormat.ProtoReflect.Descriptor instead. func (*AesCtrHmacAeadKeyFormat) Descriptor() ([]byte, []int) { return file_aes_ctr_hmac_aead_proto_rawDescGZIP(), []int{0} } func (x *AesCtrHmacAeadKeyFormat) GetAesCtrKeyFormat() *aes_ctr_go_proto.AesCtrKeyFormat { if x != nil { return x.AesCtrKeyFormat } return nil } func (x *AesCtrHmacAeadKeyFormat) GetHmacKeyFormat() *hmac_go_proto.HmacKeyFormat { if x != nil { return x.HmacKeyFormat } return nil } // key_type: type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey type AesCtrHmacAeadKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` AesCtrKey *aes_ctr_go_proto.AesCtrKey `protobuf:"bytes,2,opt,name=aes_ctr_key,json=aesCtrKey,proto3" json:"aes_ctr_key,omitempty"` HmacKey *hmac_go_proto.HmacKey `protobuf:"bytes,3,opt,name=hmac_key,json=hmacKey,proto3" json:"hmac_key,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCtrHmacAeadKey) Reset() { *x = AesCtrHmacAeadKey{} mi := &file_aes_ctr_hmac_aead_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCtrHmacAeadKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCtrHmacAeadKey) ProtoMessage() {} func (x *AesCtrHmacAeadKey) ProtoReflect() protoreflect.Message { mi := &file_aes_ctr_hmac_aead_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCtrHmacAeadKey.ProtoReflect.Descriptor instead. func (*AesCtrHmacAeadKey) Descriptor() ([]byte, []int) { return file_aes_ctr_hmac_aead_proto_rawDescGZIP(), []int{1} } func (x *AesCtrHmacAeadKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesCtrHmacAeadKey) GetAesCtrKey() *aes_ctr_go_proto.AesCtrKey { if x != nil { return x.AesCtrKey } return nil } func (x *AesCtrHmacAeadKey) GetHmacKey() *hmac_go_proto.HmacKey { if x != nil { return x.HmacKey } return nil } var File_aes_ctr_hmac_aead_proto protoreflect.FileDescriptor const file_aes_ctr_hmac_aead_proto_rawDesc = "" + "\n" + "\x17aes_ctr_hmac_aead.proto\x12\x12google.crypto.tink\x1a\x13proto/aes_ctr.proto\x1a\x10proto/hmac.proto\"\xb6\x01\n" + "\x17AesCtrHmacAeadKeyFormat\x12P\n" + "\x12aes_ctr_key_format\x18\x01 \x01(\v2#.google.crypto.tink.AesCtrKeyFormatR\x0faesCtrKeyFormat\x12I\n" + "\x0fhmac_key_format\x18\x02 \x01(\v2!.google.crypto.tink.HmacKeyFormatR\rhmacKeyFormat\"\xa4\x01\n" + "\x11AesCtrHmacAeadKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12=\n" + "\vaes_ctr_key\x18\x02 \x01(\v2\x1d.google.crypto.tink.AesCtrKeyR\taesCtrKey\x126\n" + "\bhmac_key\x18\x03 \x01(\v2\x1b.google.crypto.tink.HmacKeyR\ahmacKeyBd\n" + "\x1ccom.google.crypto.tink.protoP\x01ZBgithub.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_aead_go_protob\x06proto3" var ( file_aes_ctr_hmac_aead_proto_rawDescOnce sync.Once file_aes_ctr_hmac_aead_proto_rawDescData []byte ) func file_aes_ctr_hmac_aead_proto_rawDescGZIP() []byte { file_aes_ctr_hmac_aead_proto_rawDescOnce.Do(func() { file_aes_ctr_hmac_aead_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_aes_ctr_hmac_aead_proto_rawDesc), len(file_aes_ctr_hmac_aead_proto_rawDesc))) }) return file_aes_ctr_hmac_aead_proto_rawDescData } var file_aes_ctr_hmac_aead_proto_msgTypes = make([]protoimpl.MessageInfo, 2) var file_aes_ctr_hmac_aead_proto_goTypes = []any{ (*AesCtrHmacAeadKeyFormat)(nil), // 0: google.crypto.tink.AesCtrHmacAeadKeyFormat (*AesCtrHmacAeadKey)(nil), // 1: google.crypto.tink.AesCtrHmacAeadKey (*aes_ctr_go_proto.AesCtrKeyFormat)(nil), // 2: google.crypto.tink.AesCtrKeyFormat (*hmac_go_proto.HmacKeyFormat)(nil), // 3: google.crypto.tink.HmacKeyFormat (*aes_ctr_go_proto.AesCtrKey)(nil), // 4: google.crypto.tink.AesCtrKey (*hmac_go_proto.HmacKey)(nil), // 5: google.crypto.tink.HmacKey } var file_aes_ctr_hmac_aead_proto_depIdxs = []int32{ 2, // 0: google.crypto.tink.AesCtrHmacAeadKeyFormat.aes_ctr_key_format:type_name -> google.crypto.tink.AesCtrKeyFormat 3, // 1: google.crypto.tink.AesCtrHmacAeadKeyFormat.hmac_key_format:type_name -> google.crypto.tink.HmacKeyFormat 4, // 2: google.crypto.tink.AesCtrHmacAeadKey.aes_ctr_key:type_name -> google.crypto.tink.AesCtrKey 5, // 3: google.crypto.tink.AesCtrHmacAeadKey.hmac_key:type_name -> google.crypto.tink.HmacKey 4, // [4:4] is the sub-list for method output_type 4, // [4:4] is the sub-list for method input_type 4, // [4:4] is the sub-list for extension type_name 4, // [4:4] is the sub-list for extension extendee 0, // [0:4] is the sub-list for field type_name } func init() { file_aes_ctr_hmac_aead_proto_init() } func file_aes_ctr_hmac_aead_proto_init() { if File_aes_ctr_hmac_aead_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_aes_ctr_hmac_aead_proto_rawDesc), len(file_aes_ctr_hmac_aead_proto_rawDesc)), NumEnums: 0, NumMessages: 2, NumExtensions: 0, NumServices: 0, }, GoTypes: file_aes_ctr_hmac_aead_proto_goTypes, DependencyIndexes: file_aes_ctr_hmac_aead_proto_depIdxs, MessageInfos: file_aes_ctr_hmac_aead_proto_msgTypes, }.Build() File_aes_ctr_hmac_aead_proto = out.File file_aes_ctr_hmac_aead_proto_goTypes = nil file_aes_ctr_hmac_aead_proto_depIdxs = nil } ================================================ FILE: proto/aes_ctr_hmac_streaming.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; import "proto/common.proto"; import "proto/hmac.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_streaming_go_proto"; message AesCtrHmacStreamingParams { uint32 ciphertext_segment_size = 1; uint32 derived_key_size = 2; // size of AES-CTR keys derived for each segment HashType hkdf_hash_type = 3; // hash function for key derivation via HKDF HmacParams hmac_params = 4; // params for authentication tags } message AesCtrHmacStreamingKeyFormat { uint32 version = 3; AesCtrHmacStreamingParams params = 1; uint32 key_size = 2; // size of the main key (aka. "ikm", input key material) } // key_type: type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey message AesCtrHmacStreamingKey { uint32 version = 1; AesCtrHmacStreamingParams params = 2; bytes key_value = 3 ; // Placeholder for multi-line ctype and debug_redact. // the main key, aka. "ikm", input key material } ================================================ FILE: proto/aes_ctr_hmac_streaming_go_proto/aes_ctr_hmac_streaming.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: aes_ctr_hmac_streaming.proto package aes_ctr_hmac_streaming_go_proto import ( common_go_proto "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmac_go_proto "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type AesCtrHmacStreamingParams struct { state protoimpl.MessageState `protogen:"open.v1"` CiphertextSegmentSize uint32 `protobuf:"varint,1,opt,name=ciphertext_segment_size,json=ciphertextSegmentSize,proto3" json:"ciphertext_segment_size,omitempty"` DerivedKeySize uint32 `protobuf:"varint,2,opt,name=derived_key_size,json=derivedKeySize,proto3" json:"derived_key_size,omitempty"` // size of AES-CTR keys derived for each segment HkdfHashType common_go_proto.HashType `protobuf:"varint,3,opt,name=hkdf_hash_type,json=hkdfHashType,proto3,enum=google.crypto.tink.HashType" json:"hkdf_hash_type,omitempty"` // hash function for key derivation via HKDF HmacParams *hmac_go_proto.HmacParams `protobuf:"bytes,4,opt,name=hmac_params,json=hmacParams,proto3" json:"hmac_params,omitempty"` // params for authentication tags unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCtrHmacStreamingParams) Reset() { *x = AesCtrHmacStreamingParams{} mi := &file_aes_ctr_hmac_streaming_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCtrHmacStreamingParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCtrHmacStreamingParams) ProtoMessage() {} func (x *AesCtrHmacStreamingParams) ProtoReflect() protoreflect.Message { mi := &file_aes_ctr_hmac_streaming_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCtrHmacStreamingParams.ProtoReflect.Descriptor instead. func (*AesCtrHmacStreamingParams) Descriptor() ([]byte, []int) { return file_aes_ctr_hmac_streaming_proto_rawDescGZIP(), []int{0} } func (x *AesCtrHmacStreamingParams) GetCiphertextSegmentSize() uint32 { if x != nil { return x.CiphertextSegmentSize } return 0 } func (x *AesCtrHmacStreamingParams) GetDerivedKeySize() uint32 { if x != nil { return x.DerivedKeySize } return 0 } func (x *AesCtrHmacStreamingParams) GetHkdfHashType() common_go_proto.HashType { if x != nil { return x.HkdfHashType } return common_go_proto.HashType(0) } func (x *AesCtrHmacStreamingParams) GetHmacParams() *hmac_go_proto.HmacParams { if x != nil { return x.HmacParams } return nil } type AesCtrHmacStreamingKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,3,opt,name=version,proto3" json:"version,omitempty"` Params *AesCtrHmacStreamingParams `protobuf:"bytes,1,opt,name=params,proto3" json:"params,omitempty"` KeySize uint32 `protobuf:"varint,2,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` // size of the main key (aka. "ikm", input key material) unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCtrHmacStreamingKeyFormat) Reset() { *x = AesCtrHmacStreamingKeyFormat{} mi := &file_aes_ctr_hmac_streaming_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCtrHmacStreamingKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCtrHmacStreamingKeyFormat) ProtoMessage() {} func (x *AesCtrHmacStreamingKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_aes_ctr_hmac_streaming_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCtrHmacStreamingKeyFormat.ProtoReflect.Descriptor instead. func (*AesCtrHmacStreamingKeyFormat) Descriptor() ([]byte, []int) { return file_aes_ctr_hmac_streaming_proto_rawDescGZIP(), []int{1} } func (x *AesCtrHmacStreamingKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesCtrHmacStreamingKeyFormat) GetParams() *AesCtrHmacStreamingParams { if x != nil { return x.Params } return nil } func (x *AesCtrHmacStreamingKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } // key_type: type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey type AesCtrHmacStreamingKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Params *AesCtrHmacStreamingParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for multi-line ctype and debug_redact. // the main key, aka. "ikm", input key material unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesCtrHmacStreamingKey) Reset() { *x = AesCtrHmacStreamingKey{} mi := &file_aes_ctr_hmac_streaming_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesCtrHmacStreamingKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesCtrHmacStreamingKey) ProtoMessage() {} func (x *AesCtrHmacStreamingKey) ProtoReflect() protoreflect.Message { mi := &file_aes_ctr_hmac_streaming_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesCtrHmacStreamingKey.ProtoReflect.Descriptor instead. func (*AesCtrHmacStreamingKey) Descriptor() ([]byte, []int) { return file_aes_ctr_hmac_streaming_proto_rawDescGZIP(), []int{2} } func (x *AesCtrHmacStreamingKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesCtrHmacStreamingKey) GetParams() *AesCtrHmacStreamingParams { if x != nil { return x.Params } return nil } func (x *AesCtrHmacStreamingKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } var File_aes_ctr_hmac_streaming_proto protoreflect.FileDescriptor const file_aes_ctr_hmac_streaming_proto_rawDesc = "" + "\n" + "\x1caes_ctr_hmac_streaming.proto\x12\x12google.crypto.tink\x1a\x12proto/common.proto\x1a\x10proto/hmac.proto\"\x82\x02\n" + "\x19AesCtrHmacStreamingParams\x126\n" + "\x17ciphertext_segment_size\x18\x01 \x01(\rR\x15ciphertextSegmentSize\x12(\n" + "\x10derived_key_size\x18\x02 \x01(\rR\x0ederivedKeySize\x12B\n" + "\x0ehkdf_hash_type\x18\x03 \x01(\x0e2\x1c.google.crypto.tink.HashTypeR\fhkdfHashType\x12?\n" + "\vhmac_params\x18\x04 \x01(\v2\x1e.google.crypto.tink.HmacParamsR\n" + "hmacParams\"\x9a\x01\n" + "\x1cAesCtrHmacStreamingKeyFormat\x12\x18\n" + "\aversion\x18\x03 \x01(\rR\aversion\x12E\n" + "\x06params\x18\x01 \x01(\v2-.google.crypto.tink.AesCtrHmacStreamingParamsR\x06params\x12\x19\n" + "\bkey_size\x18\x02 \x01(\rR\akeySize\"\x96\x01\n" + "\x16AesCtrHmacStreamingKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12E\n" + "\x06params\x18\x02 \x01(\v2-.google.crypto.tink.AesCtrHmacStreamingParamsR\x06params\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValueBi\n" + "\x1ccom.google.crypto.tink.protoP\x01ZGgithub.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_streaming_go_protob\x06proto3" var ( file_aes_ctr_hmac_streaming_proto_rawDescOnce sync.Once file_aes_ctr_hmac_streaming_proto_rawDescData []byte ) func file_aes_ctr_hmac_streaming_proto_rawDescGZIP() []byte { file_aes_ctr_hmac_streaming_proto_rawDescOnce.Do(func() { file_aes_ctr_hmac_streaming_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_aes_ctr_hmac_streaming_proto_rawDesc), len(file_aes_ctr_hmac_streaming_proto_rawDesc))) }) return file_aes_ctr_hmac_streaming_proto_rawDescData } var file_aes_ctr_hmac_streaming_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_aes_ctr_hmac_streaming_proto_goTypes = []any{ (*AesCtrHmacStreamingParams)(nil), // 0: google.crypto.tink.AesCtrHmacStreamingParams (*AesCtrHmacStreamingKeyFormat)(nil), // 1: google.crypto.tink.AesCtrHmacStreamingKeyFormat (*AesCtrHmacStreamingKey)(nil), // 2: google.crypto.tink.AesCtrHmacStreamingKey (common_go_proto.HashType)(0), // 3: google.crypto.tink.HashType (*hmac_go_proto.HmacParams)(nil), // 4: google.crypto.tink.HmacParams } var file_aes_ctr_hmac_streaming_proto_depIdxs = []int32{ 3, // 0: google.crypto.tink.AesCtrHmacStreamingParams.hkdf_hash_type:type_name -> google.crypto.tink.HashType 4, // 1: google.crypto.tink.AesCtrHmacStreamingParams.hmac_params:type_name -> google.crypto.tink.HmacParams 0, // 2: google.crypto.tink.AesCtrHmacStreamingKeyFormat.params:type_name -> google.crypto.tink.AesCtrHmacStreamingParams 0, // 3: google.crypto.tink.AesCtrHmacStreamingKey.params:type_name -> google.crypto.tink.AesCtrHmacStreamingParams 4, // [4:4] is the sub-list for method output_type 4, // [4:4] is the sub-list for method input_type 4, // [4:4] is the sub-list for extension type_name 4, // [4:4] is the sub-list for extension extendee 0, // [0:4] is the sub-list for field type_name } func init() { file_aes_ctr_hmac_streaming_proto_init() } func file_aes_ctr_hmac_streaming_proto_init() { if File_aes_ctr_hmac_streaming_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_aes_ctr_hmac_streaming_proto_rawDesc), len(file_aes_ctr_hmac_streaming_proto_rawDesc)), NumEnums: 0, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_aes_ctr_hmac_streaming_proto_goTypes, DependencyIndexes: file_aes_ctr_hmac_streaming_proto_depIdxs, MessageInfos: file_aes_ctr_hmac_streaming_proto_msgTypes, }.Build() File_aes_ctr_hmac_streaming_proto = out.File file_aes_ctr_hmac_streaming_proto_goTypes = nil file_aes_ctr_hmac_streaming_proto_depIdxs = nil } ================================================ FILE: proto/aes_eax.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/aes_eax_go_proto"; // only allowing tag size in bytes = 16 message AesEaxParams { // possible value is 12 or 16 bytes. uint32 iv_size = 1; } message AesEaxKeyFormat { AesEaxParams params = 1; uint32 key_size = 2; } // key_type: type.googleapis.com/google.crypto.tink.AesEaxKey message AesEaxKey { uint32 version = 1; AesEaxParams params = 2; bytes key_value = 3; // Placeholder for ctype and debug_redact. } ================================================ FILE: proto/aes_eax_go_proto/aes_eax.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: aes_eax.proto package aes_eax_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) // only allowing tag size in bytes = 16 type AesEaxParams struct { state protoimpl.MessageState `protogen:"open.v1"` // possible value is 12 or 16 bytes. IvSize uint32 `protobuf:"varint,1,opt,name=iv_size,json=ivSize,proto3" json:"iv_size,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesEaxParams) Reset() { *x = AesEaxParams{} mi := &file_aes_eax_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesEaxParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesEaxParams) ProtoMessage() {} func (x *AesEaxParams) ProtoReflect() protoreflect.Message { mi := &file_aes_eax_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesEaxParams.ProtoReflect.Descriptor instead. func (*AesEaxParams) Descriptor() ([]byte, []int) { return file_aes_eax_proto_rawDescGZIP(), []int{0} } func (x *AesEaxParams) GetIvSize() uint32 { if x != nil { return x.IvSize } return 0 } type AesEaxKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Params *AesEaxParams `protobuf:"bytes,1,opt,name=params,proto3" json:"params,omitempty"` KeySize uint32 `protobuf:"varint,2,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesEaxKeyFormat) Reset() { *x = AesEaxKeyFormat{} mi := &file_aes_eax_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesEaxKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesEaxKeyFormat) ProtoMessage() {} func (x *AesEaxKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_aes_eax_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesEaxKeyFormat.ProtoReflect.Descriptor instead. func (*AesEaxKeyFormat) Descriptor() ([]byte, []int) { return file_aes_eax_proto_rawDescGZIP(), []int{1} } func (x *AesEaxKeyFormat) GetParams() *AesEaxParams { if x != nil { return x.Params } return nil } func (x *AesEaxKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } // key_type: type.googleapis.com/google.crypto.tink.AesEaxKey type AesEaxKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Params *AesEaxParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesEaxKey) Reset() { *x = AesEaxKey{} mi := &file_aes_eax_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesEaxKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesEaxKey) ProtoMessage() {} func (x *AesEaxKey) ProtoReflect() protoreflect.Message { mi := &file_aes_eax_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesEaxKey.ProtoReflect.Descriptor instead. func (*AesEaxKey) Descriptor() ([]byte, []int) { return file_aes_eax_proto_rawDescGZIP(), []int{2} } func (x *AesEaxKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesEaxKey) GetParams() *AesEaxParams { if x != nil { return x.Params } return nil } func (x *AesEaxKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } var File_aes_eax_proto protoreflect.FileDescriptor const file_aes_eax_proto_rawDesc = "" + "\n" + "\raes_eax.proto\x12\x12google.crypto.tink\"'\n" + "\fAesEaxParams\x12\x17\n" + "\aiv_size\x18\x01 \x01(\rR\x06ivSize\"f\n" + "\x0fAesEaxKeyFormat\x128\n" + "\x06params\x18\x01 \x01(\v2 .google.crypto.tink.AesEaxParamsR\x06params\x12\x19\n" + "\bkey_size\x18\x02 \x01(\rR\akeySize\"|\n" + "\tAesEaxKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x128\n" + "\x06params\x18\x02 \x01(\v2 .google.crypto.tink.AesEaxParamsR\x06params\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValueBZ\n" + "\x1ccom.google.crypto.tink.protoP\x01Z8github.com/tink-crypto/tink-go/v2/proto/aes_eax_go_protob\x06proto3" var ( file_aes_eax_proto_rawDescOnce sync.Once file_aes_eax_proto_rawDescData []byte ) func file_aes_eax_proto_rawDescGZIP() []byte { file_aes_eax_proto_rawDescOnce.Do(func() { file_aes_eax_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_aes_eax_proto_rawDesc), len(file_aes_eax_proto_rawDesc))) }) return file_aes_eax_proto_rawDescData } var file_aes_eax_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_aes_eax_proto_goTypes = []any{ (*AesEaxParams)(nil), // 0: google.crypto.tink.AesEaxParams (*AesEaxKeyFormat)(nil), // 1: google.crypto.tink.AesEaxKeyFormat (*AesEaxKey)(nil), // 2: google.crypto.tink.AesEaxKey } var file_aes_eax_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.AesEaxKeyFormat.params:type_name -> google.crypto.tink.AesEaxParams 0, // 1: google.crypto.tink.AesEaxKey.params:type_name -> google.crypto.tink.AesEaxParams 2, // [2:2] is the sub-list for method output_type 2, // [2:2] is the sub-list for method input_type 2, // [2:2] is the sub-list for extension type_name 2, // [2:2] is the sub-list for extension extendee 0, // [0:2] is the sub-list for field type_name } func init() { file_aes_eax_proto_init() } func file_aes_eax_proto_init() { if File_aes_eax_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_aes_eax_proto_rawDesc), len(file_aes_eax_proto_rawDesc)), NumEnums: 0, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_aes_eax_proto_goTypes, DependencyIndexes: file_aes_eax_proto_depIdxs, MessageInfos: file_aes_eax_proto_msgTypes, }.Build() File_aes_eax_proto = out.File file_aes_eax_proto_goTypes = nil file_aes_eax_proto_depIdxs = nil } ================================================ FILE: proto/aes_gcm.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto"; option objc_class_prefix = "TINKPB"; message AesGcmKeyFormat { uint32 key_size = 2; uint32 version = 3; } // key_type: type.googleapis.com/google.crypto.tink.AesGcmKey // // A AesGcmKey is an AEAD key. Mathematically, it represents the functions // Encrypt and Decrypt which we define in the following. // // First, Tink computes a "output prefix" OP by considering the // "OutputPrefixType" message in Keyset.Key and the ID of the key using the // Tink function "AEAD-OutputPrefix": (AesGcmKeys must always be stored in a // keyset). // // AEAD-OutputPrefix(output_prefix_type, id): // if output_prefix_type == RAW: // return ""; // if output_prefix_type == TINK: // return 0x01 + BigEndian(id) // if output_prefix_type == CRUNCHY: // return 0x00 + BigEndian(id) // // Then, the function defined by this is defined as: // [GCM], Section 5.2.1: // * "Encrypt" maps a plaintext P and associated data A to a ciphertext given // by the concatenation OP || IV || C || T. In addition to [GCM], Tink // has the following restriction: IV is a uniformly random initialization // vector of length 12 bytes and T is restricted to 16 bytes. // // * If OP matches the result of AEAD-OutputPrefix, then "Decrypt" maps the // input OP || IV || C || T and A to the the output P in the manner as // described in [GCM], Section 5.2.2. If OP does not match, then "Decrypt" // returns an error. // [GCM]: NIST Special Publication 800-38D: Recommendation for Block Cipher // Modes of Operation: Galois/Counter Mode (GCM) and GMAC. // http://csrc.nist.gov/publications/nistpubs/800-38D/SP-800-38D.pdf. message AesGcmKey { uint32 version = 1; bytes key_value = 3; // Placeholder for ctype and debug_redact. } ================================================ FILE: proto/aes_gcm_go_proto/aes_gcm.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: aes_gcm.proto package aes_gcm_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type AesGcmKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` KeySize uint32 `protobuf:"varint,2,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` Version uint32 `protobuf:"varint,3,opt,name=version,proto3" json:"version,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesGcmKeyFormat) Reset() { *x = AesGcmKeyFormat{} mi := &file_aes_gcm_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesGcmKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesGcmKeyFormat) ProtoMessage() {} func (x *AesGcmKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_aes_gcm_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesGcmKeyFormat.ProtoReflect.Descriptor instead. func (*AesGcmKeyFormat) Descriptor() ([]byte, []int) { return file_aes_gcm_proto_rawDescGZIP(), []int{0} } func (x *AesGcmKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } func (x *AesGcmKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } type AesGcmKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesGcmKey) Reset() { *x = AesGcmKey{} mi := &file_aes_gcm_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesGcmKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesGcmKey) ProtoMessage() {} func (x *AesGcmKey) ProtoReflect() protoreflect.Message { mi := &file_aes_gcm_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesGcmKey.ProtoReflect.Descriptor instead. func (*AesGcmKey) Descriptor() ([]byte, []int) { return file_aes_gcm_proto_rawDescGZIP(), []int{1} } func (x *AesGcmKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesGcmKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } var File_aes_gcm_proto protoreflect.FileDescriptor const file_aes_gcm_proto_rawDesc = "" + "\n" + "\raes_gcm.proto\x12\x12google.crypto.tink\"F\n" + "\x0fAesGcmKeyFormat\x12\x19\n" + "\bkey_size\x18\x02 \x01(\rR\akeySize\x12\x18\n" + "\aversion\x18\x03 \x01(\rR\aversion\"B\n" + "\tAesGcmKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValueBc\n" + "\x1ccom.google.crypto.tink.protoP\x01Z8github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto\xa2\x02\x06TINKPBb\x06proto3" var ( file_aes_gcm_proto_rawDescOnce sync.Once file_aes_gcm_proto_rawDescData []byte ) func file_aes_gcm_proto_rawDescGZIP() []byte { file_aes_gcm_proto_rawDescOnce.Do(func() { file_aes_gcm_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_aes_gcm_proto_rawDesc), len(file_aes_gcm_proto_rawDesc))) }) return file_aes_gcm_proto_rawDescData } var file_aes_gcm_proto_msgTypes = make([]protoimpl.MessageInfo, 2) var file_aes_gcm_proto_goTypes = []any{ (*AesGcmKeyFormat)(nil), // 0: google.crypto.tink.AesGcmKeyFormat (*AesGcmKey)(nil), // 1: google.crypto.tink.AesGcmKey } var file_aes_gcm_proto_depIdxs = []int32{ 0, // [0:0] is the sub-list for method output_type 0, // [0:0] is the sub-list for method input_type 0, // [0:0] is the sub-list for extension type_name 0, // [0:0] is the sub-list for extension extendee 0, // [0:0] is the sub-list for field type_name } func init() { file_aes_gcm_proto_init() } func file_aes_gcm_proto_init() { if File_aes_gcm_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_aes_gcm_proto_rawDesc), len(file_aes_gcm_proto_rawDesc)), NumEnums: 0, NumMessages: 2, NumExtensions: 0, NumServices: 0, }, GoTypes: file_aes_gcm_proto_goTypes, DependencyIndexes: file_aes_gcm_proto_depIdxs, MessageInfos: file_aes_gcm_proto_msgTypes, }.Build() File_aes_gcm_proto = out.File file_aes_gcm_proto_goTypes = nil file_aes_gcm_proto_depIdxs = nil } ================================================ FILE: proto/aes_gcm_hkdf_streaming.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for streaming encryption using AES-GCM // with HKDF as key derivation function. syntax = "proto3"; package google.crypto.tink; import "proto/common.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_hkdf_streaming_go_proto"; message AesGcmHkdfStreamingParams { uint32 ciphertext_segment_size = 1; uint32 derived_key_size = 2; // size of AES-GCM keys derived for each segment HashType hkdf_hash_type = 3; } message AesGcmHkdfStreamingKeyFormat { uint32 version = 3; AesGcmHkdfStreamingParams params = 1; uint32 key_size = 2; // size of the main key (aka. "ikm", input key material) } // key_type: type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey message AesGcmHkdfStreamingKey { uint32 version = 1; AesGcmHkdfStreamingParams params = 2; bytes key_value = 3; // Placeholder for ctype and debug_redact. } ================================================ FILE: proto/aes_gcm_hkdf_streaming_go_proto/aes_gcm_hkdf_streaming.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for streaming encryption using AES-GCM // with HKDF as key derivation function. // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: aes_gcm_hkdf_streaming.proto package aes_gcm_hkdf_streaming_go_proto import ( common_go_proto "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type AesGcmHkdfStreamingParams struct { state protoimpl.MessageState `protogen:"open.v1"` CiphertextSegmentSize uint32 `protobuf:"varint,1,opt,name=ciphertext_segment_size,json=ciphertextSegmentSize,proto3" json:"ciphertext_segment_size,omitempty"` DerivedKeySize uint32 `protobuf:"varint,2,opt,name=derived_key_size,json=derivedKeySize,proto3" json:"derived_key_size,omitempty"` // size of AES-GCM keys derived for each segment HkdfHashType common_go_proto.HashType `protobuf:"varint,3,opt,name=hkdf_hash_type,json=hkdfHashType,proto3,enum=google.crypto.tink.HashType" json:"hkdf_hash_type,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesGcmHkdfStreamingParams) Reset() { *x = AesGcmHkdfStreamingParams{} mi := &file_aes_gcm_hkdf_streaming_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesGcmHkdfStreamingParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesGcmHkdfStreamingParams) ProtoMessage() {} func (x *AesGcmHkdfStreamingParams) ProtoReflect() protoreflect.Message { mi := &file_aes_gcm_hkdf_streaming_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesGcmHkdfStreamingParams.ProtoReflect.Descriptor instead. func (*AesGcmHkdfStreamingParams) Descriptor() ([]byte, []int) { return file_aes_gcm_hkdf_streaming_proto_rawDescGZIP(), []int{0} } func (x *AesGcmHkdfStreamingParams) GetCiphertextSegmentSize() uint32 { if x != nil { return x.CiphertextSegmentSize } return 0 } func (x *AesGcmHkdfStreamingParams) GetDerivedKeySize() uint32 { if x != nil { return x.DerivedKeySize } return 0 } func (x *AesGcmHkdfStreamingParams) GetHkdfHashType() common_go_proto.HashType { if x != nil { return x.HkdfHashType } return common_go_proto.HashType(0) } type AesGcmHkdfStreamingKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,3,opt,name=version,proto3" json:"version,omitempty"` Params *AesGcmHkdfStreamingParams `protobuf:"bytes,1,opt,name=params,proto3" json:"params,omitempty"` KeySize uint32 `protobuf:"varint,2,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` // size of the main key (aka. "ikm", input key material) unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesGcmHkdfStreamingKeyFormat) Reset() { *x = AesGcmHkdfStreamingKeyFormat{} mi := &file_aes_gcm_hkdf_streaming_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesGcmHkdfStreamingKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesGcmHkdfStreamingKeyFormat) ProtoMessage() {} func (x *AesGcmHkdfStreamingKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_aes_gcm_hkdf_streaming_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesGcmHkdfStreamingKeyFormat.ProtoReflect.Descriptor instead. func (*AesGcmHkdfStreamingKeyFormat) Descriptor() ([]byte, []int) { return file_aes_gcm_hkdf_streaming_proto_rawDescGZIP(), []int{1} } func (x *AesGcmHkdfStreamingKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesGcmHkdfStreamingKeyFormat) GetParams() *AesGcmHkdfStreamingParams { if x != nil { return x.Params } return nil } func (x *AesGcmHkdfStreamingKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } // key_type: type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey type AesGcmHkdfStreamingKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Params *AesGcmHkdfStreamingParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesGcmHkdfStreamingKey) Reset() { *x = AesGcmHkdfStreamingKey{} mi := &file_aes_gcm_hkdf_streaming_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesGcmHkdfStreamingKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesGcmHkdfStreamingKey) ProtoMessage() {} func (x *AesGcmHkdfStreamingKey) ProtoReflect() protoreflect.Message { mi := &file_aes_gcm_hkdf_streaming_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesGcmHkdfStreamingKey.ProtoReflect.Descriptor instead. func (*AesGcmHkdfStreamingKey) Descriptor() ([]byte, []int) { return file_aes_gcm_hkdf_streaming_proto_rawDescGZIP(), []int{2} } func (x *AesGcmHkdfStreamingKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesGcmHkdfStreamingKey) GetParams() *AesGcmHkdfStreamingParams { if x != nil { return x.Params } return nil } func (x *AesGcmHkdfStreamingKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } var File_aes_gcm_hkdf_streaming_proto protoreflect.FileDescriptor const file_aes_gcm_hkdf_streaming_proto_rawDesc = "" + "\n" + "\x1caes_gcm_hkdf_streaming.proto\x12\x12google.crypto.tink\x1a\x12proto/common.proto\"\xc1\x01\n" + "\x19AesGcmHkdfStreamingParams\x126\n" + "\x17ciphertext_segment_size\x18\x01 \x01(\rR\x15ciphertextSegmentSize\x12(\n" + "\x10derived_key_size\x18\x02 \x01(\rR\x0ederivedKeySize\x12B\n" + "\x0ehkdf_hash_type\x18\x03 \x01(\x0e2\x1c.google.crypto.tink.HashTypeR\fhkdfHashType\"\x9a\x01\n" + "\x1cAesGcmHkdfStreamingKeyFormat\x12\x18\n" + "\aversion\x18\x03 \x01(\rR\aversion\x12E\n" + "\x06params\x18\x01 \x01(\v2-.google.crypto.tink.AesGcmHkdfStreamingParamsR\x06params\x12\x19\n" + "\bkey_size\x18\x02 \x01(\rR\akeySize\"\x96\x01\n" + "\x16AesGcmHkdfStreamingKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12E\n" + "\x06params\x18\x02 \x01(\v2-.google.crypto.tink.AesGcmHkdfStreamingParamsR\x06params\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValueBi\n" + "\x1ccom.google.crypto.tink.protoP\x01ZGgithub.com/tink-crypto/tink-go/v2/proto/aes_gcm_hkdf_streaming_go_protob\x06proto3" var ( file_aes_gcm_hkdf_streaming_proto_rawDescOnce sync.Once file_aes_gcm_hkdf_streaming_proto_rawDescData []byte ) func file_aes_gcm_hkdf_streaming_proto_rawDescGZIP() []byte { file_aes_gcm_hkdf_streaming_proto_rawDescOnce.Do(func() { file_aes_gcm_hkdf_streaming_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_aes_gcm_hkdf_streaming_proto_rawDesc), len(file_aes_gcm_hkdf_streaming_proto_rawDesc))) }) return file_aes_gcm_hkdf_streaming_proto_rawDescData } var file_aes_gcm_hkdf_streaming_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_aes_gcm_hkdf_streaming_proto_goTypes = []any{ (*AesGcmHkdfStreamingParams)(nil), // 0: google.crypto.tink.AesGcmHkdfStreamingParams (*AesGcmHkdfStreamingKeyFormat)(nil), // 1: google.crypto.tink.AesGcmHkdfStreamingKeyFormat (*AesGcmHkdfStreamingKey)(nil), // 2: google.crypto.tink.AesGcmHkdfStreamingKey (common_go_proto.HashType)(0), // 3: google.crypto.tink.HashType } var file_aes_gcm_hkdf_streaming_proto_depIdxs = []int32{ 3, // 0: google.crypto.tink.AesGcmHkdfStreamingParams.hkdf_hash_type:type_name -> google.crypto.tink.HashType 0, // 1: google.crypto.tink.AesGcmHkdfStreamingKeyFormat.params:type_name -> google.crypto.tink.AesGcmHkdfStreamingParams 0, // 2: google.crypto.tink.AesGcmHkdfStreamingKey.params:type_name -> google.crypto.tink.AesGcmHkdfStreamingParams 3, // [3:3] is the sub-list for method output_type 3, // [3:3] is the sub-list for method input_type 3, // [3:3] is the sub-list for extension type_name 3, // [3:3] is the sub-list for extension extendee 0, // [0:3] is the sub-list for field type_name } func init() { file_aes_gcm_hkdf_streaming_proto_init() } func file_aes_gcm_hkdf_streaming_proto_init() { if File_aes_gcm_hkdf_streaming_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_aes_gcm_hkdf_streaming_proto_rawDesc), len(file_aes_gcm_hkdf_streaming_proto_rawDesc)), NumEnums: 0, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_aes_gcm_hkdf_streaming_proto_goTypes, DependencyIndexes: file_aes_gcm_hkdf_streaming_proto_depIdxs, MessageInfos: file_aes_gcm_hkdf_streaming_proto_msgTypes, }.Build() File_aes_gcm_hkdf_streaming_proto = out.File file_aes_gcm_hkdf_streaming_proto_goTypes = nil file_aes_gcm_hkdf_streaming_proto_depIdxs = nil } ================================================ FILE: proto/aes_gcm_siv.proto ================================================ // Copyright 2019 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_siv_go_proto"; // The only allowed IV size is 12 bytes and tag size is 16 bytes. // Thus, accept no params. message AesGcmSivKeyFormat { uint32 key_size = 2; uint32 version = 1; } // key_type: type.googleapis.com/google.crypto.tink.AesGcmSivKey message AesGcmSivKey { uint32 version = 1; bytes key_value = 3; // Placeholder for ctype and debug_redact. } ================================================ FILE: proto/aes_gcm_siv_go_proto/aes_gcm_siv.pb.go ================================================ // Copyright 2019 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: aes_gcm_siv.proto package aes_gcm_siv_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) // The only allowed IV size is 12 bytes and tag size is 16 bytes. // Thus, accept no params. type AesGcmSivKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` KeySize uint32 `protobuf:"varint,2,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesGcmSivKeyFormat) Reset() { *x = AesGcmSivKeyFormat{} mi := &file_aes_gcm_siv_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesGcmSivKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesGcmSivKeyFormat) ProtoMessage() {} func (x *AesGcmSivKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_aes_gcm_siv_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesGcmSivKeyFormat.ProtoReflect.Descriptor instead. func (*AesGcmSivKeyFormat) Descriptor() ([]byte, []int) { return file_aes_gcm_siv_proto_rawDescGZIP(), []int{0} } func (x *AesGcmSivKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } func (x *AesGcmSivKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } // key_type: type.googleapis.com/google.crypto.tink.AesGcmSivKey type AesGcmSivKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *AesGcmSivKey) Reset() { *x = AesGcmSivKey{} mi := &file_aes_gcm_siv_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *AesGcmSivKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*AesGcmSivKey) ProtoMessage() {} func (x *AesGcmSivKey) ProtoReflect() protoreflect.Message { mi := &file_aes_gcm_siv_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use AesGcmSivKey.ProtoReflect.Descriptor instead. func (*AesGcmSivKey) Descriptor() ([]byte, []int) { return file_aes_gcm_siv_proto_rawDescGZIP(), []int{1} } func (x *AesGcmSivKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *AesGcmSivKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } var File_aes_gcm_siv_proto protoreflect.FileDescriptor const file_aes_gcm_siv_proto_rawDesc = "" + "\n" + "\x11aes_gcm_siv.proto\x12\x12google.crypto.tink\"I\n" + "\x12AesGcmSivKeyFormat\x12\x19\n" + "\bkey_size\x18\x02 \x01(\rR\akeySize\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\"E\n" + "\fAesGcmSivKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValueB^\n" + "\x1ccom.google.crypto.tink.protoP\x01Z google.crypto.tink.CompositeMlDsaParams 5, // 1: google.crypto.tink.CompositeMlDsaParams.ml_dsa_instance:type_name -> google.crypto.tink.MlDsaInstance 0, // 2: google.crypto.tink.CompositeMlDsaParams.classical_algorithm:type_name -> google.crypto.tink.CompositeMlDsaClassicalAlgorithm 6, // 3: google.crypto.tink.CompositeMlDsaPublicKey.ml_dsa_public_key:type_name -> google.crypto.tink.KeyData 6, // 4: google.crypto.tink.CompositeMlDsaPublicKey.classical_public_key:type_name -> google.crypto.tink.KeyData 2, // 5: google.crypto.tink.CompositeMlDsaPublicKey.params:type_name -> google.crypto.tink.CompositeMlDsaParams 6, // 6: google.crypto.tink.CompositeMlDsaPrivateKey.ml_dsa_private_key:type_name -> google.crypto.tink.KeyData 6, // 7: google.crypto.tink.CompositeMlDsaPrivateKey.classical_private_key:type_name -> google.crypto.tink.KeyData 2, // 8: google.crypto.tink.CompositeMlDsaPrivateKey.params:type_name -> google.crypto.tink.CompositeMlDsaParams 9, // [9:9] is the sub-list for method output_type 9, // [9:9] is the sub-list for method input_type 9, // [9:9] is the sub-list for extension type_name 9, // [9:9] is the sub-list for extension extendee 0, // [0:9] is the sub-list for field type_name } func init() { file_third_party_tink_proto_composite_ml_dsa_proto_init() } func file_third_party_tink_proto_composite_ml_dsa_proto_init() { if File_third_party_tink_proto_composite_ml_dsa_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_third_party_tink_proto_composite_ml_dsa_proto_rawDesc), len(file_third_party_tink_proto_composite_ml_dsa_proto_rawDesc)), NumEnums: 1, NumMessages: 4, NumExtensions: 0, NumServices: 0, }, GoTypes: file_third_party_tink_proto_composite_ml_dsa_proto_goTypes, DependencyIndexes: file_third_party_tink_proto_composite_ml_dsa_proto_depIdxs, EnumInfos: file_third_party_tink_proto_composite_ml_dsa_proto_enumTypes, MessageInfos: file_third_party_tink_proto_composite_ml_dsa_proto_msgTypes, }.Build() File_third_party_tink_proto_composite_ml_dsa_proto = out.File file_third_party_tink_proto_composite_ml_dsa_proto_goTypes = nil file_third_party_tink_proto_composite_ml_dsa_proto_depIdxs = nil } ================================================ FILE: proto/config.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for configuring Tink runtime environment. syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/config_go_proto"; // An entry that describes a key type to be used with Tink library, // specifying the corresponding primitive, key manager, and deprecation status. // All fields are required. message KeyTypeEntry { // KeyTypeEntry is no longer supported. option deprecated = true; string primitive_name = 1; // E.g. “Aead”, “Mac”, ... (case-insensitive) string type_url = 2; // Name of the key type. uint32 key_manager_version = 3; // Minimum required version of key manager. bool new_key_allowed = 4; // Can the key manager create new keys? string catalogue_name = 5; // Catalogue to be queried for key manager, // e.g. "Tink", "Custom", ... (case-insensitive) } // A complete configuration of Tink library: a list of key types // to be available via the Registry after initialization. // All fields are required. message RegistryConfig { // RegistryConfig is no longer supported. option deprecated = true; string config_name = 1; repeated KeyTypeEntry entry = 2; } ================================================ FILE: proto/config_go_proto/config.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for configuring Tink runtime environment. // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: config.proto package config_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) // An entry that describes a key type to be used with Tink library, // specifying the corresponding primitive, key manager, and deprecation status. // All fields are required. // // Deprecated: Marked as deprecated in config.proto. type KeyTypeEntry struct { state protoimpl.MessageState `protogen:"open.v1"` PrimitiveName string `protobuf:"bytes,1,opt,name=primitive_name,json=primitiveName,proto3" json:"primitive_name,omitempty"` // E.g. “Aead”, “Mac”, ... (case-insensitive) TypeUrl string `protobuf:"bytes,2,opt,name=type_url,json=typeUrl,proto3" json:"type_url,omitempty"` // Name of the key type. KeyManagerVersion uint32 `protobuf:"varint,3,opt,name=key_manager_version,json=keyManagerVersion,proto3" json:"key_manager_version,omitempty"` // Minimum required version of key manager. NewKeyAllowed bool `protobuf:"varint,4,opt,name=new_key_allowed,json=newKeyAllowed,proto3" json:"new_key_allowed,omitempty"` // Can the key manager create new keys? CatalogueName string `protobuf:"bytes,5,opt,name=catalogue_name,json=catalogueName,proto3" json:"catalogue_name,omitempty"` // Catalogue to be queried for key manager, unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *KeyTypeEntry) Reset() { *x = KeyTypeEntry{} mi := &file_config_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *KeyTypeEntry) String() string { return protoimpl.X.MessageStringOf(x) } func (*KeyTypeEntry) ProtoMessage() {} func (x *KeyTypeEntry) ProtoReflect() protoreflect.Message { mi := &file_config_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use KeyTypeEntry.ProtoReflect.Descriptor instead. func (*KeyTypeEntry) Descriptor() ([]byte, []int) { return file_config_proto_rawDescGZIP(), []int{0} } func (x *KeyTypeEntry) GetPrimitiveName() string { if x != nil { return x.PrimitiveName } return "" } func (x *KeyTypeEntry) GetTypeUrl() string { if x != nil { return x.TypeUrl } return "" } func (x *KeyTypeEntry) GetKeyManagerVersion() uint32 { if x != nil { return x.KeyManagerVersion } return 0 } func (x *KeyTypeEntry) GetNewKeyAllowed() bool { if x != nil { return x.NewKeyAllowed } return false } func (x *KeyTypeEntry) GetCatalogueName() string { if x != nil { return x.CatalogueName } return "" } // A complete configuration of Tink library: a list of key types // to be available via the Registry after initialization. // All fields are required. // // Deprecated: Marked as deprecated in config.proto. type RegistryConfig struct { state protoimpl.MessageState `protogen:"open.v1"` ConfigName string `protobuf:"bytes,1,opt,name=config_name,json=configName,proto3" json:"config_name,omitempty"` Entry []*KeyTypeEntry `protobuf:"bytes,2,rep,name=entry,proto3" json:"entry,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *RegistryConfig) Reset() { *x = RegistryConfig{} mi := &file_config_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *RegistryConfig) String() string { return protoimpl.X.MessageStringOf(x) } func (*RegistryConfig) ProtoMessage() {} func (x *RegistryConfig) ProtoReflect() protoreflect.Message { mi := &file_config_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use RegistryConfig.ProtoReflect.Descriptor instead. func (*RegistryConfig) Descriptor() ([]byte, []int) { return file_config_proto_rawDescGZIP(), []int{1} } func (x *RegistryConfig) GetConfigName() string { if x != nil { return x.ConfigName } return "" } func (x *RegistryConfig) GetEntry() []*KeyTypeEntry { if x != nil { return x.Entry } return nil } var File_config_proto protoreflect.FileDescriptor const file_config_proto_rawDesc = "" + "\n" + "\fconfig.proto\x12\x12google.crypto.tink\"\xd3\x01\n" + "\fKeyTypeEntry\x12%\n" + "\x0eprimitive_name\x18\x01 \x01(\tR\rprimitiveName\x12\x19\n" + "\btype_url\x18\x02 \x01(\tR\atypeUrl\x12.\n" + "\x13key_manager_version\x18\x03 \x01(\rR\x11keyManagerVersion\x12&\n" + "\x0fnew_key_allowed\x18\x04 \x01(\bR\rnewKeyAllowed\x12%\n" + "\x0ecatalogue_name\x18\x05 \x01(\tR\rcatalogueName:\x02\x18\x01\"m\n" + "\x0eRegistryConfig\x12\x1f\n" + "\vconfig_name\x18\x01 \x01(\tR\n" + "configName\x126\n" + "\x05entry\x18\x02 \x03(\v2 .google.crypto.tink.KeyTypeEntryR\x05entry:\x02\x18\x01BY\n" + "\x1ccom.google.crypto.tink.protoP\x01Z7github.com/tink-crypto/tink-go/v2/proto/config_go_protob\x06proto3" var ( file_config_proto_rawDescOnce sync.Once file_config_proto_rawDescData []byte ) func file_config_proto_rawDescGZIP() []byte { file_config_proto_rawDescOnce.Do(func() { file_config_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_config_proto_rawDesc), len(file_config_proto_rawDesc))) }) return file_config_proto_rawDescData } var file_config_proto_msgTypes = make([]protoimpl.MessageInfo, 2) var file_config_proto_goTypes = []any{ (*KeyTypeEntry)(nil), // 0: google.crypto.tink.KeyTypeEntry (*RegistryConfig)(nil), // 1: google.crypto.tink.RegistryConfig } var file_config_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.RegistryConfig.entry:type_name -> google.crypto.tink.KeyTypeEntry 1, // [1:1] is the sub-list for method output_type 1, // [1:1] is the sub-list for method input_type 1, // [1:1] is the sub-list for extension type_name 1, // [1:1] is the sub-list for extension extendee 0, // [0:1] is the sub-list for field type_name } func init() { file_config_proto_init() } func file_config_proto_init() { if File_config_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_config_proto_rawDesc), len(file_config_proto_rawDesc)), NumEnums: 0, NumMessages: 2, NumExtensions: 0, NumServices: 0, }, GoTypes: file_config_proto_goTypes, DependencyIndexes: file_config_proto_depIdxs, MessageInfos: file_config_proto_msgTypes, }.Build() File_config_proto = out.File file_config_proto_goTypes = nil file_config_proto_depIdxs = nil } ================================================ FILE: proto/ecdsa.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for Elliptic Curve Digital Signature Algorithm (ECDSA). syntax = "proto3"; package google.crypto.tink; import "proto/common.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/ecdsa_go_proto"; enum EcdsaSignatureEncoding { UNKNOWN_ENCODING = 0; // The signature's format is r || s, where r and s are zero-padded and have // the same size in bytes as the order of the curve. For example, for NIST // P-256 curve, r and s are zero-padded to 32 bytes. IEEE_P1363 = 1; // The signature is encoded using ASN.1 // (https://tools.ietf.org/html/rfc5480#appendix-A): // ECDSA-Sig-Value :: = SEQUENCE { // r INTEGER, // s INTEGER // } DER = 2; } // Protos for Ecdsa. message EcdsaParams { // Required. HashType hash_type = 1; // Required. EllipticCurveType curve = 2; // Required. EcdsaSignatureEncoding encoding = 3; } // key_type: type.googleapis.com/google.crypto.tink.EcdsaPublicKey message EcdsaPublicKey { // Required. uint32 version = 1; // Required. EcdsaParams params = 2; // Affine coordinates of the public key in bigendian representation. The // public key is a point (x, y) on the curve defined by params.curve. For // ECDH, it is crucial to verify whether the public key point (x, y) is on the // private's key curve. For ECDSA, such verification is a defense in depth. // Required. bytes x = 3; // Required. bytes y = 4; } // key_type: type.googleapis.com/google.crypto.tink.EcdsaPrivateKey message EcdsaPrivateKey { // Required. uint32 version = 1; // Required. EcdsaPublicKey public_key = 2; // Unsigned big integer in bigendian representation. // Required. bytes key_value = 3; // Placeholder for ctype and debug_redact. } message EcdsaKeyFormat { // Required. EcdsaParams params = 2; uint32 version = 3; } ================================================ FILE: proto/ecdsa_go_proto/ecdsa.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for Elliptic Curve Digital Signature Algorithm (ECDSA). // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: ecdsa.proto package ecdsa_go_proto import ( common_go_proto "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type EcdsaSignatureEncoding int32 const ( EcdsaSignatureEncoding_UNKNOWN_ENCODING EcdsaSignatureEncoding = 0 // The signature's format is r || s, where r and s are zero-padded and have // the same size in bytes as the order of the curve. For example, for NIST // P-256 curve, r and s are zero-padded to 32 bytes. EcdsaSignatureEncoding_IEEE_P1363 EcdsaSignatureEncoding = 1 // The signature is encoded using ASN.1 // (https://tools.ietf.org/html/rfc5480#appendix-A): // // ECDSA-Sig-Value :: = SEQUENCE { // r INTEGER, // s INTEGER // } EcdsaSignatureEncoding_DER EcdsaSignatureEncoding = 2 ) // Enum value maps for EcdsaSignatureEncoding. var ( EcdsaSignatureEncoding_name = map[int32]string{ 0: "UNKNOWN_ENCODING", 1: "IEEE_P1363", 2: "DER", } EcdsaSignatureEncoding_value = map[string]int32{ "UNKNOWN_ENCODING": 0, "IEEE_P1363": 1, "DER": 2, } ) func (x EcdsaSignatureEncoding) Enum() *EcdsaSignatureEncoding { p := new(EcdsaSignatureEncoding) *p = x return p } func (x EcdsaSignatureEncoding) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (EcdsaSignatureEncoding) Descriptor() protoreflect.EnumDescriptor { return file_ecdsa_proto_enumTypes[0].Descriptor() } func (EcdsaSignatureEncoding) Type() protoreflect.EnumType { return &file_ecdsa_proto_enumTypes[0] } func (x EcdsaSignatureEncoding) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use EcdsaSignatureEncoding.Descriptor instead. func (EcdsaSignatureEncoding) EnumDescriptor() ([]byte, []int) { return file_ecdsa_proto_rawDescGZIP(), []int{0} } // Protos for Ecdsa. type EcdsaParams struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. HashType common_go_proto.HashType `protobuf:"varint,1,opt,name=hash_type,json=hashType,proto3,enum=google.crypto.tink.HashType" json:"hash_type,omitempty"` // Required. Curve common_go_proto.EllipticCurveType `protobuf:"varint,2,opt,name=curve,proto3,enum=google.crypto.tink.EllipticCurveType" json:"curve,omitempty"` // Required. Encoding EcdsaSignatureEncoding `protobuf:"varint,3,opt,name=encoding,proto3,enum=google.crypto.tink.EcdsaSignatureEncoding" json:"encoding,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *EcdsaParams) Reset() { *x = EcdsaParams{} mi := &file_ecdsa_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *EcdsaParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*EcdsaParams) ProtoMessage() {} func (x *EcdsaParams) ProtoReflect() protoreflect.Message { mi := &file_ecdsa_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use EcdsaParams.ProtoReflect.Descriptor instead. func (*EcdsaParams) Descriptor() ([]byte, []int) { return file_ecdsa_proto_rawDescGZIP(), []int{0} } func (x *EcdsaParams) GetHashType() common_go_proto.HashType { if x != nil { return x.HashType } return common_go_proto.HashType(0) } func (x *EcdsaParams) GetCurve() common_go_proto.EllipticCurveType { if x != nil { return x.Curve } return common_go_proto.EllipticCurveType(0) } func (x *EcdsaParams) GetEncoding() EcdsaSignatureEncoding { if x != nil { return x.Encoding } return EcdsaSignatureEncoding_UNKNOWN_ENCODING } // key_type: type.googleapis.com/google.crypto.tink.EcdsaPublicKey type EcdsaPublicKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. Params *EcdsaParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` // Affine coordinates of the public key in bigendian representation. The // public key is a point (x, y) on the curve defined by params.curve. For // ECDH, it is crucial to verify whether the public key point (x, y) is on the // private's key curve. For ECDSA, such verification is a defense in depth. // Required. X []byte `protobuf:"bytes,3,opt,name=x,proto3" json:"x,omitempty"` // Required. Y []byte `protobuf:"bytes,4,opt,name=y,proto3" json:"y,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *EcdsaPublicKey) Reset() { *x = EcdsaPublicKey{} mi := &file_ecdsa_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *EcdsaPublicKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*EcdsaPublicKey) ProtoMessage() {} func (x *EcdsaPublicKey) ProtoReflect() protoreflect.Message { mi := &file_ecdsa_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use EcdsaPublicKey.ProtoReflect.Descriptor instead. func (*EcdsaPublicKey) Descriptor() ([]byte, []int) { return file_ecdsa_proto_rawDescGZIP(), []int{1} } func (x *EcdsaPublicKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *EcdsaPublicKey) GetParams() *EcdsaParams { if x != nil { return x.Params } return nil } func (x *EcdsaPublicKey) GetX() []byte { if x != nil { return x.X } return nil } func (x *EcdsaPublicKey) GetY() []byte { if x != nil { return x.Y } return nil } // key_type: type.googleapis.com/google.crypto.tink.EcdsaPrivateKey type EcdsaPrivateKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. PublicKey *EcdsaPublicKey `protobuf:"bytes,2,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` // Unsigned big integer in bigendian representation. // Required. KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *EcdsaPrivateKey) Reset() { *x = EcdsaPrivateKey{} mi := &file_ecdsa_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *EcdsaPrivateKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*EcdsaPrivateKey) ProtoMessage() {} func (x *EcdsaPrivateKey) ProtoReflect() protoreflect.Message { mi := &file_ecdsa_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use EcdsaPrivateKey.ProtoReflect.Descriptor instead. func (*EcdsaPrivateKey) Descriptor() ([]byte, []int) { return file_ecdsa_proto_rawDescGZIP(), []int{2} } func (x *EcdsaPrivateKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *EcdsaPrivateKey) GetPublicKey() *EcdsaPublicKey { if x != nil { return x.PublicKey } return nil } func (x *EcdsaPrivateKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } type EcdsaKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Params *EcdsaParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` Version uint32 `protobuf:"varint,3,opt,name=version,proto3" json:"version,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *EcdsaKeyFormat) Reset() { *x = EcdsaKeyFormat{} mi := &file_ecdsa_proto_msgTypes[3] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *EcdsaKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*EcdsaKeyFormat) ProtoMessage() {} func (x *EcdsaKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_ecdsa_proto_msgTypes[3] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use EcdsaKeyFormat.ProtoReflect.Descriptor instead. func (*EcdsaKeyFormat) Descriptor() ([]byte, []int) { return file_ecdsa_proto_rawDescGZIP(), []int{3} } func (x *EcdsaKeyFormat) GetParams() *EcdsaParams { if x != nil { return x.Params } return nil } func (x *EcdsaKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } var File_ecdsa_proto protoreflect.FileDescriptor const file_ecdsa_proto_rawDesc = "" + "\n" + "\vecdsa.proto\x12\x12google.crypto.tink\x1a\x12proto/common.proto\"\xcd\x01\n" + "\vEcdsaParams\x129\n" + "\thash_type\x18\x01 \x01(\x0e2\x1c.google.crypto.tink.HashTypeR\bhashType\x12;\n" + "\x05curve\x18\x02 \x01(\x0e2%.google.crypto.tink.EllipticCurveTypeR\x05curve\x12F\n" + "\bencoding\x18\x03 \x01(\x0e2*.google.crypto.tink.EcdsaSignatureEncodingR\bencoding\"\x7f\n" + "\x0eEcdsaPublicKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x127\n" + "\x06params\x18\x02 \x01(\v2\x1f.google.crypto.tink.EcdsaParamsR\x06params\x12\f\n" + "\x01x\x18\x03 \x01(\fR\x01x\x12\f\n" + "\x01y\x18\x04 \x01(\fR\x01y\"\x8b\x01\n" + "\x0fEcdsaPrivateKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12A\n" + "\n" + "public_key\x18\x02 \x01(\v2\".google.crypto.tink.EcdsaPublicKeyR\tpublicKey\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValue\"c\n" + "\x0eEcdsaKeyFormat\x127\n" + "\x06params\x18\x02 \x01(\v2\x1f.google.crypto.tink.EcdsaParamsR\x06params\x12\x18\n" + "\aversion\x18\x03 \x01(\rR\aversion*G\n" + "\x16EcdsaSignatureEncoding\x12\x14\n" + "\x10UNKNOWN_ENCODING\x10\x00\x12\x0e\n" + "\n" + "IEEE_P1363\x10\x01\x12\a\n" + "\x03DER\x10\x02BX\n" + "\x1ccom.google.crypto.tink.protoP\x01Z6github.com/tink-crypto/tink-go/v2/proto/ecdsa_go_protob\x06proto3" var ( file_ecdsa_proto_rawDescOnce sync.Once file_ecdsa_proto_rawDescData []byte ) func file_ecdsa_proto_rawDescGZIP() []byte { file_ecdsa_proto_rawDescOnce.Do(func() { file_ecdsa_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_ecdsa_proto_rawDesc), len(file_ecdsa_proto_rawDesc))) }) return file_ecdsa_proto_rawDescData } var file_ecdsa_proto_enumTypes = make([]protoimpl.EnumInfo, 1) var file_ecdsa_proto_msgTypes = make([]protoimpl.MessageInfo, 4) var file_ecdsa_proto_goTypes = []any{ (EcdsaSignatureEncoding)(0), // 0: google.crypto.tink.EcdsaSignatureEncoding (*EcdsaParams)(nil), // 1: google.crypto.tink.EcdsaParams (*EcdsaPublicKey)(nil), // 2: google.crypto.tink.EcdsaPublicKey (*EcdsaPrivateKey)(nil), // 3: google.crypto.tink.EcdsaPrivateKey (*EcdsaKeyFormat)(nil), // 4: google.crypto.tink.EcdsaKeyFormat (common_go_proto.HashType)(0), // 5: google.crypto.tink.HashType (common_go_proto.EllipticCurveType)(0), // 6: google.crypto.tink.EllipticCurveType } var file_ecdsa_proto_depIdxs = []int32{ 5, // 0: google.crypto.tink.EcdsaParams.hash_type:type_name -> google.crypto.tink.HashType 6, // 1: google.crypto.tink.EcdsaParams.curve:type_name -> google.crypto.tink.EllipticCurveType 0, // 2: google.crypto.tink.EcdsaParams.encoding:type_name -> google.crypto.tink.EcdsaSignatureEncoding 1, // 3: google.crypto.tink.EcdsaPublicKey.params:type_name -> google.crypto.tink.EcdsaParams 2, // 4: google.crypto.tink.EcdsaPrivateKey.public_key:type_name -> google.crypto.tink.EcdsaPublicKey 1, // 5: google.crypto.tink.EcdsaKeyFormat.params:type_name -> google.crypto.tink.EcdsaParams 6, // [6:6] is the sub-list for method output_type 6, // [6:6] is the sub-list for method input_type 6, // [6:6] is the sub-list for extension type_name 6, // [6:6] is the sub-list for extension extendee 0, // [0:6] is the sub-list for field type_name } func init() { file_ecdsa_proto_init() } func file_ecdsa_proto_init() { if File_ecdsa_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_ecdsa_proto_rawDesc), len(file_ecdsa_proto_rawDesc)), NumEnums: 1, NumMessages: 4, NumExtensions: 0, NumServices: 0, }, GoTypes: file_ecdsa_proto_goTypes, DependencyIndexes: file_ecdsa_proto_depIdxs, EnumInfos: file_ecdsa_proto_enumTypes, MessageInfos: file_ecdsa_proto_msgTypes, }.Build() File_ecdsa_proto = out.File file_ecdsa_proto_goTypes = nil file_ecdsa_proto_depIdxs = nil } ================================================ FILE: proto/ecies_aead_hkdf.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for Elliptic Curve Digital Signature Algorithm (ECDSA). syntax = "proto3"; package google.crypto.tink; import "proto/common.proto"; import "proto/tink.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/ecies_aead_hkdf_go_proto"; // Protos for keys for ECIES with HKDF and AEAD encryption. // // These definitions follow loosely ECIES ISO 18033-2 standard // (Elliptic Curve Integrated Encryption Scheme, see // http://www.shoup.net/iso/std6.pdf), with but with some differences: // * use of HKDF key derivation function (instead of KDF1 and KDF2) enabling // the use // of optional parameters to the key derivation function, which strenghten // the overall security and allow for binding the key material to // application-specific information (cf. RFC 5869, // https://tools.ietf.org/html/rfc5869) // * use of modern AEAD schemes rather than "manual composition" of symmetric // encryption // with message authentication codes (as in DEM1, DEM2, and DEM3 schemes of // ISO 18033-2) // // ECIES-keys represent HybridEncryption resp. HybridDecryption primitives. // Parameters of KEM (Key Encapsulation Mechanism) message EciesHkdfKemParams { // Required. EllipticCurveType curve_type = 1; // Required. HashType hkdf_hash_type = 2; // Optional. bytes hkdf_salt = 11; } // Parameters of AEAD DEM (Data Encapsulation Mechanism). message EciesAeadDemParams { // Required. // Contains an Aead or DeterministicAead key format (e.g: // AesCtrHmacAeadKeyFormat, AesGcmKeyFormat or AesSivKeyFormat). // The output_prefix_type in this template here is ignored (RAW is assumed). KeyTemplate aead_dem = 2; } message EciesAeadHkdfParams { // Key Encapsulation Mechanism. // Required. EciesHkdfKemParams kem_params = 1; // Data Encapsulation Mechanism. // Required. EciesAeadDemParams dem_params = 2; // EC point format. // Required. EcPointFormat ec_point_format = 3; } // EciesAeadHkdfPublicKey represents HybridEncryption primitive. // key_type: type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey message EciesAeadHkdfPublicKey { // Required. uint32 version = 1; // Required. EciesAeadHkdfParams params = 2; // Affine coordinates of the public key in bigendian representation. // The public key is a point (x, y) on the curve defined by // params.kem_params.curve. Required. bytes x = 3; // Required. bytes y = 4; } // EciesKdfAeadPrivateKey represents HybridDecryption primitive. // key_type: type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey message EciesAeadHkdfPrivateKey { // Required. uint32 version = 1; // Required. EciesAeadHkdfPublicKey public_key = 2; // Required. bytes key_value = 3 ; // Placeholder for multi-line ctype and debug_redact. // Big integer in bigendian representation. } message EciesAeadHkdfKeyFormat { // Required. EciesAeadHkdfParams params = 1; } ================================================ FILE: proto/ecies_aead_hkdf_go_proto/ecies_aead_hkdf.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for Elliptic Curve Digital Signature Algorithm (ECDSA). // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.6 // protoc v3.21.12 // source: ecies_aead_hkdf.proto package ecies_aead_hkdf_go_proto import ( common_go_proto "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" tink_go_proto "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) // Parameters of KEM (Key Encapsulation Mechanism) type EciesHkdfKemParams struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. CurveType common_go_proto.EllipticCurveType `protobuf:"varint,1,opt,name=curve_type,json=curveType,proto3,enum=google.crypto.tink.EllipticCurveType" json:"curve_type,omitempty"` // Required. HkdfHashType common_go_proto.HashType `protobuf:"varint,2,opt,name=hkdf_hash_type,json=hkdfHashType,proto3,enum=google.crypto.tink.HashType" json:"hkdf_hash_type,omitempty"` // Optional. HkdfSalt []byte `protobuf:"bytes,11,opt,name=hkdf_salt,json=hkdfSalt,proto3" json:"hkdf_salt,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *EciesHkdfKemParams) Reset() { *x = EciesHkdfKemParams{} mi := &file_ecies_aead_hkdf_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *EciesHkdfKemParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*EciesHkdfKemParams) ProtoMessage() {} func (x *EciesHkdfKemParams) ProtoReflect() protoreflect.Message { mi := &file_ecies_aead_hkdf_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use EciesHkdfKemParams.ProtoReflect.Descriptor instead. func (*EciesHkdfKemParams) Descriptor() ([]byte, []int) { return file_ecies_aead_hkdf_proto_rawDescGZIP(), []int{0} } func (x *EciesHkdfKemParams) GetCurveType() common_go_proto.EllipticCurveType { if x != nil { return x.CurveType } return common_go_proto.EllipticCurveType(0) } func (x *EciesHkdfKemParams) GetHkdfHashType() common_go_proto.HashType { if x != nil { return x.HkdfHashType } return common_go_proto.HashType(0) } func (x *EciesHkdfKemParams) GetHkdfSalt() []byte { if x != nil { return x.HkdfSalt } return nil } // Parameters of AEAD DEM (Data Encapsulation Mechanism). type EciesAeadDemParams struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. // Contains an Aead or DeterministicAead key format (e.g: // AesCtrHmacAeadKeyFormat, AesGcmKeyFormat or AesSivKeyFormat). // The output_prefix_type in this template here is ignored (RAW is assumed). AeadDem *tink_go_proto.KeyTemplate `protobuf:"bytes,2,opt,name=aead_dem,json=aeadDem,proto3" json:"aead_dem,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *EciesAeadDemParams) Reset() { *x = EciesAeadDemParams{} mi := &file_ecies_aead_hkdf_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *EciesAeadDemParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*EciesAeadDemParams) ProtoMessage() {} func (x *EciesAeadDemParams) ProtoReflect() protoreflect.Message { mi := &file_ecies_aead_hkdf_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use EciesAeadDemParams.ProtoReflect.Descriptor instead. func (*EciesAeadDemParams) Descriptor() ([]byte, []int) { return file_ecies_aead_hkdf_proto_rawDescGZIP(), []int{1} } func (x *EciesAeadDemParams) GetAeadDem() *tink_go_proto.KeyTemplate { if x != nil { return x.AeadDem } return nil } type EciesAeadHkdfParams struct { state protoimpl.MessageState `protogen:"open.v1"` // Key Encapsulation Mechanism. // Required. KemParams *EciesHkdfKemParams `protobuf:"bytes,1,opt,name=kem_params,json=kemParams,proto3" json:"kem_params,omitempty"` // Data Encapsulation Mechanism. // Required. DemParams *EciesAeadDemParams `protobuf:"bytes,2,opt,name=dem_params,json=demParams,proto3" json:"dem_params,omitempty"` // EC point format. // Required. EcPointFormat common_go_proto.EcPointFormat `protobuf:"varint,3,opt,name=ec_point_format,json=ecPointFormat,proto3,enum=google.crypto.tink.EcPointFormat" json:"ec_point_format,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *EciesAeadHkdfParams) Reset() { *x = EciesAeadHkdfParams{} mi := &file_ecies_aead_hkdf_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *EciesAeadHkdfParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*EciesAeadHkdfParams) ProtoMessage() {} func (x *EciesAeadHkdfParams) ProtoReflect() protoreflect.Message { mi := &file_ecies_aead_hkdf_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use EciesAeadHkdfParams.ProtoReflect.Descriptor instead. func (*EciesAeadHkdfParams) Descriptor() ([]byte, []int) { return file_ecies_aead_hkdf_proto_rawDescGZIP(), []int{2} } func (x *EciesAeadHkdfParams) GetKemParams() *EciesHkdfKemParams { if x != nil { return x.KemParams } return nil } func (x *EciesAeadHkdfParams) GetDemParams() *EciesAeadDemParams { if x != nil { return x.DemParams } return nil } func (x *EciesAeadHkdfParams) GetEcPointFormat() common_go_proto.EcPointFormat { if x != nil { return x.EcPointFormat } return common_go_proto.EcPointFormat(0) } // EciesAeadHkdfPublicKey represents HybridEncryption primitive. // key_type: type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey type EciesAeadHkdfPublicKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. Params *EciesAeadHkdfParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` // Affine coordinates of the public key in bigendian representation. // The public key is a point (x, y) on the curve defined by // params.kem_params.curve. Required. X []byte `protobuf:"bytes,3,opt,name=x,proto3" json:"x,omitempty"` // Required. Y []byte `protobuf:"bytes,4,opt,name=y,proto3" json:"y,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *EciesAeadHkdfPublicKey) Reset() { *x = EciesAeadHkdfPublicKey{} mi := &file_ecies_aead_hkdf_proto_msgTypes[3] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *EciesAeadHkdfPublicKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*EciesAeadHkdfPublicKey) ProtoMessage() {} func (x *EciesAeadHkdfPublicKey) ProtoReflect() protoreflect.Message { mi := &file_ecies_aead_hkdf_proto_msgTypes[3] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use EciesAeadHkdfPublicKey.ProtoReflect.Descriptor instead. func (*EciesAeadHkdfPublicKey) Descriptor() ([]byte, []int) { return file_ecies_aead_hkdf_proto_rawDescGZIP(), []int{3} } func (x *EciesAeadHkdfPublicKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *EciesAeadHkdfPublicKey) GetParams() *EciesAeadHkdfParams { if x != nil { return x.Params } return nil } func (x *EciesAeadHkdfPublicKey) GetX() []byte { if x != nil { return x.X } return nil } func (x *EciesAeadHkdfPublicKey) GetY() []byte { if x != nil { return x.Y } return nil } // EciesKdfAeadPrivateKey represents HybridDecryption primitive. // key_type: type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey type EciesAeadHkdfPrivateKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. PublicKey *EciesAeadHkdfPublicKey `protobuf:"bytes,2,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` // Required. KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for multi-line ctype and debug_redact. // Big integer in bigendian representation. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *EciesAeadHkdfPrivateKey) Reset() { *x = EciesAeadHkdfPrivateKey{} mi := &file_ecies_aead_hkdf_proto_msgTypes[4] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *EciesAeadHkdfPrivateKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*EciesAeadHkdfPrivateKey) ProtoMessage() {} func (x *EciesAeadHkdfPrivateKey) ProtoReflect() protoreflect.Message { mi := &file_ecies_aead_hkdf_proto_msgTypes[4] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use EciesAeadHkdfPrivateKey.ProtoReflect.Descriptor instead. func (*EciesAeadHkdfPrivateKey) Descriptor() ([]byte, []int) { return file_ecies_aead_hkdf_proto_rawDescGZIP(), []int{4} } func (x *EciesAeadHkdfPrivateKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *EciesAeadHkdfPrivateKey) GetPublicKey() *EciesAeadHkdfPublicKey { if x != nil { return x.PublicKey } return nil } func (x *EciesAeadHkdfPrivateKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } type EciesAeadHkdfKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Params *EciesAeadHkdfParams `protobuf:"bytes,1,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *EciesAeadHkdfKeyFormat) Reset() { *x = EciesAeadHkdfKeyFormat{} mi := &file_ecies_aead_hkdf_proto_msgTypes[5] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *EciesAeadHkdfKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*EciesAeadHkdfKeyFormat) ProtoMessage() {} func (x *EciesAeadHkdfKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_ecies_aead_hkdf_proto_msgTypes[5] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use EciesAeadHkdfKeyFormat.ProtoReflect.Descriptor instead. func (*EciesAeadHkdfKeyFormat) Descriptor() ([]byte, []int) { return file_ecies_aead_hkdf_proto_rawDescGZIP(), []int{5} } func (x *EciesAeadHkdfKeyFormat) GetParams() *EciesAeadHkdfParams { if x != nil { return x.Params } return nil } var File_ecies_aead_hkdf_proto protoreflect.FileDescriptor const file_ecies_aead_hkdf_proto_rawDesc = "" + "\n" + "\x15ecies_aead_hkdf.proto\x12\x12google.crypto.tink\x1a\x12proto/common.proto\x1a\x10proto/tink.proto\"\xbb\x01\n" + "\x12EciesHkdfKemParams\x12D\n" + "\n" + "curve_type\x18\x01 \x01(\x0e2%.google.crypto.tink.EllipticCurveTypeR\tcurveType\x12B\n" + "\x0ehkdf_hash_type\x18\x02 \x01(\x0e2\x1c.google.crypto.tink.HashTypeR\fhkdfHashType\x12\x1b\n" + "\thkdf_salt\x18\v \x01(\fR\bhkdfSalt\"P\n" + "\x12EciesAeadDemParams\x12:\n" + "\baead_dem\x18\x02 \x01(\v2\x1f.google.crypto.tink.KeyTemplateR\aaeadDem\"\xee\x01\n" + "\x13EciesAeadHkdfParams\x12E\n" + "\n" + "kem_params\x18\x01 \x01(\v2&.google.crypto.tink.EciesHkdfKemParamsR\tkemParams\x12E\n" + "\n" + "dem_params\x18\x02 \x01(\v2&.google.crypto.tink.EciesAeadDemParamsR\tdemParams\x12I\n" + "\x0fec_point_format\x18\x03 \x01(\x0e2!.google.crypto.tink.EcPointFormatR\recPointFormat\"\x8f\x01\n" + "\x16EciesAeadHkdfPublicKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12?\n" + "\x06params\x18\x02 \x01(\v2'.google.crypto.tink.EciesAeadHkdfParamsR\x06params\x12\f\n" + "\x01x\x18\x03 \x01(\fR\x01x\x12\f\n" + "\x01y\x18\x04 \x01(\fR\x01y\"\x9b\x01\n" + "\x17EciesAeadHkdfPrivateKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12I\n" + "\n" + "public_key\x18\x02 \x01(\v2*.google.crypto.tink.EciesAeadHkdfPublicKeyR\tpublicKey\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValue\"Y\n" + "\x16EciesAeadHkdfKeyFormat\x12?\n" + "\x06params\x18\x01 \x01(\v2'.google.crypto.tink.EciesAeadHkdfParamsR\x06paramsBb\n" + "\x1ccom.google.crypto.tink.protoP\x01Z@github.com/tink-crypto/tink-go/v2/proto/ecies_aead_hkdf_go_protob\x06proto3" var ( file_ecies_aead_hkdf_proto_rawDescOnce sync.Once file_ecies_aead_hkdf_proto_rawDescData []byte ) func file_ecies_aead_hkdf_proto_rawDescGZIP() []byte { file_ecies_aead_hkdf_proto_rawDescOnce.Do(func() { file_ecies_aead_hkdf_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_ecies_aead_hkdf_proto_rawDesc), len(file_ecies_aead_hkdf_proto_rawDesc))) }) return file_ecies_aead_hkdf_proto_rawDescData } var file_ecies_aead_hkdf_proto_msgTypes = make([]protoimpl.MessageInfo, 6) var file_ecies_aead_hkdf_proto_goTypes = []any{ (*EciesHkdfKemParams)(nil), // 0: google.crypto.tink.EciesHkdfKemParams (*EciesAeadDemParams)(nil), // 1: google.crypto.tink.EciesAeadDemParams (*EciesAeadHkdfParams)(nil), // 2: google.crypto.tink.EciesAeadHkdfParams (*EciesAeadHkdfPublicKey)(nil), // 3: google.crypto.tink.EciesAeadHkdfPublicKey (*EciesAeadHkdfPrivateKey)(nil), // 4: google.crypto.tink.EciesAeadHkdfPrivateKey (*EciesAeadHkdfKeyFormat)(nil), // 5: google.crypto.tink.EciesAeadHkdfKeyFormat (common_go_proto.EllipticCurveType)(0), // 6: google.crypto.tink.EllipticCurveType (common_go_proto.HashType)(0), // 7: google.crypto.tink.HashType (*tink_go_proto.KeyTemplate)(nil), // 8: google.crypto.tink.KeyTemplate (common_go_proto.EcPointFormat)(0), // 9: google.crypto.tink.EcPointFormat } var file_ecies_aead_hkdf_proto_depIdxs = []int32{ 6, // 0: google.crypto.tink.EciesHkdfKemParams.curve_type:type_name -> google.crypto.tink.EllipticCurveType 7, // 1: google.crypto.tink.EciesHkdfKemParams.hkdf_hash_type:type_name -> google.crypto.tink.HashType 8, // 2: google.crypto.tink.EciesAeadDemParams.aead_dem:type_name -> google.crypto.tink.KeyTemplate 0, // 3: google.crypto.tink.EciesAeadHkdfParams.kem_params:type_name -> google.crypto.tink.EciesHkdfKemParams 1, // 4: google.crypto.tink.EciesAeadHkdfParams.dem_params:type_name -> google.crypto.tink.EciesAeadDemParams 9, // 5: google.crypto.tink.EciesAeadHkdfParams.ec_point_format:type_name -> google.crypto.tink.EcPointFormat 2, // 6: google.crypto.tink.EciesAeadHkdfPublicKey.params:type_name -> google.crypto.tink.EciesAeadHkdfParams 3, // 7: google.crypto.tink.EciesAeadHkdfPrivateKey.public_key:type_name -> google.crypto.tink.EciesAeadHkdfPublicKey 2, // 8: google.crypto.tink.EciesAeadHkdfKeyFormat.params:type_name -> google.crypto.tink.EciesAeadHkdfParams 9, // [9:9] is the sub-list for method output_type 9, // [9:9] is the sub-list for method input_type 9, // [9:9] is the sub-list for extension type_name 9, // [9:9] is the sub-list for extension extendee 0, // [0:9] is the sub-list for field type_name } func init() { file_ecies_aead_hkdf_proto_init() } func file_ecies_aead_hkdf_proto_init() { if File_ecies_aead_hkdf_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_ecies_aead_hkdf_proto_rawDesc), len(file_ecies_aead_hkdf_proto_rawDesc)), NumEnums: 0, NumMessages: 6, NumExtensions: 0, NumServices: 0, }, GoTypes: file_ecies_aead_hkdf_proto_goTypes, DependencyIndexes: file_ecies_aead_hkdf_proto_depIdxs, MessageInfos: file_ecies_aead_hkdf_proto_msgTypes, }.Build() File_ecies_aead_hkdf_proto = out.File file_ecies_aead_hkdf_proto_goTypes = nil file_ecies_aead_hkdf_proto_depIdxs = nil } ================================================ FILE: proto/ed25519.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for Ed25519 Digital Signature Algorithm. // See https://ed25519.cr.yp.to/ed25519-20110926.pdf and // https://tools.ietf.org/html/rfc8032. syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/ed25519_go_proto"; message Ed25519KeyFormat { uint32 version = 1; } // key_type: type.googleapis.com/google.crypto.tink.Ed25519PublicKey message Ed25519PublicKey { // Required. uint32 version = 1; // The public key is 32 bytes, encoded according to // https://tools.ietf.org/html/rfc8032#section-5.1.2. // Required. bytes key_value = 2; // Placeholder for ctype. } // key_type: type.googleapis.com/google.crypto.tink.Ed25519PrivateKey message Ed25519PrivateKey { // Required. uint32 version = 1; // The private key is 32 bytes of cryptographically secure random data. // See https://tools.ietf.org/html/rfc8032#section-5.1.5. // Required. bytes key_value = 2; // Placeholder for ctype and debug_redact. // The corresponding public key. Ed25519PublicKey public_key = 3; } ================================================ FILE: proto/ed25519_go_proto/ed25519.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for Ed25519 Digital Signature Algorithm. // See https://ed25519.cr.yp.to/ed25519-20110926.pdf and // https://tools.ietf.org/html/rfc8032. // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: ed25519.proto package ed25519_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type Ed25519KeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *Ed25519KeyFormat) Reset() { *x = Ed25519KeyFormat{} mi := &file_ed25519_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *Ed25519KeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*Ed25519KeyFormat) ProtoMessage() {} func (x *Ed25519KeyFormat) ProtoReflect() protoreflect.Message { mi := &file_ed25519_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use Ed25519KeyFormat.ProtoReflect.Descriptor instead. func (*Ed25519KeyFormat) Descriptor() ([]byte, []int) { return file_ed25519_proto_rawDescGZIP(), []int{0} } func (x *Ed25519KeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } // key_type: type.googleapis.com/google.crypto.tink.Ed25519PublicKey type Ed25519PublicKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // The public key is 32 bytes, encoded according to // https://tools.ietf.org/html/rfc8032#section-5.1.2. // Required. KeyValue []byte `protobuf:"bytes,2,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *Ed25519PublicKey) Reset() { *x = Ed25519PublicKey{} mi := &file_ed25519_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *Ed25519PublicKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*Ed25519PublicKey) ProtoMessage() {} func (x *Ed25519PublicKey) ProtoReflect() protoreflect.Message { mi := &file_ed25519_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use Ed25519PublicKey.ProtoReflect.Descriptor instead. func (*Ed25519PublicKey) Descriptor() ([]byte, []int) { return file_ed25519_proto_rawDescGZIP(), []int{1} } func (x *Ed25519PublicKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *Ed25519PublicKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } // key_type: type.googleapis.com/google.crypto.tink.Ed25519PrivateKey type Ed25519PrivateKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // The private key is 32 bytes of cryptographically secure random data. // See https://tools.ietf.org/html/rfc8032#section-5.1.5. // Required. KeyValue []byte `protobuf:"bytes,2,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. // The corresponding public key. PublicKey *Ed25519PublicKey `protobuf:"bytes,3,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *Ed25519PrivateKey) Reset() { *x = Ed25519PrivateKey{} mi := &file_ed25519_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *Ed25519PrivateKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*Ed25519PrivateKey) ProtoMessage() {} func (x *Ed25519PrivateKey) ProtoReflect() protoreflect.Message { mi := &file_ed25519_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use Ed25519PrivateKey.ProtoReflect.Descriptor instead. func (*Ed25519PrivateKey) Descriptor() ([]byte, []int) { return file_ed25519_proto_rawDescGZIP(), []int{2} } func (x *Ed25519PrivateKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *Ed25519PrivateKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } func (x *Ed25519PrivateKey) GetPublicKey() *Ed25519PublicKey { if x != nil { return x.PublicKey } return nil } var File_ed25519_proto protoreflect.FileDescriptor const file_ed25519_proto_rawDesc = "" + "\n" + "\red25519.proto\x12\x12google.crypto.tink\",\n" + "\x10Ed25519KeyFormat\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\"I\n" + "\x10Ed25519PublicKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12\x1b\n" + "\tkey_value\x18\x02 \x01(\fR\bkeyValue\"\x8f\x01\n" + "\x11Ed25519PrivateKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12\x1b\n" + "\tkey_value\x18\x02 \x01(\fR\bkeyValue\x12C\n" + "\n" + "public_key\x18\x03 \x01(\v2$.google.crypto.tink.Ed25519PublicKeyR\tpublicKeyBZ\n" + "\x1ccom.google.crypto.tink.protoP\x01Z8github.com/tink-crypto/tink-go/v2/proto/ed25519_go_protob\x06proto3" var ( file_ed25519_proto_rawDescOnce sync.Once file_ed25519_proto_rawDescData []byte ) func file_ed25519_proto_rawDescGZIP() []byte { file_ed25519_proto_rawDescOnce.Do(func() { file_ed25519_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_ed25519_proto_rawDesc), len(file_ed25519_proto_rawDesc))) }) return file_ed25519_proto_rawDescData } var file_ed25519_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_ed25519_proto_goTypes = []any{ (*Ed25519KeyFormat)(nil), // 0: google.crypto.tink.Ed25519KeyFormat (*Ed25519PublicKey)(nil), // 1: google.crypto.tink.Ed25519PublicKey (*Ed25519PrivateKey)(nil), // 2: google.crypto.tink.Ed25519PrivateKey } var file_ed25519_proto_depIdxs = []int32{ 1, // 0: google.crypto.tink.Ed25519PrivateKey.public_key:type_name -> google.crypto.tink.Ed25519PublicKey 1, // [1:1] is the sub-list for method output_type 1, // [1:1] is the sub-list for method input_type 1, // [1:1] is the sub-list for extension type_name 1, // [1:1] is the sub-list for extension extendee 0, // [0:1] is the sub-list for field type_name } func init() { file_ed25519_proto_init() } func file_ed25519_proto_init() { if File_ed25519_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_ed25519_proto_rawDesc), len(file_ed25519_proto_rawDesc)), NumEnums: 0, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_ed25519_proto_goTypes, DependencyIndexes: file_ed25519_proto_depIdxs, MessageInfos: file_ed25519_proto_msgTypes, }.Build() File_ed25519_proto = out.File file_ed25519_proto_goTypes = nil file_ed25519_proto_depIdxs = nil } ================================================ FILE: proto/empty.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/empty_go_proto"; message Empty {} ================================================ FILE: proto/empty_go_proto/empty.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: empty.proto package empty_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type Empty struct { state protoimpl.MessageState `protogen:"open.v1"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *Empty) Reset() { *x = Empty{} mi := &file_empty_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *Empty) String() string { return protoimpl.X.MessageStringOf(x) } func (*Empty) ProtoMessage() {} func (x *Empty) ProtoReflect() protoreflect.Message { mi := &file_empty_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use Empty.ProtoReflect.Descriptor instead. func (*Empty) Descriptor() ([]byte, []int) { return file_empty_proto_rawDescGZIP(), []int{0} } var File_empty_proto protoreflect.FileDescriptor const file_empty_proto_rawDesc = "" + "\n" + "\vempty.proto\x12\x12google.crypto.tink\"\a\n" + "\x05EmptyBX\n" + "\x1ccom.google.crypto.tink.protoP\x01Z6github.com/tink-crypto/tink-go/v2/proto/empty_go_protob\x06proto3" var ( file_empty_proto_rawDescOnce sync.Once file_empty_proto_rawDescData []byte ) func file_empty_proto_rawDescGZIP() []byte { file_empty_proto_rawDescOnce.Do(func() { file_empty_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_empty_proto_rawDesc), len(file_empty_proto_rawDesc))) }) return file_empty_proto_rawDescData } var file_empty_proto_msgTypes = make([]protoimpl.MessageInfo, 1) var file_empty_proto_goTypes = []any{ (*Empty)(nil), // 0: google.crypto.tink.Empty } var file_empty_proto_depIdxs = []int32{ 0, // [0:0] is the sub-list for method output_type 0, // [0:0] is the sub-list for method input_type 0, // [0:0] is the sub-list for extension type_name 0, // [0:0] is the sub-list for extension extendee 0, // [0:0] is the sub-list for field type_name } func init() { file_empty_proto_init() } func file_empty_proto_init() { if File_empty_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_empty_proto_rawDesc), len(file_empty_proto_rawDesc)), NumEnums: 0, NumMessages: 1, NumExtensions: 0, NumServices: 0, }, GoTypes: file_empty_proto_goTypes, DependencyIndexes: file_empty_proto_depIdxs, MessageInfos: file_empty_proto_msgTypes, }.Build() File_empty_proto = out.File file_empty_proto_goTypes = nil file_empty_proto_depIdxs = nil } ================================================ FILE: proto/hkdf_prf.proto ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; import "proto/common.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/hkdf_prf_proto"; message HkdfPrfParams { HashType hash = 1; // Optional. // // An unspecified or zero-length value is equivalent to a sequence of zeros // (0x00) with a length equal to the output size of hash. // // See https://rfc-editor.org/rfc/rfc5869. bytes salt = 2; } message HkdfPrfKey { uint32 version = 1; HkdfPrfParams params = 2; bytes key_value = 3; // Placeholder for ctype and debug_redact. } message HkdfPrfKeyFormat { HkdfPrfParams params = 1; uint32 key_size = 2; uint32 version = 3; } ================================================ FILE: proto/hkdf_prf_go_proto/hkdf_prf.pb.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: hkdf_prf.proto package hkdf_prf_proto import ( common_go_proto "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type HkdfPrfParams struct { state protoimpl.MessageState `protogen:"open.v1"` Hash common_go_proto.HashType `protobuf:"varint,1,opt,name=hash,proto3,enum=google.crypto.tink.HashType" json:"hash,omitempty"` // Optional. // // An unspecified or zero-length value is equivalent to a sequence of zeros // (0x00) with a length equal to the output size of hash. // // See https://rfc-editor.org/rfc/rfc5869. Salt []byte `protobuf:"bytes,2,opt,name=salt,proto3" json:"salt,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HkdfPrfParams) Reset() { *x = HkdfPrfParams{} mi := &file_hkdf_prf_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HkdfPrfParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*HkdfPrfParams) ProtoMessage() {} func (x *HkdfPrfParams) ProtoReflect() protoreflect.Message { mi := &file_hkdf_prf_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HkdfPrfParams.ProtoReflect.Descriptor instead. func (*HkdfPrfParams) Descriptor() ([]byte, []int) { return file_hkdf_prf_proto_rawDescGZIP(), []int{0} } func (x *HkdfPrfParams) GetHash() common_go_proto.HashType { if x != nil { return x.Hash } return common_go_proto.HashType(0) } func (x *HkdfPrfParams) GetSalt() []byte { if x != nil { return x.Salt } return nil } type HkdfPrfKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Params *HkdfPrfParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HkdfPrfKey) Reset() { *x = HkdfPrfKey{} mi := &file_hkdf_prf_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HkdfPrfKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*HkdfPrfKey) ProtoMessage() {} func (x *HkdfPrfKey) ProtoReflect() protoreflect.Message { mi := &file_hkdf_prf_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HkdfPrfKey.ProtoReflect.Descriptor instead. func (*HkdfPrfKey) Descriptor() ([]byte, []int) { return file_hkdf_prf_proto_rawDescGZIP(), []int{1} } func (x *HkdfPrfKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *HkdfPrfKey) GetParams() *HkdfPrfParams { if x != nil { return x.Params } return nil } func (x *HkdfPrfKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } type HkdfPrfKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Params *HkdfPrfParams `protobuf:"bytes,1,opt,name=params,proto3" json:"params,omitempty"` KeySize uint32 `protobuf:"varint,2,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` Version uint32 `protobuf:"varint,3,opt,name=version,proto3" json:"version,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HkdfPrfKeyFormat) Reset() { *x = HkdfPrfKeyFormat{} mi := &file_hkdf_prf_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HkdfPrfKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*HkdfPrfKeyFormat) ProtoMessage() {} func (x *HkdfPrfKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_hkdf_prf_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HkdfPrfKeyFormat.ProtoReflect.Descriptor instead. func (*HkdfPrfKeyFormat) Descriptor() ([]byte, []int) { return file_hkdf_prf_proto_rawDescGZIP(), []int{2} } func (x *HkdfPrfKeyFormat) GetParams() *HkdfPrfParams { if x != nil { return x.Params } return nil } func (x *HkdfPrfKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } func (x *HkdfPrfKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } var File_hkdf_prf_proto protoreflect.FileDescriptor const file_hkdf_prf_proto_rawDesc = "" + "\n" + "\x0ehkdf_prf.proto\x12\x12google.crypto.tink\x1a\x12proto/common.proto\"U\n" + "\rHkdfPrfParams\x120\n" + "\x04hash\x18\x01 \x01(\x0e2\x1c.google.crypto.tink.HashTypeR\x04hash\x12\x12\n" + "\x04salt\x18\x02 \x01(\fR\x04salt\"~\n" + "\n" + "HkdfPrfKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x129\n" + "\x06params\x18\x02 \x01(\v2!.google.crypto.tink.HkdfPrfParamsR\x06params\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValue\"\x82\x01\n" + "\x10HkdfPrfKeyFormat\x129\n" + "\x06params\x18\x01 \x01(\v2!.google.crypto.tink.HkdfPrfParamsR\x06params\x12\x19\n" + "\bkey_size\x18\x02 \x01(\rR\akeySize\x12\x18\n" + "\aversion\x18\x03 \x01(\rR\aversionBX\n" + "\x1ccom.google.crypto.tink.protoP\x01Z6github.com/tink-crypto/tink-go/v2/proto/hkdf_prf_protob\x06proto3" var ( file_hkdf_prf_proto_rawDescOnce sync.Once file_hkdf_prf_proto_rawDescData []byte ) func file_hkdf_prf_proto_rawDescGZIP() []byte { file_hkdf_prf_proto_rawDescOnce.Do(func() { file_hkdf_prf_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_hkdf_prf_proto_rawDesc), len(file_hkdf_prf_proto_rawDesc))) }) return file_hkdf_prf_proto_rawDescData } var file_hkdf_prf_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_hkdf_prf_proto_goTypes = []any{ (*HkdfPrfParams)(nil), // 0: google.crypto.tink.HkdfPrfParams (*HkdfPrfKey)(nil), // 1: google.crypto.tink.HkdfPrfKey (*HkdfPrfKeyFormat)(nil), // 2: google.crypto.tink.HkdfPrfKeyFormat (common_go_proto.HashType)(0), // 3: google.crypto.tink.HashType } var file_hkdf_prf_proto_depIdxs = []int32{ 3, // 0: google.crypto.tink.HkdfPrfParams.hash:type_name -> google.crypto.tink.HashType 0, // 1: google.crypto.tink.HkdfPrfKey.params:type_name -> google.crypto.tink.HkdfPrfParams 0, // 2: google.crypto.tink.HkdfPrfKeyFormat.params:type_name -> google.crypto.tink.HkdfPrfParams 3, // [3:3] is the sub-list for method output_type 3, // [3:3] is the sub-list for method input_type 3, // [3:3] is the sub-list for extension type_name 3, // [3:3] is the sub-list for extension extendee 0, // [0:3] is the sub-list for field type_name } func init() { file_hkdf_prf_proto_init() } func file_hkdf_prf_proto_init() { if File_hkdf_prf_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_hkdf_prf_proto_rawDesc), len(file_hkdf_prf_proto_rawDesc)), NumEnums: 0, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_hkdf_prf_proto_goTypes, DependencyIndexes: file_hkdf_prf_proto_depIdxs, MessageInfos: file_hkdf_prf_proto_msgTypes, }.Build() File_hkdf_prf_proto = out.File file_hkdf_prf_proto_goTypes = nil file_hkdf_prf_proto_depIdxs = nil } ================================================ FILE: proto/hmac.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; import "proto/common.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto"; message HmacParams { HashType hash = 1; // HashType is an enum. uint32 tag_size = 2; } // key_type: type.googleapis.com/google.crypto.tink.HmacKey message HmacKey { uint32 version = 1; HmacParams params = 2; bytes key_value = 3; // Placeholder for ctype and debug_redact. } message HmacKeyFormat { HmacParams params = 1; uint32 key_size = 2; uint32 version = 3; } ================================================ FILE: proto/hmac_go_proto/hmac.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: hmac.proto package hmac_go_proto import ( common_go_proto "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type HmacParams struct { state protoimpl.MessageState `protogen:"open.v1"` Hash common_go_proto.HashType `protobuf:"varint,1,opt,name=hash,proto3,enum=google.crypto.tink.HashType" json:"hash,omitempty"` // HashType is an enum. TagSize uint32 `protobuf:"varint,2,opt,name=tag_size,json=tagSize,proto3" json:"tag_size,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HmacParams) Reset() { *x = HmacParams{} mi := &file_hmac_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HmacParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*HmacParams) ProtoMessage() {} func (x *HmacParams) ProtoReflect() protoreflect.Message { mi := &file_hmac_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HmacParams.ProtoReflect.Descriptor instead. func (*HmacParams) Descriptor() ([]byte, []int) { return file_hmac_proto_rawDescGZIP(), []int{0} } func (x *HmacParams) GetHash() common_go_proto.HashType { if x != nil { return x.Hash } return common_go_proto.HashType(0) } func (x *HmacParams) GetTagSize() uint32 { if x != nil { return x.TagSize } return 0 } // key_type: type.googleapis.com/google.crypto.tink.HmacKey type HmacKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Params *HmacParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HmacKey) Reset() { *x = HmacKey{} mi := &file_hmac_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HmacKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*HmacKey) ProtoMessage() {} func (x *HmacKey) ProtoReflect() protoreflect.Message { mi := &file_hmac_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HmacKey.ProtoReflect.Descriptor instead. func (*HmacKey) Descriptor() ([]byte, []int) { return file_hmac_proto_rawDescGZIP(), []int{1} } func (x *HmacKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *HmacKey) GetParams() *HmacParams { if x != nil { return x.Params } return nil } func (x *HmacKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } type HmacKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Params *HmacParams `protobuf:"bytes,1,opt,name=params,proto3" json:"params,omitempty"` KeySize uint32 `protobuf:"varint,2,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` Version uint32 `protobuf:"varint,3,opt,name=version,proto3" json:"version,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HmacKeyFormat) Reset() { *x = HmacKeyFormat{} mi := &file_hmac_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HmacKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*HmacKeyFormat) ProtoMessage() {} func (x *HmacKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_hmac_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HmacKeyFormat.ProtoReflect.Descriptor instead. func (*HmacKeyFormat) Descriptor() ([]byte, []int) { return file_hmac_proto_rawDescGZIP(), []int{2} } func (x *HmacKeyFormat) GetParams() *HmacParams { if x != nil { return x.Params } return nil } func (x *HmacKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } func (x *HmacKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } var File_hmac_proto protoreflect.FileDescriptor const file_hmac_proto_rawDesc = "" + "\n" + "\n" + "hmac.proto\x12\x12google.crypto.tink\x1a\x12proto/common.proto\"Y\n" + "\n" + "HmacParams\x120\n" + "\x04hash\x18\x01 \x01(\x0e2\x1c.google.crypto.tink.HashTypeR\x04hash\x12\x19\n" + "\btag_size\x18\x02 \x01(\rR\atagSize\"x\n" + "\aHmacKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x126\n" + "\x06params\x18\x02 \x01(\v2\x1e.google.crypto.tink.HmacParamsR\x06params\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValue\"|\n" + "\rHmacKeyFormat\x126\n" + "\x06params\x18\x01 \x01(\v2\x1e.google.crypto.tink.HmacParamsR\x06params\x12\x19\n" + "\bkey_size\x18\x02 \x01(\rR\akeySize\x12\x18\n" + "\aversion\x18\x03 \x01(\rR\aversionBW\n" + "\x1ccom.google.crypto.tink.protoP\x01Z5github.com/tink-crypto/tink-go/v2/proto/hmac_go_protob\x06proto3" var ( file_hmac_proto_rawDescOnce sync.Once file_hmac_proto_rawDescData []byte ) func file_hmac_proto_rawDescGZIP() []byte { file_hmac_proto_rawDescOnce.Do(func() { file_hmac_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_hmac_proto_rawDesc), len(file_hmac_proto_rawDesc))) }) return file_hmac_proto_rawDescData } var file_hmac_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_hmac_proto_goTypes = []any{ (*HmacParams)(nil), // 0: google.crypto.tink.HmacParams (*HmacKey)(nil), // 1: google.crypto.tink.HmacKey (*HmacKeyFormat)(nil), // 2: google.crypto.tink.HmacKeyFormat (common_go_proto.HashType)(0), // 3: google.crypto.tink.HashType } var file_hmac_proto_depIdxs = []int32{ 3, // 0: google.crypto.tink.HmacParams.hash:type_name -> google.crypto.tink.HashType 0, // 1: google.crypto.tink.HmacKey.params:type_name -> google.crypto.tink.HmacParams 0, // 2: google.crypto.tink.HmacKeyFormat.params:type_name -> google.crypto.tink.HmacParams 3, // [3:3] is the sub-list for method output_type 3, // [3:3] is the sub-list for method input_type 3, // [3:3] is the sub-list for extension type_name 3, // [3:3] is the sub-list for extension extendee 0, // [0:3] is the sub-list for field type_name } func init() { file_hmac_proto_init() } func file_hmac_proto_init() { if File_hmac_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_hmac_proto_rawDesc), len(file_hmac_proto_rawDesc)), NumEnums: 0, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_hmac_proto_goTypes, DependencyIndexes: file_hmac_proto_depIdxs, MessageInfos: file_hmac_proto_msgTypes, }.Build() File_hmac_proto = out.File file_hmac_proto_goTypes = nil file_hmac_proto_depIdxs = nil } ================================================ FILE: proto/hmac_prf.proto ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; import "proto/common.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/hmac_prf_go_proto"; message HmacPrfParams { HashType hash = 1; // HashType is an enum. } // key_type: type.googleapis.com/google.crypto.tink.HmacPrfKey message HmacPrfKey { uint32 version = 1; HmacPrfParams params = 2; bytes key_value = 3; // Placeholder for ctype and debug_redact. } message HmacPrfKeyFormat { HmacPrfParams params = 1; uint32 key_size = 2; uint32 version = 3; } ================================================ FILE: proto/hmac_prf_go_proto/hmac_prf.pb.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: hmac_prf.proto package hmac_prf_go_proto import ( common_go_proto "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type HmacPrfParams struct { state protoimpl.MessageState `protogen:"open.v1"` Hash common_go_proto.HashType `protobuf:"varint,1,opt,name=hash,proto3,enum=google.crypto.tink.HashType" json:"hash,omitempty"` // HashType is an enum. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HmacPrfParams) Reset() { *x = HmacPrfParams{} mi := &file_hmac_prf_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HmacPrfParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*HmacPrfParams) ProtoMessage() {} func (x *HmacPrfParams) ProtoReflect() protoreflect.Message { mi := &file_hmac_prf_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HmacPrfParams.ProtoReflect.Descriptor instead. func (*HmacPrfParams) Descriptor() ([]byte, []int) { return file_hmac_prf_proto_rawDescGZIP(), []int{0} } func (x *HmacPrfParams) GetHash() common_go_proto.HashType { if x != nil { return x.Hash } return common_go_proto.HashType(0) } // key_type: type.googleapis.com/google.crypto.tink.HmacPrfKey type HmacPrfKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Params *HmacPrfParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HmacPrfKey) Reset() { *x = HmacPrfKey{} mi := &file_hmac_prf_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HmacPrfKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*HmacPrfKey) ProtoMessage() {} func (x *HmacPrfKey) ProtoReflect() protoreflect.Message { mi := &file_hmac_prf_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HmacPrfKey.ProtoReflect.Descriptor instead. func (*HmacPrfKey) Descriptor() ([]byte, []int) { return file_hmac_prf_proto_rawDescGZIP(), []int{1} } func (x *HmacPrfKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *HmacPrfKey) GetParams() *HmacPrfParams { if x != nil { return x.Params } return nil } func (x *HmacPrfKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } type HmacPrfKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Params *HmacPrfParams `protobuf:"bytes,1,opt,name=params,proto3" json:"params,omitempty"` KeySize uint32 `protobuf:"varint,2,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` Version uint32 `protobuf:"varint,3,opt,name=version,proto3" json:"version,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HmacPrfKeyFormat) Reset() { *x = HmacPrfKeyFormat{} mi := &file_hmac_prf_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HmacPrfKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*HmacPrfKeyFormat) ProtoMessage() {} func (x *HmacPrfKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_hmac_prf_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HmacPrfKeyFormat.ProtoReflect.Descriptor instead. func (*HmacPrfKeyFormat) Descriptor() ([]byte, []int) { return file_hmac_prf_proto_rawDescGZIP(), []int{2} } func (x *HmacPrfKeyFormat) GetParams() *HmacPrfParams { if x != nil { return x.Params } return nil } func (x *HmacPrfKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } func (x *HmacPrfKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } var File_hmac_prf_proto protoreflect.FileDescriptor const file_hmac_prf_proto_rawDesc = "" + "\n" + "\x0ehmac_prf.proto\x12\x12google.crypto.tink\x1a\x12proto/common.proto\"A\n" + "\rHmacPrfParams\x120\n" + "\x04hash\x18\x01 \x01(\x0e2\x1c.google.crypto.tink.HashTypeR\x04hash\"~\n" + "\n" + "HmacPrfKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x129\n" + "\x06params\x18\x02 \x01(\v2!.google.crypto.tink.HmacPrfParamsR\x06params\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValue\"\x82\x01\n" + "\x10HmacPrfKeyFormat\x129\n" + "\x06params\x18\x01 \x01(\v2!.google.crypto.tink.HmacPrfParamsR\x06params\x12\x19\n" + "\bkey_size\x18\x02 \x01(\rR\akeySize\x12\x18\n" + "\aversion\x18\x03 \x01(\rR\aversionB[\n" + "\x1ccom.google.crypto.tink.protoP\x01Z9github.com/tink-crypto/tink-go/v2/proto/hmac_prf_go_protob\x06proto3" var ( file_hmac_prf_proto_rawDescOnce sync.Once file_hmac_prf_proto_rawDescData []byte ) func file_hmac_prf_proto_rawDescGZIP() []byte { file_hmac_prf_proto_rawDescOnce.Do(func() { file_hmac_prf_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_hmac_prf_proto_rawDesc), len(file_hmac_prf_proto_rawDesc))) }) return file_hmac_prf_proto_rawDescData } var file_hmac_prf_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_hmac_prf_proto_goTypes = []any{ (*HmacPrfParams)(nil), // 0: google.crypto.tink.HmacPrfParams (*HmacPrfKey)(nil), // 1: google.crypto.tink.HmacPrfKey (*HmacPrfKeyFormat)(nil), // 2: google.crypto.tink.HmacPrfKeyFormat (common_go_proto.HashType)(0), // 3: google.crypto.tink.HashType } var file_hmac_prf_proto_depIdxs = []int32{ 3, // 0: google.crypto.tink.HmacPrfParams.hash:type_name -> google.crypto.tink.HashType 0, // 1: google.crypto.tink.HmacPrfKey.params:type_name -> google.crypto.tink.HmacPrfParams 0, // 2: google.crypto.tink.HmacPrfKeyFormat.params:type_name -> google.crypto.tink.HmacPrfParams 3, // [3:3] is the sub-list for method output_type 3, // [3:3] is the sub-list for method input_type 3, // [3:3] is the sub-list for extension type_name 3, // [3:3] is the sub-list for extension extendee 0, // [0:3] is the sub-list for field type_name } func init() { file_hmac_prf_proto_init() } func file_hmac_prf_proto_init() { if File_hmac_prf_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_hmac_prf_proto_rawDesc), len(file_hmac_prf_proto_rawDesc)), NumEnums: 0, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_hmac_prf_proto_goTypes, DependencyIndexes: file_hmac_prf_proto_depIdxs, MessageInfos: file_hmac_prf_proto_msgTypes, }.Build() File_hmac_prf_proto = out.File file_hmac_prf_proto_goTypes = nil file_hmac_prf_proto_depIdxs = nil } ================================================ FILE: proto/hpke.proto ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/hpke_proto"; enum HpkeKem { KEM_UNKNOWN = 0; DHKEM_X25519_HKDF_SHA256 = 1; DHKEM_P256_HKDF_SHA256 = 2; DHKEM_P384_HKDF_SHA384 = 3; DHKEM_P521_HKDF_SHA512 = 4; // X-Wing KEM as defined in // https://www.ietf.org/archive/id/draft-connolly-cfrg-xwing-kem-09.html X_WING = 5; // ML-KEM-768 as defined in // https://www.ietf.org/archive/id/draft-ietf-hpke-pq-01.html ML_KEM768 = 6; // ML-KEM-1024 as defined in // https://www.ietf.org/archive/id/draft-ietf-hpke-pq-01.html ML_KEM1024 = 7; } enum HpkeKdf { KDF_UNKNOWN = 0; HKDF_SHA256 = 1; HKDF_SHA384 = 2; HKDF_SHA512 = 3; } enum HpkeAead { AEAD_UNKNOWN = 0; AES_128_GCM = 1; AES_256_GCM = 2; CHACHA20_POLY1305 = 3; } message HpkeParams { HpkeKem kem = 1; HpkeKdf kdf = 2; HpkeAead aead = 3; } message HpkePublicKey { uint32 version = 1; HpkeParams params = 2; // KEM-encoding of the public key (i.e., SerializePublicKey() ): // // For DHKEM_*, the KEM-encoding of the public key is described in // https://www.rfc-editor.org/rfc/rfc9180.html#name-cryptographic-dependencies. // // For X_WING, the KEM-encoding of the public key is described in // https://www.ietf.org/archive/id/draft-connolly-cfrg-xwing-kem-09.html#name-use-in-hpke. bytes public_key = 3; } message HpkePrivateKey { uint32 version = 1; HpkePublicKey public_key = 2; // KEM-encoding of the private key (i.e., SerializePrivateKey() ): // // For DHKEM_*, the KEM-encoding of the private key is described in // https://www.rfc-editor.org/rfc/rfc9180.html#name-cryptographic-dependencies. // // For X_WING, the KEM-encoding of the private key is described in // https://www.ietf.org/archive/id/draft-connolly-cfrg-xwing-kem-09.html#name-use-in-hpke. bytes private_key = 3; // Placeholder for debug_redact. } message HpkeKeyFormat { HpkeParams params = 1; } ================================================ FILE: proto/hpke_go_proto/hpke.pb.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: hpke.proto package hpke_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type HpkeKem int32 const ( HpkeKem_KEM_UNKNOWN HpkeKem = 0 HpkeKem_DHKEM_X25519_HKDF_SHA256 HpkeKem = 1 HpkeKem_DHKEM_P256_HKDF_SHA256 HpkeKem = 2 HpkeKem_DHKEM_P384_HKDF_SHA384 HpkeKem = 3 HpkeKem_DHKEM_P521_HKDF_SHA512 HpkeKem = 4 // X-Wing KEM as defined in // https://www.ietf.org/archive/id/draft-connolly-cfrg-xwing-kem-09.html HpkeKem_X_WING HpkeKem = 5 // ML-KEM-768 as defined in // https://www.ietf.org/archive/id/draft-ietf-hpke-pq-01.html HpkeKem_ML_KEM768 HpkeKem = 6 // ML-KEM-1024 as defined in // https://www.ietf.org/archive/id/draft-ietf-hpke-pq-01.html HpkeKem_ML_KEM1024 HpkeKem = 7 ) // Enum value maps for HpkeKem. var ( HpkeKem_name = map[int32]string{ 0: "KEM_UNKNOWN", 1: "DHKEM_X25519_HKDF_SHA256", 2: "DHKEM_P256_HKDF_SHA256", 3: "DHKEM_P384_HKDF_SHA384", 4: "DHKEM_P521_HKDF_SHA512", 5: "X_WING", 6: "ML_KEM768", 7: "ML_KEM1024", } HpkeKem_value = map[string]int32{ "KEM_UNKNOWN": 0, "DHKEM_X25519_HKDF_SHA256": 1, "DHKEM_P256_HKDF_SHA256": 2, "DHKEM_P384_HKDF_SHA384": 3, "DHKEM_P521_HKDF_SHA512": 4, "X_WING": 5, "ML_KEM768": 6, "ML_KEM1024": 7, } ) func (x HpkeKem) Enum() *HpkeKem { p := new(HpkeKem) *p = x return p } func (x HpkeKem) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (HpkeKem) Descriptor() protoreflect.EnumDescriptor { return file_hpke_proto_enumTypes[0].Descriptor() } func (HpkeKem) Type() protoreflect.EnumType { return &file_hpke_proto_enumTypes[0] } func (x HpkeKem) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use HpkeKem.Descriptor instead. func (HpkeKem) EnumDescriptor() ([]byte, []int) { return file_hpke_proto_rawDescGZIP(), []int{0} } type HpkeKdf int32 const ( HpkeKdf_KDF_UNKNOWN HpkeKdf = 0 HpkeKdf_HKDF_SHA256 HpkeKdf = 1 HpkeKdf_HKDF_SHA384 HpkeKdf = 2 HpkeKdf_HKDF_SHA512 HpkeKdf = 3 ) // Enum value maps for HpkeKdf. var ( HpkeKdf_name = map[int32]string{ 0: "KDF_UNKNOWN", 1: "HKDF_SHA256", 2: "HKDF_SHA384", 3: "HKDF_SHA512", } HpkeKdf_value = map[string]int32{ "KDF_UNKNOWN": 0, "HKDF_SHA256": 1, "HKDF_SHA384": 2, "HKDF_SHA512": 3, } ) func (x HpkeKdf) Enum() *HpkeKdf { p := new(HpkeKdf) *p = x return p } func (x HpkeKdf) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (HpkeKdf) Descriptor() protoreflect.EnumDescriptor { return file_hpke_proto_enumTypes[1].Descriptor() } func (HpkeKdf) Type() protoreflect.EnumType { return &file_hpke_proto_enumTypes[1] } func (x HpkeKdf) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use HpkeKdf.Descriptor instead. func (HpkeKdf) EnumDescriptor() ([]byte, []int) { return file_hpke_proto_rawDescGZIP(), []int{1} } type HpkeAead int32 const ( HpkeAead_AEAD_UNKNOWN HpkeAead = 0 HpkeAead_AES_128_GCM HpkeAead = 1 HpkeAead_AES_256_GCM HpkeAead = 2 HpkeAead_CHACHA20_POLY1305 HpkeAead = 3 ) // Enum value maps for HpkeAead. var ( HpkeAead_name = map[int32]string{ 0: "AEAD_UNKNOWN", 1: "AES_128_GCM", 2: "AES_256_GCM", 3: "CHACHA20_POLY1305", } HpkeAead_value = map[string]int32{ "AEAD_UNKNOWN": 0, "AES_128_GCM": 1, "AES_256_GCM": 2, "CHACHA20_POLY1305": 3, } ) func (x HpkeAead) Enum() *HpkeAead { p := new(HpkeAead) *p = x return p } func (x HpkeAead) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (HpkeAead) Descriptor() protoreflect.EnumDescriptor { return file_hpke_proto_enumTypes[2].Descriptor() } func (HpkeAead) Type() protoreflect.EnumType { return &file_hpke_proto_enumTypes[2] } func (x HpkeAead) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use HpkeAead.Descriptor instead. func (HpkeAead) EnumDescriptor() ([]byte, []int) { return file_hpke_proto_rawDescGZIP(), []int{2} } type HpkeParams struct { state protoimpl.MessageState `protogen:"open.v1"` Kem HpkeKem `protobuf:"varint,1,opt,name=kem,proto3,enum=google.crypto.tink.HpkeKem" json:"kem,omitempty"` Kdf HpkeKdf `protobuf:"varint,2,opt,name=kdf,proto3,enum=google.crypto.tink.HpkeKdf" json:"kdf,omitempty"` Aead HpkeAead `protobuf:"varint,3,opt,name=aead,proto3,enum=google.crypto.tink.HpkeAead" json:"aead,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HpkeParams) Reset() { *x = HpkeParams{} mi := &file_hpke_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HpkeParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*HpkeParams) ProtoMessage() {} func (x *HpkeParams) ProtoReflect() protoreflect.Message { mi := &file_hpke_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HpkeParams.ProtoReflect.Descriptor instead. func (*HpkeParams) Descriptor() ([]byte, []int) { return file_hpke_proto_rawDescGZIP(), []int{0} } func (x *HpkeParams) GetKem() HpkeKem { if x != nil { return x.Kem } return HpkeKem_KEM_UNKNOWN } func (x *HpkeParams) GetKdf() HpkeKdf { if x != nil { return x.Kdf } return HpkeKdf_KDF_UNKNOWN } func (x *HpkeParams) GetAead() HpkeAead { if x != nil { return x.Aead } return HpkeAead_AEAD_UNKNOWN } type HpkePublicKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Params *HpkeParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` // KEM-encoding of the public key (i.e., SerializePublicKey() ): // // For DHKEM_*, the KEM-encoding of the public key is described in // https://www.rfc-editor.org/rfc/rfc9180.html#name-cryptographic-dependencies. // // For X_WING, the KEM-encoding of the public key is described in // https://www.ietf.org/archive/id/draft-connolly-cfrg-xwing-kem-09.html#name-use-in-hpke. PublicKey []byte `protobuf:"bytes,3,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HpkePublicKey) Reset() { *x = HpkePublicKey{} mi := &file_hpke_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HpkePublicKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*HpkePublicKey) ProtoMessage() {} func (x *HpkePublicKey) ProtoReflect() protoreflect.Message { mi := &file_hpke_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HpkePublicKey.ProtoReflect.Descriptor instead. func (*HpkePublicKey) Descriptor() ([]byte, []int) { return file_hpke_proto_rawDescGZIP(), []int{1} } func (x *HpkePublicKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *HpkePublicKey) GetParams() *HpkeParams { if x != nil { return x.Params } return nil } func (x *HpkePublicKey) GetPublicKey() []byte { if x != nil { return x.PublicKey } return nil } type HpkePrivateKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` PublicKey *HpkePublicKey `protobuf:"bytes,2,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` // KEM-encoding of the private key (i.e., SerializePrivateKey() ): // // For DHKEM_*, the KEM-encoding of the private key is described in // https://www.rfc-editor.org/rfc/rfc9180.html#name-cryptographic-dependencies. // // For X_WING, the KEM-encoding of the private key is described in // https://www.ietf.org/archive/id/draft-connolly-cfrg-xwing-kem-09.html#name-use-in-hpke. PrivateKey []byte `protobuf:"bytes,3,opt,name=private_key,json=privateKey,proto3" json:"private_key,omitempty"` // Placeholder for debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HpkePrivateKey) Reset() { *x = HpkePrivateKey{} mi := &file_hpke_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HpkePrivateKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*HpkePrivateKey) ProtoMessage() {} func (x *HpkePrivateKey) ProtoReflect() protoreflect.Message { mi := &file_hpke_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HpkePrivateKey.ProtoReflect.Descriptor instead. func (*HpkePrivateKey) Descriptor() ([]byte, []int) { return file_hpke_proto_rawDescGZIP(), []int{2} } func (x *HpkePrivateKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *HpkePrivateKey) GetPublicKey() *HpkePublicKey { if x != nil { return x.PublicKey } return nil } func (x *HpkePrivateKey) GetPrivateKey() []byte { if x != nil { return x.PrivateKey } return nil } type HpkeKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Params *HpkeParams `protobuf:"bytes,1,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *HpkeKeyFormat) Reset() { *x = HpkeKeyFormat{} mi := &file_hpke_proto_msgTypes[3] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *HpkeKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*HpkeKeyFormat) ProtoMessage() {} func (x *HpkeKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_hpke_proto_msgTypes[3] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use HpkeKeyFormat.ProtoReflect.Descriptor instead. func (*HpkeKeyFormat) Descriptor() ([]byte, []int) { return file_hpke_proto_rawDescGZIP(), []int{3} } func (x *HpkeKeyFormat) GetParams() *HpkeParams { if x != nil { return x.Params } return nil } var File_hpke_proto protoreflect.FileDescriptor const file_hpke_proto_rawDesc = "" + "\n" + "\n" + "hpke.proto\x12\x12google.crypto.tink\"\x9c\x01\n" + "\n" + "HpkeParams\x12-\n" + "\x03kem\x18\x01 \x01(\x0e2\x1b.google.crypto.tink.HpkeKemR\x03kem\x12-\n" + "\x03kdf\x18\x02 \x01(\x0e2\x1b.google.crypto.tink.HpkeKdfR\x03kdf\x120\n" + "\x04aead\x18\x03 \x01(\x0e2\x1c.google.crypto.tink.HpkeAeadR\x04aead\"\x80\x01\n" + "\rHpkePublicKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x126\n" + "\x06params\x18\x02 \x01(\v2\x1e.google.crypto.tink.HpkeParamsR\x06params\x12\x1d\n" + "\n" + "public_key\x18\x03 \x01(\fR\tpublicKey\"\x8d\x01\n" + "\x0eHpkePrivateKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12@\n" + "\n" + "public_key\x18\x02 \x01(\v2!.google.crypto.tink.HpkePublicKeyR\tpublicKey\x12\x1f\n" + "\vprivate_key\x18\x03 \x01(\fR\n" + "privateKey\"G\n" + "\rHpkeKeyFormat\x126\n" + "\x06params\x18\x01 \x01(\v2\x1e.google.crypto.tink.HpkeParamsR\x06params*\xb7\x01\n" + "\aHpkeKem\x12\x0f\n" + "\vKEM_UNKNOWN\x10\x00\x12\x1c\n" + "\x18DHKEM_X25519_HKDF_SHA256\x10\x01\x12\x1a\n" + "\x16DHKEM_P256_HKDF_SHA256\x10\x02\x12\x1a\n" + "\x16DHKEM_P384_HKDF_SHA384\x10\x03\x12\x1a\n" + "\x16DHKEM_P521_HKDF_SHA512\x10\x04\x12\n" + "\n" + "\x06X_WING\x10\x05\x12\r\n" + "\tML_KEM768\x10\x06\x12\x0e\n" + "\n" + "ML_KEM1024\x10\a*M\n" + "\aHpkeKdf\x12\x0f\n" + "\vKDF_UNKNOWN\x10\x00\x12\x0f\n" + "\vHKDF_SHA256\x10\x01\x12\x0f\n" + "\vHKDF_SHA384\x10\x02\x12\x0f\n" + "\vHKDF_SHA512\x10\x03*U\n" + "\bHpkeAead\x12\x10\n" + "\fAEAD_UNKNOWN\x10\x00\x12\x0f\n" + "\vAES_128_GCM\x10\x01\x12\x0f\n" + "\vAES_256_GCM\x10\x02\x12\x15\n" + "\x11CHACHA20_POLY1305\x10\x03BT\n" + "\x1ccom.google.crypto.tink.protoP\x01Z2github.com/tink-crypto/tink-go/v2/proto/hpke_protob\x06proto3" var ( file_hpke_proto_rawDescOnce sync.Once file_hpke_proto_rawDescData []byte ) func file_hpke_proto_rawDescGZIP() []byte { file_hpke_proto_rawDescOnce.Do(func() { file_hpke_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_hpke_proto_rawDesc), len(file_hpke_proto_rawDesc))) }) return file_hpke_proto_rawDescData } var file_hpke_proto_enumTypes = make([]protoimpl.EnumInfo, 3) var file_hpke_proto_msgTypes = make([]protoimpl.MessageInfo, 4) var file_hpke_proto_goTypes = []any{ (HpkeKem)(0), // 0: google.crypto.tink.HpkeKem (HpkeKdf)(0), // 1: google.crypto.tink.HpkeKdf (HpkeAead)(0), // 2: google.crypto.tink.HpkeAead (*HpkeParams)(nil), // 3: google.crypto.tink.HpkeParams (*HpkePublicKey)(nil), // 4: google.crypto.tink.HpkePublicKey (*HpkePrivateKey)(nil), // 5: google.crypto.tink.HpkePrivateKey (*HpkeKeyFormat)(nil), // 6: google.crypto.tink.HpkeKeyFormat } var file_hpke_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.HpkeParams.kem:type_name -> google.crypto.tink.HpkeKem 1, // 1: google.crypto.tink.HpkeParams.kdf:type_name -> google.crypto.tink.HpkeKdf 2, // 2: google.crypto.tink.HpkeParams.aead:type_name -> google.crypto.tink.HpkeAead 3, // 3: google.crypto.tink.HpkePublicKey.params:type_name -> google.crypto.tink.HpkeParams 4, // 4: google.crypto.tink.HpkePrivateKey.public_key:type_name -> google.crypto.tink.HpkePublicKey 3, // 5: google.crypto.tink.HpkeKeyFormat.params:type_name -> google.crypto.tink.HpkeParams 6, // [6:6] is the sub-list for method output_type 6, // [6:6] is the sub-list for method input_type 6, // [6:6] is the sub-list for extension type_name 6, // [6:6] is the sub-list for extension extendee 0, // [0:6] is the sub-list for field type_name } func init() { file_hpke_proto_init() } func file_hpke_proto_init() { if File_hpke_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_hpke_proto_rawDesc), len(file_hpke_proto_rawDesc)), NumEnums: 3, NumMessages: 4, NumExtensions: 0, NumServices: 0, }, GoTypes: file_hpke_proto_goTypes, DependencyIndexes: file_hpke_proto_depIdxs, EnumInfos: file_hpke_proto_enumTypes, MessageInfos: file_hpke_proto_msgTypes, }.Build() File_hpke_proto = out.File file_hpke_proto_goTypes = nil file_hpke_proto_depIdxs = nil } ================================================ FILE: proto/jwt_ecdsa.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/jwt_ecdsa_go_proto"; // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.4 enum JwtEcdsaAlgorithm { ES_UNKNOWN = 0; ES256 = 1; // ECDSA using P-256 and SHA-256 ES384 = 2; // ECDSA using P-384 and SHA-384 ES512 = 3; // ECDSA using P-521 and SHA-512 } // key_type: type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey message JwtEcdsaPublicKey { uint32 version = 1; JwtEcdsaAlgorithm algorithm = 2; // Affine coordinates of the public key in big-endian representation. The // public key is a point (x, y) on the curve defined by algorithm. bytes x = 3; bytes y = 4; // Optional, custom kid header value to be used with "RAW" keys. // "TINK" keys with this value set will be rejected. message CustomKid { string value = 1; } CustomKid custom_kid = 5; } // key_type: type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey message JwtEcdsaPrivateKey { uint32 version = 1; JwtEcdsaPublicKey public_key = 2; // Unsigned big integer in bigendian representation. bytes key_value = 3; // Placeholder for ctype and debug_redact. } message JwtEcdsaKeyFormat { uint32 version = 1; JwtEcdsaAlgorithm algorithm = 2; } ================================================ FILE: proto/jwt_ecdsa_go_proto/jwt_ecdsa.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: jwt_ecdsa.proto package jwt_ecdsa_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.4 type JwtEcdsaAlgorithm int32 const ( JwtEcdsaAlgorithm_ES_UNKNOWN JwtEcdsaAlgorithm = 0 JwtEcdsaAlgorithm_ES256 JwtEcdsaAlgorithm = 1 // ECDSA using P-256 and SHA-256 JwtEcdsaAlgorithm_ES384 JwtEcdsaAlgorithm = 2 // ECDSA using P-384 and SHA-384 JwtEcdsaAlgorithm_ES512 JwtEcdsaAlgorithm = 3 // ECDSA using P-521 and SHA-512 ) // Enum value maps for JwtEcdsaAlgorithm. var ( JwtEcdsaAlgorithm_name = map[int32]string{ 0: "ES_UNKNOWN", 1: "ES256", 2: "ES384", 3: "ES512", } JwtEcdsaAlgorithm_value = map[string]int32{ "ES_UNKNOWN": 0, "ES256": 1, "ES384": 2, "ES512": 3, } ) func (x JwtEcdsaAlgorithm) Enum() *JwtEcdsaAlgorithm { p := new(JwtEcdsaAlgorithm) *p = x return p } func (x JwtEcdsaAlgorithm) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (JwtEcdsaAlgorithm) Descriptor() protoreflect.EnumDescriptor { return file_jwt_ecdsa_proto_enumTypes[0].Descriptor() } func (JwtEcdsaAlgorithm) Type() protoreflect.EnumType { return &file_jwt_ecdsa_proto_enumTypes[0] } func (x JwtEcdsaAlgorithm) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use JwtEcdsaAlgorithm.Descriptor instead. func (JwtEcdsaAlgorithm) EnumDescriptor() ([]byte, []int) { return file_jwt_ecdsa_proto_rawDescGZIP(), []int{0} } // key_type: type.googleapis.com/google.crypto.tink.JwtEcdsaPublicKey type JwtEcdsaPublicKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Algorithm JwtEcdsaAlgorithm `protobuf:"varint,2,opt,name=algorithm,proto3,enum=google.crypto.tink.JwtEcdsaAlgorithm" json:"algorithm,omitempty"` // Affine coordinates of the public key in big-endian representation. The // public key is a point (x, y) on the curve defined by algorithm. X []byte `protobuf:"bytes,3,opt,name=x,proto3" json:"x,omitempty"` Y []byte `protobuf:"bytes,4,opt,name=y,proto3" json:"y,omitempty"` CustomKid *JwtEcdsaPublicKey_CustomKid `protobuf:"bytes,5,opt,name=custom_kid,json=customKid,proto3" json:"custom_kid,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtEcdsaPublicKey) Reset() { *x = JwtEcdsaPublicKey{} mi := &file_jwt_ecdsa_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtEcdsaPublicKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtEcdsaPublicKey) ProtoMessage() {} func (x *JwtEcdsaPublicKey) ProtoReflect() protoreflect.Message { mi := &file_jwt_ecdsa_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtEcdsaPublicKey.ProtoReflect.Descriptor instead. func (*JwtEcdsaPublicKey) Descriptor() ([]byte, []int) { return file_jwt_ecdsa_proto_rawDescGZIP(), []int{0} } func (x *JwtEcdsaPublicKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *JwtEcdsaPublicKey) GetAlgorithm() JwtEcdsaAlgorithm { if x != nil { return x.Algorithm } return JwtEcdsaAlgorithm_ES_UNKNOWN } func (x *JwtEcdsaPublicKey) GetX() []byte { if x != nil { return x.X } return nil } func (x *JwtEcdsaPublicKey) GetY() []byte { if x != nil { return x.Y } return nil } func (x *JwtEcdsaPublicKey) GetCustomKid() *JwtEcdsaPublicKey_CustomKid { if x != nil { return x.CustomKid } return nil } // key_type: type.googleapis.com/google.crypto.tink.JwtEcdsaPrivateKey type JwtEcdsaPrivateKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` PublicKey *JwtEcdsaPublicKey `protobuf:"bytes,2,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` // Unsigned big integer in bigendian representation. KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtEcdsaPrivateKey) Reset() { *x = JwtEcdsaPrivateKey{} mi := &file_jwt_ecdsa_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtEcdsaPrivateKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtEcdsaPrivateKey) ProtoMessage() {} func (x *JwtEcdsaPrivateKey) ProtoReflect() protoreflect.Message { mi := &file_jwt_ecdsa_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtEcdsaPrivateKey.ProtoReflect.Descriptor instead. func (*JwtEcdsaPrivateKey) Descriptor() ([]byte, []int) { return file_jwt_ecdsa_proto_rawDescGZIP(), []int{1} } func (x *JwtEcdsaPrivateKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *JwtEcdsaPrivateKey) GetPublicKey() *JwtEcdsaPublicKey { if x != nil { return x.PublicKey } return nil } func (x *JwtEcdsaPrivateKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } type JwtEcdsaKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Algorithm JwtEcdsaAlgorithm `protobuf:"varint,2,opt,name=algorithm,proto3,enum=google.crypto.tink.JwtEcdsaAlgorithm" json:"algorithm,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtEcdsaKeyFormat) Reset() { *x = JwtEcdsaKeyFormat{} mi := &file_jwt_ecdsa_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtEcdsaKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtEcdsaKeyFormat) ProtoMessage() {} func (x *JwtEcdsaKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_jwt_ecdsa_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtEcdsaKeyFormat.ProtoReflect.Descriptor instead. func (*JwtEcdsaKeyFormat) Descriptor() ([]byte, []int) { return file_jwt_ecdsa_proto_rawDescGZIP(), []int{2} } func (x *JwtEcdsaKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *JwtEcdsaKeyFormat) GetAlgorithm() JwtEcdsaAlgorithm { if x != nil { return x.Algorithm } return JwtEcdsaAlgorithm_ES_UNKNOWN } // Optional, custom kid header value to be used with "RAW" keys. // "TINK" keys with this value set will be rejected. type JwtEcdsaPublicKey_CustomKid struct { state protoimpl.MessageState `protogen:"open.v1"` Value string `protobuf:"bytes,1,opt,name=value,proto3" json:"value,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtEcdsaPublicKey_CustomKid) Reset() { *x = JwtEcdsaPublicKey_CustomKid{} mi := &file_jwt_ecdsa_proto_msgTypes[3] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtEcdsaPublicKey_CustomKid) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtEcdsaPublicKey_CustomKid) ProtoMessage() {} func (x *JwtEcdsaPublicKey_CustomKid) ProtoReflect() protoreflect.Message { mi := &file_jwt_ecdsa_proto_msgTypes[3] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtEcdsaPublicKey_CustomKid.ProtoReflect.Descriptor instead. func (*JwtEcdsaPublicKey_CustomKid) Descriptor() ([]byte, []int) { return file_jwt_ecdsa_proto_rawDescGZIP(), []int{0, 0} } func (x *JwtEcdsaPublicKey_CustomKid) GetValue() string { if x != nil { return x.Value } return "" } var File_jwt_ecdsa_proto protoreflect.FileDescriptor const file_jwt_ecdsa_proto_rawDesc = "" + "\n" + "\x0fjwt_ecdsa.proto\x12\x12google.crypto.tink\"\x81\x02\n" + "\x11JwtEcdsaPublicKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12C\n" + "\talgorithm\x18\x02 \x01(\x0e2%.google.crypto.tink.JwtEcdsaAlgorithmR\talgorithm\x12\f\n" + "\x01x\x18\x03 \x01(\fR\x01x\x12\f\n" + "\x01y\x18\x04 \x01(\fR\x01y\x12N\n" + "\n" + "custom_kid\x18\x05 \x01(\v2/.google.crypto.tink.JwtEcdsaPublicKey.CustomKidR\tcustomKid\x1a!\n" + "\tCustomKid\x12\x14\n" + "\x05value\x18\x01 \x01(\tR\x05value\"\x91\x01\n" + "\x12JwtEcdsaPrivateKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12D\n" + "\n" + "public_key\x18\x02 \x01(\v2%.google.crypto.tink.JwtEcdsaPublicKeyR\tpublicKey\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValue\"r\n" + "\x11JwtEcdsaKeyFormat\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12C\n" + "\talgorithm\x18\x02 \x01(\x0e2%.google.crypto.tink.JwtEcdsaAlgorithmR\talgorithm*D\n" + "\x11JwtEcdsaAlgorithm\x12\x0e\n" + "\n" + "ES_UNKNOWN\x10\x00\x12\t\n" + "\x05ES256\x10\x01\x12\t\n" + "\x05ES384\x10\x02\x12\t\n" + "\x05ES512\x10\x03B\\\n" + "\x1ccom.google.crypto.tink.protoP\x01Z:github.com/tink-crypto/tink-go/v2/proto/jwt_ecdsa_go_protob\x06proto3" var ( file_jwt_ecdsa_proto_rawDescOnce sync.Once file_jwt_ecdsa_proto_rawDescData []byte ) func file_jwt_ecdsa_proto_rawDescGZIP() []byte { file_jwt_ecdsa_proto_rawDescOnce.Do(func() { file_jwt_ecdsa_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_jwt_ecdsa_proto_rawDesc), len(file_jwt_ecdsa_proto_rawDesc))) }) return file_jwt_ecdsa_proto_rawDescData } var file_jwt_ecdsa_proto_enumTypes = make([]protoimpl.EnumInfo, 1) var file_jwt_ecdsa_proto_msgTypes = make([]protoimpl.MessageInfo, 4) var file_jwt_ecdsa_proto_goTypes = []any{ (JwtEcdsaAlgorithm)(0), // 0: google.crypto.tink.JwtEcdsaAlgorithm (*JwtEcdsaPublicKey)(nil), // 1: google.crypto.tink.JwtEcdsaPublicKey (*JwtEcdsaPrivateKey)(nil), // 2: google.crypto.tink.JwtEcdsaPrivateKey (*JwtEcdsaKeyFormat)(nil), // 3: google.crypto.tink.JwtEcdsaKeyFormat (*JwtEcdsaPublicKey_CustomKid)(nil), // 4: google.crypto.tink.JwtEcdsaPublicKey.CustomKid } var file_jwt_ecdsa_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.JwtEcdsaPublicKey.algorithm:type_name -> google.crypto.tink.JwtEcdsaAlgorithm 4, // 1: google.crypto.tink.JwtEcdsaPublicKey.custom_kid:type_name -> google.crypto.tink.JwtEcdsaPublicKey.CustomKid 1, // 2: google.crypto.tink.JwtEcdsaPrivateKey.public_key:type_name -> google.crypto.tink.JwtEcdsaPublicKey 0, // 3: google.crypto.tink.JwtEcdsaKeyFormat.algorithm:type_name -> google.crypto.tink.JwtEcdsaAlgorithm 4, // [4:4] is the sub-list for method output_type 4, // [4:4] is the sub-list for method input_type 4, // [4:4] is the sub-list for extension type_name 4, // [4:4] is the sub-list for extension extendee 0, // [0:4] is the sub-list for field type_name } func init() { file_jwt_ecdsa_proto_init() } func file_jwt_ecdsa_proto_init() { if File_jwt_ecdsa_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_jwt_ecdsa_proto_rawDesc), len(file_jwt_ecdsa_proto_rawDesc)), NumEnums: 1, NumMessages: 4, NumExtensions: 0, NumServices: 0, }, GoTypes: file_jwt_ecdsa_proto_goTypes, DependencyIndexes: file_jwt_ecdsa_proto_depIdxs, EnumInfos: file_jwt_ecdsa_proto_enumTypes, MessageInfos: file_jwt_ecdsa_proto_msgTypes, }.Build() File_jwt_ecdsa_proto = out.File file_jwt_ecdsa_proto_goTypes = nil file_jwt_ecdsa_proto_depIdxs = nil } ================================================ FILE: proto/jwt_hmac.proto ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/jwt_hmac_go_proto"; // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.2 enum JwtHmacAlgorithm { HS_UNKNOWN = 0; HS256 = 1; // HMAC using SHA-256 HS384 = 2; // HMAC using SHA-384 HS512 = 3; // HMAC using SHA-512 } // key_type: type.googleapis.com/google.crypto.tink.JwtHmacKey message JwtHmacKey { uint32 version = 1; JwtHmacAlgorithm algorithm = 2; bytes key_value = 3; // Placeholder for ctype and debug_redact. // Optional, custom kid header value to be used with "RAW" keys. // "TINK" keys with this value set will be rejected. message CustomKid { string value = 1; } CustomKid custom_kid = 4; } message JwtHmacKeyFormat { uint32 version = 1; JwtHmacAlgorithm algorithm = 2; uint32 key_size = 3; } ================================================ FILE: proto/jwt_hmac_go_proto/jwt_hmac.pb.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: jwt_hmac.proto package jwt_hmac_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.2 type JwtHmacAlgorithm int32 const ( JwtHmacAlgorithm_HS_UNKNOWN JwtHmacAlgorithm = 0 JwtHmacAlgorithm_HS256 JwtHmacAlgorithm = 1 // HMAC using SHA-256 JwtHmacAlgorithm_HS384 JwtHmacAlgorithm = 2 // HMAC using SHA-384 JwtHmacAlgorithm_HS512 JwtHmacAlgorithm = 3 // HMAC using SHA-512 ) // Enum value maps for JwtHmacAlgorithm. var ( JwtHmacAlgorithm_name = map[int32]string{ 0: "HS_UNKNOWN", 1: "HS256", 2: "HS384", 3: "HS512", } JwtHmacAlgorithm_value = map[string]int32{ "HS_UNKNOWN": 0, "HS256": 1, "HS384": 2, "HS512": 3, } ) func (x JwtHmacAlgorithm) Enum() *JwtHmacAlgorithm { p := new(JwtHmacAlgorithm) *p = x return p } func (x JwtHmacAlgorithm) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (JwtHmacAlgorithm) Descriptor() protoreflect.EnumDescriptor { return file_jwt_hmac_proto_enumTypes[0].Descriptor() } func (JwtHmacAlgorithm) Type() protoreflect.EnumType { return &file_jwt_hmac_proto_enumTypes[0] } func (x JwtHmacAlgorithm) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use JwtHmacAlgorithm.Descriptor instead. func (JwtHmacAlgorithm) EnumDescriptor() ([]byte, []int) { return file_jwt_hmac_proto_rawDescGZIP(), []int{0} } // key_type: type.googleapis.com/google.crypto.tink.JwtHmacKey type JwtHmacKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Algorithm JwtHmacAlgorithm `protobuf:"varint,2,opt,name=algorithm,proto3,enum=google.crypto.tink.JwtHmacAlgorithm" json:"algorithm,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. CustomKid *JwtHmacKey_CustomKid `protobuf:"bytes,4,opt,name=custom_kid,json=customKid,proto3" json:"custom_kid,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtHmacKey) Reset() { *x = JwtHmacKey{} mi := &file_jwt_hmac_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtHmacKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtHmacKey) ProtoMessage() {} func (x *JwtHmacKey) ProtoReflect() protoreflect.Message { mi := &file_jwt_hmac_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtHmacKey.ProtoReflect.Descriptor instead. func (*JwtHmacKey) Descriptor() ([]byte, []int) { return file_jwt_hmac_proto_rawDescGZIP(), []int{0} } func (x *JwtHmacKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *JwtHmacKey) GetAlgorithm() JwtHmacAlgorithm { if x != nil { return x.Algorithm } return JwtHmacAlgorithm_HS_UNKNOWN } func (x *JwtHmacKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } func (x *JwtHmacKey) GetCustomKid() *JwtHmacKey_CustomKid { if x != nil { return x.CustomKid } return nil } type JwtHmacKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Algorithm JwtHmacAlgorithm `protobuf:"varint,2,opt,name=algorithm,proto3,enum=google.crypto.tink.JwtHmacAlgorithm" json:"algorithm,omitempty"` KeySize uint32 `protobuf:"varint,3,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtHmacKeyFormat) Reset() { *x = JwtHmacKeyFormat{} mi := &file_jwt_hmac_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtHmacKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtHmacKeyFormat) ProtoMessage() {} func (x *JwtHmacKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_jwt_hmac_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtHmacKeyFormat.ProtoReflect.Descriptor instead. func (*JwtHmacKeyFormat) Descriptor() ([]byte, []int) { return file_jwt_hmac_proto_rawDescGZIP(), []int{1} } func (x *JwtHmacKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *JwtHmacKeyFormat) GetAlgorithm() JwtHmacAlgorithm { if x != nil { return x.Algorithm } return JwtHmacAlgorithm_HS_UNKNOWN } func (x *JwtHmacKeyFormat) GetKeySize() uint32 { if x != nil { return x.KeySize } return 0 } // Optional, custom kid header value to be used with "RAW" keys. // "TINK" keys with this value set will be rejected. type JwtHmacKey_CustomKid struct { state protoimpl.MessageState `protogen:"open.v1"` Value string `protobuf:"bytes,1,opt,name=value,proto3" json:"value,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtHmacKey_CustomKid) Reset() { *x = JwtHmacKey_CustomKid{} mi := &file_jwt_hmac_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtHmacKey_CustomKid) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtHmacKey_CustomKid) ProtoMessage() {} func (x *JwtHmacKey_CustomKid) ProtoReflect() protoreflect.Message { mi := &file_jwt_hmac_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtHmacKey_CustomKid.ProtoReflect.Descriptor instead. func (*JwtHmacKey_CustomKid) Descriptor() ([]byte, []int) { return file_jwt_hmac_proto_rawDescGZIP(), []int{0, 0} } func (x *JwtHmacKey_CustomKid) GetValue() string { if x != nil { return x.Value } return "" } var File_jwt_hmac_proto protoreflect.FileDescriptor const file_jwt_hmac_proto_rawDesc = "" + "\n" + "\x0ejwt_hmac.proto\x12\x12google.crypto.tink\"\xf3\x01\n" + "\n" + "JwtHmacKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12B\n" + "\talgorithm\x18\x02 \x01(\x0e2$.google.crypto.tink.JwtHmacAlgorithmR\talgorithm\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValue\x12G\n" + "\n" + "custom_kid\x18\x04 \x01(\v2(.google.crypto.tink.JwtHmacKey.CustomKidR\tcustomKid\x1a!\n" + "\tCustomKid\x12\x14\n" + "\x05value\x18\x01 \x01(\tR\x05value\"\x8b\x01\n" + "\x10JwtHmacKeyFormat\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12B\n" + "\talgorithm\x18\x02 \x01(\x0e2$.google.crypto.tink.JwtHmacAlgorithmR\talgorithm\x12\x19\n" + "\bkey_size\x18\x03 \x01(\rR\akeySize*C\n" + "\x10JwtHmacAlgorithm\x12\x0e\n" + "\n" + "HS_UNKNOWN\x10\x00\x12\t\n" + "\x05HS256\x10\x01\x12\t\n" + "\x05HS384\x10\x02\x12\t\n" + "\x05HS512\x10\x03B[\n" + "\x1ccom.google.crypto.tink.protoP\x01Z9github.com/tink-crypto/tink-go/v2/proto/jwt_hmac_go_protob\x06proto3" var ( file_jwt_hmac_proto_rawDescOnce sync.Once file_jwt_hmac_proto_rawDescData []byte ) func file_jwt_hmac_proto_rawDescGZIP() []byte { file_jwt_hmac_proto_rawDescOnce.Do(func() { file_jwt_hmac_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_jwt_hmac_proto_rawDesc), len(file_jwt_hmac_proto_rawDesc))) }) return file_jwt_hmac_proto_rawDescData } var file_jwt_hmac_proto_enumTypes = make([]protoimpl.EnumInfo, 1) var file_jwt_hmac_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_jwt_hmac_proto_goTypes = []any{ (JwtHmacAlgorithm)(0), // 0: google.crypto.tink.JwtHmacAlgorithm (*JwtHmacKey)(nil), // 1: google.crypto.tink.JwtHmacKey (*JwtHmacKeyFormat)(nil), // 2: google.crypto.tink.JwtHmacKeyFormat (*JwtHmacKey_CustomKid)(nil), // 3: google.crypto.tink.JwtHmacKey.CustomKid } var file_jwt_hmac_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.JwtHmacKey.algorithm:type_name -> google.crypto.tink.JwtHmacAlgorithm 3, // 1: google.crypto.tink.JwtHmacKey.custom_kid:type_name -> google.crypto.tink.JwtHmacKey.CustomKid 0, // 2: google.crypto.tink.JwtHmacKeyFormat.algorithm:type_name -> google.crypto.tink.JwtHmacAlgorithm 3, // [3:3] is the sub-list for method output_type 3, // [3:3] is the sub-list for method input_type 3, // [3:3] is the sub-list for extension type_name 3, // [3:3] is the sub-list for extension extendee 0, // [0:3] is the sub-list for field type_name } func init() { file_jwt_hmac_proto_init() } func file_jwt_hmac_proto_init() { if File_jwt_hmac_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_jwt_hmac_proto_rawDesc), len(file_jwt_hmac_proto_rawDesc)), NumEnums: 1, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_jwt_hmac_proto_goTypes, DependencyIndexes: file_jwt_hmac_proto_depIdxs, EnumInfos: file_jwt_hmac_proto_enumTypes, MessageInfos: file_jwt_hmac_proto_msgTypes, }.Build() File_jwt_hmac_proto = out.File file_jwt_hmac_proto_goTypes = nil file_jwt_hmac_proto_depIdxs = nil } ================================================ FILE: proto/jwt_rsa_ssa_pkcs1.proto ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pkcs1_go_proto"; // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.3 enum JwtRsaSsaPkcs1Algorithm { RS_UNKNOWN = 0; RS256 = 1; // RSASSA-PKCS1-v1_5 using SHA-256 RS384 = 2; // RSASSA-PKCS1-v1_5 using SHA-384 RS512 = 3; // RSASSA-PKCS1-v1_5 using SHA-512 } // key_type: type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey message JwtRsaSsaPkcs1PublicKey { uint32 version = 1; JwtRsaSsaPkcs1Algorithm algorithm = 2; // Modulus. // Unsigned big integer in big-endian representation. bytes n = 3; // Public exponent. // Unsigned big integer in big-endian representation. bytes e = 4; // Optional, custom kid header value to be used with "RAW" keys. // "TINK" keys with this value set will be rejected. message CustomKid { string value = 1; } CustomKid custom_kid = 5; } // key_type: type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey message JwtRsaSsaPkcs1PrivateKey { uint32 version = 1; JwtRsaSsaPkcs1PublicKey public_key = 2; // Private exponent. // Unsigned big integer in big-endian representation. bytes d = 3; // The following parameters are used to optimize RSA signature computation. // The prime factor p of n. // Unsigned big integer in big-endian representation. bytes p = 4; // The prime factor q of n. // Unsigned big integer in big-endian representation. bytes q = 5; // d mod (p - 1). // Unsigned big integer in big-endian representation. bytes dp = 6; // d mod (q - 1). // Unsigned big integer in big-endian representation. bytes dq = 7; // Chinese Remainder Theorem coefficient q^(-1) mod p. // Unsigned big integer in big-endian representation. bytes crt = 8; } message JwtRsaSsaPkcs1KeyFormat { uint32 version = 1; JwtRsaSsaPkcs1Algorithm algorithm = 2; uint32 modulus_size_in_bits = 3; bytes public_exponent = 4; } ================================================ FILE: proto/jwt_rsa_ssa_pkcs1_go_proto/jwt_rsa_ssa_pkcs1.pb.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: jwt_rsa_ssa_pkcs1.proto package rsa_ssa_pkcs1_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.3 type JwtRsaSsaPkcs1Algorithm int32 const ( JwtRsaSsaPkcs1Algorithm_RS_UNKNOWN JwtRsaSsaPkcs1Algorithm = 0 JwtRsaSsaPkcs1Algorithm_RS256 JwtRsaSsaPkcs1Algorithm = 1 // RSASSA-PKCS1-v1_5 using SHA-256 JwtRsaSsaPkcs1Algorithm_RS384 JwtRsaSsaPkcs1Algorithm = 2 // RSASSA-PKCS1-v1_5 using SHA-384 JwtRsaSsaPkcs1Algorithm_RS512 JwtRsaSsaPkcs1Algorithm = 3 // RSASSA-PKCS1-v1_5 using SHA-512 ) // Enum value maps for JwtRsaSsaPkcs1Algorithm. var ( JwtRsaSsaPkcs1Algorithm_name = map[int32]string{ 0: "RS_UNKNOWN", 1: "RS256", 2: "RS384", 3: "RS512", } JwtRsaSsaPkcs1Algorithm_value = map[string]int32{ "RS_UNKNOWN": 0, "RS256": 1, "RS384": 2, "RS512": 3, } ) func (x JwtRsaSsaPkcs1Algorithm) Enum() *JwtRsaSsaPkcs1Algorithm { p := new(JwtRsaSsaPkcs1Algorithm) *p = x return p } func (x JwtRsaSsaPkcs1Algorithm) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (JwtRsaSsaPkcs1Algorithm) Descriptor() protoreflect.EnumDescriptor { return file_jwt_rsa_ssa_pkcs1_proto_enumTypes[0].Descriptor() } func (JwtRsaSsaPkcs1Algorithm) Type() protoreflect.EnumType { return &file_jwt_rsa_ssa_pkcs1_proto_enumTypes[0] } func (x JwtRsaSsaPkcs1Algorithm) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use JwtRsaSsaPkcs1Algorithm.Descriptor instead. func (JwtRsaSsaPkcs1Algorithm) EnumDescriptor() ([]byte, []int) { return file_jwt_rsa_ssa_pkcs1_proto_rawDescGZIP(), []int{0} } // key_type: type.googleapis.com/google.crypto.tink.JwtRsaSsaPkcs1PublicKey type JwtRsaSsaPkcs1PublicKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Algorithm JwtRsaSsaPkcs1Algorithm `protobuf:"varint,2,opt,name=algorithm,proto3,enum=google.crypto.tink.JwtRsaSsaPkcs1Algorithm" json:"algorithm,omitempty"` // Modulus. // Unsigned big integer in big-endian representation. N []byte `protobuf:"bytes,3,opt,name=n,proto3" json:"n,omitempty"` // Public exponent. // Unsigned big integer in big-endian representation. E []byte `protobuf:"bytes,4,opt,name=e,proto3" json:"e,omitempty"` CustomKid *JwtRsaSsaPkcs1PublicKey_CustomKid `protobuf:"bytes,5,opt,name=custom_kid,json=customKid,proto3" json:"custom_kid,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtRsaSsaPkcs1PublicKey) Reset() { *x = JwtRsaSsaPkcs1PublicKey{} mi := &file_jwt_rsa_ssa_pkcs1_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtRsaSsaPkcs1PublicKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtRsaSsaPkcs1PublicKey) ProtoMessage() {} func (x *JwtRsaSsaPkcs1PublicKey) ProtoReflect() protoreflect.Message { mi := &file_jwt_rsa_ssa_pkcs1_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtRsaSsaPkcs1PublicKey.ProtoReflect.Descriptor instead. func (*JwtRsaSsaPkcs1PublicKey) Descriptor() ([]byte, []int) { return file_jwt_rsa_ssa_pkcs1_proto_rawDescGZIP(), []int{0} } func (x *JwtRsaSsaPkcs1PublicKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *JwtRsaSsaPkcs1PublicKey) GetAlgorithm() JwtRsaSsaPkcs1Algorithm { if x != nil { return x.Algorithm } return JwtRsaSsaPkcs1Algorithm_RS_UNKNOWN } func (x *JwtRsaSsaPkcs1PublicKey) GetN() []byte { if x != nil { return x.N } return nil } func (x *JwtRsaSsaPkcs1PublicKey) GetE() []byte { if x != nil { return x.E } return nil } func (x *JwtRsaSsaPkcs1PublicKey) GetCustomKid() *JwtRsaSsaPkcs1PublicKey_CustomKid { if x != nil { return x.CustomKid } return nil } // key_type: type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey type JwtRsaSsaPkcs1PrivateKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` PublicKey *JwtRsaSsaPkcs1PublicKey `protobuf:"bytes,2,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` // Private exponent. // Unsigned big integer in big-endian representation. D []byte `protobuf:"bytes,3,opt,name=d,proto3" json:"d,omitempty"` // The following parameters are used to optimize RSA signature computation. // The prime factor p of n. // Unsigned big integer in big-endian representation. P []byte `protobuf:"bytes,4,opt,name=p,proto3" json:"p,omitempty"` // The prime factor q of n. // Unsigned big integer in big-endian representation. Q []byte `protobuf:"bytes,5,opt,name=q,proto3" json:"q,omitempty"` // d mod (p - 1). // Unsigned big integer in big-endian representation. Dp []byte `protobuf:"bytes,6,opt,name=dp,proto3" json:"dp,omitempty"` // d mod (q - 1). // Unsigned big integer in big-endian representation. Dq []byte `protobuf:"bytes,7,opt,name=dq,proto3" json:"dq,omitempty"` // Chinese Remainder Theorem coefficient q^(-1) mod p. // Unsigned big integer in big-endian representation. Crt []byte `protobuf:"bytes,8,opt,name=crt,proto3" json:"crt,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtRsaSsaPkcs1PrivateKey) Reset() { *x = JwtRsaSsaPkcs1PrivateKey{} mi := &file_jwt_rsa_ssa_pkcs1_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtRsaSsaPkcs1PrivateKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtRsaSsaPkcs1PrivateKey) ProtoMessage() {} func (x *JwtRsaSsaPkcs1PrivateKey) ProtoReflect() protoreflect.Message { mi := &file_jwt_rsa_ssa_pkcs1_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtRsaSsaPkcs1PrivateKey.ProtoReflect.Descriptor instead. func (*JwtRsaSsaPkcs1PrivateKey) Descriptor() ([]byte, []int) { return file_jwt_rsa_ssa_pkcs1_proto_rawDescGZIP(), []int{1} } func (x *JwtRsaSsaPkcs1PrivateKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *JwtRsaSsaPkcs1PrivateKey) GetPublicKey() *JwtRsaSsaPkcs1PublicKey { if x != nil { return x.PublicKey } return nil } func (x *JwtRsaSsaPkcs1PrivateKey) GetD() []byte { if x != nil { return x.D } return nil } func (x *JwtRsaSsaPkcs1PrivateKey) GetP() []byte { if x != nil { return x.P } return nil } func (x *JwtRsaSsaPkcs1PrivateKey) GetQ() []byte { if x != nil { return x.Q } return nil } func (x *JwtRsaSsaPkcs1PrivateKey) GetDp() []byte { if x != nil { return x.Dp } return nil } func (x *JwtRsaSsaPkcs1PrivateKey) GetDq() []byte { if x != nil { return x.Dq } return nil } func (x *JwtRsaSsaPkcs1PrivateKey) GetCrt() []byte { if x != nil { return x.Crt } return nil } type JwtRsaSsaPkcs1KeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Algorithm JwtRsaSsaPkcs1Algorithm `protobuf:"varint,2,opt,name=algorithm,proto3,enum=google.crypto.tink.JwtRsaSsaPkcs1Algorithm" json:"algorithm,omitempty"` ModulusSizeInBits uint32 `protobuf:"varint,3,opt,name=modulus_size_in_bits,json=modulusSizeInBits,proto3" json:"modulus_size_in_bits,omitempty"` PublicExponent []byte `protobuf:"bytes,4,opt,name=public_exponent,json=publicExponent,proto3" json:"public_exponent,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtRsaSsaPkcs1KeyFormat) Reset() { *x = JwtRsaSsaPkcs1KeyFormat{} mi := &file_jwt_rsa_ssa_pkcs1_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtRsaSsaPkcs1KeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtRsaSsaPkcs1KeyFormat) ProtoMessage() {} func (x *JwtRsaSsaPkcs1KeyFormat) ProtoReflect() protoreflect.Message { mi := &file_jwt_rsa_ssa_pkcs1_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtRsaSsaPkcs1KeyFormat.ProtoReflect.Descriptor instead. func (*JwtRsaSsaPkcs1KeyFormat) Descriptor() ([]byte, []int) { return file_jwt_rsa_ssa_pkcs1_proto_rawDescGZIP(), []int{2} } func (x *JwtRsaSsaPkcs1KeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *JwtRsaSsaPkcs1KeyFormat) GetAlgorithm() JwtRsaSsaPkcs1Algorithm { if x != nil { return x.Algorithm } return JwtRsaSsaPkcs1Algorithm_RS_UNKNOWN } func (x *JwtRsaSsaPkcs1KeyFormat) GetModulusSizeInBits() uint32 { if x != nil { return x.ModulusSizeInBits } return 0 } func (x *JwtRsaSsaPkcs1KeyFormat) GetPublicExponent() []byte { if x != nil { return x.PublicExponent } return nil } // Optional, custom kid header value to be used with "RAW" keys. // "TINK" keys with this value set will be rejected. type JwtRsaSsaPkcs1PublicKey_CustomKid struct { state protoimpl.MessageState `protogen:"open.v1"` Value string `protobuf:"bytes,1,opt,name=value,proto3" json:"value,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtRsaSsaPkcs1PublicKey_CustomKid) Reset() { *x = JwtRsaSsaPkcs1PublicKey_CustomKid{} mi := &file_jwt_rsa_ssa_pkcs1_proto_msgTypes[3] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtRsaSsaPkcs1PublicKey_CustomKid) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtRsaSsaPkcs1PublicKey_CustomKid) ProtoMessage() {} func (x *JwtRsaSsaPkcs1PublicKey_CustomKid) ProtoReflect() protoreflect.Message { mi := &file_jwt_rsa_ssa_pkcs1_proto_msgTypes[3] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtRsaSsaPkcs1PublicKey_CustomKid.ProtoReflect.Descriptor instead. func (*JwtRsaSsaPkcs1PublicKey_CustomKid) Descriptor() ([]byte, []int) { return file_jwt_rsa_ssa_pkcs1_proto_rawDescGZIP(), []int{0, 0} } func (x *JwtRsaSsaPkcs1PublicKey_CustomKid) GetValue() string { if x != nil { return x.Value } return "" } var File_jwt_rsa_ssa_pkcs1_proto protoreflect.FileDescriptor const file_jwt_rsa_ssa_pkcs1_proto_rawDesc = "" + "\n" + "\x17jwt_rsa_ssa_pkcs1.proto\x12\x12google.crypto.tink\"\x93\x02\n" + "\x17JwtRsaSsaPkcs1PublicKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12I\n" + "\talgorithm\x18\x02 \x01(\x0e2+.google.crypto.tink.JwtRsaSsaPkcs1AlgorithmR\talgorithm\x12\f\n" + "\x01n\x18\x03 \x01(\fR\x01n\x12\f\n" + "\x01e\x18\x04 \x01(\fR\x01e\x12T\n" + "\n" + "custom_kid\x18\x05 \x01(\v25.google.crypto.tink.JwtRsaSsaPkcs1PublicKey.CustomKidR\tcustomKid\x1a!\n" + "\tCustomKid\x12\x14\n" + "\x05value\x18\x01 \x01(\tR\x05value\"\xdc\x01\n" + "\x18JwtRsaSsaPkcs1PrivateKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12J\n" + "\n" + "public_key\x18\x02 \x01(\v2+.google.crypto.tink.JwtRsaSsaPkcs1PublicKeyR\tpublicKey\x12\f\n" + "\x01d\x18\x03 \x01(\fR\x01d\x12\f\n" + "\x01p\x18\x04 \x01(\fR\x01p\x12\f\n" + "\x01q\x18\x05 \x01(\fR\x01q\x12\x0e\n" + "\x02dp\x18\x06 \x01(\fR\x02dp\x12\x0e\n" + "\x02dq\x18\a \x01(\fR\x02dq\x12\x10\n" + "\x03crt\x18\b \x01(\fR\x03crt\"\xd8\x01\n" + "\x17JwtRsaSsaPkcs1KeyFormat\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12I\n" + "\talgorithm\x18\x02 \x01(\x0e2+.google.crypto.tink.JwtRsaSsaPkcs1AlgorithmR\talgorithm\x12/\n" + "\x14modulus_size_in_bits\x18\x03 \x01(\rR\x11modulusSizeInBits\x12'\n" + "\x0fpublic_exponent\x18\x04 \x01(\fR\x0epublicExponent*J\n" + "\x17JwtRsaSsaPkcs1Algorithm\x12\x0e\n" + "\n" + "RS_UNKNOWN\x10\x00\x12\t\n" + "\x05RS256\x10\x01\x12\t\n" + "\x05RS384\x10\x02\x12\t\n" + "\x05RS512\x10\x03B`\n" + "\x1ccom.google.crypto.tink.protoP\x01Z>github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pkcs1_go_protob\x06proto3" var ( file_jwt_rsa_ssa_pkcs1_proto_rawDescOnce sync.Once file_jwt_rsa_ssa_pkcs1_proto_rawDescData []byte ) func file_jwt_rsa_ssa_pkcs1_proto_rawDescGZIP() []byte { file_jwt_rsa_ssa_pkcs1_proto_rawDescOnce.Do(func() { file_jwt_rsa_ssa_pkcs1_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_jwt_rsa_ssa_pkcs1_proto_rawDesc), len(file_jwt_rsa_ssa_pkcs1_proto_rawDesc))) }) return file_jwt_rsa_ssa_pkcs1_proto_rawDescData } var file_jwt_rsa_ssa_pkcs1_proto_enumTypes = make([]protoimpl.EnumInfo, 1) var file_jwt_rsa_ssa_pkcs1_proto_msgTypes = make([]protoimpl.MessageInfo, 4) var file_jwt_rsa_ssa_pkcs1_proto_goTypes = []any{ (JwtRsaSsaPkcs1Algorithm)(0), // 0: google.crypto.tink.JwtRsaSsaPkcs1Algorithm (*JwtRsaSsaPkcs1PublicKey)(nil), // 1: google.crypto.tink.JwtRsaSsaPkcs1PublicKey (*JwtRsaSsaPkcs1PrivateKey)(nil), // 2: google.crypto.tink.JwtRsaSsaPkcs1PrivateKey (*JwtRsaSsaPkcs1KeyFormat)(nil), // 3: google.crypto.tink.JwtRsaSsaPkcs1KeyFormat (*JwtRsaSsaPkcs1PublicKey_CustomKid)(nil), // 4: google.crypto.tink.JwtRsaSsaPkcs1PublicKey.CustomKid } var file_jwt_rsa_ssa_pkcs1_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.JwtRsaSsaPkcs1PublicKey.algorithm:type_name -> google.crypto.tink.JwtRsaSsaPkcs1Algorithm 4, // 1: google.crypto.tink.JwtRsaSsaPkcs1PublicKey.custom_kid:type_name -> google.crypto.tink.JwtRsaSsaPkcs1PublicKey.CustomKid 1, // 2: google.crypto.tink.JwtRsaSsaPkcs1PrivateKey.public_key:type_name -> google.crypto.tink.JwtRsaSsaPkcs1PublicKey 0, // 3: google.crypto.tink.JwtRsaSsaPkcs1KeyFormat.algorithm:type_name -> google.crypto.tink.JwtRsaSsaPkcs1Algorithm 4, // [4:4] is the sub-list for method output_type 4, // [4:4] is the sub-list for method input_type 4, // [4:4] is the sub-list for extension type_name 4, // [4:4] is the sub-list for extension extendee 0, // [0:4] is the sub-list for field type_name } func init() { file_jwt_rsa_ssa_pkcs1_proto_init() } func file_jwt_rsa_ssa_pkcs1_proto_init() { if File_jwt_rsa_ssa_pkcs1_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_jwt_rsa_ssa_pkcs1_proto_rawDesc), len(file_jwt_rsa_ssa_pkcs1_proto_rawDesc)), NumEnums: 1, NumMessages: 4, NumExtensions: 0, NumServices: 0, }, GoTypes: file_jwt_rsa_ssa_pkcs1_proto_goTypes, DependencyIndexes: file_jwt_rsa_ssa_pkcs1_proto_depIdxs, EnumInfos: file_jwt_rsa_ssa_pkcs1_proto_enumTypes, MessageInfos: file_jwt_rsa_ssa_pkcs1_proto_msgTypes, }.Build() File_jwt_rsa_ssa_pkcs1_proto = out.File file_jwt_rsa_ssa_pkcs1_proto_goTypes = nil file_jwt_rsa_ssa_pkcs1_proto_depIdxs = nil } ================================================ FILE: proto/jwt_rsa_ssa_pss.proto ================================================ // Copyright 2018 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pss_go_proto"; // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.5 enum JwtRsaSsaPssAlgorithm { PS_UNKNOWN = 0; PS256 = 1; // RSASSA-PSS using SHA-256 and MGF1 with SHA-256 PS384 = 2; // RSASSA-PSS using SHA-384 and MGF1 with SHA-384 PS512 = 3; // RSASSA-PSS using SHA-512 and MGF1 with SHA-512 } // key_type: type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey message JwtRsaSsaPssPublicKey { uint32 version = 1; JwtRsaSsaPssAlgorithm algorithm = 2; // Modulus. // Unsigned big integer in big-endian representation. bytes n = 3; // Public exponent. // Unsigned big integer in big-endian representation. bytes e = 4; // Optional, custom kid header value to be used with "RAW" keys. // "TINK" keys with this value set will be rejected. message CustomKid { string value = 1; } CustomKid custom_kid = 5; } // key_type: type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey message JwtRsaSsaPssPrivateKey { uint32 version = 1; JwtRsaSsaPssPublicKey public_key = 2; // Private exponent. // Unsigned big integer in big-endian representation. bytes d = 3; // The following parameters are used to optimize RSA signature computation. // The prime factor p of n. // Unsigned big integer in big-endian representation. bytes p = 4; // The prime factor q of n. // Unsigned big integer in big-endian representation. bytes q = 5; // d mod (p - 1). // Unsigned big integer in big-endian representation. bytes dp = 6; // d mod (q - 1). // Unsigned big integer in big-endian representation. bytes dq = 7; // Chinese Remainder Theorem coefficient q^(-1) mod p. // Unsigned big integer in big-endian representation. bytes crt = 8; } message JwtRsaSsaPssKeyFormat { uint32 version = 1; JwtRsaSsaPssAlgorithm algorithm = 2; uint32 modulus_size_in_bits = 3; bytes public_exponent = 4; } ================================================ FILE: proto/jwt_rsa_ssa_pss_go_proto/jwt_rsa_ssa_pss.pb.go ================================================ // Copyright 2018 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: jwt_rsa_ssa_pss.proto package jwt_rsa_ssa_pss_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) // See https://datatracker.ietf.org/doc/html/rfc7518#section-3.5 type JwtRsaSsaPssAlgorithm int32 const ( JwtRsaSsaPssAlgorithm_PS_UNKNOWN JwtRsaSsaPssAlgorithm = 0 JwtRsaSsaPssAlgorithm_PS256 JwtRsaSsaPssAlgorithm = 1 // RSASSA-PSS using SHA-256 and MGF1 with SHA-256 JwtRsaSsaPssAlgorithm_PS384 JwtRsaSsaPssAlgorithm = 2 // RSASSA-PSS using SHA-384 and MGF1 with SHA-384 JwtRsaSsaPssAlgorithm_PS512 JwtRsaSsaPssAlgorithm = 3 // RSASSA-PSS using SHA-512 and MGF1 with SHA-512 ) // Enum value maps for JwtRsaSsaPssAlgorithm. var ( JwtRsaSsaPssAlgorithm_name = map[int32]string{ 0: "PS_UNKNOWN", 1: "PS256", 2: "PS384", 3: "PS512", } JwtRsaSsaPssAlgorithm_value = map[string]int32{ "PS_UNKNOWN": 0, "PS256": 1, "PS384": 2, "PS512": 3, } ) func (x JwtRsaSsaPssAlgorithm) Enum() *JwtRsaSsaPssAlgorithm { p := new(JwtRsaSsaPssAlgorithm) *p = x return p } func (x JwtRsaSsaPssAlgorithm) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (JwtRsaSsaPssAlgorithm) Descriptor() protoreflect.EnumDescriptor { return file_jwt_rsa_ssa_pss_proto_enumTypes[0].Descriptor() } func (JwtRsaSsaPssAlgorithm) Type() protoreflect.EnumType { return &file_jwt_rsa_ssa_pss_proto_enumTypes[0] } func (x JwtRsaSsaPssAlgorithm) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use JwtRsaSsaPssAlgorithm.Descriptor instead. func (JwtRsaSsaPssAlgorithm) EnumDescriptor() ([]byte, []int) { return file_jwt_rsa_ssa_pss_proto_rawDescGZIP(), []int{0} } // key_type: type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPublicKey type JwtRsaSsaPssPublicKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Algorithm JwtRsaSsaPssAlgorithm `protobuf:"varint,2,opt,name=algorithm,proto3,enum=google.crypto.tink.JwtRsaSsaPssAlgorithm" json:"algorithm,omitempty"` // Modulus. // Unsigned big integer in big-endian representation. N []byte `protobuf:"bytes,3,opt,name=n,proto3" json:"n,omitempty"` // Public exponent. // Unsigned big integer in big-endian representation. E []byte `protobuf:"bytes,4,opt,name=e,proto3" json:"e,omitempty"` CustomKid *JwtRsaSsaPssPublicKey_CustomKid `protobuf:"bytes,5,opt,name=custom_kid,json=customKid,proto3" json:"custom_kid,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtRsaSsaPssPublicKey) Reset() { *x = JwtRsaSsaPssPublicKey{} mi := &file_jwt_rsa_ssa_pss_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtRsaSsaPssPublicKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtRsaSsaPssPublicKey) ProtoMessage() {} func (x *JwtRsaSsaPssPublicKey) ProtoReflect() protoreflect.Message { mi := &file_jwt_rsa_ssa_pss_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtRsaSsaPssPublicKey.ProtoReflect.Descriptor instead. func (*JwtRsaSsaPssPublicKey) Descriptor() ([]byte, []int) { return file_jwt_rsa_ssa_pss_proto_rawDescGZIP(), []int{0} } func (x *JwtRsaSsaPssPublicKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *JwtRsaSsaPssPublicKey) GetAlgorithm() JwtRsaSsaPssAlgorithm { if x != nil { return x.Algorithm } return JwtRsaSsaPssAlgorithm_PS_UNKNOWN } func (x *JwtRsaSsaPssPublicKey) GetN() []byte { if x != nil { return x.N } return nil } func (x *JwtRsaSsaPssPublicKey) GetE() []byte { if x != nil { return x.E } return nil } func (x *JwtRsaSsaPssPublicKey) GetCustomKid() *JwtRsaSsaPssPublicKey_CustomKid { if x != nil { return x.CustomKid } return nil } // key_type: type.googleapis.com/google.crypto.tink.JwtRsaSsaPssPrivateKey type JwtRsaSsaPssPrivateKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` PublicKey *JwtRsaSsaPssPublicKey `protobuf:"bytes,2,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` // Private exponent. // Unsigned big integer in big-endian representation. D []byte `protobuf:"bytes,3,opt,name=d,proto3" json:"d,omitempty"` // The following parameters are used to optimize RSA signature computation. // The prime factor p of n. // Unsigned big integer in big-endian representation. P []byte `protobuf:"bytes,4,opt,name=p,proto3" json:"p,omitempty"` // The prime factor q of n. // Unsigned big integer in big-endian representation. Q []byte `protobuf:"bytes,5,opt,name=q,proto3" json:"q,omitempty"` // d mod (p - 1). // Unsigned big integer in big-endian representation. Dp []byte `protobuf:"bytes,6,opt,name=dp,proto3" json:"dp,omitempty"` // d mod (q - 1). // Unsigned big integer in big-endian representation. Dq []byte `protobuf:"bytes,7,opt,name=dq,proto3" json:"dq,omitempty"` // Chinese Remainder Theorem coefficient q^(-1) mod p. // Unsigned big integer in big-endian representation. Crt []byte `protobuf:"bytes,8,opt,name=crt,proto3" json:"crt,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtRsaSsaPssPrivateKey) Reset() { *x = JwtRsaSsaPssPrivateKey{} mi := &file_jwt_rsa_ssa_pss_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtRsaSsaPssPrivateKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtRsaSsaPssPrivateKey) ProtoMessage() {} func (x *JwtRsaSsaPssPrivateKey) ProtoReflect() protoreflect.Message { mi := &file_jwt_rsa_ssa_pss_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtRsaSsaPssPrivateKey.ProtoReflect.Descriptor instead. func (*JwtRsaSsaPssPrivateKey) Descriptor() ([]byte, []int) { return file_jwt_rsa_ssa_pss_proto_rawDescGZIP(), []int{1} } func (x *JwtRsaSsaPssPrivateKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *JwtRsaSsaPssPrivateKey) GetPublicKey() *JwtRsaSsaPssPublicKey { if x != nil { return x.PublicKey } return nil } func (x *JwtRsaSsaPssPrivateKey) GetD() []byte { if x != nil { return x.D } return nil } func (x *JwtRsaSsaPssPrivateKey) GetP() []byte { if x != nil { return x.P } return nil } func (x *JwtRsaSsaPssPrivateKey) GetQ() []byte { if x != nil { return x.Q } return nil } func (x *JwtRsaSsaPssPrivateKey) GetDp() []byte { if x != nil { return x.Dp } return nil } func (x *JwtRsaSsaPssPrivateKey) GetDq() []byte { if x != nil { return x.Dq } return nil } func (x *JwtRsaSsaPssPrivateKey) GetCrt() []byte { if x != nil { return x.Crt } return nil } type JwtRsaSsaPssKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Algorithm JwtRsaSsaPssAlgorithm `protobuf:"varint,2,opt,name=algorithm,proto3,enum=google.crypto.tink.JwtRsaSsaPssAlgorithm" json:"algorithm,omitempty"` ModulusSizeInBits uint32 `protobuf:"varint,3,opt,name=modulus_size_in_bits,json=modulusSizeInBits,proto3" json:"modulus_size_in_bits,omitempty"` PublicExponent []byte `protobuf:"bytes,4,opt,name=public_exponent,json=publicExponent,proto3" json:"public_exponent,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtRsaSsaPssKeyFormat) Reset() { *x = JwtRsaSsaPssKeyFormat{} mi := &file_jwt_rsa_ssa_pss_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtRsaSsaPssKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtRsaSsaPssKeyFormat) ProtoMessage() {} func (x *JwtRsaSsaPssKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_jwt_rsa_ssa_pss_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtRsaSsaPssKeyFormat.ProtoReflect.Descriptor instead. func (*JwtRsaSsaPssKeyFormat) Descriptor() ([]byte, []int) { return file_jwt_rsa_ssa_pss_proto_rawDescGZIP(), []int{2} } func (x *JwtRsaSsaPssKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *JwtRsaSsaPssKeyFormat) GetAlgorithm() JwtRsaSsaPssAlgorithm { if x != nil { return x.Algorithm } return JwtRsaSsaPssAlgorithm_PS_UNKNOWN } func (x *JwtRsaSsaPssKeyFormat) GetModulusSizeInBits() uint32 { if x != nil { return x.ModulusSizeInBits } return 0 } func (x *JwtRsaSsaPssKeyFormat) GetPublicExponent() []byte { if x != nil { return x.PublicExponent } return nil } // Optional, custom kid header value to be used with "RAW" keys. // "TINK" keys with this value set will be rejected. type JwtRsaSsaPssPublicKey_CustomKid struct { state protoimpl.MessageState `protogen:"open.v1"` Value string `protobuf:"bytes,1,opt,name=value,proto3" json:"value,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *JwtRsaSsaPssPublicKey_CustomKid) Reset() { *x = JwtRsaSsaPssPublicKey_CustomKid{} mi := &file_jwt_rsa_ssa_pss_proto_msgTypes[3] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *JwtRsaSsaPssPublicKey_CustomKid) String() string { return protoimpl.X.MessageStringOf(x) } func (*JwtRsaSsaPssPublicKey_CustomKid) ProtoMessage() {} func (x *JwtRsaSsaPssPublicKey_CustomKid) ProtoReflect() protoreflect.Message { mi := &file_jwt_rsa_ssa_pss_proto_msgTypes[3] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use JwtRsaSsaPssPublicKey_CustomKid.ProtoReflect.Descriptor instead. func (*JwtRsaSsaPssPublicKey_CustomKid) Descriptor() ([]byte, []int) { return file_jwt_rsa_ssa_pss_proto_rawDescGZIP(), []int{0, 0} } func (x *JwtRsaSsaPssPublicKey_CustomKid) GetValue() string { if x != nil { return x.Value } return "" } var File_jwt_rsa_ssa_pss_proto protoreflect.FileDescriptor const file_jwt_rsa_ssa_pss_proto_rawDesc = "" + "\n" + "\x15jwt_rsa_ssa_pss.proto\x12\x12google.crypto.tink\"\x8d\x02\n" + "\x15JwtRsaSsaPssPublicKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12G\n" + "\talgorithm\x18\x02 \x01(\x0e2).google.crypto.tink.JwtRsaSsaPssAlgorithmR\talgorithm\x12\f\n" + "\x01n\x18\x03 \x01(\fR\x01n\x12\f\n" + "\x01e\x18\x04 \x01(\fR\x01e\x12R\n" + "\n" + "custom_kid\x18\x05 \x01(\v23.google.crypto.tink.JwtRsaSsaPssPublicKey.CustomKidR\tcustomKid\x1a!\n" + "\tCustomKid\x12\x14\n" + "\x05value\x18\x01 \x01(\tR\x05value\"\xd8\x01\n" + "\x16JwtRsaSsaPssPrivateKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12H\n" + "\n" + "public_key\x18\x02 \x01(\v2).google.crypto.tink.JwtRsaSsaPssPublicKeyR\tpublicKey\x12\f\n" + "\x01d\x18\x03 \x01(\fR\x01d\x12\f\n" + "\x01p\x18\x04 \x01(\fR\x01p\x12\f\n" + "\x01q\x18\x05 \x01(\fR\x01q\x12\x0e\n" + "\x02dp\x18\x06 \x01(\fR\x02dp\x12\x0e\n" + "\x02dq\x18\a \x01(\fR\x02dq\x12\x10\n" + "\x03crt\x18\b \x01(\fR\x03crt\"\xd4\x01\n" + "\x15JwtRsaSsaPssKeyFormat\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12G\n" + "\talgorithm\x18\x02 \x01(\x0e2).google.crypto.tink.JwtRsaSsaPssAlgorithmR\talgorithm\x12/\n" + "\x14modulus_size_in_bits\x18\x03 \x01(\rR\x11modulusSizeInBits\x12'\n" + "\x0fpublic_exponent\x18\x04 \x01(\fR\x0epublicExponent*H\n" + "\x15JwtRsaSsaPssAlgorithm\x12\x0e\n" + "\n" + "PS_UNKNOWN\x10\x00\x12\t\n" + "\x05PS256\x10\x01\x12\t\n" + "\x05PS384\x10\x02\x12\t\n" + "\x05PS512\x10\x03Bb\n" + "\x1ccom.google.crypto.tink.protoP\x01Z@github.com/tink-crypto/tink-go/v2/proto/jwt_rsa_ssa_pss_go_protob\x06proto3" var ( file_jwt_rsa_ssa_pss_proto_rawDescOnce sync.Once file_jwt_rsa_ssa_pss_proto_rawDescData []byte ) func file_jwt_rsa_ssa_pss_proto_rawDescGZIP() []byte { file_jwt_rsa_ssa_pss_proto_rawDescOnce.Do(func() { file_jwt_rsa_ssa_pss_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_jwt_rsa_ssa_pss_proto_rawDesc), len(file_jwt_rsa_ssa_pss_proto_rawDesc))) }) return file_jwt_rsa_ssa_pss_proto_rawDescData } var file_jwt_rsa_ssa_pss_proto_enumTypes = make([]protoimpl.EnumInfo, 1) var file_jwt_rsa_ssa_pss_proto_msgTypes = make([]protoimpl.MessageInfo, 4) var file_jwt_rsa_ssa_pss_proto_goTypes = []any{ (JwtRsaSsaPssAlgorithm)(0), // 0: google.crypto.tink.JwtRsaSsaPssAlgorithm (*JwtRsaSsaPssPublicKey)(nil), // 1: google.crypto.tink.JwtRsaSsaPssPublicKey (*JwtRsaSsaPssPrivateKey)(nil), // 2: google.crypto.tink.JwtRsaSsaPssPrivateKey (*JwtRsaSsaPssKeyFormat)(nil), // 3: google.crypto.tink.JwtRsaSsaPssKeyFormat (*JwtRsaSsaPssPublicKey_CustomKid)(nil), // 4: google.crypto.tink.JwtRsaSsaPssPublicKey.CustomKid } var file_jwt_rsa_ssa_pss_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.JwtRsaSsaPssPublicKey.algorithm:type_name -> google.crypto.tink.JwtRsaSsaPssAlgorithm 4, // 1: google.crypto.tink.JwtRsaSsaPssPublicKey.custom_kid:type_name -> google.crypto.tink.JwtRsaSsaPssPublicKey.CustomKid 1, // 2: google.crypto.tink.JwtRsaSsaPssPrivateKey.public_key:type_name -> google.crypto.tink.JwtRsaSsaPssPublicKey 0, // 3: google.crypto.tink.JwtRsaSsaPssKeyFormat.algorithm:type_name -> google.crypto.tink.JwtRsaSsaPssAlgorithm 4, // [4:4] is the sub-list for method output_type 4, // [4:4] is the sub-list for method input_type 4, // [4:4] is the sub-list for extension type_name 4, // [4:4] is the sub-list for extension extendee 0, // [0:4] is the sub-list for field type_name } func init() { file_jwt_rsa_ssa_pss_proto_init() } func file_jwt_rsa_ssa_pss_proto_init() { if File_jwt_rsa_ssa_pss_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_jwt_rsa_ssa_pss_proto_rawDesc), len(file_jwt_rsa_ssa_pss_proto_rawDesc)), NumEnums: 1, NumMessages: 4, NumExtensions: 0, NumServices: 0, }, GoTypes: file_jwt_rsa_ssa_pss_proto_goTypes, DependencyIndexes: file_jwt_rsa_ssa_pss_proto_depIdxs, EnumInfos: file_jwt_rsa_ssa_pss_proto_enumTypes, MessageInfos: file_jwt_rsa_ssa_pss_proto_msgTypes, }.Build() File_jwt_rsa_ssa_pss_proto = out.File file_jwt_rsa_ssa_pss_proto_goTypes = nil file_jwt_rsa_ssa_pss_proto_depIdxs = nil } ================================================ FILE: proto/kms_aead.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/kms_aead_go_proto"; message KmsAeadKeyFormat { // Required. // The location of a KMS key. // With Google Cloud KMS, valid values have this format: // gcp-kms://projects/*/locations/*/keyRings/*/cryptoKeys/*. // With AWS KMS, valid values have this format: // aws-kms://arn:aws:kms:::key/ string key_uri = 1; } // There is no actual key material in the key. message KmsAeadKey { uint32 version = 1; // The key format also contains the params. KmsAeadKeyFormat params = 2; } ================================================ FILE: proto/kms_aead_go_proto/kms_aead.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: kms_aead.proto package kms_aead_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type KmsAeadKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. // The location of a KMS key. // With Google Cloud KMS, valid values have this format: // gcp-kms://projects/*/locations/*/keyRings/*/cryptoKeys/*. // With AWS KMS, valid values have this format: // aws-kms://arn:aws:kms:::key/ KeyUri string `protobuf:"bytes,1,opt,name=key_uri,json=keyUri,proto3" json:"key_uri,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *KmsAeadKeyFormat) Reset() { *x = KmsAeadKeyFormat{} mi := &file_kms_aead_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *KmsAeadKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*KmsAeadKeyFormat) ProtoMessage() {} func (x *KmsAeadKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_kms_aead_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use KmsAeadKeyFormat.ProtoReflect.Descriptor instead. func (*KmsAeadKeyFormat) Descriptor() ([]byte, []int) { return file_kms_aead_proto_rawDescGZIP(), []int{0} } func (x *KmsAeadKeyFormat) GetKeyUri() string { if x != nil { return x.KeyUri } return "" } // There is no actual key material in the key. type KmsAeadKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // The key format also contains the params. Params *KmsAeadKeyFormat `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *KmsAeadKey) Reset() { *x = KmsAeadKey{} mi := &file_kms_aead_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *KmsAeadKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*KmsAeadKey) ProtoMessage() {} func (x *KmsAeadKey) ProtoReflect() protoreflect.Message { mi := &file_kms_aead_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use KmsAeadKey.ProtoReflect.Descriptor instead. func (*KmsAeadKey) Descriptor() ([]byte, []int) { return file_kms_aead_proto_rawDescGZIP(), []int{1} } func (x *KmsAeadKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *KmsAeadKey) GetParams() *KmsAeadKeyFormat { if x != nil { return x.Params } return nil } var File_kms_aead_proto protoreflect.FileDescriptor const file_kms_aead_proto_rawDesc = "" + "\n" + "\x0ekms_aead.proto\x12\x12google.crypto.tink\"+\n" + "\x10KmsAeadKeyFormat\x12\x17\n" + "\akey_uri\x18\x01 \x01(\tR\x06keyUri\"d\n" + "\n" + "KmsAeadKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12<\n" + "\x06params\x18\x02 \x01(\v2$.google.crypto.tink.KmsAeadKeyFormatR\x06paramsB[\n" + "\x1ccom.google.crypto.tink.protoP\x01Z9github.com/tink-crypto/tink-go/v2/proto/kms_aead_go_protob\x06proto3" var ( file_kms_aead_proto_rawDescOnce sync.Once file_kms_aead_proto_rawDescData []byte ) func file_kms_aead_proto_rawDescGZIP() []byte { file_kms_aead_proto_rawDescOnce.Do(func() { file_kms_aead_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_kms_aead_proto_rawDesc), len(file_kms_aead_proto_rawDesc))) }) return file_kms_aead_proto_rawDescData } var file_kms_aead_proto_msgTypes = make([]protoimpl.MessageInfo, 2) var file_kms_aead_proto_goTypes = []any{ (*KmsAeadKeyFormat)(nil), // 0: google.crypto.tink.KmsAeadKeyFormat (*KmsAeadKey)(nil), // 1: google.crypto.tink.KmsAeadKey } var file_kms_aead_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.KmsAeadKey.params:type_name -> google.crypto.tink.KmsAeadKeyFormat 1, // [1:1] is the sub-list for method output_type 1, // [1:1] is the sub-list for method input_type 1, // [1:1] is the sub-list for extension type_name 1, // [1:1] is the sub-list for extension extendee 0, // [0:1] is the sub-list for field type_name } func init() { file_kms_aead_proto_init() } func file_kms_aead_proto_init() { if File_kms_aead_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_kms_aead_proto_rawDesc), len(file_kms_aead_proto_rawDesc)), NumEnums: 0, NumMessages: 2, NumExtensions: 0, NumServices: 0, }, GoTypes: file_kms_aead_proto_goTypes, DependencyIndexes: file_kms_aead_proto_depIdxs, MessageInfos: file_kms_aead_proto_msgTypes, }.Build() File_kms_aead_proto = out.File file_kms_aead_proto_goTypes = nil file_kms_aead_proto_depIdxs = nil } ================================================ FILE: proto/kms_envelope.proto ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; import "proto/tink.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/kms_envelope_go_proto"; message KmsEnvelopeAeadKeyFormat { // Required. // The location of the KEK in a remote KMS. // With Google Cloud KMS, valid values have this format: // gcp-kms://projects/*/locations/*/keyRings/*/cryptoKeys/*. // With AWS KMS, valid values have this format: // aws-kms://arn:aws:kms:::key/ string kek_uri = 1; // Key template of the Data Encryption Key, e.g., AesCtrHmacAeadKeyFormat. // Required. KeyTemplate dek_template = 2; } // There is no actual key material in the key. message KmsEnvelopeAeadKey { uint32 version = 1; // The key format also contains the params. KmsEnvelopeAeadKeyFormat params = 2; } ================================================ FILE: proto/kms_envelope_go_proto/kms_envelope.pb.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: kms_envelope.proto package kms_envelope_go_proto import ( tink_go_proto "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type KmsEnvelopeAeadKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. // The location of the KEK in a remote KMS. // With Google Cloud KMS, valid values have this format: // gcp-kms://projects/*/locations/*/keyRings/*/cryptoKeys/*. // With AWS KMS, valid values have this format: // aws-kms://arn:aws:kms:::key/ KekUri string `protobuf:"bytes,1,opt,name=kek_uri,json=kekUri,proto3" json:"kek_uri,omitempty"` // Key template of the Data Encryption Key, e.g., AesCtrHmacAeadKeyFormat. // Required. DekTemplate *tink_go_proto.KeyTemplate `protobuf:"bytes,2,opt,name=dek_template,json=dekTemplate,proto3" json:"dek_template,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *KmsEnvelopeAeadKeyFormat) Reset() { *x = KmsEnvelopeAeadKeyFormat{} mi := &file_kms_envelope_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *KmsEnvelopeAeadKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*KmsEnvelopeAeadKeyFormat) ProtoMessage() {} func (x *KmsEnvelopeAeadKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_kms_envelope_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use KmsEnvelopeAeadKeyFormat.ProtoReflect.Descriptor instead. func (*KmsEnvelopeAeadKeyFormat) Descriptor() ([]byte, []int) { return file_kms_envelope_proto_rawDescGZIP(), []int{0} } func (x *KmsEnvelopeAeadKeyFormat) GetKekUri() string { if x != nil { return x.KekUri } return "" } func (x *KmsEnvelopeAeadKeyFormat) GetDekTemplate() *tink_go_proto.KeyTemplate { if x != nil { return x.DekTemplate } return nil } // There is no actual key material in the key. type KmsEnvelopeAeadKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // The key format also contains the params. Params *KmsEnvelopeAeadKeyFormat `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *KmsEnvelopeAeadKey) Reset() { *x = KmsEnvelopeAeadKey{} mi := &file_kms_envelope_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *KmsEnvelopeAeadKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*KmsEnvelopeAeadKey) ProtoMessage() {} func (x *KmsEnvelopeAeadKey) ProtoReflect() protoreflect.Message { mi := &file_kms_envelope_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use KmsEnvelopeAeadKey.ProtoReflect.Descriptor instead. func (*KmsEnvelopeAeadKey) Descriptor() ([]byte, []int) { return file_kms_envelope_proto_rawDescGZIP(), []int{1} } func (x *KmsEnvelopeAeadKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *KmsEnvelopeAeadKey) GetParams() *KmsEnvelopeAeadKeyFormat { if x != nil { return x.Params } return nil } var File_kms_envelope_proto protoreflect.FileDescriptor const file_kms_envelope_proto_rawDesc = "" + "\n" + "\x12kms_envelope.proto\x12\x12google.crypto.tink\x1a\x10proto/tink.proto\"w\n" + "\x18KmsEnvelopeAeadKeyFormat\x12\x17\n" + "\akek_uri\x18\x01 \x01(\tR\x06kekUri\x12B\n" + "\fdek_template\x18\x02 \x01(\v2\x1f.google.crypto.tink.KeyTemplateR\vdekTemplate\"t\n" + "\x12KmsEnvelopeAeadKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12D\n" + "\x06params\x18\x02 \x01(\v2,.google.crypto.tink.KmsEnvelopeAeadKeyFormatR\x06paramsB_\n" + "\x1ccom.google.crypto.tink.protoP\x01Z=github.com/tink-crypto/tink-go/v2/proto/kms_envelope_go_protob\x06proto3" var ( file_kms_envelope_proto_rawDescOnce sync.Once file_kms_envelope_proto_rawDescData []byte ) func file_kms_envelope_proto_rawDescGZIP() []byte { file_kms_envelope_proto_rawDescOnce.Do(func() { file_kms_envelope_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_kms_envelope_proto_rawDesc), len(file_kms_envelope_proto_rawDesc))) }) return file_kms_envelope_proto_rawDescData } var file_kms_envelope_proto_msgTypes = make([]protoimpl.MessageInfo, 2) var file_kms_envelope_proto_goTypes = []any{ (*KmsEnvelopeAeadKeyFormat)(nil), // 0: google.crypto.tink.KmsEnvelopeAeadKeyFormat (*KmsEnvelopeAeadKey)(nil), // 1: google.crypto.tink.KmsEnvelopeAeadKey (*tink_go_proto.KeyTemplate)(nil), // 2: google.crypto.tink.KeyTemplate } var file_kms_envelope_proto_depIdxs = []int32{ 2, // 0: google.crypto.tink.KmsEnvelopeAeadKeyFormat.dek_template:type_name -> google.crypto.tink.KeyTemplate 0, // 1: google.crypto.tink.KmsEnvelopeAeadKey.params:type_name -> google.crypto.tink.KmsEnvelopeAeadKeyFormat 2, // [2:2] is the sub-list for method output_type 2, // [2:2] is the sub-list for method input_type 2, // [2:2] is the sub-list for extension type_name 2, // [2:2] is the sub-list for extension extendee 0, // [0:2] is the sub-list for field type_name } func init() { file_kms_envelope_proto_init() } func file_kms_envelope_proto_init() { if File_kms_envelope_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_kms_envelope_proto_rawDesc), len(file_kms_envelope_proto_rawDesc)), NumEnums: 0, NumMessages: 2, NumExtensions: 0, NumServices: 0, }, GoTypes: file_kms_envelope_proto_goTypes, DependencyIndexes: file_kms_envelope_proto_depIdxs, MessageInfos: file_kms_envelope_proto_msgTypes, }.Build() File_kms_envelope_proto = out.File file_kms_envelope_proto_goTypes = nil file_kms_envelope_proto_depIdxs = nil } ================================================ FILE: proto/ml_dsa.proto ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // /////////////////////////////////////////////////////////////////////////////// // Protos for Module-Lattice Digital Signature Algorithm (ML-DSA). // See https://csrc.nist.gov/pubs/fips/204/final. syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/ml_dsa_proto"; // LINT: LEGACY_NAMES enum MlDsaInstance { ML_DSA_UNKNOWN_INSTANCE = 0; ML_DSA_65 = 1; ML_DSA_87 = 2; ML_DSA_44 = 3; } message MlDsaParams { // Required. MlDsaInstance ml_dsa_instance = 1; } message MlDsaKeyFormat { // Required. uint32 version = 1; // Required. MlDsaParams params = 2; } // key_type: type.googleapis.com/google.crypto.tink.MlDsaPublicKey message MlDsaPublicKey { // Required. uint32 version = 1; // Required. bytes key_value = 2; // Required. MlDsaParams params = 3; } // key_type: type.googleapis.com/google.crypto.tink.MlDsaPrivateKey message MlDsaPrivateKey { // Required. uint32 version = 1; // Required. Note that this contains the seed used to generate the private // key, not the private key itself. bytes key_value = 2; // The corresponding public key. MlDsaPublicKey public_key = 3; } ================================================ FILE: proto/ml_dsa_go_proto/ml_dsa.pb.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // /////////////////////////////////////////////////////////////////////////////// // Protos for Module-Lattice Digital Signature Algorithm (ML-DSA). // See https://csrc.nist.gov/pubs/fips/204/final. // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: ml_dsa.proto package ml_dsa_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) // LINT: LEGACY_NAMES type MlDsaInstance int32 const ( MlDsaInstance_ML_DSA_UNKNOWN_INSTANCE MlDsaInstance = 0 MlDsaInstance_ML_DSA_65 MlDsaInstance = 1 MlDsaInstance_ML_DSA_87 MlDsaInstance = 2 MlDsaInstance_ML_DSA_44 MlDsaInstance = 3 ) // Enum value maps for MlDsaInstance. var ( MlDsaInstance_name = map[int32]string{ 0: "ML_DSA_UNKNOWN_INSTANCE", 1: "ML_DSA_65", 2: "ML_DSA_87", 3: "ML_DSA_44", } MlDsaInstance_value = map[string]int32{ "ML_DSA_UNKNOWN_INSTANCE": 0, "ML_DSA_65": 1, "ML_DSA_87": 2, "ML_DSA_44": 3, } ) func (x MlDsaInstance) Enum() *MlDsaInstance { p := new(MlDsaInstance) *p = x return p } func (x MlDsaInstance) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (MlDsaInstance) Descriptor() protoreflect.EnumDescriptor { return file_ml_dsa_proto_enumTypes[0].Descriptor() } func (MlDsaInstance) Type() protoreflect.EnumType { return &file_ml_dsa_proto_enumTypes[0] } func (x MlDsaInstance) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use MlDsaInstance.Descriptor instead. func (MlDsaInstance) EnumDescriptor() ([]byte, []int) { return file_ml_dsa_proto_rawDescGZIP(), []int{0} } type MlDsaParams struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. MlDsaInstance MlDsaInstance `protobuf:"varint,1,opt,name=ml_dsa_instance,json=mlDsaInstance,proto3,enum=google.crypto.tink.MlDsaInstance" json:"ml_dsa_instance,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *MlDsaParams) Reset() { *x = MlDsaParams{} mi := &file_ml_dsa_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *MlDsaParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*MlDsaParams) ProtoMessage() {} func (x *MlDsaParams) ProtoReflect() protoreflect.Message { mi := &file_ml_dsa_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use MlDsaParams.ProtoReflect.Descriptor instead. func (*MlDsaParams) Descriptor() ([]byte, []int) { return file_ml_dsa_proto_rawDescGZIP(), []int{0} } func (x *MlDsaParams) GetMlDsaInstance() MlDsaInstance { if x != nil { return x.MlDsaInstance } return MlDsaInstance_ML_DSA_UNKNOWN_INSTANCE } type MlDsaKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. Params *MlDsaParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *MlDsaKeyFormat) Reset() { *x = MlDsaKeyFormat{} mi := &file_ml_dsa_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *MlDsaKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*MlDsaKeyFormat) ProtoMessage() {} func (x *MlDsaKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_ml_dsa_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use MlDsaKeyFormat.ProtoReflect.Descriptor instead. func (*MlDsaKeyFormat) Descriptor() ([]byte, []int) { return file_ml_dsa_proto_rawDescGZIP(), []int{1} } func (x *MlDsaKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *MlDsaKeyFormat) GetParams() *MlDsaParams { if x != nil { return x.Params } return nil } // key_type: type.googleapis.com/google.crypto.tink.MlDsaPublicKey type MlDsaPublicKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. KeyValue []byte `protobuf:"bytes,2,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Required. Params *MlDsaParams `protobuf:"bytes,3,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *MlDsaPublicKey) Reset() { *x = MlDsaPublicKey{} mi := &file_ml_dsa_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *MlDsaPublicKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*MlDsaPublicKey) ProtoMessage() {} func (x *MlDsaPublicKey) ProtoReflect() protoreflect.Message { mi := &file_ml_dsa_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use MlDsaPublicKey.ProtoReflect.Descriptor instead. func (*MlDsaPublicKey) Descriptor() ([]byte, []int) { return file_ml_dsa_proto_rawDescGZIP(), []int{2} } func (x *MlDsaPublicKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *MlDsaPublicKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } func (x *MlDsaPublicKey) GetParams() *MlDsaParams { if x != nil { return x.Params } return nil } // key_type: type.googleapis.com/google.crypto.tink.MlDsaPrivateKey type MlDsaPrivateKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. Note that this contains the seed used to generate the private // key, not the private key itself. KeyValue []byte `protobuf:"bytes,2,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // The corresponding public key. PublicKey *MlDsaPublicKey `protobuf:"bytes,3,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *MlDsaPrivateKey) Reset() { *x = MlDsaPrivateKey{} mi := &file_ml_dsa_proto_msgTypes[3] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *MlDsaPrivateKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*MlDsaPrivateKey) ProtoMessage() {} func (x *MlDsaPrivateKey) ProtoReflect() protoreflect.Message { mi := &file_ml_dsa_proto_msgTypes[3] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use MlDsaPrivateKey.ProtoReflect.Descriptor instead. func (*MlDsaPrivateKey) Descriptor() ([]byte, []int) { return file_ml_dsa_proto_rawDescGZIP(), []int{3} } func (x *MlDsaPrivateKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *MlDsaPrivateKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } func (x *MlDsaPrivateKey) GetPublicKey() *MlDsaPublicKey { if x != nil { return x.PublicKey } return nil } var File_ml_dsa_proto protoreflect.FileDescriptor const file_ml_dsa_proto_rawDesc = "" + "\n" + "\fml_dsa.proto\x12\x12google.crypto.tink\"X\n" + "\vMlDsaParams\x12I\n" + "\x0fml_dsa_instance\x18\x01 \x01(\x0e2!.google.crypto.tink.MlDsaInstanceR\rmlDsaInstance\"c\n" + "\x0eMlDsaKeyFormat\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x127\n" + "\x06params\x18\x02 \x01(\v2\x1f.google.crypto.tink.MlDsaParamsR\x06params\"\x80\x01\n" + "\x0eMlDsaPublicKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12\x1b\n" + "\tkey_value\x18\x02 \x01(\fR\bkeyValue\x127\n" + "\x06params\x18\x03 \x01(\v2\x1f.google.crypto.tink.MlDsaParamsR\x06params\"\x8b\x01\n" + "\x0fMlDsaPrivateKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12\x1b\n" + "\tkey_value\x18\x02 \x01(\fR\bkeyValue\x12A\n" + "\n" + "public_key\x18\x03 \x01(\v2\".google.crypto.tink.MlDsaPublicKeyR\tpublicKey*Y\n" + "\rMlDsaInstance\x12\x1b\n" + "\x17ML_DSA_UNKNOWN_INSTANCE\x10\x00\x12\r\n" + "\tML_DSA_65\x10\x01\x12\r\n" + "\tML_DSA_87\x10\x02\x12\r\n" + "\tML_DSA_44\x10\x03BV\n" + "\x1ccom.google.crypto.tink.protoP\x01Z4github.com/tink-crypto/tink-go/v2/proto/ml_dsa_protob\x06proto3" var ( file_ml_dsa_proto_rawDescOnce sync.Once file_ml_dsa_proto_rawDescData []byte ) func file_ml_dsa_proto_rawDescGZIP() []byte { file_ml_dsa_proto_rawDescOnce.Do(func() { file_ml_dsa_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_ml_dsa_proto_rawDesc), len(file_ml_dsa_proto_rawDesc))) }) return file_ml_dsa_proto_rawDescData } var file_ml_dsa_proto_enumTypes = make([]protoimpl.EnumInfo, 1) var file_ml_dsa_proto_msgTypes = make([]protoimpl.MessageInfo, 4) var file_ml_dsa_proto_goTypes = []any{ (MlDsaInstance)(0), // 0: google.crypto.tink.MlDsaInstance (*MlDsaParams)(nil), // 1: google.crypto.tink.MlDsaParams (*MlDsaKeyFormat)(nil), // 2: google.crypto.tink.MlDsaKeyFormat (*MlDsaPublicKey)(nil), // 3: google.crypto.tink.MlDsaPublicKey (*MlDsaPrivateKey)(nil), // 4: google.crypto.tink.MlDsaPrivateKey } var file_ml_dsa_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.MlDsaParams.ml_dsa_instance:type_name -> google.crypto.tink.MlDsaInstance 1, // 1: google.crypto.tink.MlDsaKeyFormat.params:type_name -> google.crypto.tink.MlDsaParams 1, // 2: google.crypto.tink.MlDsaPublicKey.params:type_name -> google.crypto.tink.MlDsaParams 3, // 3: google.crypto.tink.MlDsaPrivateKey.public_key:type_name -> google.crypto.tink.MlDsaPublicKey 4, // [4:4] is the sub-list for method output_type 4, // [4:4] is the sub-list for method input_type 4, // [4:4] is the sub-list for extension type_name 4, // [4:4] is the sub-list for extension extendee 0, // [0:4] is the sub-list for field type_name } func init() { file_ml_dsa_proto_init() } func file_ml_dsa_proto_init() { if File_ml_dsa_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_ml_dsa_proto_rawDesc), len(file_ml_dsa_proto_rawDesc)), NumEnums: 1, NumMessages: 4, NumExtensions: 0, NumServices: 0, }, GoTypes: file_ml_dsa_proto_goTypes, DependencyIndexes: file_ml_dsa_proto_depIdxs, EnumInfos: file_ml_dsa_proto_enumTypes, MessageInfos: file_ml_dsa_proto_msgTypes, }.Build() File_ml_dsa_proto = out.File file_ml_dsa_proto_goTypes = nil file_ml_dsa_proto_depIdxs = nil } ================================================ FILE: proto/prf_based_deriver.proto ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; import "proto/tink.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/prf_based_deriver_go_proto"; message PrfBasedDeriverParams { KeyTemplate derived_key_template = 1; } message PrfBasedDeriverKeyFormat { KeyTemplate prf_key_template = 1; PrfBasedDeriverParams params = 2; } // key_type: type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey message PrfBasedDeriverKey { uint32 version = 1; KeyData prf_key = 2; PrfBasedDeriverParams params = 3; } ================================================ FILE: proto/prf_based_deriver_go_proto/prf_based_deriver.pb.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: prf_based_deriver.proto package prf_based_deriver_go_proto import ( tink_go_proto "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type PrfBasedDeriverParams struct { state protoimpl.MessageState `protogen:"open.v1"` DerivedKeyTemplate *tink_go_proto.KeyTemplate `protobuf:"bytes,1,opt,name=derived_key_template,json=derivedKeyTemplate,proto3" json:"derived_key_template,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *PrfBasedDeriverParams) Reset() { *x = PrfBasedDeriverParams{} mi := &file_prf_based_deriver_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *PrfBasedDeriverParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*PrfBasedDeriverParams) ProtoMessage() {} func (x *PrfBasedDeriverParams) ProtoReflect() protoreflect.Message { mi := &file_prf_based_deriver_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use PrfBasedDeriverParams.ProtoReflect.Descriptor instead. func (*PrfBasedDeriverParams) Descriptor() ([]byte, []int) { return file_prf_based_deriver_proto_rawDescGZIP(), []int{0} } func (x *PrfBasedDeriverParams) GetDerivedKeyTemplate() *tink_go_proto.KeyTemplate { if x != nil { return x.DerivedKeyTemplate } return nil } type PrfBasedDeriverKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` PrfKeyTemplate *tink_go_proto.KeyTemplate `protobuf:"bytes,1,opt,name=prf_key_template,json=prfKeyTemplate,proto3" json:"prf_key_template,omitempty"` Params *PrfBasedDeriverParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *PrfBasedDeriverKeyFormat) Reset() { *x = PrfBasedDeriverKeyFormat{} mi := &file_prf_based_deriver_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *PrfBasedDeriverKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*PrfBasedDeriverKeyFormat) ProtoMessage() {} func (x *PrfBasedDeriverKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_prf_based_deriver_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use PrfBasedDeriverKeyFormat.ProtoReflect.Descriptor instead. func (*PrfBasedDeriverKeyFormat) Descriptor() ([]byte, []int) { return file_prf_based_deriver_proto_rawDescGZIP(), []int{1} } func (x *PrfBasedDeriverKeyFormat) GetPrfKeyTemplate() *tink_go_proto.KeyTemplate { if x != nil { return x.PrfKeyTemplate } return nil } func (x *PrfBasedDeriverKeyFormat) GetParams() *PrfBasedDeriverParams { if x != nil { return x.Params } return nil } // key_type: type.googleapis.com/google.crypto.tink.PrfBasedDeriverKey type PrfBasedDeriverKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` PrfKey *tink_go_proto.KeyData `protobuf:"bytes,2,opt,name=prf_key,json=prfKey,proto3" json:"prf_key,omitempty"` Params *PrfBasedDeriverParams `protobuf:"bytes,3,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *PrfBasedDeriverKey) Reset() { *x = PrfBasedDeriverKey{} mi := &file_prf_based_deriver_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *PrfBasedDeriverKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*PrfBasedDeriverKey) ProtoMessage() {} func (x *PrfBasedDeriverKey) ProtoReflect() protoreflect.Message { mi := &file_prf_based_deriver_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use PrfBasedDeriverKey.ProtoReflect.Descriptor instead. func (*PrfBasedDeriverKey) Descriptor() ([]byte, []int) { return file_prf_based_deriver_proto_rawDescGZIP(), []int{2} } func (x *PrfBasedDeriverKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *PrfBasedDeriverKey) GetPrfKey() *tink_go_proto.KeyData { if x != nil { return x.PrfKey } return nil } func (x *PrfBasedDeriverKey) GetParams() *PrfBasedDeriverParams { if x != nil { return x.Params } return nil } var File_prf_based_deriver_proto protoreflect.FileDescriptor const file_prf_based_deriver_proto_rawDesc = "" + "\n" + "\x17prf_based_deriver.proto\x12\x12google.crypto.tink\x1a\x10proto/tink.proto\"j\n" + "\x15PrfBasedDeriverParams\x12Q\n" + "\x14derived_key_template\x18\x01 \x01(\v2\x1f.google.crypto.tink.KeyTemplateR\x12derivedKeyTemplate\"\xa8\x01\n" + "\x18PrfBasedDeriverKeyFormat\x12I\n" + "\x10prf_key_template\x18\x01 \x01(\v2\x1f.google.crypto.tink.KeyTemplateR\x0eprfKeyTemplate\x12A\n" + "\x06params\x18\x02 \x01(\v2).google.crypto.tink.PrfBasedDeriverParamsR\x06params\"\xa7\x01\n" + "\x12PrfBasedDeriverKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x124\n" + "\aprf_key\x18\x02 \x01(\v2\x1b.google.crypto.tink.KeyDataR\x06prfKey\x12A\n" + "\x06params\x18\x03 \x01(\v2).google.crypto.tink.PrfBasedDeriverParamsR\x06paramsBd\n" + "\x1ccom.google.crypto.tink.protoP\x01ZBgithub.com/tink-crypto/tink-go/v2/proto/prf_based_deriver_go_protob\x06proto3" var ( file_prf_based_deriver_proto_rawDescOnce sync.Once file_prf_based_deriver_proto_rawDescData []byte ) func file_prf_based_deriver_proto_rawDescGZIP() []byte { file_prf_based_deriver_proto_rawDescOnce.Do(func() { file_prf_based_deriver_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_prf_based_deriver_proto_rawDesc), len(file_prf_based_deriver_proto_rawDesc))) }) return file_prf_based_deriver_proto_rawDescData } var file_prf_based_deriver_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_prf_based_deriver_proto_goTypes = []any{ (*PrfBasedDeriverParams)(nil), // 0: google.crypto.tink.PrfBasedDeriverParams (*PrfBasedDeriverKeyFormat)(nil), // 1: google.crypto.tink.PrfBasedDeriverKeyFormat (*PrfBasedDeriverKey)(nil), // 2: google.crypto.tink.PrfBasedDeriverKey (*tink_go_proto.KeyTemplate)(nil), // 3: google.crypto.tink.KeyTemplate (*tink_go_proto.KeyData)(nil), // 4: google.crypto.tink.KeyData } var file_prf_based_deriver_proto_depIdxs = []int32{ 3, // 0: google.crypto.tink.PrfBasedDeriverParams.derived_key_template:type_name -> google.crypto.tink.KeyTemplate 3, // 1: google.crypto.tink.PrfBasedDeriverKeyFormat.prf_key_template:type_name -> google.crypto.tink.KeyTemplate 0, // 2: google.crypto.tink.PrfBasedDeriverKeyFormat.params:type_name -> google.crypto.tink.PrfBasedDeriverParams 4, // 3: google.crypto.tink.PrfBasedDeriverKey.prf_key:type_name -> google.crypto.tink.KeyData 0, // 4: google.crypto.tink.PrfBasedDeriverKey.params:type_name -> google.crypto.tink.PrfBasedDeriverParams 5, // [5:5] is the sub-list for method output_type 5, // [5:5] is the sub-list for method input_type 5, // [5:5] is the sub-list for extension type_name 5, // [5:5] is the sub-list for extension extendee 0, // [0:5] is the sub-list for field type_name } func init() { file_prf_based_deriver_proto_init() } func file_prf_based_deriver_proto_init() { if File_prf_based_deriver_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_prf_based_deriver_proto_rawDesc), len(file_prf_based_deriver_proto_rawDesc)), NumEnums: 0, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_prf_based_deriver_proto_goTypes, DependencyIndexes: file_prf_based_deriver_proto_depIdxs, MessageInfos: file_prf_based_deriver_proto_msgTypes, }.Build() File_prf_based_deriver_proto = out.File file_prf_based_deriver_proto_goTypes = nil file_prf_based_deriver_proto_depIdxs = nil } ================================================ FILE: proto/rsa_ssa_pkcs1.proto ================================================ // Copyright 2018 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for RSA SSA (Signature Schemes with Appendix) using PKCS1-v1_5 // encoding (https://tools.ietf.org/html/rfc8017#section-8.2). syntax = "proto3"; package google.crypto.tink; import "proto/common.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pkcs1_go_proto"; message RsaSsaPkcs1Params { // Hash function used in computing hash of the signing message // (see https://tools.ietf.org/html/rfc8017#section-9.2). // Required. HashType hash_type = 1; } // key_type: type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PublicKey message RsaSsaPkcs1PublicKey { // Required. uint32 version = 1; // Required. RsaSsaPkcs1Params params = 2; // Modulus. // Unsigned big integer in bigendian representation. bytes n = 3; // Public exponent. // Unsigned big integer in bigendian representation. bytes e = 4; } // key_type: type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey message RsaSsaPkcs1PrivateKey { // Required. uint32 version = 1; // Required. RsaSsaPkcs1PublicKey public_key = 2; // Private exponent. // Unsigned big integer in bigendian representation. // Required. bytes d = 3; // The following parameters are used to optimize RSA signature computation. // The prime factor p of n. // Unsigned big integer in bigendian representation. // Required. bytes p = 4; // The prime factor q of n. // Unsigned big integer in bigendian representation. // Required. bytes q = 5; // d mod (p - 1). // Unsigned big integer in bigendian representation. // Required. bytes dp = 6; // d mod (q - 1). // Unsigned big integer in bigendian representation. // Required. bytes dq = 7; // Chinese Remainder Theorem coefficient q^(-1) mod p. // Unsigned big integer in bigendian representation. // Required. bytes crt = 8; } message RsaSsaPkcs1KeyFormat { // Required. RsaSsaPkcs1Params params = 1; // Required. uint32 modulus_size_in_bits = 2; // Required. bytes public_exponent = 3; } ================================================ FILE: proto/rsa_ssa_pkcs1_go_proto/rsa_ssa_pkcs1.pb.go ================================================ // Copyright 2018 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for RSA SSA (Signature Schemes with Appendix) using PKCS1-v1_5 // encoding (https://tools.ietf.org/html/rfc8017#section-8.2). // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: rsa_ssa_pkcs1.proto package rsa_ssa_pkcs1_go_proto import ( common_go_proto "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type RsaSsaPkcs1Params struct { state protoimpl.MessageState `protogen:"open.v1"` // Hash function used in computing hash of the signing message // (see https://tools.ietf.org/html/rfc8017#section-9.2). // Required. HashType common_go_proto.HashType `protobuf:"varint,1,opt,name=hash_type,json=hashType,proto3,enum=google.crypto.tink.HashType" json:"hash_type,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *RsaSsaPkcs1Params) Reset() { *x = RsaSsaPkcs1Params{} mi := &file_rsa_ssa_pkcs1_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *RsaSsaPkcs1Params) String() string { return protoimpl.X.MessageStringOf(x) } func (*RsaSsaPkcs1Params) ProtoMessage() {} func (x *RsaSsaPkcs1Params) ProtoReflect() protoreflect.Message { mi := &file_rsa_ssa_pkcs1_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use RsaSsaPkcs1Params.ProtoReflect.Descriptor instead. func (*RsaSsaPkcs1Params) Descriptor() ([]byte, []int) { return file_rsa_ssa_pkcs1_proto_rawDescGZIP(), []int{0} } func (x *RsaSsaPkcs1Params) GetHashType() common_go_proto.HashType { if x != nil { return x.HashType } return common_go_proto.HashType(0) } // key_type: type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PublicKey type RsaSsaPkcs1PublicKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. Params *RsaSsaPkcs1Params `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` // Modulus. // Unsigned big integer in bigendian representation. N []byte `protobuf:"bytes,3,opt,name=n,proto3" json:"n,omitempty"` // Public exponent. // Unsigned big integer in bigendian representation. E []byte `protobuf:"bytes,4,opt,name=e,proto3" json:"e,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *RsaSsaPkcs1PublicKey) Reset() { *x = RsaSsaPkcs1PublicKey{} mi := &file_rsa_ssa_pkcs1_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *RsaSsaPkcs1PublicKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*RsaSsaPkcs1PublicKey) ProtoMessage() {} func (x *RsaSsaPkcs1PublicKey) ProtoReflect() protoreflect.Message { mi := &file_rsa_ssa_pkcs1_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use RsaSsaPkcs1PublicKey.ProtoReflect.Descriptor instead. func (*RsaSsaPkcs1PublicKey) Descriptor() ([]byte, []int) { return file_rsa_ssa_pkcs1_proto_rawDescGZIP(), []int{1} } func (x *RsaSsaPkcs1PublicKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *RsaSsaPkcs1PublicKey) GetParams() *RsaSsaPkcs1Params { if x != nil { return x.Params } return nil } func (x *RsaSsaPkcs1PublicKey) GetN() []byte { if x != nil { return x.N } return nil } func (x *RsaSsaPkcs1PublicKey) GetE() []byte { if x != nil { return x.E } return nil } // key_type: type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey type RsaSsaPkcs1PrivateKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. PublicKey *RsaSsaPkcs1PublicKey `protobuf:"bytes,2,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` // Private exponent. // Unsigned big integer in bigendian representation. // Required. D []byte `protobuf:"bytes,3,opt,name=d,proto3" json:"d,omitempty"` // The following parameters are used to optimize RSA signature computation. // The prime factor p of n. // Unsigned big integer in bigendian representation. // Required. P []byte `protobuf:"bytes,4,opt,name=p,proto3" json:"p,omitempty"` // The prime factor q of n. // Unsigned big integer in bigendian representation. // Required. Q []byte `protobuf:"bytes,5,opt,name=q,proto3" json:"q,omitempty"` // d mod (p - 1). // Unsigned big integer in bigendian representation. // Required. Dp []byte `protobuf:"bytes,6,opt,name=dp,proto3" json:"dp,omitempty"` // d mod (q - 1). // Unsigned big integer in bigendian representation. // Required. Dq []byte `protobuf:"bytes,7,opt,name=dq,proto3" json:"dq,omitempty"` // Chinese Remainder Theorem coefficient q^(-1) mod p. // Unsigned big integer in bigendian representation. // Required. Crt []byte `protobuf:"bytes,8,opt,name=crt,proto3" json:"crt,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *RsaSsaPkcs1PrivateKey) Reset() { *x = RsaSsaPkcs1PrivateKey{} mi := &file_rsa_ssa_pkcs1_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *RsaSsaPkcs1PrivateKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*RsaSsaPkcs1PrivateKey) ProtoMessage() {} func (x *RsaSsaPkcs1PrivateKey) ProtoReflect() protoreflect.Message { mi := &file_rsa_ssa_pkcs1_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use RsaSsaPkcs1PrivateKey.ProtoReflect.Descriptor instead. func (*RsaSsaPkcs1PrivateKey) Descriptor() ([]byte, []int) { return file_rsa_ssa_pkcs1_proto_rawDescGZIP(), []int{2} } func (x *RsaSsaPkcs1PrivateKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *RsaSsaPkcs1PrivateKey) GetPublicKey() *RsaSsaPkcs1PublicKey { if x != nil { return x.PublicKey } return nil } func (x *RsaSsaPkcs1PrivateKey) GetD() []byte { if x != nil { return x.D } return nil } func (x *RsaSsaPkcs1PrivateKey) GetP() []byte { if x != nil { return x.P } return nil } func (x *RsaSsaPkcs1PrivateKey) GetQ() []byte { if x != nil { return x.Q } return nil } func (x *RsaSsaPkcs1PrivateKey) GetDp() []byte { if x != nil { return x.Dp } return nil } func (x *RsaSsaPkcs1PrivateKey) GetDq() []byte { if x != nil { return x.Dq } return nil } func (x *RsaSsaPkcs1PrivateKey) GetCrt() []byte { if x != nil { return x.Crt } return nil } type RsaSsaPkcs1KeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Params *RsaSsaPkcs1Params `protobuf:"bytes,1,opt,name=params,proto3" json:"params,omitempty"` // Required. ModulusSizeInBits uint32 `protobuf:"varint,2,opt,name=modulus_size_in_bits,json=modulusSizeInBits,proto3" json:"modulus_size_in_bits,omitempty"` // Required. PublicExponent []byte `protobuf:"bytes,3,opt,name=public_exponent,json=publicExponent,proto3" json:"public_exponent,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *RsaSsaPkcs1KeyFormat) Reset() { *x = RsaSsaPkcs1KeyFormat{} mi := &file_rsa_ssa_pkcs1_proto_msgTypes[3] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *RsaSsaPkcs1KeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*RsaSsaPkcs1KeyFormat) ProtoMessage() {} func (x *RsaSsaPkcs1KeyFormat) ProtoReflect() protoreflect.Message { mi := &file_rsa_ssa_pkcs1_proto_msgTypes[3] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use RsaSsaPkcs1KeyFormat.ProtoReflect.Descriptor instead. func (*RsaSsaPkcs1KeyFormat) Descriptor() ([]byte, []int) { return file_rsa_ssa_pkcs1_proto_rawDescGZIP(), []int{3} } func (x *RsaSsaPkcs1KeyFormat) GetParams() *RsaSsaPkcs1Params { if x != nil { return x.Params } return nil } func (x *RsaSsaPkcs1KeyFormat) GetModulusSizeInBits() uint32 { if x != nil { return x.ModulusSizeInBits } return 0 } func (x *RsaSsaPkcs1KeyFormat) GetPublicExponent() []byte { if x != nil { return x.PublicExponent } return nil } var File_rsa_ssa_pkcs1_proto protoreflect.FileDescriptor const file_rsa_ssa_pkcs1_proto_rawDesc = "" + "\n" + "\x13rsa_ssa_pkcs1.proto\x12\x12google.crypto.tink\x1a\x12proto/common.proto\"N\n" + "\x11RsaSsaPkcs1Params\x129\n" + "\thash_type\x18\x01 \x01(\x0e2\x1c.google.crypto.tink.HashTypeR\bhashType\"\x8b\x01\n" + "\x14RsaSsaPkcs1PublicKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12=\n" + "\x06params\x18\x02 \x01(\v2%.google.crypto.tink.RsaSsaPkcs1ParamsR\x06params\x12\f\n" + "\x01n\x18\x03 \x01(\fR\x01n\x12\f\n" + "\x01e\x18\x04 \x01(\fR\x01e\"\xd6\x01\n" + "\x15RsaSsaPkcs1PrivateKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12G\n" + "\n" + "public_key\x18\x02 \x01(\v2(.google.crypto.tink.RsaSsaPkcs1PublicKeyR\tpublicKey\x12\f\n" + "\x01d\x18\x03 \x01(\fR\x01d\x12\f\n" + "\x01p\x18\x04 \x01(\fR\x01p\x12\f\n" + "\x01q\x18\x05 \x01(\fR\x01q\x12\x0e\n" + "\x02dp\x18\x06 \x01(\fR\x02dp\x12\x0e\n" + "\x02dq\x18\a \x01(\fR\x02dq\x12\x10\n" + "\x03crt\x18\b \x01(\fR\x03crt\"\xaf\x01\n" + "\x14RsaSsaPkcs1KeyFormat\x12=\n" + "\x06params\x18\x01 \x01(\v2%.google.crypto.tink.RsaSsaPkcs1ParamsR\x06params\x12/\n" + "\x14modulus_size_in_bits\x18\x02 \x01(\rR\x11modulusSizeInBits\x12'\n" + "\x0fpublic_exponent\x18\x03 \x01(\fR\x0epublicExponentB`\n" + "\x1ccom.google.crypto.tink.protoP\x01Z>github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pkcs1_go_protob\x06proto3" var ( file_rsa_ssa_pkcs1_proto_rawDescOnce sync.Once file_rsa_ssa_pkcs1_proto_rawDescData []byte ) func file_rsa_ssa_pkcs1_proto_rawDescGZIP() []byte { file_rsa_ssa_pkcs1_proto_rawDescOnce.Do(func() { file_rsa_ssa_pkcs1_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_rsa_ssa_pkcs1_proto_rawDesc), len(file_rsa_ssa_pkcs1_proto_rawDesc))) }) return file_rsa_ssa_pkcs1_proto_rawDescData } var file_rsa_ssa_pkcs1_proto_msgTypes = make([]protoimpl.MessageInfo, 4) var file_rsa_ssa_pkcs1_proto_goTypes = []any{ (*RsaSsaPkcs1Params)(nil), // 0: google.crypto.tink.RsaSsaPkcs1Params (*RsaSsaPkcs1PublicKey)(nil), // 1: google.crypto.tink.RsaSsaPkcs1PublicKey (*RsaSsaPkcs1PrivateKey)(nil), // 2: google.crypto.tink.RsaSsaPkcs1PrivateKey (*RsaSsaPkcs1KeyFormat)(nil), // 3: google.crypto.tink.RsaSsaPkcs1KeyFormat (common_go_proto.HashType)(0), // 4: google.crypto.tink.HashType } var file_rsa_ssa_pkcs1_proto_depIdxs = []int32{ 4, // 0: google.crypto.tink.RsaSsaPkcs1Params.hash_type:type_name -> google.crypto.tink.HashType 0, // 1: google.crypto.tink.RsaSsaPkcs1PublicKey.params:type_name -> google.crypto.tink.RsaSsaPkcs1Params 1, // 2: google.crypto.tink.RsaSsaPkcs1PrivateKey.public_key:type_name -> google.crypto.tink.RsaSsaPkcs1PublicKey 0, // 3: google.crypto.tink.RsaSsaPkcs1KeyFormat.params:type_name -> google.crypto.tink.RsaSsaPkcs1Params 4, // [4:4] is the sub-list for method output_type 4, // [4:4] is the sub-list for method input_type 4, // [4:4] is the sub-list for extension type_name 4, // [4:4] is the sub-list for extension extendee 0, // [0:4] is the sub-list for field type_name } func init() { file_rsa_ssa_pkcs1_proto_init() } func file_rsa_ssa_pkcs1_proto_init() { if File_rsa_ssa_pkcs1_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_rsa_ssa_pkcs1_proto_rawDesc), len(file_rsa_ssa_pkcs1_proto_rawDesc)), NumEnums: 0, NumMessages: 4, NumExtensions: 0, NumServices: 0, }, GoTypes: file_rsa_ssa_pkcs1_proto_goTypes, DependencyIndexes: file_rsa_ssa_pkcs1_proto_depIdxs, MessageInfos: file_rsa_ssa_pkcs1_proto_msgTypes, }.Build() File_rsa_ssa_pkcs1_proto = out.File file_rsa_ssa_pkcs1_proto_goTypes = nil file_rsa_ssa_pkcs1_proto_depIdxs = nil } ================================================ FILE: proto/rsa_ssa_pss.proto ================================================ // Copyright 2018 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for RSA SSA (Signature Schemes with Appendix) using PSS // (Probabilistic Signature Scheme ) encoding // (https://tools.ietf.org/html/rfc8017#section-8.1). syntax = "proto3"; package google.crypto.tink; import "proto/common.proto"; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pss_go_proto"; message RsaSsaPssParams { // Hash function used in computing hash of the signing message // (see https://tools.ietf.org/html/rfc8017#section-9.1.1). // Required. HashType sig_hash = 1; // Hash function used in MGF1 (a mask generation function based on a // hash function) (see https://tools.ietf.org/html/rfc8017#appendix-B.2.1). // Required. HashType mgf1_hash = 2; // Salt length (see https://tools.ietf.org/html/rfc8017#section-9.1.1) // Required. int32 salt_length = 3; } // key_type: type.googleapis.com/google.crypto.tink.RsaSsaPssPublicKey message RsaSsaPssPublicKey { // Required. uint32 version = 1; // Required. RsaSsaPssParams params = 2; // Modulus. // Unsigned big integer in bigendian representation. bytes n = 3; // Public exponent. // Unsigned big integer in bigendian representation. bytes e = 4; } // key_type: type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey message RsaSsaPssPrivateKey { // Required. uint32 version = 1; // Required. RsaSsaPssPublicKey public_key = 2; // Private exponent. // Unsigned big integer in bigendian representation. // Required. bytes d = 3; // The following parameters are used to optimize RSA signature computation. // The prime factor p of n. // Unsigned big integer in bigendian representation. // Required. bytes p = 4; // The prime factor q of n. // Unsigned big integer in bigendian representation. // Required. bytes q = 5; // d mod (p - 1). // Unsigned big integer in bigendian representation. // Required. bytes dp = 6; // d mod (q - 1). // Unsigned big integer in bigendian representation. // Required. bytes dq = 7; // Chinese Remainder Theorem coefficient q^(-1) mod p. // Unsigned big integer in bigendian representation. // Required. bytes crt = 8; } message RsaSsaPssKeyFormat { // Required. RsaSsaPssParams params = 1; // Required. uint32 modulus_size_in_bits = 2; // Required. bytes public_exponent = 3; } ================================================ FILE: proto/rsa_ssa_pss_go_proto/rsa_ssa_pss.pb.go ================================================ // Copyright 2018 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Definitions for RSA SSA (Signature Schemes with Appendix) using PSS // (Probabilistic Signature Scheme ) encoding // (https://tools.ietf.org/html/rfc8017#section-8.1). // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: rsa_ssa_pss.proto package rsa_ssa_pss_go_proto import ( common_go_proto "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type RsaSsaPssParams struct { state protoimpl.MessageState `protogen:"open.v1"` // Hash function used in computing hash of the signing message // (see https://tools.ietf.org/html/rfc8017#section-9.1.1). // Required. SigHash common_go_proto.HashType `protobuf:"varint,1,opt,name=sig_hash,json=sigHash,proto3,enum=google.crypto.tink.HashType" json:"sig_hash,omitempty"` // Hash function used in MGF1 (a mask generation function based on a // hash function) (see https://tools.ietf.org/html/rfc8017#appendix-B.2.1). // Required. Mgf1Hash common_go_proto.HashType `protobuf:"varint,2,opt,name=mgf1_hash,json=mgf1Hash,proto3,enum=google.crypto.tink.HashType" json:"mgf1_hash,omitempty"` // Salt length (see https://tools.ietf.org/html/rfc8017#section-9.1.1) // Required. SaltLength int32 `protobuf:"varint,3,opt,name=salt_length,json=saltLength,proto3" json:"salt_length,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *RsaSsaPssParams) Reset() { *x = RsaSsaPssParams{} mi := &file_rsa_ssa_pss_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *RsaSsaPssParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*RsaSsaPssParams) ProtoMessage() {} func (x *RsaSsaPssParams) ProtoReflect() protoreflect.Message { mi := &file_rsa_ssa_pss_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use RsaSsaPssParams.ProtoReflect.Descriptor instead. func (*RsaSsaPssParams) Descriptor() ([]byte, []int) { return file_rsa_ssa_pss_proto_rawDescGZIP(), []int{0} } func (x *RsaSsaPssParams) GetSigHash() common_go_proto.HashType { if x != nil { return x.SigHash } return common_go_proto.HashType(0) } func (x *RsaSsaPssParams) GetMgf1Hash() common_go_proto.HashType { if x != nil { return x.Mgf1Hash } return common_go_proto.HashType(0) } func (x *RsaSsaPssParams) GetSaltLength() int32 { if x != nil { return x.SaltLength } return 0 } // key_type: type.googleapis.com/google.crypto.tink.RsaSsaPssPublicKey type RsaSsaPssPublicKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. Params *RsaSsaPssParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` // Modulus. // Unsigned big integer in bigendian representation. N []byte `protobuf:"bytes,3,opt,name=n,proto3" json:"n,omitempty"` // Public exponent. // Unsigned big integer in bigendian representation. E []byte `protobuf:"bytes,4,opt,name=e,proto3" json:"e,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *RsaSsaPssPublicKey) Reset() { *x = RsaSsaPssPublicKey{} mi := &file_rsa_ssa_pss_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *RsaSsaPssPublicKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*RsaSsaPssPublicKey) ProtoMessage() {} func (x *RsaSsaPssPublicKey) ProtoReflect() protoreflect.Message { mi := &file_rsa_ssa_pss_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use RsaSsaPssPublicKey.ProtoReflect.Descriptor instead. func (*RsaSsaPssPublicKey) Descriptor() ([]byte, []int) { return file_rsa_ssa_pss_proto_rawDescGZIP(), []int{1} } func (x *RsaSsaPssPublicKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *RsaSsaPssPublicKey) GetParams() *RsaSsaPssParams { if x != nil { return x.Params } return nil } func (x *RsaSsaPssPublicKey) GetN() []byte { if x != nil { return x.N } return nil } func (x *RsaSsaPssPublicKey) GetE() []byte { if x != nil { return x.E } return nil } // key_type: type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey type RsaSsaPssPrivateKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. PublicKey *RsaSsaPssPublicKey `protobuf:"bytes,2,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` // Private exponent. // Unsigned big integer in bigendian representation. // Required. D []byte `protobuf:"bytes,3,opt,name=d,proto3" json:"d,omitempty"` // The following parameters are used to optimize RSA signature computation. // The prime factor p of n. // Unsigned big integer in bigendian representation. // Required. P []byte `protobuf:"bytes,4,opt,name=p,proto3" json:"p,omitempty"` // The prime factor q of n. // Unsigned big integer in bigendian representation. // Required. Q []byte `protobuf:"bytes,5,opt,name=q,proto3" json:"q,omitempty"` // d mod (p - 1). // Unsigned big integer in bigendian representation. // Required. Dp []byte `protobuf:"bytes,6,opt,name=dp,proto3" json:"dp,omitempty"` // d mod (q - 1). // Unsigned big integer in bigendian representation. // Required. Dq []byte `protobuf:"bytes,7,opt,name=dq,proto3" json:"dq,omitempty"` // Chinese Remainder Theorem coefficient q^(-1) mod p. // Unsigned big integer in bigendian representation. // Required. Crt []byte `protobuf:"bytes,8,opt,name=crt,proto3" json:"crt,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *RsaSsaPssPrivateKey) Reset() { *x = RsaSsaPssPrivateKey{} mi := &file_rsa_ssa_pss_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *RsaSsaPssPrivateKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*RsaSsaPssPrivateKey) ProtoMessage() {} func (x *RsaSsaPssPrivateKey) ProtoReflect() protoreflect.Message { mi := &file_rsa_ssa_pss_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use RsaSsaPssPrivateKey.ProtoReflect.Descriptor instead. func (*RsaSsaPssPrivateKey) Descriptor() ([]byte, []int) { return file_rsa_ssa_pss_proto_rawDescGZIP(), []int{2} } func (x *RsaSsaPssPrivateKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *RsaSsaPssPrivateKey) GetPublicKey() *RsaSsaPssPublicKey { if x != nil { return x.PublicKey } return nil } func (x *RsaSsaPssPrivateKey) GetD() []byte { if x != nil { return x.D } return nil } func (x *RsaSsaPssPrivateKey) GetP() []byte { if x != nil { return x.P } return nil } func (x *RsaSsaPssPrivateKey) GetQ() []byte { if x != nil { return x.Q } return nil } func (x *RsaSsaPssPrivateKey) GetDp() []byte { if x != nil { return x.Dp } return nil } func (x *RsaSsaPssPrivateKey) GetDq() []byte { if x != nil { return x.Dq } return nil } func (x *RsaSsaPssPrivateKey) GetCrt() []byte { if x != nil { return x.Crt } return nil } type RsaSsaPssKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Params *RsaSsaPssParams `protobuf:"bytes,1,opt,name=params,proto3" json:"params,omitempty"` // Required. ModulusSizeInBits uint32 `protobuf:"varint,2,opt,name=modulus_size_in_bits,json=modulusSizeInBits,proto3" json:"modulus_size_in_bits,omitempty"` // Required. PublicExponent []byte `protobuf:"bytes,3,opt,name=public_exponent,json=publicExponent,proto3" json:"public_exponent,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *RsaSsaPssKeyFormat) Reset() { *x = RsaSsaPssKeyFormat{} mi := &file_rsa_ssa_pss_proto_msgTypes[3] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *RsaSsaPssKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*RsaSsaPssKeyFormat) ProtoMessage() {} func (x *RsaSsaPssKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_rsa_ssa_pss_proto_msgTypes[3] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use RsaSsaPssKeyFormat.ProtoReflect.Descriptor instead. func (*RsaSsaPssKeyFormat) Descriptor() ([]byte, []int) { return file_rsa_ssa_pss_proto_rawDescGZIP(), []int{3} } func (x *RsaSsaPssKeyFormat) GetParams() *RsaSsaPssParams { if x != nil { return x.Params } return nil } func (x *RsaSsaPssKeyFormat) GetModulusSizeInBits() uint32 { if x != nil { return x.ModulusSizeInBits } return 0 } func (x *RsaSsaPssKeyFormat) GetPublicExponent() []byte { if x != nil { return x.PublicExponent } return nil } var File_rsa_ssa_pss_proto protoreflect.FileDescriptor const file_rsa_ssa_pss_proto_rawDesc = "" + "\n" + "\x11rsa_ssa_pss.proto\x12\x12google.crypto.tink\x1a\x12proto/common.proto\"\xa6\x01\n" + "\x0fRsaSsaPssParams\x127\n" + "\bsig_hash\x18\x01 \x01(\x0e2\x1c.google.crypto.tink.HashTypeR\asigHash\x129\n" + "\tmgf1_hash\x18\x02 \x01(\x0e2\x1c.google.crypto.tink.HashTypeR\bmgf1Hash\x12\x1f\n" + "\vsalt_length\x18\x03 \x01(\x05R\n" + "saltLength\"\x87\x01\n" + "\x12RsaSsaPssPublicKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12;\n" + "\x06params\x18\x02 \x01(\v2#.google.crypto.tink.RsaSsaPssParamsR\x06params\x12\f\n" + "\x01n\x18\x03 \x01(\fR\x01n\x12\f\n" + "\x01e\x18\x04 \x01(\fR\x01e\"\xd2\x01\n" + "\x13RsaSsaPssPrivateKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12E\n" + "\n" + "public_key\x18\x02 \x01(\v2&.google.crypto.tink.RsaSsaPssPublicKeyR\tpublicKey\x12\f\n" + "\x01d\x18\x03 \x01(\fR\x01d\x12\f\n" + "\x01p\x18\x04 \x01(\fR\x01p\x12\f\n" + "\x01q\x18\x05 \x01(\fR\x01q\x12\x0e\n" + "\x02dp\x18\x06 \x01(\fR\x02dp\x12\x0e\n" + "\x02dq\x18\a \x01(\fR\x02dq\x12\x10\n" + "\x03crt\x18\b \x01(\fR\x03crt\"\xab\x01\n" + "\x12RsaSsaPssKeyFormat\x12;\n" + "\x06params\x18\x01 \x01(\v2#.google.crypto.tink.RsaSsaPssParamsR\x06params\x12/\n" + "\x14modulus_size_in_bits\x18\x02 \x01(\rR\x11modulusSizeInBits\x12'\n" + "\x0fpublic_exponent\x18\x03 \x01(\fR\x0epublicExponentB^\n" + "\x1ccom.google.crypto.tink.protoP\x01Z google.crypto.tink.HashType 4, // 1: google.crypto.tink.RsaSsaPssParams.mgf1_hash:type_name -> google.crypto.tink.HashType 0, // 2: google.crypto.tink.RsaSsaPssPublicKey.params:type_name -> google.crypto.tink.RsaSsaPssParams 1, // 3: google.crypto.tink.RsaSsaPssPrivateKey.public_key:type_name -> google.crypto.tink.RsaSsaPssPublicKey 0, // 4: google.crypto.tink.RsaSsaPssKeyFormat.params:type_name -> google.crypto.tink.RsaSsaPssParams 5, // [5:5] is the sub-list for method output_type 5, // [5:5] is the sub-list for method input_type 5, // [5:5] is the sub-list for extension type_name 5, // [5:5] is the sub-list for extension extendee 0, // [0:5] is the sub-list for field type_name } func init() { file_rsa_ssa_pss_proto_init() } func file_rsa_ssa_pss_proto_init() { if File_rsa_ssa_pss_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_rsa_ssa_pss_proto_rawDesc), len(file_rsa_ssa_pss_proto_rawDesc)), NumEnums: 0, NumMessages: 4, NumExtensions: 0, NumServices: 0, }, GoTypes: file_rsa_ssa_pss_proto_goTypes, DependencyIndexes: file_rsa_ssa_pss_proto_depIdxs, MessageInfos: file_rsa_ssa_pss_proto_msgTypes, }.Build() File_rsa_ssa_pss_proto = out.File file_rsa_ssa_pss_proto_goTypes = nil file_rsa_ssa_pss_proto_depIdxs = nil } ================================================ FILE: proto/slh_dsa.proto ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // /////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/slh_dsa_proto"; enum SlhDsaHashType { SLH_DSA_HASH_TYPE_UNSPECIFIED = 0; SHA2 = 1; SHAKE = 2; } enum SlhDsaSignatureType { SLH_DSA_SIGNATURE_TYPE_UNSPECIFIED = 0; FAST_SIGNING = 1; SMALL_SIGNATURE = 2; } // Protos for the Stateless Hash-Based Digital Signature Algorithm // https://csrc.nist.gov/pubs/fips/205/final message SlhDsaParams { // Required int32 key_size = 1; // Required. SlhDsaHashType hash_type = 2; // Required. SlhDsaSignatureType sig_type = 3; } message SlhDsaKeyFormat { uint32 version = 1; // Required. SlhDsaParams params = 2; } // key_type: type.googleapis.com/google.crypto.tink.SlhDsaPublicKey message SlhDsaPublicKey { // Required. uint32 version = 1; // Required. bytes key_value = 2; // Placeholder for ctype. // Required SlhDsaParams params = 3; } // key_type: type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey message SlhDsaPrivateKey { // Required. uint32 version = 1; // Required. bytes key_value = 2; // Placeholder for ctype. // Required. The corresponding public key. SlhDsaPublicKey public_key = 3; } ================================================ FILE: proto/slh_dsa_go_proto/slh_dsa.pb.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // /////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: slh_dsa.proto package slh_dsa_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type SlhDsaHashType int32 const ( SlhDsaHashType_SLH_DSA_HASH_TYPE_UNSPECIFIED SlhDsaHashType = 0 SlhDsaHashType_SHA2 SlhDsaHashType = 1 SlhDsaHashType_SHAKE SlhDsaHashType = 2 ) // Enum value maps for SlhDsaHashType. var ( SlhDsaHashType_name = map[int32]string{ 0: "SLH_DSA_HASH_TYPE_UNSPECIFIED", 1: "SHA2", 2: "SHAKE", } SlhDsaHashType_value = map[string]int32{ "SLH_DSA_HASH_TYPE_UNSPECIFIED": 0, "SHA2": 1, "SHAKE": 2, } ) func (x SlhDsaHashType) Enum() *SlhDsaHashType { p := new(SlhDsaHashType) *p = x return p } func (x SlhDsaHashType) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (SlhDsaHashType) Descriptor() protoreflect.EnumDescriptor { return file_slh_dsa_proto_enumTypes[0].Descriptor() } func (SlhDsaHashType) Type() protoreflect.EnumType { return &file_slh_dsa_proto_enumTypes[0] } func (x SlhDsaHashType) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use SlhDsaHashType.Descriptor instead. func (SlhDsaHashType) EnumDescriptor() ([]byte, []int) { return file_slh_dsa_proto_rawDescGZIP(), []int{0} } type SlhDsaSignatureType int32 const ( SlhDsaSignatureType_SLH_DSA_SIGNATURE_TYPE_UNSPECIFIED SlhDsaSignatureType = 0 SlhDsaSignatureType_FAST_SIGNING SlhDsaSignatureType = 1 SlhDsaSignatureType_SMALL_SIGNATURE SlhDsaSignatureType = 2 ) // Enum value maps for SlhDsaSignatureType. var ( SlhDsaSignatureType_name = map[int32]string{ 0: "SLH_DSA_SIGNATURE_TYPE_UNSPECIFIED", 1: "FAST_SIGNING", 2: "SMALL_SIGNATURE", } SlhDsaSignatureType_value = map[string]int32{ "SLH_DSA_SIGNATURE_TYPE_UNSPECIFIED": 0, "FAST_SIGNING": 1, "SMALL_SIGNATURE": 2, } ) func (x SlhDsaSignatureType) Enum() *SlhDsaSignatureType { p := new(SlhDsaSignatureType) *p = x return p } func (x SlhDsaSignatureType) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (SlhDsaSignatureType) Descriptor() protoreflect.EnumDescriptor { return file_slh_dsa_proto_enumTypes[1].Descriptor() } func (SlhDsaSignatureType) Type() protoreflect.EnumType { return &file_slh_dsa_proto_enumTypes[1] } func (x SlhDsaSignatureType) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use SlhDsaSignatureType.Descriptor instead. func (SlhDsaSignatureType) EnumDescriptor() ([]byte, []int) { return file_slh_dsa_proto_rawDescGZIP(), []int{1} } // Protos for the Stateless Hash-Based Digital Signature Algorithm // https://csrc.nist.gov/pubs/fips/205/final type SlhDsaParams struct { state protoimpl.MessageState `protogen:"open.v1"` // Required KeySize int32 `protobuf:"varint,1,opt,name=key_size,json=keySize,proto3" json:"key_size,omitempty"` // Required. HashType SlhDsaHashType `protobuf:"varint,2,opt,name=hash_type,json=hashType,proto3,enum=google.crypto.tink.SlhDsaHashType" json:"hash_type,omitempty"` // Required. SigType SlhDsaSignatureType `protobuf:"varint,3,opt,name=sig_type,json=sigType,proto3,enum=google.crypto.tink.SlhDsaSignatureType" json:"sig_type,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *SlhDsaParams) Reset() { *x = SlhDsaParams{} mi := &file_slh_dsa_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *SlhDsaParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*SlhDsaParams) ProtoMessage() {} func (x *SlhDsaParams) ProtoReflect() protoreflect.Message { mi := &file_slh_dsa_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use SlhDsaParams.ProtoReflect.Descriptor instead. func (*SlhDsaParams) Descriptor() ([]byte, []int) { return file_slh_dsa_proto_rawDescGZIP(), []int{0} } func (x *SlhDsaParams) GetKeySize() int32 { if x != nil { return x.KeySize } return 0 } func (x *SlhDsaParams) GetHashType() SlhDsaHashType { if x != nil { return x.HashType } return SlhDsaHashType_SLH_DSA_HASH_TYPE_UNSPECIFIED } func (x *SlhDsaParams) GetSigType() SlhDsaSignatureType { if x != nil { return x.SigType } return SlhDsaSignatureType_SLH_DSA_SIGNATURE_TYPE_UNSPECIFIED } type SlhDsaKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. Params *SlhDsaParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *SlhDsaKeyFormat) Reset() { *x = SlhDsaKeyFormat{} mi := &file_slh_dsa_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *SlhDsaKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*SlhDsaKeyFormat) ProtoMessage() {} func (x *SlhDsaKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_slh_dsa_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use SlhDsaKeyFormat.ProtoReflect.Descriptor instead. func (*SlhDsaKeyFormat) Descriptor() ([]byte, []int) { return file_slh_dsa_proto_rawDescGZIP(), []int{1} } func (x *SlhDsaKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *SlhDsaKeyFormat) GetParams() *SlhDsaParams { if x != nil { return x.Params } return nil } // key_type: type.googleapis.com/google.crypto.tink.SlhDsaPublicKey type SlhDsaPublicKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. KeyValue []byte `protobuf:"bytes,2,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype. // Required Params *SlhDsaParams `protobuf:"bytes,3,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *SlhDsaPublicKey) Reset() { *x = SlhDsaPublicKey{} mi := &file_slh_dsa_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *SlhDsaPublicKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*SlhDsaPublicKey) ProtoMessage() {} func (x *SlhDsaPublicKey) ProtoReflect() protoreflect.Message { mi := &file_slh_dsa_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use SlhDsaPublicKey.ProtoReflect.Descriptor instead. func (*SlhDsaPublicKey) Descriptor() ([]byte, []int) { return file_slh_dsa_proto_rawDescGZIP(), []int{2} } func (x *SlhDsaPublicKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *SlhDsaPublicKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } func (x *SlhDsaPublicKey) GetParams() *SlhDsaParams { if x != nil { return x.Params } return nil } // key_type: type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey type SlhDsaPrivateKey struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` // Required. KeyValue []byte `protobuf:"bytes,2,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype. // Required. The corresponding public key. PublicKey *SlhDsaPublicKey `protobuf:"bytes,3,opt,name=public_key,json=publicKey,proto3" json:"public_key,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *SlhDsaPrivateKey) Reset() { *x = SlhDsaPrivateKey{} mi := &file_slh_dsa_proto_msgTypes[3] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *SlhDsaPrivateKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*SlhDsaPrivateKey) ProtoMessage() {} func (x *SlhDsaPrivateKey) ProtoReflect() protoreflect.Message { mi := &file_slh_dsa_proto_msgTypes[3] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use SlhDsaPrivateKey.ProtoReflect.Descriptor instead. func (*SlhDsaPrivateKey) Descriptor() ([]byte, []int) { return file_slh_dsa_proto_rawDescGZIP(), []int{3} } func (x *SlhDsaPrivateKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *SlhDsaPrivateKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } func (x *SlhDsaPrivateKey) GetPublicKey() *SlhDsaPublicKey { if x != nil { return x.PublicKey } return nil } var File_slh_dsa_proto protoreflect.FileDescriptor const file_slh_dsa_proto_rawDesc = "" + "\n" + "\rslh_dsa.proto\x12\x12google.crypto.tink\"\xae\x01\n" + "\fSlhDsaParams\x12\x19\n" + "\bkey_size\x18\x01 \x01(\x05R\akeySize\x12?\n" + "\thash_type\x18\x02 \x01(\x0e2\".google.crypto.tink.SlhDsaHashTypeR\bhashType\x12B\n" + "\bsig_type\x18\x03 \x01(\x0e2'.google.crypto.tink.SlhDsaSignatureTypeR\asigType\"e\n" + "\x0fSlhDsaKeyFormat\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x128\n" + "\x06params\x18\x02 \x01(\v2 .google.crypto.tink.SlhDsaParamsR\x06params\"\x82\x01\n" + "\x0fSlhDsaPublicKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12\x1b\n" + "\tkey_value\x18\x02 \x01(\fR\bkeyValue\x128\n" + "\x06params\x18\x03 \x01(\v2 .google.crypto.tink.SlhDsaParamsR\x06params\"\x8d\x01\n" + "\x10SlhDsaPrivateKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12\x1b\n" + "\tkey_value\x18\x02 \x01(\fR\bkeyValue\x12B\n" + "\n" + "public_key\x18\x03 \x01(\v2#.google.crypto.tink.SlhDsaPublicKeyR\tpublicKey*H\n" + "\x0eSlhDsaHashType\x12!\n" + "\x1dSLH_DSA_HASH_TYPE_UNSPECIFIED\x10\x00\x12\b\n" + "\x04SHA2\x10\x01\x12\t\n" + "\x05SHAKE\x10\x02*d\n" + "\x13SlhDsaSignatureType\x12&\n" + "\"SLH_DSA_SIGNATURE_TYPE_UNSPECIFIED\x10\x00\x12\x10\n" + "\fFAST_SIGNING\x10\x01\x12\x13\n" + "\x0fSMALL_SIGNATURE\x10\x02BW\n" + "\x1ccom.google.crypto.tink.protoP\x01Z5github.com/tink-crypto/tink-go/v2/proto/slh_dsa_protob\x06proto3" var ( file_slh_dsa_proto_rawDescOnce sync.Once file_slh_dsa_proto_rawDescData []byte ) func file_slh_dsa_proto_rawDescGZIP() []byte { file_slh_dsa_proto_rawDescOnce.Do(func() { file_slh_dsa_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_slh_dsa_proto_rawDesc), len(file_slh_dsa_proto_rawDesc))) }) return file_slh_dsa_proto_rawDescData } var file_slh_dsa_proto_enumTypes = make([]protoimpl.EnumInfo, 2) var file_slh_dsa_proto_msgTypes = make([]protoimpl.MessageInfo, 4) var file_slh_dsa_proto_goTypes = []any{ (SlhDsaHashType)(0), // 0: google.crypto.tink.SlhDsaHashType (SlhDsaSignatureType)(0), // 1: google.crypto.tink.SlhDsaSignatureType (*SlhDsaParams)(nil), // 2: google.crypto.tink.SlhDsaParams (*SlhDsaKeyFormat)(nil), // 3: google.crypto.tink.SlhDsaKeyFormat (*SlhDsaPublicKey)(nil), // 4: google.crypto.tink.SlhDsaPublicKey (*SlhDsaPrivateKey)(nil), // 5: google.crypto.tink.SlhDsaPrivateKey } var file_slh_dsa_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.SlhDsaParams.hash_type:type_name -> google.crypto.tink.SlhDsaHashType 1, // 1: google.crypto.tink.SlhDsaParams.sig_type:type_name -> google.crypto.tink.SlhDsaSignatureType 2, // 2: google.crypto.tink.SlhDsaKeyFormat.params:type_name -> google.crypto.tink.SlhDsaParams 2, // 3: google.crypto.tink.SlhDsaPublicKey.params:type_name -> google.crypto.tink.SlhDsaParams 4, // 4: google.crypto.tink.SlhDsaPrivateKey.public_key:type_name -> google.crypto.tink.SlhDsaPublicKey 5, // [5:5] is the sub-list for method output_type 5, // [5:5] is the sub-list for method input_type 5, // [5:5] is the sub-list for extension type_name 5, // [5:5] is the sub-list for extension extendee 0, // [0:5] is the sub-list for field type_name } func init() { file_slh_dsa_proto_init() } func file_slh_dsa_proto_init() { if File_slh_dsa_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_slh_dsa_proto_rawDesc), len(file_slh_dsa_proto_rawDesc)), NumEnums: 2, NumMessages: 4, NumExtensions: 0, NumServices: 0, }, GoTypes: file_slh_dsa_proto_goTypes, DependencyIndexes: file_slh_dsa_proto_depIdxs, EnumInfos: file_slh_dsa_proto_enumTypes, MessageInfos: file_slh_dsa_proto_msgTypes, }.Build() File_slh_dsa_proto = out.File file_slh_dsa_proto_goTypes = nil file_slh_dsa_proto_depIdxs = nil } ================================================ FILE: proto/tink.proto ================================================ // Copyright 2017 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Tink Proto Keyset serialization format. syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto"; option objc_class_prefix = "TINKPB"; // Each instantiation of a Tink primitive is identified by type_url, // which is a global URL pointing to a *Key-proto that holds key material // and other parameters of the instantiation. For standard Tink key types // the value of type_url follows the structure of type_url-field of // google.protobuf.Any-protos, and is given as: // // type.googleapis.com/packagename.messagename // // For example, for an HMAC key defined in proto google.crypto.tink.HmacKey // the value of type_url is: // // type.googleapis.com/google.crypto.tink.HmacKey // // For each type_url, in addition to the *Key proto, there exist two // related structures: // 1. *Params: parameters of an instantiation of the primitive, // needed when a key is being used. // 2. *KeyFormat: parameters needed to generate a new key; these // include the corresponding Params, since when a factory generates // a key based on KeyFormat, it must add Params to the resulting // key proto with the actual key material. // The actual *KeyFormat proto is wrapped in a KeyTemplate message. // By convention, the name of the *KeyFormat-proto must be equal // to the name of the *Key-proto from type_url-field suffixed with "Format". message KeyTemplate { // Required. The type_url of the key type in format // type.googleapis.com/packagename.messagename -- see above for details. // This is typically the protobuf type URL of the *Key proto. In particular, // this is different of the protobuf type URL of the *KeyFormat proto. string type_url = 1; // Required. The serialized *KeyFormat proto. bytes value = 2; // Required. The type of prefix used when computing some primitives to // identify the ciphertext/signature, etc. OutputPrefixType output_prefix_type = 3; } enum KeyStatusType { UNKNOWN_STATUS = 0; ENABLED = 1; // Can be used for crypto operations. DISABLED = 2; // Cannot be used, but exists and can become ENABLED. DESTROYED = 3; // Key data does not exist in this Keyset any more. } // Tink produces and accepts ciphertexts or signatures that consist // of a prefix and a payload. The payload and its format is determined // entirely by the primitive, but the prefix has to be one of the following // 5 types: // - Legacy: prefix is 5 bytes, starts with \x00 and followed by a 4-byte // key id that is computed from the key material. In addition to // that, signature schemes and MACs will add a \x00 byte to the // end of the data being signed / MACed when operating on keys // with this OutputPrefixType. // - Crunchy: prefix is 5 bytes, starts with \x00 and followed by a 4-byte // key id that is generated randomly. // - Tink : prefix is 5 bytes, starts with \x01 and followed by 4-byte // key id that is generated randomly. // - Raw : prefix is 0 byte, i.e., empty. // - WITH_ID_REQUIREMENT: prefix size may vary i.e., empty, 1 byte etc, but // the key is always required to have an ID. This is // used for example for pre-hashing, where the ID is // used to sync with a remote pre-hash signer, but no // prefix is added to the signature. enum OutputPrefixType { UNKNOWN_PREFIX = 0; TINK = 1; LEGACY = 2; RAW = 3; CRUNCHY = 4; WITH_ID_REQUIREMENT = 5; } // Each *Key proto by convention contains a version field, which // identifies the version of the key. // message SomeInstantiationKey { // uint32 version = 1; // ... // } // If a key type does not mention anything else, only version 0 is currently // specified. An implementation must only accept keys with versions it knows, // and must reject all keys with unknown version. // For public key primitives, the public and private keys are distinct entities // and represent distinct primitives. However, by convention, the private key // of a public-key primitive contains the corresponding public key proto. // The actual *Key-proto is wrapped in a KeyData message, which in addition // to this serialized proto contains also type_url identifying the // definition of *Key-proto (as in KeyFormat-message), and some extra metadata // about the type key material. message KeyData { // Required. string type_url = 1; // In format type.googleapis.com/packagename.messagename // Required. // Contains specific serialized *Key proto bytes value = 2; // Placeholder for ctype and debug_redact. enum KeyMaterialType { UNKNOWN_KEYMATERIAL = 0; SYMMETRIC = 1; ASYMMETRIC_PRIVATE = 2; ASYMMETRIC_PUBLIC = 3; REMOTE = 4; // points to a remote key, i.e., in a KMS. } // Required. KeyMaterialType key_material_type = 3; } // A Tink user works usually not with single keys, but with keysets, // to enable key rotation. The keys in a keyset can belong to different // implementations/key types, but must all implement the same primitive. // Any given keyset (and any given key) can be used for one primitive only. message Keyset { message Key { // Contains the actual, instantiation specific key proto. // By convention, each key proto contains a version field. KeyData key_data = 1; KeyStatusType status = 2; // Identifies a key within a keyset, is a part of metadata // of a ciphertext/signature. uint32 key_id = 3; // Determines the prefix of the ciphertexts/signatures produced by this key. // This value is copied verbatim from the key template. OutputPrefixType output_prefix_type = 4; } // Identifies key used to generate new crypto data (encrypt, sign). // Required. uint32 primary_key_id = 1; // Actual keys in the Keyset. // Required. repeated Key key = 2; } // Represents a "safe" Keyset that doesn't contain any actual key material, // thus can be used for logging or monitoring. Most fields are copied from // Keyset. message KeysetInfo { message KeyInfo { // the type url of this key, // e.g., type.googleapis.com/google.crypto.tink.HmacKey. string type_url = 1; // See Keyset.Key.status. KeyStatusType status = 2; // See Keyset.Key.key_id. uint32 key_id = 3; // See Keyset.Key.output_prefix_type. OutputPrefixType output_prefix_type = 4; } // See Keyset.primary_key_id. uint32 primary_key_id = 1; // KeyInfos in the KeysetInfo. // Each KeyInfo is corresponding to a Key in the corresponding Keyset. repeated KeyInfo key_info = 2; } // Represents a keyset that is encrypted with a master key. message EncryptedKeyset { // Required. bytes encrypted_keyset = 2; // Optional. KeysetInfo keyset_info = 3; } ================================================ FILE: proto/tink_go_proto/tink.pb.go ================================================ // Copyright 2017 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Tink Proto Keyset serialization format. // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: tink.proto package tink_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type KeyStatusType int32 const ( KeyStatusType_UNKNOWN_STATUS KeyStatusType = 0 KeyStatusType_ENABLED KeyStatusType = 1 // Can be used for crypto operations. KeyStatusType_DISABLED KeyStatusType = 2 // Cannot be used, but exists and can become ENABLED. KeyStatusType_DESTROYED KeyStatusType = 3 // Key data does not exist in this Keyset any more. ) // Enum value maps for KeyStatusType. var ( KeyStatusType_name = map[int32]string{ 0: "UNKNOWN_STATUS", 1: "ENABLED", 2: "DISABLED", 3: "DESTROYED", } KeyStatusType_value = map[string]int32{ "UNKNOWN_STATUS": 0, "ENABLED": 1, "DISABLED": 2, "DESTROYED": 3, } ) func (x KeyStatusType) Enum() *KeyStatusType { p := new(KeyStatusType) *p = x return p } func (x KeyStatusType) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (KeyStatusType) Descriptor() protoreflect.EnumDescriptor { return file_tink_proto_enumTypes[0].Descriptor() } func (KeyStatusType) Type() protoreflect.EnumType { return &file_tink_proto_enumTypes[0] } func (x KeyStatusType) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use KeyStatusType.Descriptor instead. func (KeyStatusType) EnumDescriptor() ([]byte, []int) { return file_tink_proto_rawDescGZIP(), []int{0} } // Tink produces and accepts ciphertexts or signatures that consist // of a prefix and a payload. The payload and its format is determined // entirely by the primitive, but the prefix has to be one of the following // 5 types: // - Legacy: prefix is 5 bytes, starts with \x00 and followed by a 4-byte // key id that is computed from the key material. In addition to // that, signature schemes and MACs will add a \x00 byte to the // end of the data being signed / MACed when operating on keys // with this OutputPrefixType. // - Crunchy: prefix is 5 bytes, starts with \x00 and followed by a 4-byte // key id that is generated randomly. // - Tink : prefix is 5 bytes, starts with \x01 and followed by 4-byte // key id that is generated randomly. // - Raw : prefix is 0 byte, i.e., empty. // - WITH_ID_REQUIREMENT: prefix size may vary i.e., empty, 1 byte etc, but // the key is always required to have an ID. This is // used for example for pre-hashing, where the ID is // used to sync with a remote pre-hash signer, but no // prefix is added to the signature. type OutputPrefixType int32 const ( OutputPrefixType_UNKNOWN_PREFIX OutputPrefixType = 0 OutputPrefixType_TINK OutputPrefixType = 1 OutputPrefixType_LEGACY OutputPrefixType = 2 OutputPrefixType_RAW OutputPrefixType = 3 OutputPrefixType_CRUNCHY OutputPrefixType = 4 OutputPrefixType_WITH_ID_REQUIREMENT OutputPrefixType = 5 ) // Enum value maps for OutputPrefixType. var ( OutputPrefixType_name = map[int32]string{ 0: "UNKNOWN_PREFIX", 1: "TINK", 2: "LEGACY", 3: "RAW", 4: "CRUNCHY", 5: "WITH_ID_REQUIREMENT", } OutputPrefixType_value = map[string]int32{ "UNKNOWN_PREFIX": 0, "TINK": 1, "LEGACY": 2, "RAW": 3, "CRUNCHY": 4, "WITH_ID_REQUIREMENT": 5, } ) func (x OutputPrefixType) Enum() *OutputPrefixType { p := new(OutputPrefixType) *p = x return p } func (x OutputPrefixType) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (OutputPrefixType) Descriptor() protoreflect.EnumDescriptor { return file_tink_proto_enumTypes[1].Descriptor() } func (OutputPrefixType) Type() protoreflect.EnumType { return &file_tink_proto_enumTypes[1] } func (x OutputPrefixType) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use OutputPrefixType.Descriptor instead. func (OutputPrefixType) EnumDescriptor() ([]byte, []int) { return file_tink_proto_rawDescGZIP(), []int{1} } type KeyData_KeyMaterialType int32 const ( KeyData_UNKNOWN_KEYMATERIAL KeyData_KeyMaterialType = 0 KeyData_SYMMETRIC KeyData_KeyMaterialType = 1 KeyData_ASYMMETRIC_PRIVATE KeyData_KeyMaterialType = 2 KeyData_ASYMMETRIC_PUBLIC KeyData_KeyMaterialType = 3 KeyData_REMOTE KeyData_KeyMaterialType = 4 // points to a remote key, i.e., in a KMS. ) // Enum value maps for KeyData_KeyMaterialType. var ( KeyData_KeyMaterialType_name = map[int32]string{ 0: "UNKNOWN_KEYMATERIAL", 1: "SYMMETRIC", 2: "ASYMMETRIC_PRIVATE", 3: "ASYMMETRIC_PUBLIC", 4: "REMOTE", } KeyData_KeyMaterialType_value = map[string]int32{ "UNKNOWN_KEYMATERIAL": 0, "SYMMETRIC": 1, "ASYMMETRIC_PRIVATE": 2, "ASYMMETRIC_PUBLIC": 3, "REMOTE": 4, } ) func (x KeyData_KeyMaterialType) Enum() *KeyData_KeyMaterialType { p := new(KeyData_KeyMaterialType) *p = x return p } func (x KeyData_KeyMaterialType) String() string { return protoimpl.X.EnumStringOf(x.Descriptor(), protoreflect.EnumNumber(x)) } func (KeyData_KeyMaterialType) Descriptor() protoreflect.EnumDescriptor { return file_tink_proto_enumTypes[2].Descriptor() } func (KeyData_KeyMaterialType) Type() protoreflect.EnumType { return &file_tink_proto_enumTypes[2] } func (x KeyData_KeyMaterialType) Number() protoreflect.EnumNumber { return protoreflect.EnumNumber(x) } // Deprecated: Use KeyData_KeyMaterialType.Descriptor instead. func (KeyData_KeyMaterialType) EnumDescriptor() ([]byte, []int) { return file_tink_proto_rawDescGZIP(), []int{1, 0} } type KeyTemplate struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. The type_url of the key type in format // type.googleapis.com/packagename.messagename -- see above for details. // This is typically the protobuf type URL of the *Key proto. In particular, // this is different of the protobuf type URL of the *KeyFormat proto. TypeUrl string `protobuf:"bytes,1,opt,name=type_url,json=typeUrl,proto3" json:"type_url,omitempty"` // Required. The serialized *KeyFormat proto. Value []byte `protobuf:"bytes,2,opt,name=value,proto3" json:"value,omitempty"` // Required. The type of prefix used when computing some primitives to // identify the ciphertext/signature, etc. OutputPrefixType OutputPrefixType `protobuf:"varint,3,opt,name=output_prefix_type,json=outputPrefixType,proto3,enum=google.crypto.tink.OutputPrefixType" json:"output_prefix_type,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *KeyTemplate) Reset() { *x = KeyTemplate{} mi := &file_tink_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *KeyTemplate) String() string { return protoimpl.X.MessageStringOf(x) } func (*KeyTemplate) ProtoMessage() {} func (x *KeyTemplate) ProtoReflect() protoreflect.Message { mi := &file_tink_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use KeyTemplate.ProtoReflect.Descriptor instead. func (*KeyTemplate) Descriptor() ([]byte, []int) { return file_tink_proto_rawDescGZIP(), []int{0} } func (x *KeyTemplate) GetTypeUrl() string { if x != nil { return x.TypeUrl } return "" } func (x *KeyTemplate) GetValue() []byte { if x != nil { return x.Value } return nil } func (x *KeyTemplate) GetOutputPrefixType() OutputPrefixType { if x != nil { return x.OutputPrefixType } return OutputPrefixType_UNKNOWN_PREFIX } // The actual *Key-proto is wrapped in a KeyData message, which in addition // to this serialized proto contains also type_url identifying the // definition of *Key-proto (as in KeyFormat-message), and some extra metadata // about the type key material. type KeyData struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. TypeUrl string `protobuf:"bytes,1,opt,name=type_url,json=typeUrl,proto3" json:"type_url,omitempty"` // In format type.googleapis.com/packagename.messagename // Required. // Contains specific serialized *Key proto Value []byte `protobuf:"bytes,2,opt,name=value,proto3" json:"value,omitempty"` // Placeholder for ctype and debug_redact. // Required. KeyMaterialType KeyData_KeyMaterialType `protobuf:"varint,3,opt,name=key_material_type,json=keyMaterialType,proto3,enum=google.crypto.tink.KeyData_KeyMaterialType" json:"key_material_type,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *KeyData) Reset() { *x = KeyData{} mi := &file_tink_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *KeyData) String() string { return protoimpl.X.MessageStringOf(x) } func (*KeyData) ProtoMessage() {} func (x *KeyData) ProtoReflect() protoreflect.Message { mi := &file_tink_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use KeyData.ProtoReflect.Descriptor instead. func (*KeyData) Descriptor() ([]byte, []int) { return file_tink_proto_rawDescGZIP(), []int{1} } func (x *KeyData) GetTypeUrl() string { if x != nil { return x.TypeUrl } return "" } func (x *KeyData) GetValue() []byte { if x != nil { return x.Value } return nil } func (x *KeyData) GetKeyMaterialType() KeyData_KeyMaterialType { if x != nil { return x.KeyMaterialType } return KeyData_UNKNOWN_KEYMATERIAL } // A Tink user works usually not with single keys, but with keysets, // to enable key rotation. The keys in a keyset can belong to different // implementations/key types, but must all implement the same primitive. // Any given keyset (and any given key) can be used for one primitive only. type Keyset struct { state protoimpl.MessageState `protogen:"open.v1"` // Identifies key used to generate new crypto data (encrypt, sign). // Required. PrimaryKeyId uint32 `protobuf:"varint,1,opt,name=primary_key_id,json=primaryKeyId,proto3" json:"primary_key_id,omitempty"` // Actual keys in the Keyset. // Required. Key []*Keyset_Key `protobuf:"bytes,2,rep,name=key,proto3" json:"key,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *Keyset) Reset() { *x = Keyset{} mi := &file_tink_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *Keyset) String() string { return protoimpl.X.MessageStringOf(x) } func (*Keyset) ProtoMessage() {} func (x *Keyset) ProtoReflect() protoreflect.Message { mi := &file_tink_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use Keyset.ProtoReflect.Descriptor instead. func (*Keyset) Descriptor() ([]byte, []int) { return file_tink_proto_rawDescGZIP(), []int{2} } func (x *Keyset) GetPrimaryKeyId() uint32 { if x != nil { return x.PrimaryKeyId } return 0 } func (x *Keyset) GetKey() []*Keyset_Key { if x != nil { return x.Key } return nil } // Represents a "safe" Keyset that doesn't contain any actual key material, // thus can be used for logging or monitoring. Most fields are copied from // Keyset. type KeysetInfo struct { state protoimpl.MessageState `protogen:"open.v1"` // See Keyset.primary_key_id. PrimaryKeyId uint32 `protobuf:"varint,1,opt,name=primary_key_id,json=primaryKeyId,proto3" json:"primary_key_id,omitempty"` // KeyInfos in the KeysetInfo. // Each KeyInfo is corresponding to a Key in the corresponding Keyset. KeyInfo []*KeysetInfo_KeyInfo `protobuf:"bytes,2,rep,name=key_info,json=keyInfo,proto3" json:"key_info,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *KeysetInfo) Reset() { *x = KeysetInfo{} mi := &file_tink_proto_msgTypes[3] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *KeysetInfo) String() string { return protoimpl.X.MessageStringOf(x) } func (*KeysetInfo) ProtoMessage() {} func (x *KeysetInfo) ProtoReflect() protoreflect.Message { mi := &file_tink_proto_msgTypes[3] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use KeysetInfo.ProtoReflect.Descriptor instead. func (*KeysetInfo) Descriptor() ([]byte, []int) { return file_tink_proto_rawDescGZIP(), []int{3} } func (x *KeysetInfo) GetPrimaryKeyId() uint32 { if x != nil { return x.PrimaryKeyId } return 0 } func (x *KeysetInfo) GetKeyInfo() []*KeysetInfo_KeyInfo { if x != nil { return x.KeyInfo } return nil } // Represents a keyset that is encrypted with a master key. type EncryptedKeyset struct { state protoimpl.MessageState `protogen:"open.v1"` // Required. EncryptedKeyset []byte `protobuf:"bytes,2,opt,name=encrypted_keyset,json=encryptedKeyset,proto3" json:"encrypted_keyset,omitempty"` // Optional. KeysetInfo *KeysetInfo `protobuf:"bytes,3,opt,name=keyset_info,json=keysetInfo,proto3" json:"keyset_info,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *EncryptedKeyset) Reset() { *x = EncryptedKeyset{} mi := &file_tink_proto_msgTypes[4] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *EncryptedKeyset) String() string { return protoimpl.X.MessageStringOf(x) } func (*EncryptedKeyset) ProtoMessage() {} func (x *EncryptedKeyset) ProtoReflect() protoreflect.Message { mi := &file_tink_proto_msgTypes[4] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use EncryptedKeyset.ProtoReflect.Descriptor instead. func (*EncryptedKeyset) Descriptor() ([]byte, []int) { return file_tink_proto_rawDescGZIP(), []int{4} } func (x *EncryptedKeyset) GetEncryptedKeyset() []byte { if x != nil { return x.EncryptedKeyset } return nil } func (x *EncryptedKeyset) GetKeysetInfo() *KeysetInfo { if x != nil { return x.KeysetInfo } return nil } type Keyset_Key struct { state protoimpl.MessageState `protogen:"open.v1"` // Contains the actual, instantiation specific key proto. // By convention, each key proto contains a version field. KeyData *KeyData `protobuf:"bytes,1,opt,name=key_data,json=keyData,proto3" json:"key_data,omitempty"` Status KeyStatusType `protobuf:"varint,2,opt,name=status,proto3,enum=google.crypto.tink.KeyStatusType" json:"status,omitempty"` // Identifies a key within a keyset, is a part of metadata // of a ciphertext/signature. KeyId uint32 `protobuf:"varint,3,opt,name=key_id,json=keyId,proto3" json:"key_id,omitempty"` // Determines the prefix of the ciphertexts/signatures produced by this key. // This value is copied verbatim from the key template. OutputPrefixType OutputPrefixType `protobuf:"varint,4,opt,name=output_prefix_type,json=outputPrefixType,proto3,enum=google.crypto.tink.OutputPrefixType" json:"output_prefix_type,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *Keyset_Key) Reset() { *x = Keyset_Key{} mi := &file_tink_proto_msgTypes[5] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *Keyset_Key) String() string { return protoimpl.X.MessageStringOf(x) } func (*Keyset_Key) ProtoMessage() {} func (x *Keyset_Key) ProtoReflect() protoreflect.Message { mi := &file_tink_proto_msgTypes[5] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use Keyset_Key.ProtoReflect.Descriptor instead. func (*Keyset_Key) Descriptor() ([]byte, []int) { return file_tink_proto_rawDescGZIP(), []int{2, 0} } func (x *Keyset_Key) GetKeyData() *KeyData { if x != nil { return x.KeyData } return nil } func (x *Keyset_Key) GetStatus() KeyStatusType { if x != nil { return x.Status } return KeyStatusType_UNKNOWN_STATUS } func (x *Keyset_Key) GetKeyId() uint32 { if x != nil { return x.KeyId } return 0 } func (x *Keyset_Key) GetOutputPrefixType() OutputPrefixType { if x != nil { return x.OutputPrefixType } return OutputPrefixType_UNKNOWN_PREFIX } type KeysetInfo_KeyInfo struct { state protoimpl.MessageState `protogen:"open.v1"` // the type url of this key, // e.g., type.googleapis.com/google.crypto.tink.HmacKey. TypeUrl string `protobuf:"bytes,1,opt,name=type_url,json=typeUrl,proto3" json:"type_url,omitempty"` // See Keyset.Key.status. Status KeyStatusType `protobuf:"varint,2,opt,name=status,proto3,enum=google.crypto.tink.KeyStatusType" json:"status,omitempty"` // See Keyset.Key.key_id. KeyId uint32 `protobuf:"varint,3,opt,name=key_id,json=keyId,proto3" json:"key_id,omitempty"` // See Keyset.Key.output_prefix_type. OutputPrefixType OutputPrefixType `protobuf:"varint,4,opt,name=output_prefix_type,json=outputPrefixType,proto3,enum=google.crypto.tink.OutputPrefixType" json:"output_prefix_type,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *KeysetInfo_KeyInfo) Reset() { *x = KeysetInfo_KeyInfo{} mi := &file_tink_proto_msgTypes[6] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *KeysetInfo_KeyInfo) String() string { return protoimpl.X.MessageStringOf(x) } func (*KeysetInfo_KeyInfo) ProtoMessage() {} func (x *KeysetInfo_KeyInfo) ProtoReflect() protoreflect.Message { mi := &file_tink_proto_msgTypes[6] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use KeysetInfo_KeyInfo.ProtoReflect.Descriptor instead. func (*KeysetInfo_KeyInfo) Descriptor() ([]byte, []int) { return file_tink_proto_rawDescGZIP(), []int{3, 0} } func (x *KeysetInfo_KeyInfo) GetTypeUrl() string { if x != nil { return x.TypeUrl } return "" } func (x *KeysetInfo_KeyInfo) GetStatus() KeyStatusType { if x != nil { return x.Status } return KeyStatusType_UNKNOWN_STATUS } func (x *KeysetInfo_KeyInfo) GetKeyId() uint32 { if x != nil { return x.KeyId } return 0 } func (x *KeysetInfo_KeyInfo) GetOutputPrefixType() OutputPrefixType { if x != nil { return x.OutputPrefixType } return OutputPrefixType_UNKNOWN_PREFIX } var File_tink_proto protoreflect.FileDescriptor const file_tink_proto_rawDesc = "" + "\n" + "\n" + "tink.proto\x12\x12google.crypto.tink\"\x92\x01\n" + "\vKeyTemplate\x12\x19\n" + "\btype_url\x18\x01 \x01(\tR\atypeUrl\x12\x14\n" + "\x05value\x18\x02 \x01(\fR\x05value\x12R\n" + "\x12output_prefix_type\x18\x03 \x01(\x0e2$.google.crypto.tink.OutputPrefixTypeR\x10outputPrefixType\"\x89\x02\n" + "\aKeyData\x12\x19\n" + "\btype_url\x18\x01 \x01(\tR\atypeUrl\x12\x14\n" + "\x05value\x18\x02 \x01(\fR\x05value\x12W\n" + "\x11key_material_type\x18\x03 \x01(\x0e2+.google.crypto.tink.KeyData.KeyMaterialTypeR\x0fkeyMaterialType\"t\n" + "\x0fKeyMaterialType\x12\x17\n" + "\x13UNKNOWN_KEYMATERIAL\x10\x00\x12\r\n" + "\tSYMMETRIC\x10\x01\x12\x16\n" + "\x12ASYMMETRIC_PRIVATE\x10\x02\x12\x15\n" + "\x11ASYMMETRIC_PUBLIC\x10\x03\x12\n" + "\n" + "\x06REMOTE\x10\x04\"\xc6\x02\n" + "\x06Keyset\x12$\n" + "\x0eprimary_key_id\x18\x01 \x01(\rR\fprimaryKeyId\x120\n" + "\x03key\x18\x02 \x03(\v2\x1e.google.crypto.tink.Keyset.KeyR\x03key\x1a\xe3\x01\n" + "\x03Key\x126\n" + "\bkey_data\x18\x01 \x01(\v2\x1b.google.crypto.tink.KeyDataR\akeyData\x129\n" + "\x06status\x18\x02 \x01(\x0e2!.google.crypto.tink.KeyStatusTypeR\x06status\x12\x15\n" + "\x06key_id\x18\x03 \x01(\rR\x05keyId\x12R\n" + "\x12output_prefix_type\x18\x04 \x01(\x0e2$.google.crypto.tink.OutputPrefixTypeR\x10outputPrefixType\"\xc2\x02\n" + "\n" + "KeysetInfo\x12$\n" + "\x0eprimary_key_id\x18\x01 \x01(\rR\fprimaryKeyId\x12A\n" + "\bkey_info\x18\x02 \x03(\v2&.google.crypto.tink.KeysetInfo.KeyInfoR\akeyInfo\x1a\xca\x01\n" + "\aKeyInfo\x12\x19\n" + "\btype_url\x18\x01 \x01(\tR\atypeUrl\x129\n" + "\x06status\x18\x02 \x01(\x0e2!.google.crypto.tink.KeyStatusTypeR\x06status\x12\x15\n" + "\x06key_id\x18\x03 \x01(\rR\x05keyId\x12R\n" + "\x12output_prefix_type\x18\x04 \x01(\x0e2$.google.crypto.tink.OutputPrefixTypeR\x10outputPrefixType\"}\n" + "\x0fEncryptedKeyset\x12)\n" + "\x10encrypted_keyset\x18\x02 \x01(\fR\x0fencryptedKeyset\x12?\n" + "\vkeyset_info\x18\x03 \x01(\v2\x1e.google.crypto.tink.KeysetInfoR\n" + "keysetInfo*M\n" + "\rKeyStatusType\x12\x12\n" + "\x0eUNKNOWN_STATUS\x10\x00\x12\v\n" + "\aENABLED\x10\x01\x12\f\n" + "\bDISABLED\x10\x02\x12\r\n" + "\tDESTROYED\x10\x03*k\n" + "\x10OutputPrefixType\x12\x12\n" + "\x0eUNKNOWN_PREFIX\x10\x00\x12\b\n" + "\x04TINK\x10\x01\x12\n" + "\n" + "\x06LEGACY\x10\x02\x12\a\n" + "\x03RAW\x10\x03\x12\v\n" + "\aCRUNCHY\x10\x04\x12\x17\n" + "\x13WITH_ID_REQUIREMENT\x10\x05B`\n" + "\x1ccom.google.crypto.tink.protoP\x01Z5github.com/tink-crypto/tink-go/v2/proto/tink_go_proto\xa2\x02\x06TINKPBb\x06proto3" var ( file_tink_proto_rawDescOnce sync.Once file_tink_proto_rawDescData []byte ) func file_tink_proto_rawDescGZIP() []byte { file_tink_proto_rawDescOnce.Do(func() { file_tink_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_tink_proto_rawDesc), len(file_tink_proto_rawDesc))) }) return file_tink_proto_rawDescData } var file_tink_proto_enumTypes = make([]protoimpl.EnumInfo, 3) var file_tink_proto_msgTypes = make([]protoimpl.MessageInfo, 7) var file_tink_proto_goTypes = []any{ (KeyStatusType)(0), // 0: google.crypto.tink.KeyStatusType (OutputPrefixType)(0), // 1: google.crypto.tink.OutputPrefixType (KeyData_KeyMaterialType)(0), // 2: google.crypto.tink.KeyData.KeyMaterialType (*KeyTemplate)(nil), // 3: google.crypto.tink.KeyTemplate (*KeyData)(nil), // 4: google.crypto.tink.KeyData (*Keyset)(nil), // 5: google.crypto.tink.Keyset (*KeysetInfo)(nil), // 6: google.crypto.tink.KeysetInfo (*EncryptedKeyset)(nil), // 7: google.crypto.tink.EncryptedKeyset (*Keyset_Key)(nil), // 8: google.crypto.tink.Keyset.Key (*KeysetInfo_KeyInfo)(nil), // 9: google.crypto.tink.KeysetInfo.KeyInfo } var file_tink_proto_depIdxs = []int32{ 1, // 0: google.crypto.tink.KeyTemplate.output_prefix_type:type_name -> google.crypto.tink.OutputPrefixType 2, // 1: google.crypto.tink.KeyData.key_material_type:type_name -> google.crypto.tink.KeyData.KeyMaterialType 8, // 2: google.crypto.tink.Keyset.key:type_name -> google.crypto.tink.Keyset.Key 9, // 3: google.crypto.tink.KeysetInfo.key_info:type_name -> google.crypto.tink.KeysetInfo.KeyInfo 6, // 4: google.crypto.tink.EncryptedKeyset.keyset_info:type_name -> google.crypto.tink.KeysetInfo 4, // 5: google.crypto.tink.Keyset.Key.key_data:type_name -> google.crypto.tink.KeyData 0, // 6: google.crypto.tink.Keyset.Key.status:type_name -> google.crypto.tink.KeyStatusType 1, // 7: google.crypto.tink.Keyset.Key.output_prefix_type:type_name -> google.crypto.tink.OutputPrefixType 0, // 8: google.crypto.tink.KeysetInfo.KeyInfo.status:type_name -> google.crypto.tink.KeyStatusType 1, // 9: google.crypto.tink.KeysetInfo.KeyInfo.output_prefix_type:type_name -> google.crypto.tink.OutputPrefixType 10, // [10:10] is the sub-list for method output_type 10, // [10:10] is the sub-list for method input_type 10, // [10:10] is the sub-list for extension type_name 10, // [10:10] is the sub-list for extension extendee 0, // [0:10] is the sub-list for field type_name } func init() { file_tink_proto_init() } func file_tink_proto_init() { if File_tink_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_tink_proto_rawDesc), len(file_tink_proto_rawDesc)), NumEnums: 3, NumMessages: 7, NumExtensions: 0, NumServices: 0, }, GoTypes: file_tink_proto_goTypes, DependencyIndexes: file_tink_proto_depIdxs, EnumInfos: file_tink_proto_enumTypes, MessageInfos: file_tink_proto_msgTypes, }.Build() File_tink_proto = out.File file_tink_proto_goTypes = nil file_tink_proto_depIdxs = nil } ================================================ FILE: proto/x_aes_gcm.proto ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/x_aes_gcm_go_proto"; message XAesGcmParams { // Must be at least 8 bytes and at most 12 bytes. uint32 salt_size = 1; } message XAesGcmKeyFormat { uint32 version = 1; reserved 2; XAesGcmParams params = 3; } // key_type: type.googleapis.com/google.crypto.tink.XAesGcmKey message XAesGcmKey { uint32 version = 1; XAesGcmParams params = 2; bytes key_value = 3; } ================================================ FILE: proto/x_aes_gcm_go_proto/x_aes_gcm.pb.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: x_aes_gcm.proto package x_aes_gcm_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type XAesGcmParams struct { state protoimpl.MessageState `protogen:"open.v1"` // Must be at least 8 bytes and at most 12 bytes. SaltSize uint32 `protobuf:"varint,1,opt,name=salt_size,json=saltSize,proto3" json:"salt_size,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *XAesGcmParams) Reset() { *x = XAesGcmParams{} mi := &file_x_aes_gcm_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *XAesGcmParams) String() string { return protoimpl.X.MessageStringOf(x) } func (*XAesGcmParams) ProtoMessage() {} func (x *XAesGcmParams) ProtoReflect() protoreflect.Message { mi := &file_x_aes_gcm_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use XAesGcmParams.ProtoReflect.Descriptor instead. func (*XAesGcmParams) Descriptor() ([]byte, []int) { return file_x_aes_gcm_proto_rawDescGZIP(), []int{0} } func (x *XAesGcmParams) GetSaltSize() uint32 { if x != nil { return x.SaltSize } return 0 } type XAesGcmKeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Params *XAesGcmParams `protobuf:"bytes,3,opt,name=params,proto3" json:"params,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *XAesGcmKeyFormat) Reset() { *x = XAesGcmKeyFormat{} mi := &file_x_aes_gcm_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *XAesGcmKeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*XAesGcmKeyFormat) ProtoMessage() {} func (x *XAesGcmKeyFormat) ProtoReflect() protoreflect.Message { mi := &file_x_aes_gcm_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use XAesGcmKeyFormat.ProtoReflect.Descriptor instead. func (*XAesGcmKeyFormat) Descriptor() ([]byte, []int) { return file_x_aes_gcm_proto_rawDescGZIP(), []int{1} } func (x *XAesGcmKeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *XAesGcmKeyFormat) GetParams() *XAesGcmParams { if x != nil { return x.Params } return nil } // key_type: type.googleapis.com/google.crypto.tink.XAesGcmKey type XAesGcmKey struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` Params *XAesGcmParams `protobuf:"bytes,2,opt,name=params,proto3" json:"params,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *XAesGcmKey) Reset() { *x = XAesGcmKey{} mi := &file_x_aes_gcm_proto_msgTypes[2] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *XAesGcmKey) String() string { return protoimpl.X.MessageStringOf(x) } func (*XAesGcmKey) ProtoMessage() {} func (x *XAesGcmKey) ProtoReflect() protoreflect.Message { mi := &file_x_aes_gcm_proto_msgTypes[2] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use XAesGcmKey.ProtoReflect.Descriptor instead. func (*XAesGcmKey) Descriptor() ([]byte, []int) { return file_x_aes_gcm_proto_rawDescGZIP(), []int{2} } func (x *XAesGcmKey) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *XAesGcmKey) GetParams() *XAesGcmParams { if x != nil { return x.Params } return nil } func (x *XAesGcmKey) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } var File_x_aes_gcm_proto protoreflect.FileDescriptor const file_x_aes_gcm_proto_rawDesc = "" + "\n" + "\x0fx_aes_gcm.proto\x12\x12google.crypto.tink\",\n" + "\rXAesGcmParams\x12\x1b\n" + "\tsalt_size\x18\x01 \x01(\rR\bsaltSize\"m\n" + "\x10XAesGcmKeyFormat\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x129\n" + "\x06params\x18\x03 \x01(\v2!.google.crypto.tink.XAesGcmParamsR\x06paramsJ\x04\b\x02\x10\x03\"~\n" + "\n" + "XAesGcmKey\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x129\n" + "\x06params\x18\x02 \x01(\v2!.google.crypto.tink.XAesGcmParamsR\x06params\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValueB\\\n" + "\x1ccom.google.crypto.tink.protoP\x01Z:github.com/tink-crypto/tink-go/v2/proto/x_aes_gcm_go_protob\x06proto3" var ( file_x_aes_gcm_proto_rawDescOnce sync.Once file_x_aes_gcm_proto_rawDescData []byte ) func file_x_aes_gcm_proto_rawDescGZIP() []byte { file_x_aes_gcm_proto_rawDescOnce.Do(func() { file_x_aes_gcm_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_x_aes_gcm_proto_rawDesc), len(file_x_aes_gcm_proto_rawDesc))) }) return file_x_aes_gcm_proto_rawDescData } var file_x_aes_gcm_proto_msgTypes = make([]protoimpl.MessageInfo, 3) var file_x_aes_gcm_proto_goTypes = []any{ (*XAesGcmParams)(nil), // 0: google.crypto.tink.XAesGcmParams (*XAesGcmKeyFormat)(nil), // 1: google.crypto.tink.XAesGcmKeyFormat (*XAesGcmKey)(nil), // 2: google.crypto.tink.XAesGcmKey } var file_x_aes_gcm_proto_depIdxs = []int32{ 0, // 0: google.crypto.tink.XAesGcmKeyFormat.params:type_name -> google.crypto.tink.XAesGcmParams 0, // 1: google.crypto.tink.XAesGcmKey.params:type_name -> google.crypto.tink.XAesGcmParams 2, // [2:2] is the sub-list for method output_type 2, // [2:2] is the sub-list for method input_type 2, // [2:2] is the sub-list for extension type_name 2, // [2:2] is the sub-list for extension extendee 0, // [0:2] is the sub-list for field type_name } func init() { file_x_aes_gcm_proto_init() } func file_x_aes_gcm_proto_init() { if File_x_aes_gcm_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_x_aes_gcm_proto_rawDesc), len(file_x_aes_gcm_proto_rawDesc)), NumEnums: 0, NumMessages: 3, NumExtensions: 0, NumServices: 0, }, GoTypes: file_x_aes_gcm_proto_goTypes, DependencyIndexes: file_x_aes_gcm_proto_depIdxs, MessageInfos: file_x_aes_gcm_proto_msgTypes, }.Build() File_x_aes_gcm_proto = out.File file_x_aes_gcm_proto_goTypes = nil file_x_aes_gcm_proto_depIdxs = nil } ================================================ FILE: proto/xchacha20_poly1305.proto ================================================ // Copyright 2018 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// syntax = "proto3"; package google.crypto.tink; option java_package = "com.google.crypto.tink.proto"; option java_multiple_files = true; option go_package = "github.com/tink-crypto/tink-go/v2/proto/xchacha20_poly1305_go_proto"; message XChaCha20Poly1305KeyFormat { uint32 version = 1; } // key_type: type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key message XChaCha20Poly1305Key { uint32 version = 1; bytes key_value = 3; // Placeholder for ctype and debug_redact. } ================================================ FILE: proto/xchacha20_poly1305_go_proto/xchacha20_poly1305.pb.go ================================================ // Copyright 2018 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // //////////////////////////////////////////////////////////////////////////////// // Code generated by protoc-gen-go. DO NOT EDIT. // versions: // protoc-gen-go v1.36.10 // protoc v3.21.12 // source: xchacha20_poly1305.proto package xchacha20_poly1305_go_proto import ( protoreflect "google.golang.org/protobuf/reflect/protoreflect" protoimpl "google.golang.org/protobuf/runtime/protoimpl" reflect "reflect" sync "sync" unsafe "unsafe" ) const ( // Verify that this generated code is sufficiently up-to-date. _ = protoimpl.EnforceVersion(20 - protoimpl.MinVersion) // Verify that runtime/protoimpl is sufficiently up-to-date. _ = protoimpl.EnforceVersion(protoimpl.MaxVersion - 20) ) type XChaCha20Poly1305KeyFormat struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *XChaCha20Poly1305KeyFormat) Reset() { *x = XChaCha20Poly1305KeyFormat{} mi := &file_xchacha20_poly1305_proto_msgTypes[0] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *XChaCha20Poly1305KeyFormat) String() string { return protoimpl.X.MessageStringOf(x) } func (*XChaCha20Poly1305KeyFormat) ProtoMessage() {} func (x *XChaCha20Poly1305KeyFormat) ProtoReflect() protoreflect.Message { mi := &file_xchacha20_poly1305_proto_msgTypes[0] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use XChaCha20Poly1305KeyFormat.ProtoReflect.Descriptor instead. func (*XChaCha20Poly1305KeyFormat) Descriptor() ([]byte, []int) { return file_xchacha20_poly1305_proto_rawDescGZIP(), []int{0} } func (x *XChaCha20Poly1305KeyFormat) GetVersion() uint32 { if x != nil { return x.Version } return 0 } // key_type: type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key type XChaCha20Poly1305Key struct { state protoimpl.MessageState `protogen:"open.v1"` Version uint32 `protobuf:"varint,1,opt,name=version,proto3" json:"version,omitempty"` KeyValue []byte `protobuf:"bytes,3,opt,name=key_value,json=keyValue,proto3" json:"key_value,omitempty"` // Placeholder for ctype and debug_redact. unknownFields protoimpl.UnknownFields sizeCache protoimpl.SizeCache } func (x *XChaCha20Poly1305Key) Reset() { *x = XChaCha20Poly1305Key{} mi := &file_xchacha20_poly1305_proto_msgTypes[1] ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) ms.StoreMessageInfo(mi) } func (x *XChaCha20Poly1305Key) String() string { return protoimpl.X.MessageStringOf(x) } func (*XChaCha20Poly1305Key) ProtoMessage() {} func (x *XChaCha20Poly1305Key) ProtoReflect() protoreflect.Message { mi := &file_xchacha20_poly1305_proto_msgTypes[1] if x != nil { ms := protoimpl.X.MessageStateOf(protoimpl.Pointer(x)) if ms.LoadMessageInfo() == nil { ms.StoreMessageInfo(mi) } return ms } return mi.MessageOf(x) } // Deprecated: Use XChaCha20Poly1305Key.ProtoReflect.Descriptor instead. func (*XChaCha20Poly1305Key) Descriptor() ([]byte, []int) { return file_xchacha20_poly1305_proto_rawDescGZIP(), []int{1} } func (x *XChaCha20Poly1305Key) GetVersion() uint32 { if x != nil { return x.Version } return 0 } func (x *XChaCha20Poly1305Key) GetKeyValue() []byte { if x != nil { return x.KeyValue } return nil } var File_xchacha20_poly1305_proto protoreflect.FileDescriptor const file_xchacha20_poly1305_proto_rawDesc = "" + "\n" + "\x18xchacha20_poly1305.proto\x12\x12google.crypto.tink\"6\n" + "\x1aXChaCha20Poly1305KeyFormat\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\"M\n" + "\x14XChaCha20Poly1305Key\x12\x18\n" + "\aversion\x18\x01 \x01(\rR\aversion\x12\x1b\n" + "\tkey_value\x18\x03 \x01(\fR\bkeyValueBe\n" + "\x1ccom.google.crypto.tink.protoP\x01ZCgithub.com/tink-crypto/tink-go/v2/proto/xchacha20_poly1305_go_protob\x06proto3" var ( file_xchacha20_poly1305_proto_rawDescOnce sync.Once file_xchacha20_poly1305_proto_rawDescData []byte ) func file_xchacha20_poly1305_proto_rawDescGZIP() []byte { file_xchacha20_poly1305_proto_rawDescOnce.Do(func() { file_xchacha20_poly1305_proto_rawDescData = protoimpl.X.CompressGZIP(unsafe.Slice(unsafe.StringData(file_xchacha20_poly1305_proto_rawDesc), len(file_xchacha20_poly1305_proto_rawDesc))) }) return file_xchacha20_poly1305_proto_rawDescData } var file_xchacha20_poly1305_proto_msgTypes = make([]protoimpl.MessageInfo, 2) var file_xchacha20_poly1305_proto_goTypes = []any{ (*XChaCha20Poly1305KeyFormat)(nil), // 0: google.crypto.tink.XChaCha20Poly1305KeyFormat (*XChaCha20Poly1305Key)(nil), // 1: google.crypto.tink.XChaCha20Poly1305Key } var file_xchacha20_poly1305_proto_depIdxs = []int32{ 0, // [0:0] is the sub-list for method output_type 0, // [0:0] is the sub-list for method input_type 0, // [0:0] is the sub-list for extension type_name 0, // [0:0] is the sub-list for extension extendee 0, // [0:0] is the sub-list for field type_name } func init() { file_xchacha20_poly1305_proto_init() } func file_xchacha20_poly1305_proto_init() { if File_xchacha20_poly1305_proto != nil { return } type x struct{} out := protoimpl.TypeBuilder{ File: protoimpl.DescBuilder{ GoPackagePath: reflect.TypeOf(x{}).PkgPath(), RawDescriptor: unsafe.Slice(unsafe.StringData(file_xchacha20_poly1305_proto_rawDesc), len(file_xchacha20_poly1305_proto_rawDesc)), NumEnums: 0, NumMessages: 2, NumExtensions: 0, NumServices: 0, }, GoTypes: file_xchacha20_poly1305_proto_goTypes, DependencyIndexes: file_xchacha20_poly1305_proto_depIdxs, MessageInfos: file_xchacha20_poly1305_proto_msgTypes, }.Build() File_xchacha20_poly1305_proto = out.File file_xchacha20_poly1305_proto_goTypes = nil file_xchacha20_poly1305_proto_depIdxs = nil } ================================================ FILE: secretdata/example_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package secretdata_test import ( "fmt" "log" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" ) type Key struct { keyMaterial secretdata.Bytes } func NewKey() (*Key, error) { keyMaterial, err := secretdata.NewBytesFromRand(32) if err != nil { return nil, err } return &Key{keyMaterial: keyMaterial}, nil } func (k *Key) Key() secretdata.Bytes { return k.keyMaterial } func ExampleBytes() { key, err := NewKey() if err != nil { log.Fatal(err) } // APIs can safely return the the key material wrapped in a secretdata.Bytes // value. keyMaterial := key.Key() if err != nil { log.Fatal(err) } // Extracting the wrapped data requires an insecuresecretdataaccess.Token // value. keyMaterialData := keyMaterial.Data(insecuresecretdataaccess.Token{}) fmt.Println(len(keyMaterialData)) // Output: 32 } ================================================ FILE: secretdata/secretdata.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package secretdata provides access-controlled structs to wrap sensitive // data. // // This package is intended for use in APIs that return secret key material. // // This package and build restrictions on insecuresecretdataaccess may be used // together to restrict access to secret key bytes. package secretdata import ( "bytes" "crypto/rand" "crypto/subtle" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" ) // Bytes is a wrapper around []byte that requires a secret key access token to // access a copy of the data. // // This type ensures immutability of the wrapped bytes. // // This type and build restrictions on insecuresecretdataaccess may be used // together to restrict access to secret key bytes. type Bytes struct { data []byte } // NewBytesFromRand returns a Bytes value wrapping size bytes of // cryptographically strong random data. func NewBytesFromRand(size uint32) (Bytes, error) { b := Bytes{data: make([]byte, size)} if _, err := rand.Read(b.data); err != nil { return Bytes{}, err } return b, nil } // NewBytesFromData creates a new Bytes populated with data. // // This function makes a copy of the data. It requires an // [insecuresecretdataaccess.Token] value. func NewBytesFromData(data []byte, token insecuresecretdataaccess.Token) Bytes { return Bytes{data: bytes.Clone(data)} } // Data returns a copy of the wrapped bytes. // // It requires an [insecuresecretdataaccess.Token] value to access the data. func (b Bytes) Data(token insecuresecretdataaccess.Token) []byte { return bytes.Clone(b.data) } // Len returns the size of the wrapped bytes. func (b Bytes) Len() int { return len(b.data) } // Equal returns true if the two Bytes objects are equal. // // The comparison is done in constant time. The time taken is a function of the // length of the wrapped bytes and is independent of the contents. If the two // wrapped slices are of different lengths, the function returns immediately. func (b Bytes) Equal(other Bytes) bool { return subtle.ConstantTimeCompare(b.data, other.data) == 1 } ================================================ FILE: secretdata/secretdata_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package secretdata_test import ( "bytes" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/secretdata" ) func TestBytesWithStructLiteralAndBuiltInNewHaveZeroLen(t *testing.T) { bytes := secretdata.Bytes{} if got, want := bytes.Len(), 0; got != want { t.Errorf("bytes.Len() = %v, want %v", got, want) } bytesWithNew := new(secretdata.Bytes) if got, want := bytesWithNew.Len(), 0; got != want { t.Errorf("bytesWithNew.Len() = %v, want %v", got, want) } } func TestNewBytesLen(t *testing.T) { for _, size := range []uint32{0, 1, 16, 1024} { keyMaterial, err := secretdata.NewBytesFromRand(size) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(%v) = %v, want nil", size, err) } if got, want := keyMaterial.Len(), int(size); got != want { t.Errorf("keyMaterial.Len() = %v, want %v", got, want) } } } func TestNewBytesFromDataLen(t *testing.T) { data := []byte("secret key material") keyMaterial := secretdata.NewBytesFromData(data, insecuresecretdataaccess.Token{}) if got, want := keyMaterial.Len(), len(data); got != want { t.Errorf("keyMaterial.Len() = %v, want %v", got, want) } } func TestBytesWithNilBytesHasZeroLen(t *testing.T) { keyMaterial := secretdata.NewBytesFromData(nil, insecuresecretdataaccess.Token{}) if got, want := keyMaterial.Len(), 0; got != want { t.Errorf("keyMaterial.Len() = %v, want %v", got, want) } } func TestBytesData(t *testing.T) { expected := []byte("secret key material") keyMaterial := secretdata.NewBytesFromData(expected, insecuresecretdataaccess.Token{}) got := keyMaterial.Data(insecuresecretdataaccess.Token{}) if !bytes.Equal(got, expected) { t.Errorf("bytes.Equal(got, expected) = false, want true") } } func TestBytesEqual(t *testing.T) { data := []byte("secret key material") keyMaterial := secretdata.NewBytesFromData(data, insecuresecretdataaccess.Token{}) otherBytes := secretdata.NewBytesFromData(data, insecuresecretdataaccess.Token{}) if !keyMaterial.Equal(otherBytes) { t.Errorf("keyMaterial.Equal(otherBytes) = false, want true") } differentBytes := secretdata.NewBytesFromData([]byte("different secret key material"), insecuresecretdataaccess.Token{}) if differentBytes.Equal(keyMaterial) { t.Errorf("differentBytes.Equal(keyMaterial) = true, want false") } } func TestBytesEqualEmpty(t *testing.T) { nilBytes := secretdata.NewBytesFromData(nil, insecuresecretdataaccess.Token{}) emptyBytes := secretdata.NewBytesFromData([]byte(""), insecuresecretdataaccess.Token{}) randomEmptyBytes, err := secretdata.NewBytesFromRand(0) if err != nil { t.Fatalf("secretdata.NewBytesFromRand(0) = %v, want nil", err) } structLiteralBytes := secretdata.Bytes{} testCases := []struct { name string firstBytes secretdata.Bytes secondBytes secretdata.Bytes }{ { name: "nil vs nil", firstBytes: nilBytes, secondBytes: nilBytes, }, { name: "empty vs empty", firstBytes: emptyBytes, secondBytes: emptyBytes, }, { name: "random empty vs random empty", firstBytes: randomEmptyBytes, secondBytes: randomEmptyBytes, }, { name: "struct literal vs struct literal", firstBytes: structLiteralBytes, secondBytes: structLiteralBytes, }, { name: "nil vs empty", firstBytes: nilBytes, secondBytes: emptyBytes, }, { name: "nil vs random empty", firstBytes: nilBytes, secondBytes: randomEmptyBytes, }, { name: "nil vs struct literal", firstBytes: nilBytes, secondBytes: structLiteralBytes, }, { name: "empty vs random empty", firstBytes: emptyBytes, secondBytes: randomEmptyBytes, }, { name: "empty vs struct literal", firstBytes: emptyBytes, secondBytes: structLiteralBytes, }, { name: "random empty vs struct literal", firstBytes: randomEmptyBytes, secondBytes: structLiteralBytes, }, } for _, testCase := range testCases { t.Run(testCase.name, func(t *testing.T) { if !testCase.firstBytes.Equal(testCase.secondBytes) { t.Errorf("firstBytes.Equal(secondBytes) = false, want true") } }) } } ================================================ FILE: signature/compositemldsa/compositemldsa.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package compositemldsa provides composite ML-DSA keys and parameters definitions, and key // managers. package compositemldsa import ( "fmt" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" ) func init() { if err := protoserialization.RegisterKeySerializer[*PublicKey](&publicKeySerializer{}); err != nil { panic(fmt.Sprintf("compositemldsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(verifierTypeURL, &publicKeyParser{}); err != nil { panic(fmt.Sprintf("compositemldsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](&privateKeySerializer{}); err != nil { panic(fmt.Sprintf("compositemldsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(signerTypeURL, &privateKeyParser{}); err != nil { panic(fmt.Sprintf("compositemldsa.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("compositemldsa.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(signerTypeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("compositemldsa.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PublicKey](verifierConstructor); err != nil { panic(fmt.Sprintf("compositemldsa.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PrivateKey](signerConstructor); err != nil { panic(fmt.Sprintf("compositemldsa.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("compositemldsa.init() failed: %v", err)) } } ================================================ FILE: signature/compositemldsa/key.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package compositemldsa import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" internalcompmldsa "github.com/tink-crypto/tink-go/v2/internal/signature/compositemldsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/signature/mldsa" ) const ( // f4 is the public exponent 65537. f4 = 65537 ) // Variant is the prefix variant of a ML-DSA key. // // It describes the format of the signature. For ML-DSA, there are two options: // // - TINK: prepends '0x01' to the signature. // - NO_PREFIX: adds no prefix to the signature. type Variant int const ( // VariantUnknown is the default value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the signature. VariantTink // VariantNoPrefix does not prefix the signature with the key id. VariantNoPrefix ) // MLDSAInstance is the instance type of the ML-DSA key. type MLDSAInstance int const ( // UnknownInstance is the default value of MLDSAInstance. UnknownInstance MLDSAInstance = iota // MLDSA65 yields ML-DSA-65 parameters. MLDSA65 // MLDSA87 yields ML-DSA-87 parameters. MLDSA87 ) // ClassicalAlgorithm is the description of the classical algorithm. Only the following algorithms are // supported at the moment: // // - Ed25519 // - ECDSA with P256, P384, and P521 // - RSA-PSS with 3072 and 4096 bit keys // - RSA-PKCS1 with 3072 and 4096 bit keys type ClassicalAlgorithm int const ( // UnknownAlgorithm is the default value of ClassicalAlgorithm. UnknownAlgorithm ClassicalAlgorithm = iota // Ed25519 is the Ed25519 algorithm. Ed25519 // ECDSAP256 is the ECDSA-P256 algorithm. ECDSAP256 // ECDSAP384 is the ECDSA-P384 algorithm. ECDSAP384 // ECDSAP521 is the ECDSA-P521 algorithm. ECDSAP521 // RSA3072PSS is the RSA-3072-PSS algorithm. RSA3072PSS // RSA4096PSS is the RSA-4096-PSS algorithm. RSA4096PSS // RSA3072PKCS1 is the RSA-3072-PKCS1 algorithm. RSA3072PKCS1 // RSA4096PKCS1 is the RSA-4096-PKCS1 algorithm. RSA4096PKCS1 ) // Parameters represents the parameters of a composite ML-DSA key. type Parameters struct { classicalAlgorithm ClassicalAlgorithm mlDSAInstance MLDSAInstance variant Variant } type mlDSAAndClassicalInstance struct { classicalAlgorithm ClassicalAlgorithm mlDSAInstance MLDSAInstance } // supportedParameterSets is a set of supported parameter set combinations. // Supported combinations are defined at https://datatracker.ietf.org/doc/html/draft-ietf-lamps-pq-composite-sigs-15#name-algorithm-identifiers-and-p. var supportedParameterSets = map[mlDSAAndClassicalInstance]struct{}{ // MLDSA65 {Ed25519, MLDSA65}: struct{}{}, {ECDSAP256, MLDSA65}: struct{}{}, {ECDSAP384, MLDSA65}: struct{}{}, {RSA3072PSS, MLDSA65}: struct{}{}, {RSA4096PSS, MLDSA65}: struct{}{}, {RSA3072PKCS1, MLDSA65}: struct{}{}, {RSA4096PKCS1, MLDSA65}: struct{}{}, // MLDSA87 {ECDSAP384, MLDSA87}: struct{}{}, {ECDSAP521, MLDSA87}: struct{}{}, {RSA3072PSS, MLDSA87}: struct{}{}, {RSA4096PSS, MLDSA87}: struct{}{}, } // NewParameters creates a new Parameters. func NewParameters(classicalAlgorithm ClassicalAlgorithm, mlDSAInstance MLDSAInstance, variant Variant) (*Parameters, error) { if variant == VariantUnknown { return nil, fmt.Errorf("variant must be specified") } key := mlDSAAndClassicalInstance{classicalAlgorithm, mlDSAInstance} if _, supported := supportedParameterSets[key]; !supported { return nil, fmt.Errorf("unsupported parameter combination: {ClassicalAlgorithm: %v, MLDSAInstance: %v}", classicalAlgorithm, mlDSAInstance) } return &Parameters{classicalAlgorithm: classicalAlgorithm, mlDSAInstance: mlDSAInstance, variant: variant}, nil } var _ key.Parameters = (*Parameters)(nil) // ClassicalAlgorithm returns the classical algorithm variant of the parameters. func (p *Parameters) ClassicalAlgorithm() ClassicalAlgorithm { return p.classicalAlgorithm } // HasIDRequirement returns true if the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Variant returns the prefix variant of the parameters. func (p *Parameters) Variant() Variant { return p.variant } // Equal returns true if this parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { then, ok := other.(*Parameters) return ok && p.classicalAlgorithm == then.classicalAlgorithm && p.mlDSAInstance == then.mlDSAInstance && p.variant == then.variant } // MLDSAInstance returns the ML-DSA instance of the parameters. func (p *Parameters) MLDSAInstance() MLDSAInstance { return p.mlDSAInstance } // PublicKey represents a composite ML-DSA public key. // The classical public key must be of one of the following concrete types: // // - ed25519.PublicKey // - ecdsa.PublicKey // - rsassapss.PublicKey: in this case, modulus should be 3072 or 4096 bits. // - rsassapkcs1.PublicKey: in this case, modulus should be 3072 or 4096 bits. type PublicKey struct { mlDSAPublicKey *mldsa.PublicKey classicalPublicKey key.Key params *Parameters idRequirement uint32 outputPrefix []byte } var _ key.Key = (*PublicKey)(nil) // Parameters returns the parameters of the key. func (k *PublicKey) Parameters() key.Parameters { return k.params } // IDRequirement returns the ID requirement of the key, and whether it is // required. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.params.HasIDRequirement() } // OutputPrefix returns the output prefix of the key. func (k *PublicKey) OutputPrefix() []byte { return k.outputPrefix } // ClassicalPublicKey returns the classical public key. func (k *PublicKey) ClassicalPublicKey() key.Key { return k.classicalPublicKey } // MLDSAPublicKey returns the ML-DSA public key. func (k *PublicKey) MLDSAPublicKey() *mldsa.PublicKey { return k.mlDSAPublicKey } // Equal returns true if this key is equal to other. func (k *PublicKey) Equal(other key.Key) bool { if k == other { return true } that, ok := other.(*PublicKey) return ok && k.params.Equal(that.Parameters()) && bytes.Equal(k.mlDSAPublicKey.KeyBytes(), that.mlDSAPublicKey.KeyBytes()) && k.classicalPublicKey.Equal(that.classicalPublicKey) && k.idRequirement == that.idRequirement } func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } func instanceFromMlDsaInstance(mlDSAInstance mldsa.Instance) (MLDSAInstance, error) { switch mlDSAInstance { case mldsa.MLDSA65: return MLDSA65, nil case mldsa.MLDSA87: return MLDSA87, nil default: return UnknownInstance, fmt.Errorf("unsupported ML-DSA instance: %v", mlDSAInstance) } } func variantFromMlDsaVariant(mlDSAVariant mldsa.Variant) (Variant, error) { switch mlDSAVariant { case mldsa.VariantTink: return VariantTink, nil case mldsa.VariantNoPrefix: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported ML-DSA variant: %v", mlDSAVariant) } } // parametersForClassicalAlgorithm returns the parameters for the given classical algorithm. func parametersForClassicalAlgorithm(classicalAlgorithm ClassicalAlgorithm) (key.Parameters, error) { return internalcompmldsa.ParametersForClassicalAlgorithm(internalcompmldsa.ClassicalAlgorithm(classicalAlgorithm)) } // parametersForMLDSA returns the parameters for the given ML-DSA instance. func parametersForMLDSA(mlDSAInstance MLDSAInstance) (*mldsa.Parameters, error) { return internalcompmldsa.ParametersForMLDSA(internalcompmldsa.MLDSAInstance(mlDSAInstance)) } // NewPublicKey creates a new composite ML-DSA public key. // The provided classical public key needs to be of one of the following concrete types: // // - ed25519.PublicKey // - ecdsa.PublicKey // - rsassapss.PublicKey: in this case, modulus should be 3072 or 4096 bits and the public exponent must be 65537. // - rsassapkcs1.PublicKey: in this case, modulus should be 3072 or 4096 bits and the public exponent must be 65537. func NewPublicKey(mlDSAPublicKey *mldsa.PublicKey, classicalPublicKey key.Key, idRequirement uint32, parameters *Parameters) (*PublicKey, error) { expectedClassicalParams, err := parametersForClassicalAlgorithm(parameters.ClassicalAlgorithm()) if err != nil { return nil, err } if !classicalPublicKey.Parameters().Equal(expectedClassicalParams) { return nil, fmt.Errorf("classical public key parameters do not match expected parameters") } expectedMlDsaparameters, err := parametersForMLDSA(parameters.MLDSAInstance()) if err != nil { return nil, err } if !mlDSAPublicKey.Parameters().Equal(expectedMlDsaparameters) { return nil, fmt.Errorf("ML-DSA public key parameters do not match expected parameters") } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, err } return &PublicKey{ mlDSAPublicKey: mlDSAPublicKey, classicalPublicKey: classicalPublicKey, params: parameters, idRequirement: idRequirement, outputPrefix: outputPrefix, }, nil } // PrivateKey represents a composite ML-DSA private key. type PrivateKey struct { publicKey *PublicKey mlDSAPrivateKey *mldsa.PrivateKey classicalPrivateKey key.Key } var _ key.Key = (*PrivateKey)(nil) // MLDSAPrivateKey returns the ML-DSA private key. func (k *PrivateKey) MLDSAPrivateKey() *mldsa.PrivateKey { return k.mlDSAPrivateKey } // ClassicalPrivateKey returns the classical private key. func (k *PrivateKey) ClassicalPrivateKey() key.Key { return k.classicalPrivateKey } // PublicKey returns the public key of the key. // // This implements the privateKey interface defined in handle.go. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // Parameters returns the parameters of the key. func (k *PrivateKey) Parameters() key.Parameters { return k.publicKey.params } // IDRequirement returns the ID requirement of the key, and whether it is // required. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PrivateKey) OutputPrefix() []byte { return bytes.Clone(k.publicKey.outputPrefix) } // Equal returns true if this key is equal to other. func (k *PrivateKey) Equal(other key.Key) bool { if k == other { return true } that, ok := other.(*PrivateKey) return ok && k.publicKey.Equal(that.publicKey) && k.mlDSAPrivateKey.Equal(that.mlDSAPrivateKey) && k.classicalPrivateKey.Equal(that.classicalPrivateKey) } // NewPrivateKey creates a new composite ML-DSA private key. // The provided classical private key needs to be of one of the following concrete types: // // - ed25519.PrivateKey // - ecdsa.PrivateKey // - rsassapss.PrivateKey: in this case, modulus should be 3072 or 4096 bits. // - rsassapkcs1.PrivateKey: in this case, modulus should be 4096 bits. func NewPrivateKey(mlDSAPrivateKey *mldsa.PrivateKey, classicalPrivateKey key.Key, idRequirement uint32, parameters *Parameters) (*PrivateKey, error) { // The implementation of PublicKey() never fails in the case of ML-DSA, so we don't need to handle the error. mlDSAPublicKey, _ := mlDSAPrivateKey.PublicKey() classicalPrivPubKeyExposed, ok := classicalPrivateKey.(interface { PublicKey() (key.Key, error) }) if !ok { return nil, fmt.Errorf("classicalPrivateKey of type %T does not expose a public key", classicalPrivateKey) } classicalPubKey, err := classicalPrivPubKeyExposed.PublicKey() if err != nil { return nil, fmt.Errorf("failed to get public key from classical private key: %v", err) } publicKey, err := NewPublicKey(mlDSAPublicKey.(*mldsa.PublicKey), classicalPubKey, idRequirement, parameters) if err != nil { return nil, fmt.Errorf("failed to create composite public key: %v", err) } return &PrivateKey{ publicKey: publicKey, mlDSAPrivateKey: mlDSAPrivateKey, classicalPrivateKey: classicalPrivateKey, }, nil } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { params, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } mlDSAParams, err := parametersForMLDSA(params.MLDSAInstance()) if err != nil { return nil, fmt.Errorf("failed to get ML-DSA parameters: %v", err) } mlDSAPrivKey, err := keygenregistry.CreateKey(mlDSAParams, 0) // ML-DSA part has no ID requirement if err != nil { return nil, fmt.Errorf("failed to create ML-DSA private key: %v", err) } classicalParams, err := parametersForClassicalAlgorithm(params.ClassicalAlgorithm()) if err != nil { return nil, fmt.Errorf("failed to get classical parameters: %v", err) } classicalPrivKey, err := keygenregistry.CreateKey(classicalParams, 0) // Classical part has no ID requirement if err != nil { return nil, fmt.Errorf("failed to create classical private key: %v", err) } return NewPrivateKey(mlDSAPrivKey.(*mldsa.PrivateKey), classicalPrivKey, idRequirement, params) } ================================================ FILE: signature/compositemldsa/key_test.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package compositemldsa_test import ( "bytes" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" internalcompmldsa "github.com/tink-crypto/tink-go/v2/internal/signature/compositemldsa" compmldsatestvectors "github.com/tink-crypto/tink-go/v2/internal/signature/compositemldsa/testing" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/signature/compositemldsa" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" ) const ( f4 = 65537 ) func TestNewParametersSupported(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { classicalAlgorithm := compositemldsa.ClassicalAlgorithm(tc.ClassicalAlgorithm) instance := compositemldsa.MLDSAInstance(tc.Instance) variant := compositemldsa.Variant(tc.Variant) params, err := compositemldsa.NewParameters(classicalAlgorithm, instance, variant) if err != nil { t.Errorf("compositemldsa.NewParameters(%v, %v, %v) err = %v, want nil", classicalAlgorithm, instance, variant, err) } if got := params.ClassicalAlgorithm(); got != classicalAlgorithm { t.Errorf("params.ClassicalAlgorithm() = %v, want %v", got, classicalAlgorithm) } if got := params.MLDSAInstance(); got != instance { t.Errorf("params.MlDsaInstance() = %v, want %v", got, instance) } if got := params.Variant(); got != variant { t.Errorf("params.Variant() = %v, want %v", got, variant) } } } func TestNewParametersUnsupported(t *testing.T) { tests := []struct { classicalAlgorithm compositemldsa.ClassicalAlgorithm instance compositemldsa.MLDSAInstance variant compositemldsa.Variant }{ // Unknown {compositemldsa.UnknownAlgorithm, compositemldsa.MLDSA65, compositemldsa.VariantTink}, {compositemldsa.Ed25519, compositemldsa.UnknownInstance, compositemldsa.VariantTink}, {compositemldsa.Ed25519, compositemldsa.MLDSA65, compositemldsa.VariantUnknown}, // MLDSA65 unsupported {compositemldsa.ECDSAP521, compositemldsa.MLDSA65, compositemldsa.VariantTink}, // MLDSA87 unsupported {compositemldsa.Ed25519, compositemldsa.MLDSA87, compositemldsa.VariantTink}, {compositemldsa.ECDSAP256, compositemldsa.MLDSA87, compositemldsa.VariantTink}, {compositemldsa.RSA3072PKCS1, compositemldsa.MLDSA87, compositemldsa.VariantTink}, {compositemldsa.RSA4096PKCS1, compositemldsa.MLDSA87, compositemldsa.VariantTink}, } for _, tc := range tests { _, err := compositemldsa.NewParameters(tc.classicalAlgorithm, tc.instance, tc.variant) if err == nil { t.Errorf("compositemldsa.NewParameters(%v, %v, %v) err = nil, want error", tc.classicalAlgorithm, tc.instance, tc.variant) } } } func TestParametersEqual(t *testing.T) { for _, classicalAlgorithm := range []compositemldsa.ClassicalAlgorithm{ compositemldsa.RSA3072PSS, compositemldsa.ECDSAP384, } { for _, instance := range []compositemldsa.MLDSAInstance{ compositemldsa.MLDSA65, compositemldsa.MLDSA87, } { t.Run(fmt.Sprintf("%v/%v", classicalAlgorithm, instance), func(t *testing.T) { tinkParams, err := compositemldsa.NewParameters(classicalAlgorithm, instance, compositemldsa.VariantTink) if err != nil { t.Fatalf("NewParameters(classicalAlgorithm, instance, compositemldsa.VariantTink) err = %v", err) } noPrefixParams, err := compositemldsa.NewParameters(classicalAlgorithm, instance, compositemldsa.VariantNoPrefix) if err != nil { t.Fatalf("NewParameters(classicalAlgorithm, instance, compositemldsa.VariantNoPrefix) err = %v", err) } if !tinkParams.Equal(tinkParams) { t.Errorf("tinkParams.Equal(tinkParams) = false, want true") } if !noPrefixParams.Equal(noPrefixParams) { t.Errorf("noPrefixParams.Equal(noPrefixParams) = false, want true") } if tinkParams.Equal(noPrefixParams) { t.Errorf("tinkParams.Equal(noPrefixParams) = true, want false") } }) } } // Test inequality for different classical algorithms and instances. p1, err := compositemldsa.NewParameters(compositemldsa.Ed25519, compositemldsa.MLDSA65, compositemldsa.VariantTink) if err != nil { t.Fatalf("%v", err) } p2, err := compositemldsa.NewParameters(compositemldsa.ECDSAP384, compositemldsa.MLDSA65, compositemldsa.VariantTink) if err != nil { t.Fatalf("%v", err) } if p1.Equal(p2) { t.Errorf("p1.Equal(p2) = true, want false") } p3, err := compositemldsa.NewParameters(compositemldsa.ECDSAP384, compositemldsa.MLDSA87, compositemldsa.VariantTink) if err != nil { t.Fatalf("%v", err) } if p2.Equal(p3) { t.Errorf("p1.Equal(p3) = true, want false") } } func TestNewPublicKeySuccess(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { classicalAlgorithm := compositemldsa.ClassicalAlgorithm(tc.ClassicalAlgorithm) instance := compositemldsa.MLDSAInstance(tc.Instance) variant := compositemldsa.Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", classicalAlgorithm, instance, variant) t.Run(testName, func(t *testing.T) { params, err := compositemldsa.NewParameters(classicalAlgorithm, instance, variant) if err != nil { t.Fatalf("compositemldsa.NewParameters(%v, %v, %v) err = %v, want nil", classicalAlgorithm, instance, variant, err) } // We don't need the private keys for this test. _, mlDsaPubKey := compmldsatestvectors.GenerateMLDSAKeyPair(t, internalcompmldsa.MLDSAInstance(instance)) _, classicalPubKey := compmldsatestvectors.GenerateClassicalKeyPair(t, internalcompmldsa.ClassicalAlgorithm(classicalAlgorithm), tc.ClassicalParams) const keyID = uint32(0x12345678) pubKey, err := compositemldsa.NewPublicKey(mlDsaPubKey, classicalPubKey, keyID, params) if err != nil { t.Errorf("compositemldsa.NewPublicKey(%v, %v, %v, %v) err = %v, want nil", mlDsaPubKey, classicalPubKey, keyID, params, err) } if !pubKey.Parameters().Equal(params) { t.Errorf("pubKey.Parameters() = %v, want %v", pubKey.Parameters(), params) } if gotID, gotOK := pubKey.IDRequirement(); gotOK != params.HasIDRequirement() || (gotOK && gotID != keyID) { t.Errorf("pubKey.IDRequirement() = %v, %v, want %v, %v", gotID, gotOK, keyID, params.HasIDRequirement()) } if !pubKey.ClassicalPublicKey().Equal(classicalPubKey) { t.Errorf("pubKey.ClassicalPublicKey() = %v, want %v", pubKey.ClassicalPublicKey(), classicalPubKey) } if !pubKey.MLDSAPublicKey().Equal(mlDsaPubKey) { t.Errorf("pubKey.MLDSAPublicKey() = %v, want %v", pubKey.MLDSAPublicKey(), mlDsaPubKey) } var expectedOutputPrefix []byte if params.Variant() == compositemldsa.VariantTink { expectedOutputPrefix = outputprefix.Tink(keyID) } if !bytes.Equal(pubKey.OutputPrefix(), expectedOutputPrefix) { t.Errorf("pubKey.OutputPrefix() = %v, want %v", pubKey.OutputPrefix(), expectedOutputPrefix) } }) } } func TestNewPublicKeyEquals(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { classicalAlgorithm := compositemldsa.ClassicalAlgorithm(tc.ClassicalAlgorithm) instance := compositemldsa.MLDSAInstance(tc.Instance) variant := compositemldsa.Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", classicalAlgorithm, instance, variant) t.Run(testName, func(t *testing.T) { params, err := compositemldsa.NewParameters(classicalAlgorithm, instance, variant) if err != nil { t.Fatalf("compositemldsa.NewParameters(%v, %v, %v) err = %v, want nil", classicalAlgorithm, instance, variant, err) } _, mlDsaPubKey := compmldsatestvectors.GenerateMLDSAKeyPair(t, internalcompmldsa.MLDSAInstance(instance)) _, classicalPubKey := compmldsatestvectors.GenerateClassicalKeyPair(t, internalcompmldsa.ClassicalAlgorithm(classicalAlgorithm), tc.ClassicalParams) keyID := uint32(0x12345678) pubKey, err := compositemldsa.NewPublicKey(mlDsaPubKey, classicalPubKey, keyID, params) if err != nil { t.Fatalf("compositemldsa.NewPublicKey(%v, %v, %v, %v) err = %v, want nil", mlDsaPubKey, classicalPubKey, keyID, params, err) } if !pubKey.Equal(pubKey) { t.Errorf("pubKey.Equal(pubKey) = false, want true") } }) } } func TestNewPublicKeyMismatchClassicalParameters(t *testing.T) { tests := []struct { name string classicalAlgorithm compositemldsa.ClassicalAlgorithm instance compositemldsa.MLDSAInstance variant compositemldsa.Variant keyAlgorithm compositemldsa.ClassicalAlgorithm classicalParams key.Parameters }{ { name: "Ed25519 params with ECDSAP256 key", classicalAlgorithm: compositemldsa.Ed25519, instance: compositemldsa.MLDSA65, variant: compositemldsa.VariantTink, keyAlgorithm: compositemldsa.ECDSAP256, classicalParams: mustNewECDSAParameters(t, ecdsa.NistP256, ecdsa.SHA256), }, { name: "ECDSAP256 params with Ed25519 key", classicalAlgorithm: compositemldsa.ECDSAP256, instance: compositemldsa.MLDSA65, variant: compositemldsa.VariantTink, keyAlgorithm: compositemldsa.Ed25519, classicalParams: mustNewED25519Parameters(t), }, { name: "ECDSAP384 params with ECDSAP256 key", classicalAlgorithm: compositemldsa.ECDSAP384, instance: compositemldsa.MLDSA65, variant: compositemldsa.VariantTink, keyAlgorithm: compositemldsa.ECDSAP256, classicalParams: mustNewECDSAParameters(t, ecdsa.NistP256, ecdsa.SHA256), }, { name: "RSA3072PSS params with RSA3072PKCS1 key", classicalAlgorithm: compositemldsa.RSA3072PSS, instance: compositemldsa.MLDSA65, variant: compositemldsa.VariantTink, keyAlgorithm: compositemldsa.RSA3072PKCS1, classicalParams: mustNewRSAPKCS1Parameters(t, 3072, rsassapkcs1.SHA256), }, { name: "RSA3072PKCS1 params with RSA3072PSS key", classicalAlgorithm: compositemldsa.RSA3072PKCS1, instance: compositemldsa.MLDSA65, variant: compositemldsa.VariantTink, keyAlgorithm: compositemldsa.RSA3072PSS, classicalParams: mustNewRSAPSSParameters(t, 3072, rsassapss.SHA256, rsassapss.SHA256, 32), }, } for _, tc := range tests { t.Run(tc.name, func(t *testing.T) { params, err := compositemldsa.NewParameters(tc.classicalAlgorithm, tc.instance, tc.variant) if err != nil { t.Fatalf("compositemldsa.NewParameters(%v, %v, %v) err = %v, want nil", tc.classicalAlgorithm, tc.instance, tc.variant, err) } _, mlDSAPubKey := compmldsatestvectors.GenerateMLDSAKeyPair(t, internalcompmldsa.MLDSAInstance(tc.instance)) _, classicalPubKey := compmldsatestvectors.GenerateClassicalKeyPair(t, internalcompmldsa.ClassicalAlgorithm(tc.keyAlgorithm), tc.classicalParams) keyID := uint32(0x12345678) _, err = compositemldsa.NewPublicKey(mlDSAPubKey, classicalPubKey, keyID, params) if err == nil { t.Errorf("compositemldsa.NewPublicKey(%v, %v, %v, %v) err = nil, want error", mlDSAPubKey, classicalPubKey, keyID, params) } }) } } func TestNewPublicKeyRSAPSSInvalidPublicExponent(t *testing.T) { params, err := compositemldsa.NewParameters(compositemldsa.RSA3072PSS, compositemldsa.MLDSA65, compositemldsa.VariantTink) if err != nil { t.Fatalf("compositemldsa.NewParameters(compositemldsa.RSA3072PSS, compositemldsa.MLDSA65, compositemldsa.VariantTink) err = %v, want nil", err) } _, mlDsaPubKey := compmldsatestvectors.GenerateMLDSAKeyPair(t, internalcompmldsa.MLDSAInstance(compositemldsa.MLDSA65)) classicalPriv, _ := compmldsatestvectors.GenerateClassicalKeyPair(t, internalcompmldsa.ClassicalAlgorithm(compositemldsa.RSA3072PSS), mustNewRSAPSSParameters(t, 3072, rsassapss.SHA256, rsassapss.SHA256, 32)) // Create a new classical public key with an invalid public exponent. classicalPubKeyHandle, err := classicalPriv.(*rsassapss.PrivateKey).PublicKey() if err != nil { t.Fatalf("classicalPriv.PublicKey() err = %v, want nil", err) } classicalPubKey := classicalPubKeyHandle.(*rsassapss.PublicKey) classicalParams := classicalPubKey.Parameters().(*rsassapss.Parameters) newClassicalParams, err := rsassapss.NewParameters(rsassapss.ParametersValues{ ModulusSizeBits: classicalParams.ModulusSizeBits(), SigHashType: classicalParams.SigHashType(), MGF1HashType: classicalParams.MGF1HashType(), PublicExponent: f4 + 2, // Invalid public exponent. SaltLengthBytes: classicalParams.SaltLengthBytes(), }, classicalParams.Variant()) if err != nil { t.Fatalf("rsassapss.NewParameters err = %v, want nil", err) } newClassicalPubKey, err := rsassapss.NewPublicKey(classicalPubKey.Modulus(), 0, newClassicalParams) if err != nil { t.Fatalf("rsassapss.NewPublicKey err = %v, want nil", err) } keyID := uint32(0x12345678) _, err = compositemldsa.NewPublicKey(mlDsaPubKey, newClassicalPubKey, keyID, params) if err == nil { t.Errorf("compositemldsa.NewPublicKey(%v, %v, %v, %v) err = nil, want error", mlDsaPubKey, newClassicalPubKey, keyID, params) } } func TestNewPrivateKeySuccess(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { classicalAlgorithm := compositemldsa.ClassicalAlgorithm(tc.ClassicalAlgorithm) instance := compositemldsa.MLDSAInstance(tc.Instance) variant := compositemldsa.Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", classicalAlgorithm, instance, variant) t.Run(testName, func(t *testing.T) { params, err := compositemldsa.NewParameters(classicalAlgorithm, instance, variant) if err != nil { t.Fatalf("compositemldsa.NewParameters(%v, %v, %v) err = %v, want nil", classicalAlgorithm, instance, variant, err) } mldsaPrivKey, _ := compmldsatestvectors.GenerateMLDSAKeyPair(t, internalcompmldsa.MLDSAInstance(instance)) classicalPrivKey, _ := compmldsatestvectors.GenerateClassicalKeyPair(t, internalcompmldsa.ClassicalAlgorithm(classicalAlgorithm), tc.ClassicalParams) keyID := uint32(0x12345678) privKey, err := compositemldsa.NewPrivateKey(mldsaPrivKey, classicalPrivKey, keyID, params) if err != nil { t.Fatalf("compositemldsa.NewPrivateKey(%v, %v, %v, %v) err = %v, want nil", mldsaPrivKey, classicalPrivKey, keyID, params, err) } if !privKey.Parameters().Equal(params) { t.Errorf("%v, %v, %v: privKey.Parameters() = %v, want %v", tc.ClassicalAlgorithm, tc.Instance, tc.Variant, privKey.Parameters(), params) } if gotID, gotOK := privKey.IDRequirement(); gotOK != params.HasIDRequirement() || (gotOK && gotID != keyID) { t.Errorf("privKey.IDRequirement() = %v, %v, want %v, %v", gotID, gotOK, keyID, params.HasIDRequirement()) } var expectedOutputPrefix []byte if params.Variant() == compositemldsa.VariantTink { expectedOutputPrefix = outputprefix.Tink(keyID) } if !bytes.Equal(privKey.OutputPrefix(), expectedOutputPrefix) { t.Errorf("privKey.OutputPrefix() = %v, want %v", privKey.OutputPrefix(), expectedOutputPrefix) } if !privKey.MLDSAPrivateKey().Equal(mldsaPrivKey) { t.Errorf("privKey.MLDSAPrivateKey() = %v, want %v", privKey.MLDSAPrivateKey(), mldsaPrivKey) } if !privKey.ClassicalPrivateKey().Equal(classicalPrivKey) { t.Errorf("privKey.ClassicalPrivateKey() = %v, want %v", privKey.ClassicalPrivateKey(), classicalPrivKey) } }) } } func TestPrivateKeyEqual(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { classicalAlgorithm := compositemldsa.ClassicalAlgorithm(tc.ClassicalAlgorithm) instance := compositemldsa.MLDSAInstance(tc.Instance) variant := compositemldsa.Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", classicalAlgorithm, instance, variant) t.Run(testName, func(t *testing.T) { params, err := compositemldsa.NewParameters(classicalAlgorithm, instance, variant) if err != nil { t.Fatalf("compositemldsa.NewParameters(%v, %v, %v) err = %v, want nil", classicalAlgorithm, instance, variant, err) } mldsaPrivKey, _ := compmldsatestvectors.GenerateMLDSAKeyPair(t, internalcompmldsa.MLDSAInstance(instance)) classicalPrivKey, _ := compmldsatestvectors.GenerateClassicalKeyPair(t, internalcompmldsa.ClassicalAlgorithm(classicalAlgorithm), tc.ClassicalParams) keyID := uint32(0x12345678) privKey, err := compositemldsa.NewPrivateKey(mldsaPrivKey, classicalPrivKey, keyID, params) if err != nil { t.Fatalf("compositemldsa.NewPrivateKey(%v, %v, %v, %v) err = %v, want nil", mldsaPrivKey, classicalPrivKey, keyID, params, err) } if !privKey.Equal(privKey) { t.Errorf("privKey.Equal(privKey) = false, want true") } // Create a second key with the same parameters. mldsaPrivKey2, _ := compmldsatestvectors.GenerateMLDSAKeyPair(t, internalcompmldsa.MLDSAInstance(instance)) classicalPrivKey2, _ := compmldsatestvectors.GenerateClassicalKeyPair(t, internalcompmldsa.ClassicalAlgorithm(classicalAlgorithm), tc.ClassicalParams) privKey2, err := compositemldsa.NewPrivateKey(mldsaPrivKey2, classicalPrivKey2, keyID, params) if err != nil { t.Fatalf("compositemldsa.NewPrivateKey(%v, %v, %v, %v) err = %v, want nil", mldsaPrivKey2, classicalPrivKey2, keyID, params, err) } if privKey.Equal(privKey2) { t.Errorf("privKey.Equal(privKey2) = true, want false") } }) } } func TestNewPrivateKeyFailsOnMistypedClassicalKey(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { classicalAlgorithm := compositemldsa.ClassicalAlgorithm(tc.ClassicalAlgorithm) instance := compositemldsa.MLDSAInstance(tc.Instance) variant := compositemldsa.Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", classicalAlgorithm, instance, variant) t.Run(testName, func(t *testing.T) { params, err := compositemldsa.NewParameters(classicalAlgorithm, instance, variant) if err != nil { t.Fatalf("compositemldsa.NewParameters(%v, %v, %v) err = %v, want nil", classicalAlgorithm, instance, variant, err) } mldsaPrivKey, _ := compmldsatestvectors.GenerateMLDSAKeyPair(t, internalcompmldsa.MLDSAInstance(instance)) _, classicalPubKey := compmldsatestvectors.GenerateClassicalKeyPair(t, internalcompmldsa.ClassicalAlgorithm(classicalAlgorithm), tc.ClassicalParams) const keyID = uint32(0x12345678) if _, err = compositemldsa.NewPrivateKey(mldsaPrivKey, classicalPubKey, keyID, params); err == nil { t.Errorf("compositemldsa.NewPrivateKey(%v, %v, %v, %v) err = nil, want error", mldsaPrivKey, classicalPubKey, keyID, params) } }) } } func TestPrivateKeyNotEqual(t *testing.T) { params, err := compositemldsa.NewParameters(compositemldsa.Ed25519, compositemldsa.MLDSA65, compositemldsa.VariantTink) if err != nil { t.Fatalf("compositemldsa.NewParameters(Ed25519, MLDSA65, VariantTink) err = %v, want nil", err) } keyID := uint32(0x12345678) classicalParams := mustNewED25519Parameters(t) // Baseline key mldsaPrivKey1, _ := compmldsatestvectors.GenerateMLDSAKeyPair(t, internalcompmldsa.MLDSAInstance(compositemldsa.MLDSA65)) classicalPrivKey1, _ := compmldsatestvectors.GenerateClassicalKeyPair(t, internalcompmldsa.ClassicalAlgorithm(compositemldsa.Ed25519), classicalParams) privKey1, err := compositemldsa.NewPrivateKey(mldsaPrivKey1, classicalPrivKey1, keyID, params) if err != nil { t.Fatalf("compositemldsa.NewPrivateKey() err = %v, want nil", err) } tests := []struct { name string other key.Key wantErr bool }{ { name: "Different PublicKey (keyID)", other: func() key.Key { otherKeyID := uint32(0x87654321) privKeyOtherID, err := compositemldsa.NewPrivateKey(mldsaPrivKey1, classicalPrivKey1, otherKeyID, params) if err != nil { t.Fatalf("compositemldsa.NewPrivateKey() err = %v, want nil", err) } return privKeyOtherID }(), }, { name: "Different ML-DSA Private Key", other: func() key.Key { mldsaPrivKey2, _ := compmldsatestvectors.GenerateMLDSAKeyPair(t, internalcompmldsa.MLDSAInstance(compositemldsa.MLDSA65)) privKeyDiffMLDSA, err := compositemldsa.NewPrivateKey(mldsaPrivKey2, classicalPrivKey1, keyID, params) if err != nil { t.Fatalf("compositemldsa.NewPrivateKey() err = %v, want nil", err) } return privKeyDiffMLDSA }(), }, { name: "Different Classical Private Key", other: func() key.Key { classicalPrivKey2, _ := compmldsatestvectors.GenerateClassicalKeyPair(t, internalcompmldsa.ClassicalAlgorithm(compositemldsa.Ed25519), classicalParams) privKeyDiffClassical, err := compositemldsa.NewPrivateKey(mldsaPrivKey1, classicalPrivKey2, keyID, params) if err != nil { t.Fatalf("compositemldsa.NewPrivateKey() err = %v, want nil", err) } return privKeyDiffClassical }(), }, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { if privKey1.Equal(test.other) { t.Errorf("privKey1.Equal(%s) = true, want false", test.name) } }) } } func mustNewED25519Parameters(t *testing.T) key.Parameters { t.Helper() params, err := ed25519.NewParameters(ed25519.VariantNoPrefix) if err != nil { t.Fatalf("ed25519.NewParameters(ed25519.VariantNoPrefix) err = %v, want nil", err) } return ¶ms } func mustNewECDSAParameters(t *testing.T, curve ecdsa.CurveType, hashType ecdsa.HashType) key.Parameters { t.Helper() params, err := ecdsa.NewParameters(curve, hashType, ecdsa.DER, ecdsa.VariantNoPrefix) if err != nil { t.Fatalf("ecdsa.NewParameters(%v, %v, ecdsa.DER, ecdsa.VariantNoPrefix) err = %v, want nil", curve, hashType, err) } return params } func mustNewRSAPSSParameters(t *testing.T, modulusSizeBits int, sigHashType rsassapss.HashType, mgf1HashType rsassapss.HashType, saltLengthBytes int) key.Parameters { t.Helper() params, err := rsassapss.NewParameters(rsassapss.ParametersValues{ ModulusSizeBits: modulusSizeBits, SigHashType: sigHashType, MGF1HashType: mgf1HashType, PublicExponent: f4, SaltLengthBytes: saltLengthBytes, }, rsassapss.VariantNoPrefix) if err != nil { t.Fatalf("rsassapss.NewParameters err = %v, want nil", err) } return params } func mustNewRSAPKCS1Parameters(t *testing.T, modulusSizeBits int, hashType rsassapkcs1.HashType) key.Parameters { t.Helper() params, err := rsassapkcs1.NewParameters(modulusSizeBits, hashType, f4, rsassapkcs1.VariantNoPrefix) if err != nil { t.Fatalf("rsassapkcs1.NewParameters err = %v, want nil", err) } return params } ================================================ FILE: signature/compositemldsa/protoserialization.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package compositemldsa import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/signature/mldsa" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" mldsapb "github.com/tink-crypto/tink-go/v2/proto/ml_dsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" compositemldsapb "github.com/tink-crypto/tink-go/v2/proto/composite_ml_dsa_go_proto" ) const ( // publicKeyProtoVersion is the accepted [compositemldsapb.CompositeMlDsaPublicKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. publicKeyProtoVersion = 0 // privateKeyProtoVersion is the accepted [cmdpb.CompositeMlDsaPrivateKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. privateKeyProtoVersion = 0 signerTypeURL = "type.googleapis.com/google.crypto.tink.CompositeMlDsaPrivateKey" verifierTypeURL = "type.googleapis.com/google.crypto.tink.CompositeMlDsaPublicKey" ) type publicKeySerializer struct{} var _ protoserialization.KeySerializer = (*publicKeySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func protoMlDsaInstanceFromInstance(instance MLDSAInstance) (mldsapb.MlDsaInstance, error) { switch instance { case MLDSA65: return mldsapb.MlDsaInstance_ML_DSA_65, nil case MLDSA87: return mldsapb.MlDsaInstance_ML_DSA_87, nil default: return mldsapb.MlDsaInstance_ML_DSA_UNKNOWN_INSTANCE, fmt.Errorf("unknown instance: %v", instance) } } func protoCompositeMlDsaClassicalAlgorithmFromCompositeMlDsaClassicalAlgorithm(alg ClassicalAlgorithm) (compositemldsapb.CompositeMlDsaClassicalAlgorithm, error) { switch alg { case Ed25519: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ED25519, nil case ECDSAP256: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P256, nil case ECDSAP384: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P384, nil case ECDSAP521: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P521, nil case RSA3072PSS: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA3072_PSS, nil case RSA4096PSS: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA4096_PSS, nil case RSA3072PKCS1: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA3072_PKCS1, nil case RSA4096PKCS1: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA4096_PKCS1, nil default: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_UNKNOWN, fmt.Errorf("unknown classical algorithm: %v", alg) } } func typeURLForClassicalAlgorithm(algorithm ClassicalAlgorithm, private bool) (string, error) { switch algorithm { case Ed25519: if private { return "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", nil } return "type.googleapis.com/google.crypto.tink.Ed25519PublicKey", nil case ECDSAP256, ECDSAP384, ECDSAP521: if private { return "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", nil } return "type.googleapis.com/google.crypto.tink.EcdsaPublicKey", nil case RSA3072PSS, RSA4096PSS: if private { return "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", nil } return "type.googleapis.com/google.crypto.tink.RsaSsaPssPublicKey", nil case RSA3072PKCS1, RSA4096PKCS1: if private { return "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", nil } return "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PublicKey", nil default: return "", fmt.Errorf("unknown classical algorithm: %v", algorithm) } } func serializeClassicalKey(k key.Key) ([]byte, error) { switch k.(type) { case *ed25519.PublicKey, *ecdsa.PublicKey, *rsassapss.PublicKey, *rsassapkcs1.PublicKey, *ed25519.PrivateKey, *ecdsa.PrivateKey, *rsassapss.PrivateKey, *rsassapkcs1.PrivateKey: serialization, err := protoserialization.SerializeKey(k) if err != nil { return nil, err } return serialization.KeyData().GetValue(), nil default: return nil, fmt.Errorf("unsupported classical key type: %T", k) } } func (s *publicKeySerializer) SerializeKey(k key.Key) (*protoserialization.KeySerialization, error) { compositePublicKey, ok := k.(*PublicKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *compositemldsa.PublicKey", k) } if compositePublicKey.params == nil { return nil, fmt.Errorf("invalid key: parameters are nil") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(compositePublicKey.params.Variant()) if err != nil { return nil, err } mldsaInstance, err := protoMlDsaInstanceFromInstance(compositePublicKey.params.MLDSAInstance()) if err != nil { return nil, err } classicalAlgorithm, err := protoCompositeMlDsaClassicalAlgorithmFromCompositeMlDsaClassicalAlgorithm(compositePublicKey.params.ClassicalAlgorithm()) if err != nil { return nil, err } classicalTypeURL, err := typeURLForClassicalAlgorithm(compositePublicKey.params.ClassicalAlgorithm(), false) if err != nil { return nil, err } classicalPublicKeyBytes, err := serializeClassicalKey(compositePublicKey.classicalPublicKey) if err != nil { return nil, err } classicalPublicKeyData := &tinkpb.KeyData{ TypeUrl: classicalTypeURL, Value: classicalPublicKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } mldsaPublicKeySerialization, err := protoserialization.SerializeKey(compositePublicKey.mlDSAPublicKey) if err != nil { return nil, err } mldsaPublicKeyData := mldsaPublicKeySerialization.KeyData() protoKey := &compositemldsapb.CompositeMlDsaPublicKey{ Version: publicKeyProtoVersion, Params: &compositemldsapb.CompositeMlDsaParams{ MlDsaInstance: mldsaInstance, ClassicalAlgorithm: classicalAlgorithm, }, MlDsaPublicKey: mldsaPublicKeyData, ClassicalPublicKey: classicalPublicKeyData, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } idRequirement, _ := compositePublicKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(k key.Key) (*protoserialization.KeySerialization, error) { compositePrivateKey, ok := k.(*PrivateKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *compositemldsa.PrivateKey", k) } if compositePrivateKey.publicKey == nil { return nil, fmt.Errorf("invalid key: public key is nil") } params := compositePrivateKey.publicKey.params if params == nil { return nil, fmt.Errorf("invalid key: public key parameters are nil") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(params.Variant()) if err != nil { return nil, err } mldsaInstance, err := protoMlDsaInstanceFromInstance(params.MLDSAInstance()) if err != nil { return nil, err } classicalAlgorithm, err := protoCompositeMlDsaClassicalAlgorithmFromCompositeMlDsaClassicalAlgorithm(params.ClassicalAlgorithm()) if err != nil { return nil, err } classicalTypeURL, err := typeURLForClassicalAlgorithm(params.ClassicalAlgorithm(), true) if err != nil { return nil, err } classicalPrivateKeyBytes, err := serializeClassicalKey(compositePrivateKey.classicalPrivateKey) if err != nil { return nil, err } classicalPrivateKeyData := &tinkpb.KeyData{ TypeUrl: classicalTypeURL, Value: classicalPrivateKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } mldsaPrivateKeySerialization, err := protoserialization.SerializeKey(compositePrivateKey.mlDSAPrivateKey) if err != nil { return nil, err } mldsaPrivateKeyData := mldsaPrivateKeySerialization.KeyData() protoKey := &compositemldsapb.CompositeMlDsaPrivateKey{ Version: privateKeyProtoVersion, Params: &compositemldsapb.CompositeMlDsaParams{ MlDsaInstance: mldsaInstance, ClassicalAlgorithm: classicalAlgorithm, }, MlDsaPrivateKey: mldsaPrivateKeyData, ClassicalPrivateKey: classicalPrivateKeyData, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } idRequirement, _ := compositePrivateKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type publicKeyParser struct{} var _ protoserialization.KeyParser = (*publicKeyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func instanceFromProto(instanceType mldsapb.MlDsaInstance) (MLDSAInstance, error) { switch instanceType { case mldsapb.MlDsaInstance_ML_DSA_65: return MLDSA65, nil case mldsapb.MlDsaInstance_ML_DSA_87: return MLDSA87, nil default: return UnknownInstance, fmt.Errorf("unsupported instance type: %v", instanceType) } } func classicalAlgorithmFromProto(algorithmType compositemldsapb.CompositeMlDsaClassicalAlgorithm) (ClassicalAlgorithm, error) { switch algorithmType { case compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ED25519: return Ed25519, nil case compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P256: return ECDSAP256, nil case compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P384: return ECDSAP384, nil case compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P521: return ECDSAP521, nil case compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA3072_PSS: return RSA3072PSS, nil case compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA4096_PSS: return RSA4096PSS, nil case compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA3072_PKCS1: return RSA3072PKCS1, nil case compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA4096_PKCS1: return RSA4096PKCS1, nil default: return UnknownAlgorithm, fmt.Errorf("unsupported classical algorithm type: %v", algorithmType) } } func parseClassicalPublicKey(classicalPublicKeyData *tinkpb.KeyData) (key.Key, error) { if classicalPublicKeyData == nil { return nil, fmt.Errorf("classical public key data is nil") } // Classical keys are stored with RAW prefix type within the composite key. serialization, err := protoserialization.NewKeySerialization(classicalPublicKeyData, tinkpb.OutputPrefixType_RAW, 0) if err != nil { return nil, fmt.Errorf("failed to create key serialization for classical public key: %v", err) } parsedKey, err := protoserialization.ParseKey(serialization) if err != nil { return nil, fmt.Errorf("failed to parse classical public key: %v", err) } return parsedKey, nil } func parseMLDSAPublicKey(mldsaPublicKeyData *tinkpb.KeyData) (*mldsa.PublicKey, error) { if mldsaPublicKeyData == nil { return nil, fmt.Errorf("ml-dsa public key data is nil") } // The embedded ML-DSA key has no prefix. mldsaKeySerialization, err := protoserialization.NewKeySerialization(mldsaPublicKeyData, tinkpb.OutputPrefixType_RAW, 0) if err != nil { return nil, fmt.Errorf("failed to create key serialization for ML-DSA public key: %v", err) } parsedMLDSAKey, err := protoserialization.ParseKey(mldsaKeySerialization) if err != nil { return nil, fmt.Errorf("failed to parse ML-DSA public key: %v", err) } mldsaPublicKey, ok := parsedMLDSAKey.(*mldsa.PublicKey) if !ok { return nil, fmt.Errorf("parsed ML-DSA key is not a PublicKey") } return mldsaPublicKey, nil } func parseClassicalPrivateKey(classicalPrivateKeyData *tinkpb.KeyData) (key.Key, error) { if classicalPrivateKeyData == nil { return nil, fmt.Errorf("classical private key data is nil") } // Classical keys are stored with RAW prefix type within the composite key. serialization, err := protoserialization.NewKeySerialization(classicalPrivateKeyData, tinkpb.OutputPrefixType_RAW, 0) if err != nil { return nil, fmt.Errorf("create key serialization for classical private key: %v", err) } parsedKey, err := protoserialization.ParseKey(serialization) if err != nil { return nil, fmt.Errorf("parse classical private key: %v", err) } return parsedKey, nil } func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != verifierTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoKey := new(compositemldsapb.CompositeMlDsaPublicKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != publicKeyProtoVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } instance, err := instanceFromProto(protoKey.GetParams().GetMlDsaInstance()) if err != nil { return nil, err } classicalAlgorithm, err := classicalAlgorithmFromProto(protoKey.GetParams().GetClassicalAlgorithm()) if err != nil { return nil, err } params, err := NewParameters(classicalAlgorithm, instance, variant) if err != nil { return nil, err } keyID, _ := keySerialization.IDRequirement() mldsaPublicKey, err := parseMLDSAPublicKey(protoKey.GetMlDsaPublicKey()) if err != nil { return nil, err } classicalPublicKey, err := parseClassicalPublicKey(protoKey.GetClassicalPublicKey()) if err != nil { return nil, err } return NewPublicKey(mldsaPublicKey, classicalPublicKey, keyID, params) } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoKey := new(compositemldsapb.CompositeMlDsaPrivateKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != privateKeyProtoVersion { return nil, fmt.Errorf("private key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } instance, err := instanceFromProto(protoKey.GetParams().GetMlDsaInstance()) if err != nil { return nil, err } classicalAlgorithm, err := classicalAlgorithmFromProto(protoKey.GetParams().GetClassicalAlgorithm()) if err != nil { return nil, err } params, err := NewParameters(classicalAlgorithm, instance, variant) if err != nil { return nil, err } keyID, _ := keySerialization.IDRequirement() mldsaPrivateKeyData := protoKey.GetMlDsaPrivateKey() if mldsaPrivateKeyData == nil { return nil, fmt.Errorf("ml-dsa private key data is nil") } // The embedded ML-DSA key has no prefix. mldsaKeySerialization, err := protoserialization.NewKeySerialization(mldsaPrivateKeyData, tinkpb.OutputPrefixType_RAW, 0) if err != nil { return nil, fmt.Errorf("create key serialization for ML-DSA private key: %v", err) } parsedMLDSAKey, err := protoserialization.ParseKey(mldsaKeySerialization) if err != nil { return nil, fmt.Errorf("parse ML-DSA private key: %v", err) } mldsaPrivateKey, ok := parsedMLDSAKey.(*mldsa.PrivateKey) if !ok { return nil, fmt.Errorf("parsed ML-DSA key is not a PrivateKey") } classicalPrivateKey, err := parseClassicalPrivateKey(protoKey.GetClassicalPrivateKey()) if err != nil { return nil, err } return NewPrivateKey(mldsaPrivateKey, classicalPrivateKey, keyID, params) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { compParams, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *compositemldsa.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(compParams.Variant()) if err != nil { return nil, err } mldsaInstance, err := protoMlDsaInstanceFromInstance(compParams.MLDSAInstance()) if err != nil { return nil, err } classicalAlgorithm, err := protoCompositeMlDsaClassicalAlgorithmFromCompositeMlDsaClassicalAlgorithm(compParams.ClassicalAlgorithm()) if err != nil { return nil, err } format := &compositemldsapb.CompositeMlDsaKeyFormat{ Params: &compositemldsapb.CompositeMlDsaParams{ MlDsaInstance: mldsaInstance, ClassicalAlgorithm: classicalAlgorithm, }, Version: 0, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), signerTypeURL) } format := new(compositemldsapb.CompositeMlDsaKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("unsupported key version: got %d, want %d", format.GetVersion(), 0) } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } instance, err := instanceFromProto(format.GetParams().GetMlDsaInstance()) if err != nil { return nil, err } classicalAlgorithm, err := classicalAlgorithmFromProto(format.GetParams().GetClassicalAlgorithm()) if err != nil { return nil, err } params, err := NewParameters(classicalAlgorithm, instance, variant) if err != nil { return nil, err } return params, nil } ================================================ FILE: signature/compositemldsa/protoserialization_test.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package compositemldsa import ( "bytes" "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" compmldsainternal "github.com/tink-crypto/tink-go/v2/internal/signature/compositemldsa" compmldsatestvectors "github.com/tink-crypto/tink-go/v2/internal/signature/compositemldsa/testing" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature/mldsa" compositemldsapb "github.com/tink-crypto/tink-go/v2/proto/composite_ml_dsa_go_proto" mldsapb "github.com/tink-crypto/tink-go/v2/proto/ml_dsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v", keyData, outputPrefixType, idRequirement, err) } return ks } func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() out, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal err = %v", err) } return out } func mustSerializeKey(t *testing.T, k key.Key) []byte { t.Helper() if k == nil { return nil } s, err := protoserialization.SerializeKey(k) if err != nil { t.Fatalf("protoserialization.SerializeKey err = %v", err) } return s.KeyData().GetValue() } func mustCreateMLDSAKey(t *testing.T, instance MLDSAInstance, alg ClassicalAlgorithm) *mldsa.PublicKey { t.Helper() k, _ := compmldsatestvectors.CreatePublicKeyDeterministic(t, compmldsainternal.MLDSAInstance(instance), compmldsainternal.ClassicalAlgorithm(alg)) return k } func mustCreateECDSAKey(t *testing.T, instance MLDSAInstance, alg ClassicalAlgorithm) *ecdsa.PublicKey { t.Helper() _, k := compmldsatestvectors.CreatePublicKeyDeterministic(t, compmldsainternal.MLDSAInstance(instance), compmldsainternal.ClassicalAlgorithm(alg)) if k == nil { return nil } return k.(*ecdsa.PublicKey) } func mustMarshalECDSAPublicKey(t *testing.T, instance MLDSAInstance, alg ClassicalAlgorithm) []byte { t.Helper() return mustSerializeKey(t, mustCreateECDSAKey(t, instance, alg)) } func mustCreateSerializedPublicKey(t *testing.T, instance mldsapb.MlDsaInstance, classicalAlg compositemldsapb.CompositeMlDsaClassicalAlgorithm, mlDSAPubKeyBytes, classicalPubKeyBytes []byte, classicalTypeURL string) []byte { t.Helper() protoKey := &compositemldsapb.CompositeMlDsaPublicKey{ Version: publicKeyProtoVersion, Params: &compositemldsapb.CompositeMlDsaParams{ MlDsaInstance: instance, ClassicalAlgorithm: classicalAlg, }, MlDsaPublicKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPublicKey", Value: mlDSAPubKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, ClassicalPublicKey: &tinkpb.KeyData{ TypeUrl: classicalTypeURL, Value: classicalPubKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, } return mustMarshal(t, protoKey) } func mustCreateCompositePublicKey(t *testing.T, mlDSAPubKey *mldsa.PublicKey, classicalPubKey key.Key, idRequirement uint32, params *Parameters) *PublicKey { t.Helper() pubKey, err := NewPublicKey(mlDSAPubKey, classicalPubKey, idRequirement, params) if err != nil { t.Fatalf("NewPublicKey err = %v", err) } return pubKey } func mustCreateMLDSAPrivateKey(t *testing.T, instance MLDSAInstance, alg ClassicalAlgorithm) *mldsa.PrivateKey { t.Helper() k, _ := compmldsatestvectors.CreatePrivateKeyDeterministic(t, compmldsainternal.MLDSAInstance(instance), compmldsainternal.ClassicalAlgorithm(alg)) return k } func mustCreateECDSAPrivateKey(t *testing.T, instance MLDSAInstance, alg ClassicalAlgorithm) *ecdsa.PrivateKey { t.Helper() _, k := compmldsatestvectors.CreatePrivateKeyDeterministic(t, compmldsainternal.MLDSAInstance(instance), compmldsainternal.ClassicalAlgorithm(alg)) if k == nil { return nil } return k.(*ecdsa.PrivateKey) } func mustMarshalMLDSAPrivateKey(t *testing.T, instance MLDSAInstance, alg ClassicalAlgorithm) []byte { t.Helper() return mustSerializeKey(t, mustCreateMLDSAPrivateKey(t, instance, alg)) } func mustMarshalECDSAPrivateKey(t *testing.T, instance MLDSAInstance, alg ClassicalAlgorithm) []byte { t.Helper() return mustSerializeKey(t, mustCreateECDSAPrivateKey(t, instance, alg)) } func mustCreateSerializedPrivateKey(t *testing.T, instance mldsapb.MlDsaInstance, classicalAlg compositemldsapb.CompositeMlDsaClassicalAlgorithm, mlDSAPrivKeyBytes, classicalPrivKeyBytes []byte, classicalTypeURL string) []byte { t.Helper() protoKey := &compositemldsapb.CompositeMlDsaPrivateKey{ Version: 0, Params: &compositemldsapb.CompositeMlDsaParams{ MlDsaInstance: instance, ClassicalAlgorithm: classicalAlg, }, MlDsaPrivateKey: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: mlDSAPrivKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, ClassicalPrivateKey: &tinkpb.KeyData{ TypeUrl: classicalTypeURL, Value: classicalPrivKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, } return mustMarshal(t, protoKey) } func mustCreateCompositePrivateKey(t *testing.T, mlDSAPrivKey *mldsa.PrivateKey, classicalPrivKey key.Key, idRequirement uint32, params *Parameters) *PrivateKey { t.Helper() privKey, err := NewPrivateKey(mlDSAPrivKey, classicalPrivKey, idRequirement, params) if err != nil { t.Fatalf("NewPrivateKey err = %v", err) } return privKey } func protoInstanceEnum(instance MLDSAInstance) mldsapb.MlDsaInstance { switch instance { case MLDSA65: return mldsapb.MlDsaInstance_ML_DSA_65 case MLDSA87: return mldsapb.MlDsaInstance_ML_DSA_87 default: return mldsapb.MlDsaInstance_ML_DSA_UNKNOWN_INSTANCE } } func protoClassicalEnum(alg ClassicalAlgorithm) compositemldsapb.CompositeMlDsaClassicalAlgorithm { switch alg { case Ed25519: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ED25519 case ECDSAP256: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P256 case ECDSAP384: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P384 case ECDSAP521: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P521 case RSA3072PSS: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA3072_PSS case RSA4096PSS: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA4096_PSS case RSA3072PKCS1: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA3072_PKCS1 case RSA4096PKCS1: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_RSA4096_PKCS1 default: return compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_UNKNOWN } } func TestParsePublicKey(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { instance := MLDSAInstance(tc.Instance) classicalAlg := ClassicalAlgorithm(tc.ClassicalAlgorithm) variant := Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", instance, classicalAlg, variant) t.Run(testName, func(t *testing.T) { mlDSAPubKey, classicalPubKey := compmldsatestvectors.CreatePublicKeyDeterministic(t, compmldsainternal.MLDSAInstance(instance), compmldsainternal.ClassicalAlgorithm(classicalAlg)) if mlDSAPubKey == nil || classicalPubKey == nil { t.Fatalf("Failed to get deterministic keys") } mlDSAKeyVal := mustSerializeKey(t, mlDSAPubKey) classicalKeyVal := mustSerializeKey(t, classicalPubKey) typeURL, err := typeURLForClassicalAlgorithm(classicalAlg, false) if err != nil { t.Fatalf("typeURLForClassicalAlgorithm err = %v", err) } val := mustCreateSerializedPublicKey(t, protoInstanceEnum(instance), protoClassicalEnum(classicalAlg), mlDSAKeyVal, classicalKeyVal, typeURL, ) var keyID uint32 var prefixType tinkpb.OutputPrefixType = tinkpb.OutputPrefixType_RAW if variant == VariantTink { prefixType = tinkpb.OutputPrefixType_TINK keyID = 12345 } keySerialization := mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: val, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, prefixType, keyID) wantKey := mustCreateCompositePublicKey(t, mlDSAPubKey, classicalPubKey, keyID, &Parameters{mlDSAInstance: instance, classicalAlgorithm: classicalAlg, variant: variant}, ) parser := &publicKeyParser{} gotKey, err := parser.ParseKey(keySerialization) if err != nil { t.Fatalf("parser.ParseKey(%v) err = %v", keySerialization, err) } if !gotKey.Equal(wantKey) { t.Errorf("gotKey.Equal(wantKey) = false, want true") } }) } } func TestSerializePublicKey(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { instance := MLDSAInstance(tc.Instance) classicalAlg := ClassicalAlgorithm(tc.ClassicalAlgorithm) variant := Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", instance, classicalAlg, variant) t.Run(testName, func(t *testing.T) { mlDSAPubKey, classicalPubKey := compmldsatestvectors.CreatePublicKeyDeterministic(t, compmldsainternal.MLDSAInstance(instance), compmldsainternal.ClassicalAlgorithm(classicalAlg)) if mlDSAPubKey == nil || classicalPubKey == nil { t.Fatalf("Failed to get deterministic keys") } mlDSAKeyVal := mustSerializeKey(t, mlDSAPubKey) classicalKeyVal := mustSerializeKey(t, classicalPubKey) typeURL, err := typeURLForClassicalAlgorithm(classicalAlg, false) if err != nil { t.Fatalf("typeURLForClassicalAlgorithm err = %v", err) } val := mustCreateSerializedPublicKey(t, protoInstanceEnum(instance), protoClassicalEnum(classicalAlg), mlDSAKeyVal, classicalKeyVal, typeURL, ) var keyID uint32 var prefixType tinkpb.OutputPrefixType = tinkpb.OutputPrefixType_RAW if variant == VariantTink { prefixType = tinkpb.OutputPrefixType_TINK keyID = 12345 } keySerialization := mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: val, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, prefixType, keyID) keyInput := mustCreateCompositePublicKey(t, mlDSAPubKey, classicalPubKey, keyID, &Parameters{mlDSAInstance: instance, classicalAlgorithm: classicalAlg, variant: variant}, ) serializer := &publicKeySerializer{} gotSerialization, err := serializer.SerializeKey(keyInput) if err != nil { t.Fatalf("serializer.SerializeKey(keyInput) err = %v", err) } if !gotSerialization.Equal(keySerialization) { t.Errorf("gotSerialization.Equal(keySerialization) = false, want true") } }) } } type stubKey struct{} func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return false } func (k *stubKey) IDRequirement() (uint32, bool) { return 0, false } func TestSerializePublicKeyFails(t *testing.T) { mlDSAPubKey := mustCreateMLDSAKey(t, MLDSA65, ECDSAP256) ecdsaPubKey := mustCreateECDSAKey(t, MLDSA65, ECDSAP256) params, _ := NewParameters(ECDSAP256, MLDSA65, VariantTink) for _, tc := range []struct { name string publicKey key.Key }{ { name: "nil_key", publicKey: nil, }, { name: "wrong_key_type", publicKey: &stubKey{}, }, { name: "parameters_are_nil", publicKey: &PublicKey{mlDSAPublicKey: mlDSAPubKey, classicalPublicKey: ecdsaPubKey}, }, { name: "classical_public_key_is_nil", publicKey: &PublicKey{params: params, mlDSAPublicKey: mlDSAPubKey, classicalPublicKey: nil}, }, } { t.Run(tc.name, func(t *testing.T) { s := &publicKeySerializer{} if _, err := s.SerializeKey(tc.publicKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want error", tc.publicKey) } }) } } func TestParsePublicKeyFails(t *testing.T) { mlDSA65Pub := mustSerializeKey(t, mustCreateMLDSAKey(t, MLDSA65, ECDSAP256)) ecdsaP256 := mustSerializeKey(t, mustCreateECDSAKey(t, MLDSA65, ECDSAP256)) ecdsaTypeURL := "type.googleapis.com/google.crypto.tink.EcdsaPublicKey" validValue := mustCreateSerializedPublicKey(t, mldsapb.MlDsaInstance_ML_DSA_65, compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P256, mlDSA65Pub, ecdsaP256, ecdsaTypeURL) // Create a proto with unsupported version protoKey := new(compositemldsapb.CompositeMlDsaPublicKey) proto.Unmarshal(validValue, protoKey) protoKey.Version = 1 invalidVersionValue, _ := proto.Marshal(protoKey) // Create a proto with unknown instance protoKey = new(compositemldsapb.CompositeMlDsaPublicKey) proto.Unmarshal(validValue, protoKey) protoKey.Params.MlDsaInstance = mldsapb.MlDsaInstance_ML_DSA_UNKNOWN_INSTANCE unknownInstanceValue, _ := proto.Marshal(protoKey) // Create a proto with unknown classical algorithm protoKey = new(compositemldsapb.CompositeMlDsaPublicKey) proto.Unmarshal(validValue, protoKey) protoKey.Params.ClassicalAlgorithm = compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_UNKNOWN unknownClassicalValue, _ := proto.Marshal(protoKey) for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key_serialization_is_nil", keySerialization: nil, }, { name: "wrong_type_URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "wrong.type.url", Value: validValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong_key_material_type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: validValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid_proto", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unsupported_version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: invalidVersionValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unsupported_output_prefix_type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: validValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_LEGACY, 12345), }, { name: "unknown_instance", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: unknownInstanceValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unknown_classical_algorithm", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: unknownClassicalValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} if _, err := p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want error", tc.keySerialization) } }) } } func TestParsePrivateKey(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { instance := MLDSAInstance(tc.Instance) classicalAlg := ClassicalAlgorithm(tc.ClassicalAlgorithm) variant := Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", instance, classicalAlg, variant) t.Run(testName, func(t *testing.T) { mlDSAPrivKey, classicalPrivKey := compmldsatestvectors.CreatePrivateKeyDeterministic(t, compmldsainternal.MLDSAInstance(instance), compmldsainternal.ClassicalAlgorithm(classicalAlg)) if mlDSAPrivKey == nil || classicalPrivKey == nil { t.Fatalf("Failed to get deterministic private keys") } mlDSAKeyVal := mustSerializeKey(t, mlDSAPrivKey) classicalKeyVal := mustSerializeKey(t, classicalPrivKey) typeURL, err := typeURLForClassicalAlgorithm(classicalAlg, true) if err != nil { t.Fatalf("typeURLForClassicalAlgorithm err = %v", err) } val := mustCreateSerializedPrivateKey(t, protoInstanceEnum(instance), protoClassicalEnum(classicalAlg), mlDSAKeyVal, classicalKeyVal, typeURL, ) var keyID uint32 var prefixType tinkpb.OutputPrefixType = tinkpb.OutputPrefixType_RAW if variant == VariantTink { prefixType = tinkpb.OutputPrefixType_TINK keyID = 12345 } keySerialization := mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: val, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, prefixType, keyID) wantKey := mustCreateCompositePrivateKey(t, mlDSAPrivKey, classicalPrivKey, keyID, &Parameters{mlDSAInstance: instance, classicalAlgorithm: classicalAlg, variant: variant}, ) parser := &privateKeyParser{} gotKey, err := parser.ParseKey(keySerialization) if err != nil { t.Fatalf("parser.ParseKey(%v) err = %v", keySerialization, err) } if !gotKey.Equal(wantKey) { t.Errorf("gotKey.Equal(wantKey) = false, want true") } }) } } func TestSerializePrivateKey(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { instance := MLDSAInstance(tc.Instance) classicalAlg := ClassicalAlgorithm(tc.ClassicalAlgorithm) variant := Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", instance, classicalAlg, variant) t.Run(testName, func(t *testing.T) { mlDSAPrivKey, classicalPrivKey := compmldsatestvectors.CreatePrivateKeyDeterministic(t, compmldsainternal.MLDSAInstance(instance), compmldsainternal.ClassicalAlgorithm(classicalAlg)) if mlDSAPrivKey == nil || classicalPrivKey == nil { t.Fatalf("Failed to get deterministic private keys") } mlDSAKeyVal := mustSerializeKey(t, mlDSAPrivKey) classicalKeyVal := mustSerializeKey(t, classicalPrivKey) typeURL, err := typeURLForClassicalAlgorithm(classicalAlg, true) if err != nil { t.Fatalf("typeURLForClassicalAlgorithm err = %v", err) } val := mustCreateSerializedPrivateKey(t, protoInstanceEnum(instance), protoClassicalEnum(classicalAlg), mlDSAKeyVal, classicalKeyVal, typeURL, ) var keyID uint32 var prefixType tinkpb.OutputPrefixType = tinkpb.OutputPrefixType_RAW if variant == VariantTink { prefixType = tinkpb.OutputPrefixType_TINK keyID = 12345 } keySerialization := mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: val, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, prefixType, keyID) keyInput := mustCreateCompositePrivateKey(t, mlDSAPrivKey, classicalPrivKey, keyID, &Parameters{mlDSAInstance: instance, classicalAlgorithm: classicalAlg, variant: variant}, ) serializer := &privateKeySerializer{} gotSerialization, err := serializer.SerializeKey(keyInput) if err != nil { t.Fatalf("serializer.SerializeKey(keyInput) err = %v", err) } if !gotSerialization.Equal(keySerialization) { t.Errorf("gotSerialization.Equal(keySerialization) = false, want true") } }) } } func TestSerializePrivateKeyFails(t *testing.T) { mlDSAPrivKey := mustCreateMLDSAPrivateKey(t, MLDSA65, ECDSAP256) ecdsaPrivKey := mustCreateECDSAPrivateKey(t, MLDSA65, ECDSAP256) for _, tc := range []struct { name string privateKey key.Key }{ { name: "nil_key", privateKey: nil, }, { name: "wrong_key_type", privateKey: &stubKey{}, }, { name: "public_key_is_nil", privateKey: &PrivateKey{mlDSAPrivateKey: mlDSAPrivKey, classicalPrivateKey: ecdsaPrivKey}, }, { name: "public_key_parameters_are_nil", privateKey: &PrivateKey{publicKey: &PublicKey{}, mlDSAPrivateKey: mlDSAPrivKey, classicalPrivateKey: ecdsaPrivKey}, }, } { t.Run(tc.name, func(t *testing.T) { s := &privateKeySerializer{} if _, err := s.SerializeKey(tc.privateKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want error", tc.privateKey) } }) } } func TestParsePrivateKeyFails(t *testing.T) { mlDSA65Priv := mustMarshalMLDSAPrivateKey(t, MLDSA65, ECDSAP256) ecdsaP256Priv := mustMarshalECDSAPrivateKey(t, MLDSA65, ECDSAP256) ecdsaTypeURL := "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey" validValue := mustCreateSerializedPrivateKey(t, mldsapb.MlDsaInstance_ML_DSA_65, compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P256, mlDSA65Priv, ecdsaP256Priv, ecdsaTypeURL) // Create a proto with unsupported version protoKey := new(compositemldsapb.CompositeMlDsaPrivateKey) proto.Unmarshal(validValue, protoKey) protoKey.Version = 1 invalidVersionValue, _ := proto.Marshal(protoKey) // Create a proto with unknown instance protoKey = new(compositemldsapb.CompositeMlDsaPrivateKey) proto.Unmarshal(validValue, protoKey) protoKey.Params.MlDsaInstance = mldsapb.MlDsaInstance_ML_DSA_UNKNOWN_INSTANCE unknownInstanceValue, _ := proto.Marshal(protoKey) // Create a proto with nil ML-DSA private key protoKey = new(compositemldsapb.CompositeMlDsaPrivateKey) proto.Unmarshal(validValue, protoKey) protoKey.MlDsaPrivateKey = nil nilMLDSAValue, _ := proto.Marshal(protoKey) // Altered ML-DSA key alteredMLDSAPriv := bytes.Clone(mlDSA65Priv) alteredMLDSAPriv[len(alteredMLDSAPriv)-1] ^= 0xFF alteredMLDSAValue := mustCreateSerializedPrivateKey(t, mldsapb.MlDsaInstance_ML_DSA_65, compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P256, alteredMLDSAPriv, ecdsaP256Priv, ecdsaTypeURL) // Altered classical key alteredClassicalPriv := bytes.Clone(ecdsaP256Priv) alteredClassicalPriv[len(alteredClassicalPriv)-1] ^= 0xFF alteredClassicalValue := mustCreateSerializedPrivateKey(t, mldsapb.MlDsaInstance_ML_DSA_65, compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P256, mlDSA65Priv, alteredClassicalPriv, ecdsaTypeURL) for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key_serialization_is_nil", keySerialization: nil, }, { name: "wrong_type_URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "wrong.type.url", Value: validValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong_key_material_type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: validValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid_proto", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unsupported_version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: invalidVersionValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unknown_instance", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: unknownInstanceValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "nil_ML-DSA_key", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: nilMLDSAValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "altered_ML-DSA_key", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: alteredMLDSAValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "altered_classical_key", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: alteredClassicalValue, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} if _, err := p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want error", tc.keySerialization) } }) } } type parametersTestCase struct { name string parameters *Parameters template *tinkpb.KeyTemplate } func parametersTestCases(t *testing.T) []parametersTestCase { t.Helper() var tcs []parametersTestCase for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { instance := MLDSAInstance(tc.Instance) classicalAlg := ClassicalAlgorithm(tc.ClassicalAlgorithm) variant := Variant(tc.Variant) name := fmt.Sprintf("%v-%v-%v", instance, classicalAlg, variant) parameters := &Parameters{mlDSAInstance: instance, classicalAlgorithm: classicalAlg, variant: variant} var prefixType tinkpb.OutputPrefixType = tinkpb.OutputPrefixType_RAW if variant == VariantTink { prefixType = tinkpb.OutputPrefixType_TINK } template := &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: prefixType, Value: mustMarshal(t, &compositemldsapb.CompositeMlDsaKeyFormat{ Params: &compositemldsapb.CompositeMlDsaParams{ MlDsaInstance: protoInstanceEnum(instance), ClassicalAlgorithm: protoClassicalEnum(classicalAlg), }, Version: 0, }), } tcs = append(tcs, parametersTestCase{ name: name, parameters: parameters, template: template, }) } return tcs } func TestParseParameters(t *testing.T) { for _, tc := range parametersTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.template) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.template, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.template, diff) } // Round-trip gotTemplate, err := protoserialization.SerializeParameters(got) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", got, err) } if diff := cmp.Diff(tc.template, gotTemplate, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", got, diff) } }) } } func TestSerializeParameters(t *testing.T) { for _, tc := range parametersTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.template, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParametersFails(t *testing.T) { validValue := mustMarshal(t, &compositemldsapb.CompositeMlDsaKeyFormat{ Params: &compositemldsapb.CompositeMlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, ClassicalAlgorithm: compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P256, }, Version: 0, }) // Create a proto with unsupported version protoFormat := new(compositemldsapb.CompositeMlDsaKeyFormat) proto.Unmarshal(validValue, protoFormat) protoFormat.Version = 1 invalidVersionValue, _ := proto.Marshal(protoFormat) for _, tc := range []struct { name string template *tinkpb.KeyTemplate }{ { name: "invalid type URL", template: &tinkpb.KeyTemplate{ TypeUrl: "invalid_type_url", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: validValue, }, }, { name: "invalid output prefix type", template: &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, Value: validValue, }, }, { name: "invalid version", template: &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: invalidVersionValue, }, }, { name: "malformed value", template: &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: []byte("malformed"), }, }, { name: "unknown instance", template: &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &compositemldsapb.CompositeMlDsaKeyFormat{ Params: &compositemldsapb.CompositeMlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_UNKNOWN_INSTANCE, ClassicalAlgorithm: compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_ECDSA_P256, }, Version: 0, }), }, }, { name: "unknown classical algorithm", template: &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &compositemldsapb.CompositeMlDsaKeyFormat{ Params: &compositemldsapb.CompositeMlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, ClassicalAlgorithm: compositemldsapb.CompositeMlDsaClassicalAlgorithm_CLASSICAL_ALGORITHM_UNKNOWN, }, Version: 0, }), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.template); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.template) } }) } } func TestSerializeParametersFails(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "nil parameters", parameters: nil, }, { name: "wrong parameters type", parameters: &mldsa.Parameters{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeParameters(tc.parameters); err == nil { t.Errorf("protoserialization.SerializeParameters(%v) err = nil, want error", tc.parameters) } }) } } ================================================ FILE: signature/compositemldsa/signer.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package compositemldsa import ( "fmt" "slices" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" internalcompmldsa "github.com/tink-crypto/tink-go/v2/internal/signature/compositemldsa" internalmldsa "github.com/tink-crypto/tink-go/v2/internal/signature/mldsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature/ed25519" mldsa "github.com/tink-crypto/tink-go/v2/signature/mldsa" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" "github.com/tink-crypto/tink-go/v2/tink" ) type signer struct { prefix []byte variant Variant mldsaSecretKey *internalmldsa.SecretKey classicalSigner tink.Signer label []byte } var _ tink.Signer = (*signer)(nil) func mldsaSecretKeyFromPrivateKey(privateKey *mldsa.PrivateKey) (*internalmldsa.SecretKey, error) { mldsaSeedBytes := privateKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{}) var seedBytes [internalmldsa.SecretKeySeedSize]byte copy(seedBytes[:], mldsaSeedBytes) params, ok := privateKey.Parameters().(*mldsa.Parameters) if !ok { return nil, fmt.Errorf("invalid ML-DSA parameters type") } switch params.Instance() { case mldsa.MLDSA65: _, mldsaSecretKey := internalmldsa.MLDSA65.KeyGenFromSeed(seedBytes) return mldsaSecretKey, nil case mldsa.MLDSA87: _, mldsaSecretKey := internalmldsa.MLDSA87.KeyGenFromSeed(seedBytes) return mldsaSecretKey, nil default: return nil, fmt.Errorf("unsupported ML-DSA instance: %v", params.Instance()) } } func newClassicalSigner(classicalPrivateKey key.Key) (tink.Signer, error) { switch k := classicalPrivateKey.(type) { case *ed25519.PrivateKey: return ed25519.NewSigner(k, internalapi.Token{}) case *ecdsa.PrivateKey: return ecdsa.NewSigner(k, internalapi.Token{}) case *rsassapss.PrivateKey: return rsassapss.NewSigner(k, internalapi.Token{}) case *rsassapkcs1.PrivateKey: return rsassapkcs1.NewSigner(k, internalapi.Token{}) default: return nil, fmt.Errorf("unsupported classical key type: %T", k) } } // NewSigner creates a new [tink.Signer] for ML-DSA. // // This is an internal API. func NewSigner(privateKey *PrivateKey, _ internalapi.Token) (tink.Signer, error) { mldsaSecretKey, err := mldsaSecretKeyFromPrivateKey(privateKey.mlDSAPrivateKey) if err != nil { return nil, err } classicalSigner, err := newClassicalSigner(privateKey.classicalPrivateKey) if err != nil { return nil, err } params, ok := privateKey.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", privateKey.Parameters()) } internalInstance, err := toInternalMLDSAInstance(params.MLDSAInstance()) if err != nil { return nil, err } internalAlg, err := toInternalClassicalAlgorithm(params.ClassicalAlgorithm()) if err != nil { return nil, err } label, err := internalcompmldsa.ComputeLabel(internalInstance, internalAlg) if err != nil { return nil, err } return &signer{ prefix: privateKey.OutputPrefix(), variant: params.Variant(), mldsaSecretKey: mldsaSecretKey, classicalSigner: classicalSigner, label: []byte(label), }, nil } // Sign computes a signature for the given data. // // If the key has a prefix, the signature will be prefixed with the output // prefix. func (e *signer) Sign(data []byte) ([]byte, error) { messagePrime := internalcompmldsa.ComputeMessagePrime(string(e.label), data) mldsaSign, err := e.mldsaSecretKey.Sign(messagePrime, e.label) if err != nil { return nil, err } classicalSign, err := e.classicalSigner.Sign(messagePrime) if err != nil { return nil, err } return slices.Concat(e.prefix, mldsaSign, classicalSign), nil } func signerConstructor(key key.Key) (any, error) { that, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is not a %T", (*PrivateKey)(nil)) } return NewSigner(that, internalapi.Token{}) } func toInternalMLDSAInstance(instance MLDSAInstance) (internalcompmldsa.MLDSAInstance, error) { switch instance { case MLDSA65: return internalcompmldsa.MLDSA65, nil case MLDSA87: return internalcompmldsa.MLDSA87, nil default: return internalcompmldsa.UnknownInstance, fmt.Errorf("unsupported ML-DSA instance: %v", instance) } } func toInternalClassicalAlgorithm(alg ClassicalAlgorithm) (internalcompmldsa.ClassicalAlgorithm, error) { switch alg { case Ed25519: return internalcompmldsa.Ed25519, nil case ECDSAP256: return internalcompmldsa.ECDSAP256, nil case ECDSAP384: return internalcompmldsa.ECDSAP384, nil case ECDSAP521: return internalcompmldsa.ECDSAP521, nil case RSA3072PSS: return internalcompmldsa.RSA3072PSS, nil case RSA4096PSS: return internalcompmldsa.RSA4096PSS, nil case RSA3072PKCS1: return internalcompmldsa.RSA3072PKCS1, nil case RSA4096PKCS1: return internalcompmldsa.RSA4096PKCS1, nil default: return internalcompmldsa.UnknownAlgorithm, fmt.Errorf("unsupported classical algorithm: %v", alg) } } ================================================ FILE: signature/compositemldsa/signer_verifier_test.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package compositemldsa_test import ( "bytes" "encoding/binary" "encoding/hex" "fmt" "slices" "testing" "github.com/tink-crypto/tink-go/v2/internal/internalapi" internalcompmldsa "github.com/tink-crypto/tink-go/v2/internal/signature/compositemldsa" compmldsatestvectors "github.com/tink-crypto/tink-go/v2/internal/signature/compositemldsa/testing" tinkcompositemldsa "github.com/tink-crypto/tink-go/v2/signature/compositemldsa" "github.com/tink-crypto/tink-go/v2/subtle/random" ) const hexMessage = "54686520717569636b2062726f776e20666f78206a756d7073206f76657220746865206c617a7920646f672e" const hexMlDsa65Ed25519Signature = "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" const hexMlDsa65EcdsaP256Signature = "6767174a6c9e63e2c1eac618ddf3ca6118e18ac6ddae33d7a5d5a76cba41f6f0b2a8d9c70ef39adbf80bf85a46723e94fe30a68fe49f20d90044cf6ad7da1bfc03bdff3c2de2d197d2ba0ad4d6b87fbb554925c5d196b1e4eb2c048422cc2ac94a295ac386033dd044bf57d50708596e0ea701b9e75e4a3d4496fa280958e370064ba9ddd0b78c4e3887d98f9430ef97776603cc79393dd0250e1c5a8398bd618fe83be9b13eb6047352a17ff0110c9262bd1819a92fc3b1d281fa7e9ae058a1a592da58d8abac84210288ccd88bfb60b9be0e2ad0e286e121bc28f71b7bef99d8195970b0af8bdbe878b9789d6100a1540f2e177495127643976c6eda1251936e20b89b04dd8ef8808290bc825384f6f005c3dc15d0255a31a0bedd0cde54e988d6f60651144fe0a0899646f1e0b1c038610cf5e8eef050e8ceb4e5c7d2269cdce655666d779df6c848198878c6bfea15e66ba71ab4d474ba1c808c6384e00c044b2212a3d88b09c2cbc886d0e43f1eb8086891c21d4334c71c804478515665d7c0def150e57717394327017bf646f49e88bc1bac3aa4bc6854ff9feeb16333deebc5cafb6464de9a700b7df274390deab4e424d7dc09d328fe55079a9b69ca79125a8df4433d6f8c494265e4b6b67e8740e8baf35541d7f200c62bfe5224010523e6aa5731b16d69c35e82ed5ce92d932e2fa9dfb20b49ae3bf099d89b06fbea3d18c7d36ef238f4a20f5ee9a375a404910cd2a97bbc089ce59d88714a28fd2ff03a562eb5beaca0486958498feba63f8ab7600b06d3d4076f8d38d1c4d415ea11568f99c93247e15826dd002a91a4f629410527f67e8555b713c9dc2bfd16de0f2ca64eedae55ccbc451ab758ccf55543e32e1101b283c12a7c555a6cde1366e8f46f04aac53ae7a805a425249beaaa18224015c08325397720b26c801e663fa6fa780be75deb99d57e7513e512edc44f6c9b53113b062bb814072033cab2b2b86c97fde5cc9e3234a246d205443407b276e6ee36b05b34b95b149683cf49043e8cca0f3b815888e3757932a88a4d6de14e3c2633f73a24c40ee3c2606c0d6a29b39f412394227429a5729a48615bdeb7389875a1d5b17935d8df7a48eb309db0bdbcb097c7071d84f85f61be11abab6346d235675714278db78f687897b0a4d3d6e959646b438a4e3345335072043006fcbf1986abb250ef84a833eb84c6a2c939021c579d4807cbe0bbb692847cacfb1bfcd68f60b8f3d38339d1626f5c452627bbdc9f830a62199cce36f0a29e0261d94dfaa04acef0d36817efefd49ab6543cbdae22ca826a5e08a2f9b3dfd39cef76c6d13ebb80f040af24dd97f935e7d482613caf829ebb38b5292938d9fa67baa7f83593c09a729f295718418d1a6f5f70fed5e26cc0ea719b950a5d21bec5dfca74d3f473fd87a53308c3d6797cfc4374ec16b5caeb9124d1712e6ff03b3b5d6174a9c8142aba22b3c4aaddcaa645431d0682375cdc76bf9054b5eb208fc576f5b449c9ba4bd0990098a8de50fa0cf479810589deac85114a3eea322f783caf8bb259f8f218f0086fc914ecbbfdc75273447db400fe0d222b41c41e080be4e34874c1e7d7143dc81a4f03c91a483faf960952e5bad53df4a5e411979aae0cf6e293ca3cae080c45643ff16a22a369875bd3b2666979fe3128309687b7e0326ccf3eb139d64fd4e94847282fcf693982879f3e5fba063b2736738fa2d8b8b9816aaa3ae2f850f6ac399885ee996cbb7f960cbda8518e6e917d5cf206dff33608598ba5d68bc128cf5c01c193576082e988a5b5e4bc345351eb73b731b51745bf3b54be1d5ac5e6fab318f4334a8f9ac4794288395b203c8058ce28ebf5696fd8bfb30b145f562de1164cb64467f2973b3b5df4f810f49156eaee3fda8183c64fd81b5f4232ea98eba437c0643eba76dc46daf011cfc077263627b435bd3fa141c03e0c0f65ab85c3c100a1bdf0aa81b4ef32c5ff9575e9387970d84a6bc789ceb71d51d1040bdc16af07191cdfec77da846aa083eb3644b1c815f4b6b4da4a078c666585b7b7e7933311f4e9bd676018f600d5882449e62359b31cd2b9b1c9762f4eae5aac6a6191fd58c93e6cf3104d53f5755a23e3305d917d6fe87e1d8076cacf168aaacb8488656bdd28b53258b466e4aa8aca2bdce0b099f938de59fbe2238418c0d77b8b35b4c1926a347fc2f5e4cbd87e14b1b90d7e875e2438003e860aace5b92586d6f9c979ac01ba43fefabb505031e3c9bab787ae33a18050f538520bbb198d78bd88326dde36a45d81afe4ddd10da80110d872ebb81d427e95a3485eff2e7bcea683aa1e34dd544584fbb8fa3e006760cc316c5b9d18c3a742ddbb9aa16ba2bf14b8f6feb992522500855e427e8a13c25d31b5236efefb3a8265548e6de1caa400b9aab6eb42758b9c2b892aa8e34973ffc075867ceada0b0e98a4aeec844f808404b09f0d7d63172fbd055da594a6bd876011ec1624f611315cbccaabff31dde88ac979fdacdbe547e07792b59372725b6e2aa077a905a8be6a4eeb3dc012d9a87d9bfd9ac61d3b5c89dc7adf6ab042d294d6c0527e012a3c79270cf6a63ef9bf13a674f555925454055ff16a2c4a1499533376147b805a651ee5ae6ba6a1948e4f329a92c2bf6f260f58cbb7bedd4456e25ef49357bc94f3a3460efe79a96ce2eb2e6045246bbbb433669b4cbd9659df57c09badc17ffec2e4cef921e95f277eeb174027645a0cfba1ce94943e7ac9a9ba4d7f787457614fbb86b3f7032b9e81b269b098ffbb7efcbb5df8752766d534f8ab8e5fa9bc38e22d53c8ff59a11968d24ffc1ba6595b71c9f41234b1b8ceb3f6b529e2a85788a61bfe651d1fadcd3da42562643a563c5568b9782c9d9105d8b776bbc9e738145d4890d68acb0fff07ef9ade61309eb6f5147b4d5b8f0a6192b96993e1138cb3bb9426ec50a9436d609ced3ed3cadc4833f54c0ff63c1f49df0e1317f021f0c85cb5af31f0c229cef8660418302a76a7b8c776a15d617040e0765363c22124840af9673d2e4fceb9c49f08c3c71a2021af872bf5820fe528464943f034286088be266a57f8e1926233d272dac0357cf01a27e97c647958a34e9866ba54482f67110c3f886e0160057d6b47966e2580b844fb49cb05046a92e69bd9fc5071133b57c4311b7a13b25b3d32992ab4fd1b4189c4a9432952c3ddd452368f699d1d0a046e7d1bff3905ce233f0629846b09cd78a0ad62ddb4fe615298241ac997b2c179e75c55207ee196e84a9b725a02f1412f261261ba99a449e474ca7f6660244225130162348ea15c96da2042eda37843979680bd3c21cf8dc17c2578382cdda820826b5b3e6102c4e1db42f92b7bc0ca439da30c1352107a68173251cc21b3651f7ed58c8384bea3425c710bd0c917ee941e9adc8b5c294a90fc5b0786a73c1f673d2dd877db768dc36b49caacc5fb7389a2859eb6fa7bf5b67397d2db6601519f1aaee0cf3228e9c5c456560c0019855b01e504fc7836e7d1ebd82398a591518a04a0bf25777b798a28880577a93577705f6b25d20a781e1efc1dc12809955a64404bbf169beaba1226e2b9bbf78ff0a6938d91f8499182903617c30e93e2e0e089ede517e441aeecc369bf376580e109e606af7c262d8ac6c5ffb03be4704d0ac478bcaafd93a83e0a441a58027cb4db3f22b4a3f4db098ed8c0384d12d4cf5cef768d33569a8919c2243c93ab6b66d845aadfc450990e08c30e6ce337c8ec9078dbbbc6fc73198ec07e65bb9320868bed478df9870ce703455e0af3f3b0a7619ba4300d027dce81ee6614f4baa99608b21cedf95e5f739c0ae5254f60ef94e90d60858f4f10a3b47cdf6753a06fcc1b4da5b03e932b65841af436920e896cfa13e913a86b20940a3c3dd3a5ce51e3d5432af5d207fe7e86fbdeaa7c1a02047e0cf7b50e7ebdfcd32471822a76364df9e7b73c1f696a8be8630482a03f15062ec7b82c0760c64f512e7c94ee90cb93452f2207d9668a41d506bab19cedda76ee01800464c9036e894ca44db7e2baeee4c804dae843090742943ddc089830cd2af76eddbe2180a5dddc307c32a9f8eadf40b42ceb0a842f86115751056a7f46ac8caf930a6bfae152f536a1b338e4d26d9bc3d4baf954af6ed0970b3e16a35c01df48e5f341d66e096d619450db8780d95bb85157cde232af626ed60f6d7902deac2bc93453cf7dfaef766982e5150478d64c6a1b863d019ef0aafd30bb482a16522668bee3a6a794e6e30ed93cb5f9327560a260ef13d727a48939b220af7c41d20a9f5dc00006654e2812c89783e2edcf5cb86a1691ef17cdaed82539924d8637332bd04e9ae8b12eb67c8710d3d76fd69e2ed799a38a60d8c9c2a8d4770ded441d45d7d98830162e880a76f097497fb7ff7424f2c1b828a83cf1dd9f198c0f2977d490cbe3c1e23d92310d91a87a6420a7862b7e7f9eb3b3d3bc6c7e02bd3462c78c31e74211f83e369f954ecba114276710cf08a51c730e7a1796503e20b7f7d2976393f89050236e0a845e9c238948c965141dc6143a28f6b9cb19b7712ac6ecf2333f5eadb0caec101720415e81b1b4b5d6e3e6ee21282aa9aec90d26485e727fed1f292c2f8495e20000000000000000000000040b181e252c3045022100e30c60900ac01c923a9a29fd56e9addde9bf9c5593c607d0d6189e76e891d59402206e4e966dc46593bd60f5acb47239e7579ed20fd8e516e19ed4b97437f83aa120" const hexMlDsa65EcdsaP384Signature = "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" const hexMlDsa65Rsa3072PssSignature = "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" const hexMlDsa65Rsa4096PssSignature = "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" const hexMlDsa65Rsa3072Pkcs1Signature = "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" const hexMlDsa65Rsa4096Pkcs1Signature = "cadb0e5e77eaa1c9570f441cc782d86eadfd39560f2abd16f7bd1eeb06fdf4fba3f46940f802154ded30044e3a1745436953a69cc800020f1e22a62f325b7e75268ca98e907e121ac6fabfefff4d977248091e2153717d1bf7e7a013ee43edef46660c2d8bb0d57203675f2a5e15c9ff535964c4c170072022acdaf3829119bfb16ed702fbfb66f96da1fe19343175b290b65fd86a9bc4bd96301edec14ec43fa3622f7bbdc61f42901a85f08f55b653ebab72e7cb6b4a38e07c73000348d9a5f599f7af50857091310fbfa2171427164cac07b5757ce9f9c8eaa2b5746358b8fa3e1b7a7fd92826896a8f157ba7cc45723991a2053f01cfc089872dddd5c232a59022a2968775bb4d9f27f0acdb361dfafe1c33ac6124fcb484410544a18b17d7f091fbba656507ef78220717a4cbc2462f3ebb3d404ac6325ab3bd3ade5e72b3a39ef6baab3d6562c27f96507d902b0e5b740d92862f82a681fd6d398569c32581041c3ecc861654dd8ae45ed5f29baeb4679329ad885392d01b7037c2ce73be52caea1beb06ea4bd48fae84a6a836b37f33dd4fb47af3d0a0181c2fa4b6692995edf0ba80042f27ad0652e167a17a51b5b03fa3f505fff34b95d0e8bbd17f986699f5f4963ba8af7007d81b46b497d5f1e3e143656dca342f553d153d8c7270486e416d23d7662188fd98022a2edc4d2bf1395044fa533416b51fe55cf0940a6177839b08d4c7ba228bdc0e31027340888846a7371932c7ba31a56424b2907ab59dde15048bb42cf87947f0147737a5e20e3401f8f62dde119c310a0185f008045607200344b8b328b018ec4be158d4c287e54a465e2cc8616816488c9b6298631741ced9fe23759f598c79440411f33efb332d0b8cbac41dfe5a46c3a585d9e9ed3213f00d013a523b2d23e42de60de9f0b24b77717e6ec1522834e6e4b46abf71df713923fcbf255c9e3521763603ed5a0f52bb988440107d481e085aea7a8c5d1576664842ed68a7c05c907b23bcf11cbf3334a8d72e4fc1204ce46088656cc18e5eac7abc87db09eb353d52fa3c7643fe2f5737496987c3bec2c828e8243be854d34e9c43d83f2bb93ae7d480d6bda27b559c2bac01b0e5e0b2fbcadda499c8351eec07e860e9c347dfe817861162e9a0a607c01daab595d0eba5d186e94e4a44f0356f48737f1c89c73ff775a308a3390dc494479901e241ce7b0f673481bd817c5386d94412ea89c81b123e1016a27824c146ea9dcff4b4e273e9dd6c8f0289b117fd500f9d9c9c84692a7cce33cc683b2e02b958a0d93f72ff6ae91c4222f447e7d4bc0a7fe61999f1ec318533dad7e26c4953b660ca16139c3a711e9eadcf99f6c45256498e2b82b1591e2f2471d505e74b60c36283dc5e43a12131f2af5df4e72ff42c1e9cc10f17bdf64b2333fe02ded1d9524122a339a6446ea1241e6ddb562607ecb4713fa65fdb1d72194f377c758ca74ed3f2c6f812525938d2fdfdb674cb2df6aca21b8c7a27625f2f540ed6582cfb8dee240ca7f0a7e7b155750ac322489a2a279239aa97dcdda349d1af2f1a2f0d2c2b796a84532297bc347bbe3dea8e7bdad66e697cb8a700c37ce2c0ad0c5600006329b0817c5207f8e6a64a91594e9d700f9e0fddf3257650152a80880b03e3fbec32a0c29c3fa14a4a7043a8a7545221c2e432c0916767560ed709ae3362f3e76e31203a4639025f2a3e244e486d5a329b429ccf9c812199449497c969f7940d2b0aae182cc545c417b707d4cd2471d34f0aa5c7ad11a779abe33e096a7d135f04809d01694f70d110b5433ad99e08a982593aaed9943e8d7f67757be4fe57e990fa5d99b286fa8931862404c463207e30a9bf636bafe5d7a7dc7e813b67e0f2731203d1c2516140797425bd17e90f35e155fad40d00875b3042ec019cfbc19c5103b55f57feef12405e48bbe74893042797ea8b1b0249d2b21efbaa87ec56dbe63aa831533a88c7ad9b12d6e01dcaaa1da14676608393998c4b2d53d0a5b53b106d5346a3288020c2819e2de5365b2558996391a32574ff566a7d85fb9d4677ddcf06aa5ef42b6b4ace1867ec9774c0a1899794978b9ff2770180f3c528eaa28ad61c9f8ea0abdc18d60fa53f8beefdf9d59a16204bbbc98b74bc922c3064dc2ec6ab11f8ca2008961badeef5ef198fb01dce6d3b36eb43fd6ad9beb099a4c5c7c43b7f5d02a0d3341df4b26a48ca55b59ba0f74e760e675f8372d64b23c656d02a94f626dc353c2cde33fa511148656d18f1846fbecca86c1dd9e664a7dea702c4af314f79f5fa990d32eda7db2cf7a8fd71b219cf525d2f26b2ebc13800118fd5b480b1ab6e06dcac4313e0d65a9b30c24a6830232ab74b56dcc2da62603c5e6ca8eb6165b29149da92f6ed66de7efca70a86551404695262076bfa4aa5953d2f2b32d7599a54a5e7756d83bed661b7e53e24a0e97da3aa7318985551ef14dc8dd4ad0ed88ae92acf82afad52d97d77e5df64df0842bf3344a00bd91ebbaee81f9206048b204c283d13468d44748c171bec2faabec5d397a5345ec9ce74072ce3ec17a7acb39c43edd09e633db0793151c2a5e5a154d257c8f9b33dbb4fb82e1ae58a761d0809eb88eaaefbdfdb74aab45ef47cedb56b5f3cdfb5fbd018c9594a26cdfd74ba6bda97de16f9bf14b3ffcb6f919798df6a8052ab40f3260e25382247fa96f27e4f47fffe86f28ddaf8763c1b76ae2e2a231e15a0b4a73857dd8ee3fb99377287bbf1a8fe25e1817c5712fe3d8cd161a03e471d90a73cf91db3d40423d8d9c34f9ccaf0456fc172e85d2e70058976e96ced37994475c8048a622a21b12944b2e18ecd45893193c2a13df8161fbf6161d4e4576520c9b10e04ed9ba885d04a05f3b2683c0accf1f04f491001d33e982a5efae0de91e3f3409a48306ea317b45988281c7a2625c538c635af3c3fb101dfd5d443fb3b1c49012aa039f4ec0732392ac7aeeb172148379c561feecdca47232b3aa395405b095f06b4bb9808d02a6d359f75c9ce4ac1d8948df8064646ad3658c2e1ebb93a48c09145ff1219e436ff6ed52d20344dc203fbf03fcb42a7b97e11f7cff39be18c4f2e426045de9198027c16eb2162e7f66230145b061bca0097d038a1e760f7000aae1e5afc87a6bd29218fe456bb8359d29a7658c4cf5fc0a2f0f7b7a7e5fb9ff836fec4b0b51b6ff8a49d0ce4ee162be0fc62c93cf4eb01ae38da657902e08d42ae73dc85215451b548247225bf68d1cb8f5d702df46e40006f29aa94fe45c1373bc41893ef5e3c77cdf32fa1cdc65002167b68f514c84cc4ff83ba16e75b7d5684ab316d1dd88a3c3901db31e4f3d3554d9a881657906f93a6403aba05bcd08bd0980506eb3e4f0cd0ff3008b28e186ff634bbcf6b277a1579e58e5b93c174446d0a3e274b3612d1f3fdaef6a7f6aebff62961bcb26f22fe371fe62ee08cfec39e3ca42c76b685817d20e5230b26cf822f653b018682a22c3badd87facf00aa52d369a0475f73911c026f4ce6113e8f106216fc0e0eb0771308bd74af1fb27b8d0f86b3b5c2b83d6fb5331eb8099c20e8a569ca120fbca73d5b1e0e9b43acedf874dbbc090a2feed0d7e31bce11a18ef006c9d8b7eb1d2d7cc79c9621e9fe5e5949e4b58ac483db47638ebc326dcfea282a24113aea5d66a5121b3a14d0530e2af9b469417e2846f9174577184790950419e7a0745b6f6f5c59d2607c16a2d28ee34347b09487d4d1d49c077aef3669490c94dd40195f880d790fc91f4ca11e99b408404e8cafdb816407a14131aee01bd4338fa464a33b75ddee9b524d8cf8dfce470ece7494a59d3efb7c9f73f2238ce6c82ef2ce15310de0c5279f9f4eaab10ae2241560a44eda24a4e5669c76b79cf1b0db691ea94ffafc5c3a572c9ff7a42b203605a5272995a8cbc537e3ac1df82081131e276d37e19d566efea03ccb56f6405bc8c0b7d90da493140d24a80c38445eeb5f81cde90e96cc86f24b1b691e4e1b30437c2a7a770eba5623d62a5530ca4dba231cc50b37c0caeec18e727967507d73101c76494f1cdef3732f3f0cafc0f252605ef797486f4f7b0267b33ba63ec54aac2fbefa62d76509c8b78f9171bbd7780eadf6da027ab83df7c9b44b68869e1bc69f65a5656ed8bd9858843164320cf99841965d95bc6b500d4c7b9fc38c3d247dc98d0bba0dc9c29a593d19268648f0fe3a0a6ccf599ad7731d4717fe5996290d46ab9e92419873a1df8a2d4c0a6b6f87e93d80f0250d53faff6a599bda260f095ce5d8d109edbf204048bd4bbaba0874205f894dd3533d3d997dfdd19f2bf48e96cf4aa99290ae2e0c83738f751d424ff886d0ad844590e7b636dfd6107b00d17eebb5b724ad03de7ef6c2b0e68a6a4feebf756c50bf55cce8b07fa35e9b7ebc74083f3165077274010b7889307c1987de12440b2a7ffabe4b3a7d222e82883c24fce5993d43744b562e56233842539419fbfdaa7fc5783018f382ff05cda322fd5e6e35b9937712ee937a439d927005aadb3d312bd433082a098d0b27bbdac53da3c6cc089190a59db1db1ef4ccd5cddf173055807324e6e74829495c2d6e90c7d94a8b9e8fe1318307896fc696c9bb1db346b86d6da3a409ca5fc000000000000000000000000000000000b12181d2227a29c3bd0a4b6c76637b16b98b3b8a0321f7f032d5317290c264fd97dbcd47e28b96f277223721e0ed6982c358d5c8aadc86742fd2999ba1a6625bba382a48f62b9d30745eb24ddaafeea66f7995da3234de0e0305646c31712a66d5753e4dc1d83fa727b3621b0e28c185bf599dc7fcdd32f84e1673db0d3a6d3f99a927b1b7f9b2da1ffb0741c59e13d461499fb8d23be2fa640c2ec5937680c8624e845f150ebfff6c8b64a5142b74b10e78f6ce2b5ba7c49fe9948def490ac64ad156244e024fa75cc22621d9f89033ce91d3d95709665714e989c1796a9474d9a97f4d729c467e9cfb57e0cf7c38a78f38b776c806d964e45a54d8739111a81aaf05ca9686a8455a3819627d87b3c020e67727665454f6fb94b9be085783647035a5a8d405b081b029220bea91452158bc621b6a38eedb28538db75168fb0fedf81b008dad8a3e37e5106e0959c8fe3c6bb980de0b8b144878e401a0c5623acded0673d1783e19c81ab4d9d9141c185a169700ef59843759a8a1a6c4058a8670e43b42df01c35d30a1e056a2dcc3a35894587123ef023da0c5ae1c6c5b18dabdf2f2e407e047347a475ba77938543eb304af85dd2b4fb0e2eeb3c076bbfb65966688dc4e355c628feddc6dd6a320bd5abfb2c6006cf2d99e9984b3cceebc280f221621c8e9e828b14dfaf4d46b6a65ba6e83fbd0e9e9fd76eeac5f22143539b5e1279f244" const hexMlDsa87EcdsaP384Signature = "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const hexMlDsa87EcdsaP521Signature = "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" const hexMlDsa87Rsa3072PssSignature = "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d3ce15a7dc60dc4a65fa4b2" const hexMlDsa87Rsa4096PssSignature = "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" func expectedSignature(classicalAlgorithm tinkcompositemldsa.ClassicalAlgorithm, instance tinkcompositemldsa.MLDSAInstance) []byte { var hexSig string switch instance { case tinkcompositemldsa.MLDSA65: switch classicalAlgorithm { case tinkcompositemldsa.Ed25519: hexSig = hexMlDsa65Ed25519Signature case tinkcompositemldsa.ECDSAP256: hexSig = hexMlDsa65EcdsaP256Signature case tinkcompositemldsa.ECDSAP384: hexSig = hexMlDsa65EcdsaP384Signature case tinkcompositemldsa.RSA3072PSS: hexSig = hexMlDsa65Rsa3072PssSignature case tinkcompositemldsa.RSA4096PSS: hexSig = hexMlDsa65Rsa4096PssSignature case tinkcompositemldsa.RSA3072PKCS1: hexSig = hexMlDsa65Rsa3072Pkcs1Signature case tinkcompositemldsa.RSA4096PKCS1: hexSig = hexMlDsa65Rsa4096Pkcs1Signature } case tinkcompositemldsa.MLDSA87: switch classicalAlgorithm { case tinkcompositemldsa.ECDSAP384: hexSig = hexMlDsa87EcdsaP384Signature case tinkcompositemldsa.ECDSAP521: hexSig = hexMlDsa87EcdsaP521Signature case tinkcompositemldsa.RSA3072PSS: hexSig = hexMlDsa87Rsa3072PssSignature case tinkcompositemldsa.RSA4096PSS: hexSig = hexMlDsa87Rsa4096PssSignature } } if hexSig == "" { panic(fmt.Sprintf("no signature for %v %v", instance, classicalAlgorithm)) } b, err := hex.DecodeString(hexSig) if err != nil { panic(err) } return b } func TestSignVerifyCorrectnessRandom(t *testing.T) { const numRandomSignVerifyIterations = 10 for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { classicalAlgorithm := tinkcompositemldsa.ClassicalAlgorithm(tc.ClassicalAlgorithm) instance := tinkcompositemldsa.MLDSAInstance(tc.Instance) variant := tinkcompositemldsa.Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", classicalAlgorithm, instance, variant) t.Run(testName, func(t *testing.T) { params, err := tinkcompositemldsa.NewParameters(classicalAlgorithm, instance, variant) if err != nil { t.Fatalf("NewParameters(%v, %v, %v) err = %v, want nil", classicalAlgorithm, instance, variant, err) } idReq := uint32(0) if variant == tinkcompositemldsa.VariantTink { idReq = 0x01020304 } mldsaPrivKey, classicalPrivKey := compmldsatestvectors.CreatePrivateKeyRandom(t, internalcompmldsa.MLDSAInstance(params.MLDSAInstance()), internalcompmldsa.ClassicalAlgorithm(params.ClassicalAlgorithm())) compPrivKey, _ := tinkcompositemldsa.NewPrivateKey(mldsaPrivKey, classicalPrivKey, idReq, params) pubKey, _ := compPrivKey.PublicKey() compPubKey := pubKey.(*tinkcompositemldsa.PublicKey) signer, err := tinkcompositemldsa.NewSigner(compPrivKey, internalapi.Token{}) if err != nil { t.Fatalf("NewSigner() err = %v, want nil", err) } verifier, err := tinkcompositemldsa.NewVerifier(compPubKey, internalapi.Token{}) if err != nil { t.Fatalf("NewVerifier() err = %v, want nil", err) } for i := 0; i < numRandomSignVerifyIterations; i++ { data := random.GetRandomBytes(random.GetRandomUint32()%128 + 1) signature, err := signer.Sign(data) if err != nil { t.Fatalf("Sign(%x) err = %v, want nil", data, err) } if err := verifier.Verify(signature, data); err != nil { t.Errorf("Verify(%x, %x) err = %v, want nil", signature, data, err) } } }) } } func TestSignVerifyCorrectnessDeterministic(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { classicalAlgorithm := tinkcompositemldsa.ClassicalAlgorithm(tc.ClassicalAlgorithm) instance := tinkcompositemldsa.MLDSAInstance(tc.Instance) variant := tinkcompositemldsa.Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", classicalAlgorithm, instance, variant) t.Run(testName, func(t *testing.T) { params, err := tinkcompositemldsa.NewParameters(classicalAlgorithm, instance, variant) if err != nil { t.Fatalf("NewParameters(%v, %v, %v) err = %v, want nil", classicalAlgorithm, instance, variant, err) } // If the variant is Tink, the signature needs to have a 5-byte prefix // (0x01 followed by the 4-byte key ID). The test case verifies that // signatures with test vectors are correctly prepended with this prefix. idReq := uint32(0) if variant == tinkcompositemldsa.VariantTink { idReq = 0x01020304 } mldsaPrivKey, classicalPrivKey := compmldsatestvectors.CreatePrivateKeyDeterministic(t, internalcompmldsa.MLDSAInstance(params.MLDSAInstance()), internalcompmldsa.ClassicalAlgorithm(params.ClassicalAlgorithm())) compPrivKey, _ := tinkcompositemldsa.NewPrivateKey(mldsaPrivKey, classicalPrivKey, idReq, params) expectedSignature := expectedSignature(classicalAlgorithm, instance) pubKey, _ := compPrivKey.PublicKey() compPubKey := pubKey.(*tinkcompositemldsa.PublicKey) signer, err := tinkcompositemldsa.NewSigner(compPrivKey, internalapi.Token{}) if err != nil { t.Fatalf("NewSigner() err = %v, want nil", err) } verifier, err := tinkcompositemldsa.NewVerifier(compPubKey, internalapi.Token{}) if err != nil { t.Fatalf("NewVerifier() err = %v, want nil", err) } expectedMessage, err := hex.DecodeString(hexMessage) if err != nil { t.Fatalf("hex.DecodeString(HexMessage) err = %v", err) } if variant == tinkcompositemldsa.VariantTink { // We append the 5-byte Tink identifier prefix to the raw signature bytes // from the test vector so the keyset routing validates correctly. prefix := make([]byte, 5) prefix[0] = 1 binary.BigEndian.PutUint32(prefix[1:], idReq) expectedSignature = append(prefix, expectedSignature...) } if err := verifier.Verify(expectedSignature, expectedMessage); err != nil { testSig, _ := signer.Sign(expectedMessage) if bytes.Equal(testSig, expectedSignature) { t.Fatalf("Test signature matches expected signature but verification failed!") } else { t.Fatalf("Mismatch! len(testSig)=%d len(expected)=%d err=%v\nexpectedSig[:20]=%x\ntestSig[:20]=%x", len(testSig), len(expectedSignature), err, expectedSignature[:20], testSig[:20]) } } // Roundtrip deterministic signature test data := random.GetRandomBytes(random.GetRandomUint32()%128 + 1) signature, err := signer.Sign(data) if err != nil { t.Fatalf("Sign(%x) err = %v, want nil", data, err) } if err := verifier.Verify(signature, data); err != nil { t.Errorf("Verify(%x, %x) err = %v, want nil", signature, data, err) } }) } } func TestVerifyFails(t *testing.T) { for _, tc := range compmldsatestvectors.TestCasesSupportedParameters(t) { classicalAlgorithm := tinkcompositemldsa.ClassicalAlgorithm(tc.ClassicalAlgorithm) instance := tinkcompositemldsa.MLDSAInstance(tc.Instance) variant := tinkcompositemldsa.Variant(tc.Variant) testName := fmt.Sprintf("%v-%v-%v", classicalAlgorithm, instance, variant) t.Run(testName, func(t *testing.T) { params, err := tinkcompositemldsa.NewParameters(classicalAlgorithm, instance, variant) if err != nil { t.Fatalf("NewParameters(%v, %v, %v) err = %v, want nil", classicalAlgorithm, instance, variant, err) } idReq := uint32(0) if variant == tinkcompositemldsa.VariantTink { idReq = 0x01020304 } mldsaPrivKey, classicalPrivKey := compmldsatestvectors.CreatePrivateKeyDeterministic(t, internalcompmldsa.MLDSAInstance(params.MLDSAInstance()), internalcompmldsa.ClassicalAlgorithm(params.ClassicalAlgorithm())) compPrivKey, _ := tinkcompositemldsa.NewPrivateKey(mldsaPrivKey, classicalPrivKey, idReq, params) pubKey, _ := compPrivKey.PublicKey() compPubKey := pubKey.(*tinkcompositemldsa.PublicKey) signer, err := tinkcompositemldsa.NewSigner(compPrivKey, internalapi.Token{}) if err != nil { t.Fatalf("NewSigner() err = %v, want nil", err) } verifier, err := tinkcompositemldsa.NewVerifier(compPubKey, internalapi.Token{}) if err != nil { t.Fatalf("NewVerifier() err = %v, want nil", err) } data := random.GetRandomBytes(20) signature, err := signer.Sign(data) if err != nil { t.Fatalf("Sign(%x) err = %v, want nil", data, err) } // Modify the message. if len(data) > 0 { modifiedData := slices.Clone(data) modifiedData[0] ^= 0x01 if err := verifier.Verify(signature, modifiedData); err == nil { t.Errorf("Verify(signature, %x) err = nil, want error", modifiedData) } } // Message too short. if len(data) > 0 { shortData := data[:len(data)-1] if err := verifier.Verify(signature, shortData); err == nil { t.Errorf("Verify(signature, %x) err = nil, want error", shortData) } } // Modify the signature. if len(signature) > 0 { modifiedSignature := slices.Clone(signature) modifiedSignature[len(modifiedSignature)-1] ^= 0x01 if err := verifier.Verify(modifiedSignature, data); err == nil { t.Errorf("Verify(%x, %x) err = nil, want error", modifiedSignature, data) } } // Modify the prefix. if variant == tinkcompositemldsa.VariantTink && len(signature) > 4 { modifiedSignature := slices.Clone(signature) modifiedSignature[0] ^= 0x01 if err := verifier.Verify(modifiedSignature, data); err == nil { t.Errorf("Verify(%x, %x) err = nil, want error", modifiedSignature, data) } } }) } } ================================================ FILE: signature/compositemldsa/verifier.go ================================================ // Copyright 2026 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package compositemldsa import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" internal "github.com/tink-crypto/tink-go/v2/internal/signature/compositemldsa" internalmldsa "github.com/tink-crypto/tink-go/v2/internal/signature/mldsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" "github.com/tink-crypto/tink-go/v2/tink" ) const ( mlDsa65SignatureLength = 3309 mlDsa87SignatureLength = 4627 ) // verifier is an implementation of [tink.Verifier] for Composite ML-DSA. type verifier struct { mlDsaPublicKey *internalmldsa.PublicKey prefix []byte classicalVerifier tink.Verifier label []byte mlDSAInstance MLDSAInstance } var _ tink.Verifier = (*verifier)(nil) func mlDsaPublicKeyFromPublicKey(publicKey *PublicKey) (*internalmldsa.PublicKey, error) { mlDsaPubKeyBytes := publicKey.MLDSAPublicKey().KeyBytes() switch publicKey.Parameters().(*Parameters).MLDSAInstance() { case MLDSA65: return internalmldsa.MLDSA65.DecodePublicKey(mlDsaPubKeyBytes) case MLDSA87: return internalmldsa.MLDSA87.DecodePublicKey(mlDsaPubKeyBytes) default: return nil, fmt.Errorf("unsupported ML-DSA instance") } } func newClassicalVerifier(classicalPublicKey key.Key) (tink.Verifier, error) { switch k := classicalPublicKey.(type) { case *ed25519.PublicKey: return ed25519.NewVerifier(k, internalapi.Token{}) case *ecdsa.PublicKey: return ecdsa.NewVerifier(k, internalapi.Token{}) case *rsassapss.PublicKey: return rsassapss.NewVerifier(k, internalapi.Token{}) case *rsassapkcs1.PublicKey: return rsassapkcs1.NewVerifier(k, internalapi.Token{}) default: return nil, fmt.Errorf("unsupported classical key type: %T", k) } } // NewVerifier creates a new [tink.Verifier] for Composite ML-DSA. // // This is an internal API. func NewVerifier(publicKey *PublicKey, _ internalapi.Token) (tink.Verifier, error) { mlDsaPubKey, err := mlDsaPublicKeyFromPublicKey(publicKey) if err != nil { return nil, err } classicalVerifier, err := newClassicalVerifier(publicKey.ClassicalPublicKey()) if err != nil { return nil, err } params, ok := publicKey.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", publicKey.Parameters()) } internalInstance, err := toInternalMLDSAInstance(params.MLDSAInstance()) if err != nil { return nil, err } internalAlg, err := toInternalClassicalAlgorithm(params.ClassicalAlgorithm()) if err != nil { return nil, err } label, err := internal.ComputeLabel(internalInstance, internalAlg) if err != nil { return nil, err } return &verifier{ mlDsaPublicKey: mlDsaPubKey, prefix: publicKey.OutputPrefix(), classicalVerifier: classicalVerifier, label: []byte(label), mlDSAInstance: params.mlDSAInstance, }, nil } // Verify verifies whether the given signature is valid for the given data. // // It returns an error if the prefix is not valid or the signature is not // valid. func (v *verifier) Verify(signature, data []byte) error { if !bytes.HasPrefix(signature, v.prefix) { return fmt.Errorf("the signature does not have the expected prefix") } signature = signature[len(v.prefix):] var mlDsaSigLen int switch v.mlDSAInstance { case MLDSA65: mlDsaSigLen = mlDsa65SignatureLength case MLDSA87: mlDsaSigLen = mlDsa87SignatureLength default: return fmt.Errorf("invalid variant: %v", v.mlDSAInstance) } if len(signature) < mlDsaSigLen { return fmt.Errorf("signature length is shorter than ML-DSA signature length, expected at least %d, got %d", mlDsaSigLen, len(signature)) } mlDsaSig := signature[:mlDsaSigLen] classicalSig := signature[mlDsaSigLen:] messagePrime := internal.ComputeMessagePrime(string(v.label), data) if err := v.mlDsaPublicKey.Verify(messagePrime, mlDsaSig, v.label); err != nil { return fmt.Errorf("ML-DSA verification failed: %v", err) } if err := v.classicalVerifier.Verify(classicalSig, messagePrime); err != nil { return fmt.Errorf("classical verification failed: %v", err) } return nil } func verifierConstructor(key key.Key) (any, error) { publicKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is not a %T", (*PublicKey)(nil)) } return NewVerifier(publicKey, internalapi.Token{}) } ================================================ FILE: signature/ecdsa/ecdsa.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package ecdsa provides ECDSA keys and parameters definitions, and key // managers. package ecdsa import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" ecdsapb "github.com/tink-crypto/tink-go/v2/proto/ecdsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func init() { if err := registry.RegisterKeyManager(legacykeymanager.NewPrivateKeyManager(signerTypeURL, signerConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func(b []byte) (proto.Message, error) { protoKey := &ecdsapb.EcdsaPrivateKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(verifierTypeURL, verifierConstructor, tinkpb.KeyData_ASYMMETRIC_PUBLIC, func(b []byte) (proto.Message, error) { protoKey := &ecdsapb.EcdsaPublicKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PublicKey](&publicKeySerializer{}); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(verifierTypeURL, &publicKeyParser{}); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](&privateKeySerializer{}); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(signerTypeURL, &privateKeyParser{}); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(signerTypeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PublicKey](verifierConstructor); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PrivateKey](signerConstructor); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } } // RegisterPrimitiveConstructor accepts a config object and registers the // ECDSA primitive constructors to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { if err := c.RegisterPrimitiveConstructor(reflect.TypeFor[*PrivateKey](), signerConstructor, t); err != nil { return err } return c.RegisterPrimitiveConstructor(reflect.TypeFor[*PublicKey](), verifierConstructor, t) } ================================================ FILE: signature/ecdsa/ecdsa_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa_test import ( "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature" ) func TestCreateKeysetHandleFromParameters(t *testing.T) { params, err := ecdsa.NewParameters(ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink) if err != nil { t.Fatalf("ecdsa.NewParameters(%v, %v, %v, %v) err = %v, want nil", ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink, err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Make sure that we can sign and verify with the generated key. signer, err := signature.NewSigner(handle) if err != nil { t.Fatalf("signature.NewSigner(handle) err = %v, want nil", err) } message := []byte("message") signatureBytes, err := signer.Sign(message) if err != nil { t.Fatalf("signer.Sign(%v) err = %v, want nil", message, err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } verifier, err := signature.NewVerifier(publicHandle) if err != nil { t.Fatalf("signature.NewVerifier(handle) err = %v, want nil", err) } if err := verifier.Verify(signatureBytes, message); err != nil { t.Fatalf("verifier.Verify(%v, %v) err = %v, want nil", signatureBytes, message, err) } // Create another keyset handle from the same parameters. anotherManager := keyset.NewManager() keyID, err = anotherManager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("anotherManager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } anotherManager.SetPrimary(keyID) anotherHandle, err := anotherManager.Handle() if err != nil { t.Fatalf("anotherManager.Handle() err = %v, want nil", err) } anotherPublicHandle, err := anotherHandle.Public() if err != nil { t.Fatalf("anotherHandle.Public() err = %v, want nil", err) } // Get the primary key entry from both keyset handles. entry, err := handle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } // Make sure that keys are different. if entry.KeyID() == anotherEntry.KeyID() { t.Fatalf("entry.KeyID() = %v, want different from anotherEntry.KeyID() = %v", entry.KeyID(), anotherEntry.KeyID()) } if entry.Key().Equal(anotherEntry.Key()) { t.Fatalf("entry.Key().Equal(anotherEntry.Key()) = true, want false") } publicEntry, err := publicHandle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherPublicEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } if publicEntry.KeyID() == anotherPublicEntry.KeyID() { t.Fatalf("publicEntry.KeyID() = %v, want different from anotherPublicEntry.KeyID() = %v", publicEntry.KeyID(), anotherPublicEntry.KeyID()) } if publicEntry.Key().Equal(anotherPublicEntry.Key()) { t.Fatalf("publicEntry.Key().Equal(anotherPublicEntry.Key()) = true, want false") } // Make sure that a different generated key cannot verify the signature. anotherVerifier, err := signature.NewVerifier(anotherPublicHandle) if err != nil { t.Fatalf("signature.NewVerifier(anotherHandle) err = %v, want nil", err) } if err := anotherVerifier.Verify(signatureBytes, message); err == nil { t.Fatalf("anotherVerifier.Verify(%v, %v) err = nil, want error", signatureBytes, message) } } ================================================ FILE: signature/ecdsa/key.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa import ( "bytes" "crypto/ecdh" "crypto/rand" "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Variant is the prefix variant of an ECDSA key. // // It describes the format of the signature. For ECDSA there are four options: // // - TINK: prepends '0x01' to the signature. // - CRUNCHY: prepends '0x00' to the signature. // - LEGACY: appends a 0-byte to the input message before computing the // signature, then prepends '0x00' to the signature. // - NO_PREFIX: adds no prefix to the signature. type Variant int const ( // VariantUnknown is the default value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the signature. VariantTink // VariantCrunchy prefixes '0x00' to the signature. VariantCrunchy // VariantLegacy appends '0x00' to the input message BEFORE computing // the signature, then prepends '0x00' to the signature. VariantLegacy // VariantNoPrefix does not prefix the signature with the key id. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantLegacy: return "LEGACY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // CurveType is the curve type of the ECDSA key. type CurveType int const ( // UnknownCurveType is the default value of CurveType. UnknownCurveType CurveType = iota // NistP256 is the NIST P-256 curve. NistP256 // NistP384 is the NIST P-384 curve. NistP384 // NistP521 is the NIST P-521 curve. NistP521 ) func (ct CurveType) String() string { switch ct { case NistP256: return "NIST_P256" case NistP384: return "NIST_P384" case NistP521: return "NIST_P521" default: return "UNKNOWN" } } // HashType is the hash type of the ECDSA key. type HashType int const ( // UnknownHashType is the default value of HashType. UnknownHashType HashType = iota // SHA256 is the SHA256 hash type. SHA256 // SHA384 is the SHA384 hash type. SHA384 // SHA512 is the SHA512 hash type. SHA512 ) func (ht HashType) String() string { switch ht { case SHA256: return "SHA256" case SHA384: return "SHA384" case SHA512: return "SHA512" default: return "UNKNOWN" } } // SignatureEncoding is the signature encoding of the ECDSA key. type SignatureEncoding int const ( // UnknownSignatureEncoding is the default value of SignatureEncoding. UnknownSignatureEncoding SignatureEncoding = iota // DER is the DER encoding. DER // IEEEP1363 is the IEEE P1363 encoding. IEEEP1363 ) func (encoding SignatureEncoding) String() string { switch encoding { case DER: return "DER" case IEEEP1363: return "IEEE_P1363" default: return "UNKNOWN" } } // Parameters represents the parameters of an ECDSA key. type Parameters struct { curveType CurveType hashType HashType signatureEncoding SignatureEncoding variant Variant } var _ key.Parameters = (*Parameters)(nil) // CurveType the curve type. func (p *Parameters) CurveType() CurveType { return p.curveType } // HashType returns the hash type. func (p *Parameters) HashType() HashType { return p.hashType } // SignatureEncoding returns the signature encoding. func (p *Parameters) SignatureEncoding() SignatureEncoding { return p.signatureEncoding } // Variant returns the output prefix variant of the key. func (p *Parameters) Variant() Variant { return p.variant } func checkValidHashForCurve(curveType CurveType, hashType HashType) error { switch curveType { case NistP256: if hashType != SHA256 { return fmt.Errorf("ecdsa.Parameters: unsupported hash type for curve type: %v, %v", curveType, hashType) } case NistP384: if hashType != SHA384 && hashType != SHA512 { return fmt.Errorf("ecdsa.Parameters: unsupported hash type for curve type: %v, %v", curveType, hashType) } case NistP521: if hashType != SHA512 { return fmt.Errorf("ecdsa.Parameters: unsupported hash type for curve type: %v, %v", curveType, hashType) } default: return fmt.Errorf("ecdsa.Parameters: unsupported curve type: %v", curveType) } return nil } func checkValidHash(hashType HashType) error { switch hashType { case SHA256, SHA384, SHA512: return nil default: return fmt.Errorf("unsupported hash type: %v", hashType) } } func checkValidSignatureEncoding(signatureEncoding SignatureEncoding) error { switch signatureEncoding { case DER, IEEEP1363: return nil default: return fmt.Errorf("unsupported signature encoding: %v", signatureEncoding) } } func checkValidVariant(variant Variant) error { switch variant { case VariantTink, VariantCrunchy, VariantLegacy, VariantNoPrefix: return nil default: return fmt.Errorf("unsupported output prefix variant: %v", variant) } } func validateParameters(p *Parameters) error { if p == nil { return fmt.Errorf("parameters is nil") } if err := checkValidHash(p.HashType()); err != nil { return fmt.Errorf("ecdsa.Parameters: %v", err) } if err := checkValidSignatureEncoding(p.SignatureEncoding()); err != nil { return fmt.Errorf("ecdsa.Parameters: %v", err) } if err := checkValidVariant(p.Variant()); err != nil { return fmt.Errorf("ecdsa.Parameters: %v", err) } if err := checkValidHashForCurve(p.CurveType(), p.HashType()); err != nil { return err } return nil } // NewParameters creates a new ECDSA Parameters value. func NewParameters(curveType CurveType, hashType HashType, encoding SignatureEncoding, variant Variant) (*Parameters, error) { p := &Parameters{ curveType: curveType, hashType: hashType, signatureEncoding: encoding, variant: variant, } if err := validateParameters(p); err != nil { return nil, fmt.Errorf("ecdsa.NewParameters: %v", err) } return p, nil } // HasIDRequirement tells whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal tells whether this parameters value is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.HasIDRequirement() == actualParams.HasIDRequirement() && p.curveType == actualParams.curveType && p.hashType == actualParams.hashType && p.signatureEncoding == actualParams.signatureEncoding && p.variant == actualParams.variant } func calculateOutputPrefix(variant Variant, idRequirement uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(idRequirement), nil case VariantCrunchy, VariantLegacy: return outputprefix.Legacy(idRequirement), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // ecdhCurveFromCurveType returns the corresponding ecdh.Curve value from ct. func ecdhCurveFromCurveType(ct CurveType) (ecdh.Curve, error) { switch ct { case NistP256: return ecdh.P256(), nil case NistP384: return ecdh.P384(), nil case NistP521: return ecdh.P521(), nil default: return nil, fmt.Errorf("invalid curve type: %v", ct) } } // PublicKey represents an ECDSA public key. type PublicKey struct { publicPoint []byte idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*PublicKey)(nil) // NewPublicKey creates a new ECDSA PublicKey value from a public point, // // The point is expected to be encoded uncompressed as per [SEC 1 v2.0, Section // 2.3.3]. // // [SEC 1 v2.0, Section 2.3.3]: https://www.secg.org/sec1-v2.pdf#page=17.08 func NewPublicKey(publicPoint []byte, idRequirement uint32, parameters *Parameters) (*PublicKey, error) { if err := validateParameters(parameters); err != nil { return nil, fmt.Errorf("ecdsa.NewPublicKey: %v", err) } if parameters.Variant() == VariantNoPrefix && idRequirement != 0 { return nil, fmt.Errorf("ecdsa.NewPublicKey: key ID must be zero for VariantNoPrefix") } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("ecdsa.NewPublicKey: %v", err) } curve, err := ecdhCurveFromCurveType(parameters.CurveType()) if err != nil { return nil, fmt.Errorf("ecdsa.NewPublicKey: %v", err) } // Validate the point. if _, err := curve.NewPublicKey(publicPoint); err != nil { return nil, fmt.Errorf("ecdsa.NewPublicKey: point validation failed: %v", err) } return &PublicKey{ publicPoint: bytes.Clone(publicPoint), idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: parameters, }, nil } // PublicPoint returns the public key uncompressed point. // // Point format as per [SEC 1 v2.0, Section 2.3.3]. // // [SEC 1 v2.0, Section 2.3.3]: https://www.secg.org/sec1-v2.pdf#page=17.08 func (k *PublicKey) PublicPoint() []byte { return bytes.Clone(k.publicPoint) } // Parameters returns the parameters of this key. func (k *PublicKey) Parameters() key.Parameters { return k.parameters } // IDRequirement tells whether the key ID and whether it is required. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PublicKey) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal tells whether this key value is equal to other. func (k *PublicKey) Equal(other key.Key) bool { actualKey, ok := other.(*PublicKey) return ok && k.Parameters().Equal(actualKey.Parameters()) && k.idRequirement == actualKey.idRequirement && bytes.Equal(k.publicPoint, actualKey.publicPoint) && bytes.Equal(k.outputPrefix, actualKey.outputPrefix) } // PrivateKey represents an ECDSA private key. type PrivateKey struct { publicKey *PublicKey privateKeyValue secretdata.Bytes } var _ key.Key = (*PrivateKey)(nil) // NewPrivateKey creates a new ECDSA PrivateKey object from a secret private // key value and parameters. // // The private key value must be octet encoded as per [SEC 1 v2.0, Section // 2.3.5]. // // [SEC 1 v2.0, Section 2.3.5]: https://www.secg.org/sec1-v2.pdf#page=17.08 func NewPrivateKey(privateKeyValue secretdata.Bytes, idRequirement uint32, params *Parameters) (*PrivateKey, error) { if err := validateParameters(params); err != nil { return nil, fmt.Errorf("ecdsa.NewPrivateKey: %v", err) } curve, err := ecdhCurveFromCurveType(params.CurveType()) if err != nil { return nil, fmt.Errorf("ecdsa.NewPrivateKey: %v", err) } ecdhPrivateKey, err := curve.NewPrivateKey(privateKeyValue.Data(insecuresecretdataaccess.Token{})) if err != nil { return nil, fmt.Errorf("ecdsa.NewPrivateKey: point validation failed: %v", err) } publicPoint := ecdhPrivateKey.PublicKey().Bytes() publicKey, err := NewPublicKey(publicPoint, idRequirement, params) if err != nil { return nil, fmt.Errorf("ecdsa.NewPrivateKey: %v", err) } privKey := &PrivateKey{ publicKey: publicKey, privateKeyValue: privateKeyValue, } return privKey, nil } // validatePrivateKey checks that the private key value is valid with respect to // the public key. // // It checks that an [ecdh.PrivateKey] can be constructed from the private key // value and that the [ecdh.PublicKey] of that [ecdh.PrivateKey] is equal to the // public key constructed from [PublicKey]. func validatePrivateKey(publicKey *PublicKey, privateKeyValue secretdata.Bytes) error { curve, err := ecdhCurveFromCurveType(publicKey.parameters.CurveType()) if err != nil { return err } ecdhPrivateKey, err := curve.NewPrivateKey(privateKeyValue.Data(insecuresecretdataaccess.Token{})) if err != nil { return fmt.Errorf("point validation failed: %v", err) } ecdhPublicKeyFromPublicKey, err := curve.NewPublicKey(publicKey.publicPoint) if err != nil { // Should never happen. return fmt.Errorf("invalid public key point: %v", err) } if !ecdhPrivateKey.PublicKey().Equal(ecdhPublicKeyFromPublicKey) { return fmt.Errorf("invalid private key value") } return nil } // NewPrivateKeyFromPublicKey creates a new ECDSA PrivateKey object from a // public key and private key value. // // The private key value must be octet encoded as per [SEC 1 v2.0, Section // 2.3.5]. // // [SEC 1 v2.0, Section 2.3.5]: https://www.secg.org/sec1-v2.pdf#page=17.08 func NewPrivateKeyFromPublicKey(publicKey *PublicKey, privateKeyValue secretdata.Bytes) (*PrivateKey, error) { // PublicKey can be either nil, PublicKey{} or a valid PublicKey created with // NewPublicKey. if publicKey == nil { return nil, fmt.Errorf("ecdsa.NewPrivateKeyFromPublicKey: publicKey is nil") } // This should suffice to rule out the empty PublicKey{} case. // If parameters are not nil, we know the public key is valid (e.g., it // contains a valid point). if publicKey.parameters == nil { return nil, fmt.Errorf("ecdsa.NewPrivateKeyFromPublicKey: invalid public key") } // Check that the private key value is valid with respect to the public key. if err := validatePrivateKey(publicKey, privateKeyValue); err != nil { return nil, fmt.Errorf("ecdsa.NewPrivateKeyFromPublicKey: %v", err) } privKey := &PrivateKey{ publicKey: publicKey, privateKeyValue: privateKeyValue, } return privKey, nil } // PrivateKeyValue returns the private key value as [secretdata.Bytes]. // // The returned private key value has length equal to the size of the curve. func (k *PrivateKey) PrivateKeyValue() secretdata.Bytes { return k.privateKeyValue } // PublicKey returns the corresponding public key as [key.Key]. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // Parameters returns the parameters of this key as [key.Parameters]. func (k *PrivateKey) Parameters() key.Parameters { return k.publicKey.Parameters() } // IDRequirement tells whether the key ID and whether it is required. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PrivateKey) OutputPrefix() []byte { return k.publicKey.OutputPrefix() } // Equal tells whether this key object is equal to other. func (k *PrivateKey) Equal(other key.Key) bool { actualKey, ok := other.(*PrivateKey) return ok && k.publicKey.Equal(actualKey.publicKey) && k.privateKeyValue.Equal(actualKey.privateKeyValue) } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { ecdsaParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("ecdsa.createKey: invalid parameters type: %T", p) } curve, err := ecdhCurveFromCurveType(ecdsaParams.CurveType()) if err != nil { return nil, fmt.Errorf("ecdsa.createKey: %v", err) } privateKey, err := curve.GenerateKey(rand.Reader) if err != nil { return nil, fmt.Errorf("ecdsa.createKey: %v", err) } privateKeyValue := secretdata.NewBytesFromData(privateKey.Bytes(), insecuresecretdataaccess.Token{}) return NewPrivateKey(privateKeyValue, idRequirement, ecdsaParams) } ================================================ FILE: signature/ecdsa/key_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa_test import ( "bytes" "encoding/hex" "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" ) func TestNewParametersInvalidValues(t *testing.T) { testCases := []struct { name string curveType ecdsa.CurveType hashType ecdsa.HashType encoding ecdsa.SignatureEncoding variant ecdsa.Variant }{ { name: "unkown curve type", curveType: ecdsa.UnknownCurveType, hashType: ecdsa.SHA256, encoding: ecdsa.DER, variant: ecdsa.VariantTink, }, { name: "unkown encoding", curveType: ecdsa.NistP256, hashType: ecdsa.SHA256, encoding: ecdsa.UnknownSignatureEncoding, variant: ecdsa.VariantTink, }, { name: "unkown variant", curveType: ecdsa.NistP256, hashType: ecdsa.SHA256, encoding: ecdsa.DER, variant: ecdsa.VariantUnknown, }, { name: "unkown hash type", curveType: ecdsa.NistP256, hashType: ecdsa.UnknownHashType, encoding: ecdsa.DER, variant: ecdsa.VariantTink, }, { name: "invalid curve type value (negative)", curveType: -1, hashType: ecdsa.SHA256, encoding: ecdsa.DER, variant: ecdsa.VariantTink, }, { name: "invalid encoding value (negative)", curveType: ecdsa.NistP256, hashType: ecdsa.SHA256, encoding: -1, variant: ecdsa.VariantTink, }, { name: "invalid variant value (negative)", curveType: ecdsa.NistP256, hashType: ecdsa.SHA256, encoding: ecdsa.DER, variant: -1, }, { name: "invalid hash type value (negative)", curveType: ecdsa.NistP256, hashType: -1, encoding: ecdsa.DER, variant: ecdsa.VariantTink, }, { name: "invalid curve type value (too large)", curveType: 10, hashType: ecdsa.SHA256, encoding: ecdsa.DER, variant: ecdsa.VariantTink, }, { name: "invalid encoding value (too large)", curveType: ecdsa.NistP256, hashType: ecdsa.SHA256, encoding: 10, variant: ecdsa.VariantTink, }, { name: "invalid variant value (too large)", curveType: ecdsa.NistP256, hashType: ecdsa.SHA256, encoding: ecdsa.DER, variant: 10, }, { name: "invalid hash type value (too large)", curveType: ecdsa.NistP256, hashType: 10, encoding: ecdsa.DER, variant: ecdsa.VariantTink, }, { name: "NistP256 with SHA384", curveType: ecdsa.NistP256, hashType: ecdsa.SHA384, encoding: ecdsa.DER, variant: ecdsa.VariantTink, }, { name: "NistP256 with SHA512", curveType: ecdsa.NistP256, hashType: ecdsa.SHA512, encoding: ecdsa.DER, variant: ecdsa.VariantTink, }, { name: "NistP384 with SHA256", curveType: ecdsa.NistP384, hashType: ecdsa.SHA256, encoding: ecdsa.DER, variant: ecdsa.VariantTink, }, { name: "NistP521 with SHA256", curveType: ecdsa.NistP521, hashType: ecdsa.SHA256, encoding: ecdsa.DER, variant: ecdsa.VariantTink, }, { name: "NistP521 with SHA384", curveType: ecdsa.NistP521, hashType: ecdsa.SHA384, encoding: ecdsa.DER, variant: ecdsa.VariantTink, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := ecdsa.NewParameters(tc.curveType, tc.hashType, tc.encoding, tc.variant); err == nil { t.Errorf("ecdsa.NewParameters(%v, %v, %v, %v) = nil, want error", tc.curveType, tc.hashType, tc.encoding, tc.variant) } }) } } func TestNewParameters(t *testing.T) { testCases := []struct { name string curveType ecdsa.CurveType hashType ecdsa.HashType encoding ecdsa.SignatureEncoding }{ { name: "NistP256 with SHA256 and DER encoding", curveType: ecdsa.NistP256, hashType: ecdsa.SHA256, encoding: ecdsa.DER, }, { name: "NistP384 with SHA384 and DER encoding", curveType: ecdsa.NistP384, hashType: ecdsa.SHA384, encoding: ecdsa.DER, }, { name: "NistP384 with SHA384 and DER encoding", curveType: ecdsa.NistP384, hashType: ecdsa.SHA384, encoding: ecdsa.DER, }, { name: "NistP384 with SHA512 and DER encoding", curveType: ecdsa.NistP384, hashType: ecdsa.SHA512, encoding: ecdsa.DER, }, { name: "NistP521 with SHA512 and DER encoding", curveType: ecdsa.NistP521, hashType: ecdsa.SHA512, encoding: ecdsa.DER, }, { name: "NistP256 with SHA256 and IEEEP1363 encoding", curveType: ecdsa.NistP256, hashType: ecdsa.SHA256, encoding: ecdsa.IEEEP1363, }, { name: "NistP384 with SHA384 and IEEEP1363 encoding", curveType: ecdsa.NistP384, hashType: ecdsa.SHA384, encoding: ecdsa.IEEEP1363, }, { name: "NistP384 with SHA384 and IEEEP1363 encoding", curveType: ecdsa.NistP384, hashType: ecdsa.SHA384, encoding: ecdsa.IEEEP1363, }, { name: "NistP384 with SHA512 and IEEEP1363 encoding", curveType: ecdsa.NistP384, hashType: ecdsa.SHA512, encoding: ecdsa.IEEEP1363, }, { name: "NistP521 with SHA512 and IEEEP1363 encoding", curveType: ecdsa.NistP521, hashType: ecdsa.SHA512, encoding: ecdsa.IEEEP1363, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { params, err := ecdsa.NewParameters(tc.curveType, tc.hashType, tc.encoding, ecdsa.VariantTink) if err != nil { t.Fatalf("ecdsa.NewParameters(%v, %v, %v, %v) = %v, want nil", tc.curveType, tc.hashType, tc.encoding, ecdsa.VariantTink, err) } if got, want := params.CurveType(), tc.curveType; got != want { t.Errorf("params.CurveType() = %v, want %v", got, want) } if got, want := params.HashType(), tc.hashType; got != want { t.Errorf("params.HashType() = %v, want %v", got, want) } if got, want := params.SignatureEncoding(), tc.encoding; got != want { t.Errorf("params.SignatureEncoding() = %v, want %v", got, want) } if got, want := params.Variant(), ecdsa.VariantTink; got != want { t.Errorf("params.Variant() = %v, want %v", got, want) } if got, want := params.HasIDRequirement(), true; got != want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, want) } other, err := ecdsa.NewParameters(tc.curveType, tc.hashType, tc.encoding, ecdsa.VariantTink) if err != nil { t.Fatalf("ecdsa.NewParameters(%v, %v, %v, %v) = %v, want nil", tc.curveType, tc.hashType, tc.encoding, ecdsa.VariantTink, err) } if !params.Equal(other) { t.Errorf("params.Equal(other) = false, want true") } }) } } const ( // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.5 pubKeyXP256Hex = "60FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB6" pubKeyYP256Hex = "7903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299" privKeyValueP256Hex = "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721" // Encoded as an uncompressed octet string as per [SEC 1 v2.0, Section 2.3.3] // // [SEC 1 v2.0, Section 2.3.3]: https://www.secg.org/sec1-v2.pdf#page=17.08 pubKeyUncompressedP256Hex = "04" + pubKeyXP256Hex + pubKeyYP256Hex pubKeyUncompressedP256InvalidHex = "04" + pubKeyXP256Hex + "08c8049879c6278b227334847415851500000000000000000000000000000000" // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.6 pubKeyXP384Hex = "EC3A4E415B4E19A4568618029F427FA5DA9A8BC4AE92E02E06AAE5286B300C64DEF8F0EA9055866064A254515480BC13" pubKeyYP384Hex = "8015D9B72D7D57244EA8EF9AC0C621896708A59367F9DFB9F54CA84B3F1C9DB1288B231C3AE0D4FE7344FD2533264720" privKeyValueP384Hex = "6B9D3DAD2E1B8C1C05B19875B6659F4DE23C3B667BF297BA9AA47740787137D896D5724E4C70A825F872C9EA60D2EDF5" pubKeyUncompressedP384Hex = "04" + pubKeyXP384Hex + pubKeyYP384Hex // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.7 pubKeyXP521Hex = "01894550D0785932E00EAA23B694F213F8C3121F86DC97A04E5A7167DB4E5BCD371123D46E45DB6B5D5370A7F20FB633155D38FFA16D2BD761DCAC474B9A2F5023A4" pubKeyYP521Hex = "00493101C962CD4D2FDDF782285E64584139C2F91B47F87FF82354D6630F746A28A0DB25741B5B34A828008B22ACC23F924FAAFBD4D33F81EA66956DFEAA2BFDFCF5" privKeyValueP521Hex = "00FAD06DAA62BA3B25D2FB40133DA757205DE67F5BB0018FEE8C86E1B68C7E75CAA896EB32F1F47C70855836A6D16FCC1466F6D8FBEC67DB89EC0C08B0E996B83538" pubKeyUncompressedP521Hex = "04" + pubKeyXP521Hex + pubKeyYP521Hex // From https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.4 pubKeyXP224Hex = "00CF08DA5AD719E42707FA431292DEA11244D64FC51610D94B130D6C" pubKeyYP224Hex = "EEAB6F3DEBE455E3DBF85416F7030CBD94F34F2D6F232C69F3C1385A" pubKeyUncompressedP224Hex = "04" + pubKeyXP224Hex + pubKeyYP224Hex ) func bytesFromHex(t *testing.T, hexStr string) []byte { t.Helper() x, err := hex.DecodeString(hexStr) if err != nil { t.Fatalf("hex.DecodeString(%v) err = %v, want nil", hexStr, err) } return x } func TestNewPublicKeyInvalidValues(t *testing.T) { validPoint := bytesFromHex(t, pubKeyUncompressedP256Hex) invalidPoint := bytesFromHex(t, pubKeyUncompressedP256InvalidHex) validParams, err := ecdsa.NewParameters(ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink) if err != nil { t.Fatalf("ecdsa.NewParameters(%v, %v, %v, %v) = %v, want nil", ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink, err) } validParamsNoPrefix, err := ecdsa.NewParameters(ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantNoPrefix) if err != nil { t.Fatalf("ecdsa.NewParameters(%v, %v, %v, %v) = %v, want nil", ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantNoPrefix, err) } validPointOnAnotherCurve := bytesFromHex(t, pubKeyUncompressedP521Hex) validPointOnP224 := bytesFromHex(t, pubKeyUncompressedP224Hex) for _, tc := range []struct { name string point []byte keyID uint32 parameters *ecdsa.Parameters }{ { name: "nil params", point: validPoint, keyID: 123, parameters: nil, }, { name: "empty params", point: validPoint, keyID: 123, parameters: &ecdsa.Parameters{}, }, { name: "nil point", point: nil, keyID: 123, parameters: validParams, }, { name: "empty point", point: []byte{}, keyID: 123, parameters: validParams, }, { name: "valid point with extra byte", point: append(validPoint, 0xFF), keyID: 123, parameters: validParams, }, { name: "valid point in cruncy uncompressed format", point: validPoint[1:], keyID: 123, parameters: validParams, }, { name: "valid point missing last byte", point: validPoint[:len(validPoint)-1], keyID: 123, parameters: validParams, }, { name: "valid point on wrong curve", point: validPointOnAnotherCurve, keyID: 123, parameters: validParams, }, { name: "valid point on unsupported curve", point: validPointOnP224, keyID: 123, parameters: validParams, }, { name: "invalid point", point: invalidPoint, keyID: 123, parameters: validParams, }, { name: "invalid key ID", point: validPoint, keyID: 123, parameters: validParamsNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := ecdsa.NewPublicKey(tc.point, tc.keyID, tc.parameters); err == nil { t.Errorf("ecdsa.NewPublicKey(%v, %d, %v) = nil, want error", tc.point, tc.keyID, tc.parameters) } }) } } type testCase struct { name string point, d string id uint32 curveType ecdsa.CurveType hashType ecdsa.HashType encoding ecdsa.SignatureEncoding variant ecdsa.Variant } var ( // Sampled from // https://github.com/google/boringssl/blob/f10c1dc37174843c504a80e94c252e35b7b1eb61/crypto/fipsmodule/ecdsa/ecdsa_sign_tests.txt testVectors = []struct { point, d string curveType ecdsa.CurveType }{ { point: "0429578c7ab6ce0d11493c95d5ea05d299d536801ca9cbd50e9924e43b733b83ab08c8049879c6278b2273348474158515accaa38344106ef96803c5a05adc4800", d: "708309a7449e156b0db70e5b52e606c7e094ed676ce8953bf6c14757c826f590", curveType: ecdsa.NistP256, }, { point: "044a92396ff7930b1da9a873a479a28a9896af6cc3d39345b949b726dc3cd978b5475abb18eaed948879b9c1453e3ef2755dd90f77519ec7b6a30297aad08e4931", d: "90c5386100b137a75b0bb495002b28697a451add2f1f22cb65f735e8aaeace98", curveType: ecdsa.NistP256, }, { point: "045775174deb0248112e069cb86f1546ac7a78bc2127d0cb953bad46384dd6be5ba27020952971cc0b0c3abd06e9ca3e141a4943f560564eba31e5288928bc7ce7", d: "a3a43cece9c1abeff81099fb344d01f7d8df66447b95a667ee368f924bccf870", curveType: ecdsa.NistP256, }, { point: "0400ea9d109dbaa3900461a9236453952b1f1c2a5aa12f6d500ac774acdff84ab7cb71a0f91bcd55aaa57cb8b4fbb3087d0fc0e3116c9e94be583b02b21b1eb168d8facf3955279360cbcd86e04ee50751054cfaebcf542538ac113d56ccc38b3e", d: "0af857beff08046f23b03c4299eda86490393bde88e4f74348886b200555276b93b37d4f6fdec17c0ea581a30c59c727", curveType: ecdsa.NistP384, }, { point: "04de92ff09af2950854a70f2178d2ed50cc7042a7188301a1ea81d9629ad3c29795cb7f0d56630a401e4d6e5bed0068d1e6135adbd8624130735e64e65ecbd43770dcc12b28e737b5ed033666f34c918eb5589508e4a13b9243374a118a628dd0b", d: "047dd5baab23f439ec23b58b7e6ff4cc37813cccb4ea73bb2308e6b82b3170edfe0e131eca50841bf1b686e651c57246", curveType: ecdsa.NistP384, }, { point: "043db95ded500b2506b627270bac75688dd7d44f47029adeff99397ab4b6329a38dbb278a0fc58fe4914e6ae31721a6875049288341553a9ac3dc2d9e18e7a92c43dd3c25ca866f0cb4c68127bef6b0e4ba85713d27d45c7d0dc57e5782a6bf733", d: "54ba9c740535574cebc41ca5dc950629674ee94730353ac521aafd1c342d3f8ac52046ed804264e1440d7fe409c45c83", curveType: ecdsa.NistP384, }, { point: "0401a7596d38aac7868327ddc1ef5e8178cf052b7ebc512828e8a45955d85bef49494d15278198bbcc5454358c12a2af9a3874e7002e1a2f02fcb36ff3e3b4bc0c69e70184902e515982bb225b8c84f245e61b327c08e94d41c07d0b4101a963e02fe52f6a9f33e8b1de2394e0cb74c40790b4e489b5500e6804cabed0fe8c192443d4027b", d: "01d7bb864c5b5ecae019296cf9b5c63a166f5f1113942819b1933d889a96d12245777a99428f93de4fc9a18d709bf91889d7f8dddd522b4c364aeae13c983e9fae46", curveType: ecdsa.NistP521, }, { point: "0400156cd2c485012ea5d5aadad724fb87558637de37b34485c4cf7c8cbc3e4f106cb1efd3e64f0adf99ddb51e3ac991bdd90785172386cdaf2c582cc46d6c99b0fed101edeeda717554252b9f1e13553d4af028ec9e158dbe12332684fc1676dc731f39138a5d301376505a9ab04d562cc1659b0be9cb2b5e03bad8b412f2699c245b0ba2", d: "017e49b8ea8f9d1b7c0378e378a7a42e68e12cf78779ed41dcd29a090ae7e0f883b0d0f2cbc8f0473c0ad6732bea40d371a7f363bc6537d075bd1a4c23e558b0bc73", curveType: ecdsa.NistP521, }, { point: "04018d40cc4573892b3e467d314c39c95615ee0510e3e4dbc9fa28f6cd1f73e7acde15ad7c8c5339df9a7774f8155130e7d1f8de9139ddd6dfe1841c1e64c38ea98243017021782d33dc513716c83afe7ba5e7abef9cb25b31f483661115b8d6b5ae469aaf6f3d54baa3b658a9af9b6249fd4d5ea7a07cb8b600f1df72b81dac614cfc384a", d: "0135ea346852f837d10c1b2dfb8012ae8215801a7e85d4446dadd993c68d1e9206e1d8651b7ed763b95f707a52410eeef4f21ae9429828289eaea1fd9caadf826ace", curveType: ecdsa.NistP521, }, } testCases = func() []testCase { tc := []testCase{} for _, variantAndID := range []struct { variant ecdsa.Variant id uint32 }{ { variant: ecdsa.VariantTink, id: 123, }, { variant: ecdsa.VariantCrunchy, id: 123, }, { variant: ecdsa.VariantLegacy, id: 123, }, { variant: ecdsa.VariantNoPrefix, id: 0, }, } { for _, encoding := range []ecdsa.SignatureEncoding{ecdsa.DER, ecdsa.IEEEP1363} { for _, tv := range testVectors { switch tv.curveType { case ecdsa.NistP256: { tc = append(tc, testCase{ point: tv.point, d: tv.d, id: variantAndID.id, hashType: ecdsa.SHA256, curveType: tv.curveType, encoding: encoding, variant: variantAndID.variant, }) } case ecdsa.NistP384: { tc = append(tc, testCase{ point: tv.point, d: tv.d, id: variantAndID.id, hashType: ecdsa.SHA384, curveType: tv.curveType, encoding: encoding, variant: variantAndID.variant, }) tc = append(tc, testCase{ point: tv.point, d: tv.d, id: variantAndID.id, hashType: ecdsa.SHA512, curveType: tv.curveType, encoding: encoding, variant: variantAndID.variant, }) } case ecdsa.NistP521: { tc = append(tc, testCase{ point: tv.point, d: tv.d, id: variantAndID.id, hashType: ecdsa.SHA512, curveType: tv.curveType, encoding: encoding, variant: variantAndID.variant, }) } } } } } return tc }() ) func TestNewPublicKey(t *testing.T) { for _, tc := range testCases { t.Run(fmt.Sprintf("curveType: %v, hashType: %v, encoding: %v, variant: %v, id: %d", tc.curveType, tc.hashType, tc.encoding, tc.variant, tc.id), func(t *testing.T) { point := bytesFromHex(t, tc.point) params, err := ecdsa.NewParameters(tc.curveType, tc.hashType, tc.encoding, tc.variant) if err != nil { t.Fatalf("ecdsa.NewParameters(%v, %v, %v, %v) = %v, want nil", tc.curveType, tc.hashType, tc.encoding, tc.variant, err) } pubKey, err := ecdsa.NewPublicKey(point, tc.id, params) if err != nil { t.Errorf("ecdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", point, tc.id, params, err) } if got, want := pubKey.PublicPoint(), point; !bytes.Equal(got, want) { t.Errorf("pubKey.PublicKey() = %v, want %v", got, want) } if got, want := pubKey.Parameters(), params; !got.Equal(want) { t.Errorf("pubKey.Parameters() = %v, want %v", got, want) } gotIDRequirement, gotRequired := pubKey.IDRequirement() wantIDRequirement, wantRequired := tc.id, params.HasIDRequirement() if gotIDRequirement != wantIDRequirement || gotRequired != wantRequired { t.Errorf("pubKey.IDRequirement() = (%v, %v), want (%v, %v)", gotIDRequirement, gotRequired, wantIDRequirement, wantRequired) } otherKey, err := ecdsa.NewPublicKey(point, tc.id, params) if err != nil { t.Fatalf("ecdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", point, tc.id, params, err) } if !pubKey.Equal(otherKey) { t.Errorf("pubKey.Equal(otherKey) = false, want true") } }) } } func TestPublicKeyOutputPrefix(t *testing.T) { publicPoint := bytesFromHex(t, pubKeyUncompressedP256Hex) for _, tc := range []struct { name string variant ecdsa.Variant id uint32 want []byte }{ { name: "Tink", variant: ecdsa.VariantTink, id: uint32(0x01020304), want: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "Crunchy", variant: ecdsa.VariantCrunchy, id: uint32(0x01020304), want: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "Legacy", variant: ecdsa.VariantLegacy, id: uint32(0x01020304), want: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "NoPrefix", variant: ecdsa.VariantNoPrefix, id: 0, want: nil, }, } { t.Run(tc.name, func(t *testing.T) { params, err := ecdsa.NewParameters(ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, tc.variant) if err != nil { t.Fatalf("ecdsa.NewParameters(%v, %v, %v, %v) = %v, want nil", ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, tc.variant, err) } pubKey, err := ecdsa.NewPublicKey(publicPoint, tc.id, params) if err != nil { t.Fatalf("ecdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", publicPoint, tc.id, params, err) } if got, want := pubKey.OutputPrefix(), tc.want; !bytes.Equal(got, want) { t.Errorf("pubKey.OutputPrefix() = %v, want %v", got, want) } }) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestPublicKey_Equal_FalseIfDifferentType(t *testing.T) { publicPoint := bytesFromHex(t, pubKeyUncompressedP256Hex) params := mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink) pubKey := mustCreatePublicKey(t, publicPoint, 123, params) if pubKey.Equal(&stubKey{}) { t.Errorf("pubKey.Equal(&stubKey{}) = true, want false") } } func mustCreateParameters(t *testing.T, curveType ecdsa.CurveType, hashType ecdsa.HashType, signatureEncoding ecdsa.SignatureEncoding, variant ecdsa.Variant) *ecdsa.Parameters { t.Helper() params, err := ecdsa.NewParameters(curveType, hashType, signatureEncoding, variant) if err != nil { t.Fatalf("ecdsa.NewParameters(%v, %v, %v, %v) = %v, want nil", curveType, hashType, signatureEncoding, variant, err) } return params } func mustCreatePublicKey(t *testing.T, point []byte, id uint32, params *ecdsa.Parameters) *ecdsa.PublicKey { t.Helper() pubKey, err := ecdsa.NewPublicKey(point, id, params) if err != nil { t.Fatalf("ecdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", point, id, params, err) } return pubKey } func TestNewPrivateKeyInvalidValues(t *testing.T) { params := mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink) token := insecuresecretdataaccess.Token{} for _, tc := range []struct { name string params *ecdsa.Parameters privateKeyValue secretdata.Bytes }{ { name: "nil params key", params: nil, privateKeyValue: secretdata.NewBytesFromData(bytesFromHex(t, privKeyValueP256Hex), token), }, { name: "empty params key", params: &ecdsa.Parameters{}, privateKeyValue: secretdata.NewBytesFromData(bytesFromHex(t, privKeyValueP256Hex), token), }, { name: "empty private key value", params: params, privateKeyValue: secretdata.NewBytesFromData([]byte{}, token), }, { name: "nil private key value", params: params, privateKeyValue: secretdata.NewBytesFromData(nil, token), }, { name: "too small private key value", params: params, privateKeyValue: secretdata.NewBytesFromData([]byte("123"), token), }, { name: "too large private key value", params: params, privateKeyValue: secretdata.NewBytesFromData([]byte("000000000000000000000000000000000000000000000000"), token), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := ecdsa.NewPrivateKey(tc.privateKeyValue, 123, tc.params); err == nil { t.Errorf("ecdsa.NewPrivateKey(tc.privateKeyValue, 123, %v) = nil, want error", tc.params) } }) } } func TestPrivateKey_Equal_FalseIfDifferentType(t *testing.T) { publicPoint := bytesFromHex(t, pubKeyUncompressedP256Hex) params := mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink) publicKey := mustCreatePublicKey(t, publicPoint, 123, params) token := insecuresecretdataaccess.Token{} privateKeyValueBytes := bytesFromHex(t, privKeyValueP256Hex) privateKeyValue := secretdata.NewBytesFromData(privateKeyValueBytes, token) prvKey, err := ecdsa.NewPrivateKeyFromPublicKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("ecdsa.NewPrivateKeyFromPublicKey(%v, privateKeyValue) err = %v, want nil", publicKey, err) } if prvKey.Equal(&stubKey{}) { t.Errorf("prvKey.Equal(&stubKey{}) = true, want false") } } func TestNewPrivateKey(t *testing.T) { for _, tc := range testCases { t.Run(fmt.Sprintf("curveType: %v, hashType: %v, encoding: %v, variant: %v, id: %d", tc.curveType, tc.hashType, tc.encoding, tc.variant, tc.id), func(t *testing.T) { params := mustCreateParameters(t, tc.curveType, tc.hashType, tc.encoding, tc.variant) publicKey := mustCreatePublicKey(t, bytesFromHex(t, tc.point), tc.id, params) token := insecuresecretdataaccess.Token{} privateKeyValueBytes := bytesFromHex(t, tc.d) privateKeyValue := secretdata.NewBytesFromData(privateKeyValueBytes, token) prvKey, err := ecdsa.NewPrivateKey(privateKeyValue, tc.id, params) if err != nil { t.Errorf("ecdsa.NewPrivateKey(privateKeyValue, %v, %v) err = %v, want nil", tc.id, params, err) } // Check accessor methods. if got, want := prvKey.PrivateKeyValue(), privateKeyValue; !got.Equal(want) { t.Errorf("prvKey.PrivateKeyValue() = %x, want %x", got.Data(token), want.Data(token)) } gotIDRequirement, gotRequired := prvKey.IDRequirement() wantIDRequirement, wantRequired := publicKey.IDRequirement() if gotIDRequirement != wantIDRequirement || gotRequired != wantRequired { t.Errorf("invalid ID requirement: got (%v, %v), want (%v, %v)", gotIDRequirement, gotRequired, wantIDRequirement, wantRequired) } if got, want := prvKey.OutputPrefix(), publicKey.OutputPrefix(); !bytes.Equal(got, want) { t.Errorf("prvKey.OutputPrefix() = %v, want %v", got, want) } if got, want := prvKey.Parameters(), params; !got.Equal(want) { t.Errorf("prvKey.Parameters() = %v, want %v", got, want) } want, err := prvKey.PublicKey() if err != nil { t.Fatalf("prvKey.PublicKey() err = %v, want nil", err) } if got := publicKey; !got.Equal(want) { t.Errorf("prvKey.PublicKey() = %v, want %v", got, want) } otherPrvKey, err := ecdsa.NewPrivateKey(privateKeyValue, tc.id, params) if err != nil { t.Fatalf("ecdsa.NewPrivateKey(privateKeyValue, %v, %v) err = %v, want nil", tc.id, params, err) } if !otherPrvKey.Equal(prvKey) { t.Errorf("otherPrvKey.Equal(prvKey) = false, want true") } }) } } func TestNewPrivateKeyFromPublicKeyInvalidValues(t *testing.T) { publicPoint := bytesFromHex(t, pubKeyUncompressedP256Hex) publicKey := mustCreatePublicKey(t, publicPoint, 123, mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantCrunchy)) token := insecuresecretdataaccess.Token{} for _, tc := range []struct { name string publicKey *ecdsa.PublicKey privateKeyValue secretdata.Bytes }{ { name: "nil public key", publicKey: nil, privateKeyValue: secretdata.NewBytesFromData(bytesFromHex(t, privKeyValueP256Hex), token), }, { name: "empty public key", publicKey: &ecdsa.PublicKey{}, privateKeyValue: secretdata.NewBytesFromData(bytesFromHex(t, privKeyValueP256Hex), token), }, { name: "empty private key value", publicKey: publicKey, privateKeyValue: secretdata.NewBytesFromData([]byte{}, token), }, { name: "nil private key value", publicKey: publicKey, privateKeyValue: secretdata.NewBytesFromData(nil, token), }, { name: "too small private key value", publicKey: publicKey, privateKeyValue: secretdata.NewBytesFromData([]byte("123"), token), }, { name: "too large private key value", publicKey: publicKey, privateKeyValue: secretdata.NewBytesFromData([]byte("000000000000000000000000000000000000000000000000"), token), }, { name: "invalid private key value", publicKey: publicKey, privateKeyValue: secretdata.NewBytesFromData([]byte("00000000000000000000000000000000"), token), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := ecdsa.NewPrivateKeyFromPublicKey(tc.publicKey, tc.privateKeyValue); err == nil { t.Errorf("ecdsa.NewPrivateKeyFromPublicKey(%v, tc.privateKeyValue) = nil, want error", tc.publicKey) } }) } } func TestNewPrivateKeyFromPublicKey(t *testing.T) { for _, tc := range testCases { t.Run(fmt.Sprintf("curveType: %v, hashType: %v, encoding: %v, variant: %v, id: %d", tc.curveType, tc.hashType, tc.encoding, tc.variant, tc.id), func(t *testing.T) { params := mustCreateParameters(t, tc.curveType, tc.hashType, tc.encoding, tc.variant) publicKey := mustCreatePublicKey(t, bytesFromHex(t, tc.point), tc.id, params) token := insecuresecretdataaccess.Token{} privateKeyValueBytes := bytesFromHex(t, tc.d) privateKeyValue := secretdata.NewBytesFromData(privateKeyValueBytes, token) prvKey, err := ecdsa.NewPrivateKeyFromPublicKey(publicKey, privateKeyValue) if err != nil { t.Errorf("ecdsa.NewPrivateKeyFromPublicKey(%v, privateKeyValue) err = %v, want nil", publicKey, err) } // Check accessor methods. if got, want := prvKey.PrivateKeyValue(), privateKeyValue; !got.Equal(want) { t.Errorf("prvKey.PrivateKeyValue() = %x, want %x", got.Data(token), want.Data(token)) } gotIDRequirement, gotRequired := prvKey.IDRequirement() wantIDRequirement, wantRequired := publicKey.IDRequirement() if gotIDRequirement != wantIDRequirement || gotRequired != wantRequired { t.Errorf("invalid ID requirement: got (%v, %v), want (%v, %v)", gotIDRequirement, gotRequired, wantIDRequirement, wantRequired) } if got, want := prvKey.OutputPrefix(), publicKey.OutputPrefix(); !bytes.Equal(got, want) { t.Errorf("prvKey.OutputPrefix() = %v, want %v", got, want) } if got, want := prvKey.Parameters(), params; !got.Equal(want) { t.Errorf("prvKey.Parameters() = %v, want %v", got, want) } want, err := prvKey.PublicKey() if err != nil { t.Fatalf("prvKey.PublicKey() err = %v, want nil", err) } if got := publicKey; !got.Equal(want) { t.Errorf("prvKey.PublicKey() = %v, want %v", got, want) } otherPrvKey, err := ecdsa.NewPrivateKeyFromPublicKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("ecdsa.NewPrivateKeyFromPublicKey(%v, privateKeyValue) err = %v, want nil", publicKey, err) } if !otherPrvKey.Equal(prvKey) { t.Errorf("otherPrvKey.Equal(prvKey) = false, want true") } }) } } func TestKeyCreator(t *testing.T) { params, err := ecdsa.NewParameters(ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink) if err != nil { t.Fatalf("ecdsa.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", params, err) } ecdsaPrivateKey, ok := key.(*ecdsa.PrivateKey) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*ecdsa.PrivateKey)(nil)) } idRequirement, hasIDRequirement := ecdsaPrivateKey.IDRequirement() if !hasIDRequirement || idRequirement != 0x1234 { t.Errorf("ecdsaPrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0x1234, true) } if diff := cmp.Diff(ecdsaPrivateKey.Parameters(), params); diff != "" { t.Errorf("ecdsaPrivateKey.Parameters() diff (-want +got):\n%s", diff) } } ================================================ FILE: signature/ecdsa/proto.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa import ( commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" ecdsapb "github.com/tink-crypto/tink-go/v2/proto/ecdsa_go_proto" ) // paramNames returns the string representations of each parameter in // [ecdsapb.EcdsaParams]. func paramNames(params *ecdsapb.EcdsaParams) (string, string, string) { hashName := commonpb.HashType_name[int32(params.GetHashType())] curveName := commonpb.EllipticCurveType_name[int32(params.GetCurve())] encodingName := ecdsapb.EcdsaSignatureEncoding_name[int32(params.GetEncoding())] return hashName, curveName, encodingName } ================================================ FILE: signature/ecdsa/protoserialization.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/ec" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" ecdsapb "github.com/tink-crypto/tink-go/v2/proto/ecdsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( signerKeyVersion = 0 signerTypeURL = "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey" verifierKeyVersion = 0 verifierTypeURL = "type.googleapis.com/google.crypto.tink.EcdsaPublicKey" ) type publicKeySerializer struct{} func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantLegacy: return tinkpb.OutputPrefixType_LEGACY, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func protoCurveFromCurveType(curveType CurveType) (commonpb.EllipticCurveType, error) { switch curveType { case NistP256: return commonpb.EllipticCurveType_NIST_P256, nil case NistP384: return commonpb.EllipticCurveType_NIST_P384, nil case NistP521: return commonpb.EllipticCurveType_NIST_P521, nil default: return commonpb.EllipticCurveType_UNKNOWN_CURVE, fmt.Errorf("unknown curve type: %v", curveType) } } func protoHashTypeFromHashType(hashType HashType) (commonpb.HashType, error) { switch hashType { case SHA256: return commonpb.HashType_SHA256, nil case SHA384: return commonpb.HashType_SHA384, nil case SHA512: return commonpb.HashType_SHA512, nil default: return commonpb.HashType_UNKNOWN_HASH, fmt.Errorf("unknown hash type: %v", hashType) } } func protoEcdsaSignatureEncodingFromSignatureEncoding(encoding SignatureEncoding) (ecdsapb.EcdsaSignatureEncoding, error) { switch encoding { case DER: return ecdsapb.EcdsaSignatureEncoding_DER, nil case IEEEP1363: return ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, nil default: return ecdsapb.EcdsaSignatureEncoding_UNKNOWN_ENCODING, fmt.Errorf("unknown hash type: %v", encoding) } } func createProtoECDSAParams(p *Parameters) (*ecdsapb.EcdsaParams, error) { curve, err := protoCurveFromCurveType(p.CurveType()) if err != nil { return nil, err } hash, err := protoHashTypeFromHashType(p.HashType()) if err != nil { return nil, err } encoding, err := protoEcdsaSignatureEncodingFromSignatureEncoding(p.SignatureEncoding()) if err != nil { return nil, err } return &ecdsapb.EcdsaParams{ Curve: curve, HashType: hash, Encoding: encoding, }, nil } // validateEncodingAndGetCoordinates validates the encoding of a public point // and returns the x and y coordinates. Encoding must be as per [SEC 1 v2.0, // Section 2.3.3]. This function adds an extra leading 0x00 byte to the // coordinates for compatibility with other Tink implementations (see // b/264525021). // // [SEC 1 v2.0, Section 2.3.3]: https://www.secg.org/sec1-v2.pdf#page=17.08 func validateEncodingAndGetCoordinates(publicPoint []byte, curveType CurveType) ([]byte, []byte, error) { coordinateSize, err := coordinateSizeForCurve(curveType) if err != nil { return nil, nil, err } if len(publicPoint) != 2*coordinateSize+1 { return nil, nil, fmt.Errorf("public key point has invalid coordinate size: got %v, want %v", len(publicPoint), 2*coordinateSize+1) } if publicPoint[0] != 0x04 { return nil, nil, fmt.Errorf("public key has invalid 1st byte: got %x, want %x", publicPoint[0], 0x04) } xy := publicPoint[1:] x, err := ec.BigIntBytesToFixedSizeBuffer(xy[:coordinateSize], coordinateSize+1) if err != nil { return nil, nil, err } y, err := ec.BigIntBytesToFixedSizeBuffer(xy[coordinateSize:], coordinateSize+1) if err != nil { return nil, nil, err } return x, y, nil } func createProtoECDSAPublicKey(k *PublicKey, p *Parameters) (*ecdsapb.EcdsaPublicKey, error) { protoECDSAParams, err := createProtoECDSAParams(p) if err != nil { return nil, err } x, y, err := validateEncodingAndGetCoordinates(k.PublicPoint(), p.CurveType()) if err != nil { return nil, err } return &ecdsapb.EcdsaPublicKey{ Version: verifierKeyVersion, Params: protoECDSAParams, X: x, Y: y, }, nil } func (s *publicKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { ecdsaPublicKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is not an ecdsa.PublicKey object") } ecdsaParameters, ok := ecdsaPublicKey.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("ecdsaPublicKey.Parameters() is not *ecdsa.Parameters") } // This is nil if PublicKey was created as a struct literal. if ecdsaParameters == nil { return nil, fmt.Errorf("ecdsaParameters is nil") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(ecdsaParameters.Variant()) if err != nil { return nil, err } protoECDSAKey, err := createProtoECDSAPublicKey(ecdsaPublicKey, ecdsaParameters) if err != nil { return nil, err } protoECDSAKeyBytes, err := proto.Marshal(protoECDSAKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := ecdsaPublicKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: protoECDSAKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type publicKeyParser struct{} func variantFromProto(outputPrefixType tinkpb.OutputPrefixType) (Variant, error) { switch outputPrefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_LEGACY: return VariantLegacy, nil case tinkpb.OutputPrefixType_CRUNCHY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unknown output prefix: %v", outputPrefixType) } } func curveTypeFromProto(curveType commonpb.EllipticCurveType) (CurveType, error) { switch curveType { case commonpb.EllipticCurveType_NIST_P256: return NistP256, nil case commonpb.EllipticCurveType_NIST_P384: return NistP384, nil case commonpb.EllipticCurveType_NIST_P521: return NistP521, nil default: return UnknownCurveType, fmt.Errorf("unknown curve type: %v", curveType) } } func hashTypeFromProto(hashType commonpb.HashType) (HashType, error) { switch hashType { case commonpb.HashType_SHA256: return SHA256, nil case commonpb.HashType_SHA384: return SHA384, nil case commonpb.HashType_SHA512: return SHA512, nil default: return UnknownHashType, fmt.Errorf("unknown hash type: %v", hashType) } } func signatureEncodingFromProto(encoding ecdsapb.EcdsaSignatureEncoding) (SignatureEncoding, error) { switch encoding { case ecdsapb.EcdsaSignatureEncoding_DER: return DER, nil case ecdsapb.EcdsaSignatureEncoding_IEEE_P1363: return IEEEP1363, nil default: return UnknownSignatureEncoding, fmt.Errorf("unknown signature encoding: %v", encoding) } } func coordinateSizeForCurve(curveType CurveType) (int, error) { switch curveType { case NistP256: return 32, nil case NistP384: return 48, nil case NistP521: return 66, nil default: return 0, fmt.Errorf("unsupported curve: %v", curveType) } } // encodePoint encodes a public point in uncompressed format as per [SEC 1 // v2.0, Section 2.3.3]. // // The encoding is of the form "0x04 || x || y", where x and y are the byte // representations of the coordinates of the public point. // The byte representation of the public point coordinates may be smaller // than the curve size, in which case we have to pad them with a prefix of // zeros. // // [SEC 1 v2.0, Section 2.3.3]: https://www.secg.org/sec1-v2.pdf#page=17.08 func encodePoint(x, y []byte, coordinateSize int) []byte { encodedPoint := make([]byte, 1+2*coordinateSize) encodedPoint[0] = 0x04 xStartPos := 1 + coordinateSize - len(x) copy(encodedPoint[xStartPos:], x) yStartPos := 1 + coordinateSize + coordinateSize - len(y) copy(encodedPoint[yStartPos:], y) return encodedPoint } func parseParameters(protoParameters *ecdsapb.EcdsaParams, outputPrefixType tinkpb.OutputPrefixType) (*Parameters, error) { curveType, err := curveTypeFromProto(protoParameters.GetCurve()) if err != nil { return nil, err } hashType, err := hashTypeFromProto(protoParameters.GetHashType()) if err != nil { return nil, err } signatureEncoding, err := signatureEncodingFromProto(protoParameters.GetEncoding()) if err != nil { return nil, err } variant, err := variantFromProto(outputPrefixType) if err != nil { return nil, err } return NewParameters(curveType, hashType, signatureEncoding, variant) } func newPublicKeyFromProto(protoECDSAKey *ecdsapb.EcdsaPublicKey, outputPrefixType tinkpb.OutputPrefixType, keyID uint32) (*PublicKey, error) { if protoECDSAKey.GetVersion() > verifierKeyVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoECDSAKey.GetVersion()) } params, err := parseParameters(protoECDSAKey.GetParams(), outputPrefixType) if err != nil { return nil, err } curveType, err := curveTypeFromProto(protoECDSAKey.GetParams().GetCurve()) if err != nil { return nil, err } coordinateSize, err := coordinateSizeForCurve(curveType) if err != nil { return nil, err } // Tolerate arbitrary leading zeros in the coordinates. // This is to support the case where the curve size in bytes + 1 is the // length of the coordinate. This happens when Tink adds an extra leading // 0x00 byte (see b/264525021). x, err := ec.BigIntBytesToFixedSizeBuffer(protoECDSAKey.GetX(), coordinateSize) if err != nil { return nil, err } y, err := ec.BigIntBytesToFixedSizeBuffer(protoECDSAKey.GetY(), coordinateSize) if err != nil { return nil, err } publicPoint := encodePoint(x, y, coordinateSize) return NewPublicKey(publicPoint, keyID, params) } func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != verifierTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoECDSAKey := new(ecdsapb.EcdsaPublicKey) if err := proto.Unmarshal(keyData.GetValue(), protoECDSAKey); err != nil { return nil, err } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() return newPublicKeyFromProto(protoECDSAKey, keySerialization.OutputPrefixType(), keyID) } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { ecdsaPrivKey, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *ecdsa.PrivateKey", key) } // This is nil if PrivateKey was created as a struct literal. if ecdsaPrivKey.publicKey == nil { return nil, fmt.Errorf("invalid key: public key is nil") } params := ecdsaPrivKey.publicKey.parameters outputPrefixType, err := protoOutputPrefixTypeFromVariant(params.Variant()) if err != nil { return nil, err } protoPublicKey, err := createProtoECDSAPublicKey(ecdsaPrivKey.publicKey, params) if err != nil { return nil, err } coordinateSize, err := coordinateSizeForCurve(params.CurveType()) if err != nil { return nil, err } // Key value must be fixed size: 1 + coordinateSize (see b/264525021). privateKeyValue := ecdsaPrivKey.PrivateKeyValue().Data(insecuresecretdataaccess.Token{}) privateKeyValue, err = ec.BigIntBytesToFixedSizeBuffer(privateKeyValue, coordinateSize+1) if err != nil { return nil, err } protoKey := &ecdsapb.EcdsaPrivateKey{ KeyValue: privateKeyValue, PublicKey: protoPublicKey, Version: signerKeyVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := ecdsaPrivKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func privateKeyValue(curveType CurveType, keyBytes []byte) (secretdata.Bytes, error) { // The private key value may be padded with leading zeros (see b/264525021). // We simply make sure the private key value is of the correct size. coordinateSize, err := coordinateSizeForCurve(curveType) if err != nil { return secretdata.Bytes{}, err } var privateKeyBytes []byte if coordinateSize > len(keyBytes) { // Pad with zeros until coordinateSize. privateKeyBytes, err = ec.BigIntBytesToFixedSizeBuffer(keyBytes, coordinateSize) if err != nil { return secretdata.Bytes{}, err } } else { // Remove leading zeros, if any. Fail if the value is larger than // coordinateSize. privateKeyBytes, err = ec.BigIntBytesToFixedSizeBuffer(keyBytes, coordinateSize) if err != nil { return secretdata.Bytes{}, err } } return secretdata.NewBytesFromData(privateKeyBytes, insecuresecretdataaccess.Token{}), nil } func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoKey := new(ecdsapb.EcdsaPrivateKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != signerKeyVersion { return nil, fmt.Errorf("private key has unsupported version: %v", protoKey.GetVersion()) } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() // Get the inner public key. publicKey, err := newPublicKeyFromProto(protoKey.GetPublicKey(), keySerialization.OutputPrefixType(), keyID) if err != nil { return nil, err } privateKeyValue, err := privateKeyValue(publicKey.parameters.CurveType(), protoKey.GetKeyValue()) if err != nil { return nil, err } return NewPrivateKeyFromPublicKey(publicKey, privateKeyValue) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { ecdsaParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *ecdsa.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(ecdsaParameters.Variant()) if err != nil { return nil, err } protoECDSAParams, err := createProtoECDSAParams(ecdsaParameters) if err != nil { return nil, err } format := &ecdsapb.EcdsaKeyFormat{ Params: protoECDSAParams, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), signerTypeURL) } format := new(ecdsapb.EcdsaKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("unsupported key version: got %d, want %d", format.GetVersion(), 0) } return parseParameters(format.GetParams(), keyTemplate.GetOutputPrefixType()) } ================================================ FILE: signature/ecdsa/protoserialization_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa import ( "bytes" "encoding/hex" "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" ecdsapb "github.com/tink-crypto/tink-go/v2/proto/ecdsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } const ( // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.5 pubKeyXP256Hex = "60FED4BA255A9D31C961EB74C6356D68C049B8923B61FA6CE669622E60F29FB6" pubKeyYP256Hex = "7903FE1008B8BC99A41AE9E95628BC64F2F1B20C2D7E9F5177A3C294D4462299" privKeyValueP256Hex = "C9AFA9D845BA75166B5C215767B1D6934E50C3DB36E89B127B8A622B120F6721" uncompressedP256Hex = "04" + pubKeyXP256Hex + pubKeyYP256Hex // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.6 pubKeyXP384Hex = "EC3A4E415B4E19A4568618029F427FA5DA9A8BC4AE92E02E06AAE5286B300C64DEF8F0EA9055866064A254515480BC13" pubKeyYP384Hex = "8015D9B72D7D57244EA8EF9AC0C621896708A59367F9DFB9F54CA84B3F1C9DB1288B231C3AE0D4FE7344FD2533264720" privKeyValueP384Hex = "6B9D3DAD2E1B8C1C05B19875B6659F4DE23C3B667BF297BA9AA47740787137D896D5724E4C70A825F872C9EA60D2EDF5" uncompressedP384Hex = "04" + pubKeyXP384Hex + pubKeyYP384Hex // Taken from https://datatracker.ietf.org/doc/html/rfc6979.html#appendix-A.2.7 pubKeyXP521Hex = "01894550D0785932E00EAA23B694F213F8C3121F86DC97A04E5A7167DB4E5BCD371123D46E45DB6B5D5370A7F20FB633155D38FFA16D2BD761DCAC474B9A2F5023A4" pubKeyYP521Hex = "00493101C962CD4D2FDDF782285E64584139C2F91B47F87FF82354D6630F746A28A0DB25741B5B34A828008B22ACC23F924FAAFBD4D33F81EA66956DFEAA2BFDFCF5" privKeyValueP521Hex = "00FAD06DAA62BA3B25D2FB40133DA757205DE67F5BB0018FEE8C86E1B68C7E75CAA896EB32F1F47C70855836A6D16FCC1466F6D8FBEC67DB89EC0C08B0E996B83538" uncompressedP521Hex = "04" + pubKeyXP521Hex + pubKeyYP521Hex ) func mustDecodeHex(t *testing.T, hexStr string) []byte { t.Helper() decoded, err := hex.DecodeString(hexStr) if err != nil { t.Fatalf("hex.DecodeString(%v) err = %v, want nil", hexStr, err) } return decoded } func marshalKey(t *testing.T, message proto.Message) []byte { serializedProtoPubKey, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(message) err = %v, want nil", err) } return serializedProtoPubKey } type testParams struct{} func (p *testParams) HasIDRequirement() bool { return true } func (p *testParams) Equal(params key.Parameters) bool { return true } type testKey struct{} func (k *testKey) Parameters() key.Parameters { return &testParams{} } func (k *testKey) Equal(other key.Key) bool { return true } func (k *testKey) IDRequirement() (uint32, bool) { return 123, true } func TestSerializePublicKeyFails(t *testing.T) { for _, tc := range []struct { name string publicKey key.Key }{ { name: "nil key", publicKey: nil, }, { name: "invalid public key", publicKey: &PublicKey{}, }, { name: "incorrect key type", publicKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &publicKeySerializer{} if _, err := s.SerializeKey(tc.publicKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } }) } } func TestSerializePublicKey(t *testing.T) { for _, tc := range testCases(t) { if !tc.hasLeadingZeros { // We expect coordinates to have a fixed size encoding: // x' = 0x00 || x, y' = 0x00 || y // With: len(x') = len(y') = coordinateSizeForCurve(tc.publicKey.parameters.curveType) + 1. continue } name := fmt.Sprintf("curveType:%v_hashType:%v_encoding:%v_variant:%v_id:%d", tc.publicKey.parameters.curveType, tc.publicKey.parameters.hashType, tc.publicKey.parameters.signatureEncoding, tc.publicKey.parameters.variant, tc.publicKey.idRequirement) t.Run(name, func(t *testing.T) { s := &publicKeySerializer{} got, err := s.SerializeKey(tc.publicKey) if err != nil { t.Fatalf("s.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } if !got.Equal(tc.publicKeySerialization) { t.Errorf("got = %v, want %v", got, tc.publicKeySerialization) } }) } } func TestParsePublicKeyFails(t *testing.T) { xP256, yP256 := mustDecodeHex(t, pubKeyXP256Hex), mustDecodeHex(t, pubKeyYP256Hex) protoPublicKey := &ecdsapb.EcdsaPublicKey{ X: xP256, Y: yP256, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }, Version: verifierKeyVersion, } serializedProtoPublicKey := marshalKey(t, protoPublicKey) xP521, yP521 := mustDecodeHex(t, pubKeyXP521Hex), mustDecodeHex(t, pubKeyYP521Hex) for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, &ecdsapb.EcdsaPublicKey{ X: xP256, Y: yP256, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }, Version: verifierKeyVersion + 1, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "point not on curve", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, &ecdsapb.EcdsaPublicKey{ X: xP256, Y: []byte("00000000000000000000000000000001"), Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }, Version: verifierKeyVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "point coordinate after leading 0s removal too long", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, &ecdsapb.EcdsaPublicKey{ X: append(xP256, 0x02), Y: yP256, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }, Version: verifierKeyVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid point", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, &ecdsapb.EcdsaPublicKey{ X: []byte("0"), Y: []byte("0"), Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }, Version: verifierKeyVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "point from another curve", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, &ecdsapb.EcdsaPublicKey{ X: xP521, Y: yP521, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }, Version: verifierKeyVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unknown curve type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, &ecdsapb.EcdsaPublicKey{ X: xP256, Y: yP256, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_UNKNOWN_CURVE, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }, Version: verifierKeyVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unknown hash type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, &ecdsapb.EcdsaPublicKey{ X: xP256, Y: yP256, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_UNKNOWN_HASH, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }, Version: verifierKeyVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "unknown encoding", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, &ecdsapb.EcdsaPublicKey{ X: xP256, Y: yP256, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_UNKNOWN_ENCODING, }, Version: verifierKeyVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} if _, err := p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } else { t.Logf("p.ParseKey(%v) err = %v", tc.keySerialization, err) } }) } } func mustCreatePublicKey(t *testing.T, uncompressedPoint []byte, idRequirement uint32, params *Parameters) *PublicKey { t.Helper() outputPrefix, err := calculateOutputPrefix(params.variant, idRequirement) if err != nil { t.Fatalf("calculateOutputPrefix(%v, %v) err = %v, want nil", params.variant, idRequirement, err) } return &PublicKey{ publicPoint: uncompressedPoint, idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: params, } } func mustCreatePrivateKey(t *testing.T, privateKeyValue secretdata.Bytes, publicKey *PublicKey) *PrivateKey { t.Helper() privateKey, err := NewPrivateKeyFromPublicKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("NewPrivateKeyFromPublicKey(%v, %v) err = %v, want nil", publicKey, privateKeyValue, err) } return privateKey } type testCase struct { publicKey *PublicKey publicKeySerialization *protoserialization.KeySerialization privateKey *PrivateKey privateKeySerialization *protoserialization.KeySerialization hasLeadingZeros bool } func testCases(t *testing.T) []testCase { tc := []testCase{} for _, variantAndID := range []struct { protoPrefixType tinkpb.OutputPrefixType variant Variant id uint32 }{ { protoPrefixType: tinkpb.OutputPrefixType_TINK, variant: VariantTink, id: 123, }, { protoPrefixType: tinkpb.OutputPrefixType_LEGACY, variant: VariantLegacy, id: 123, }, { protoPrefixType: tinkpb.OutputPrefixType_RAW, variant: VariantNoPrefix, id: 0, }, { protoPrefixType: tinkpb.OutputPrefixType_CRUNCHY, variant: VariantCrunchy, id: 123, }, } { for _, encoding := range []struct { protoEncoding ecdsapb.EcdsaSignatureEncoding encoding SignatureEncoding }{ { protoEncoding: ecdsapb.EcdsaSignatureEncoding_DER, encoding: DER, }, { protoEncoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, encoding: IEEEP1363, }, } { for _, curveType := range []commonpb.EllipticCurveType{commonpb.EllipticCurveType_NIST_P256, commonpb.EllipticCurveType_NIST_P384, commonpb.EllipticCurveType_NIST_P521} { for _, hasLeadingZeros := range []bool{false, true} { token := insecuresecretdataaccess.Token{} switch curveType { case commonpb.EllipticCurveType_NIST_P256: { x, y, privateKeyValue := mustDecodeHex(t, pubKeyXP256Hex), mustDecodeHex(t, pubKeyYP256Hex), mustDecodeHex(t, privKeyValueP256Hex) uncompressedPoint := mustDecodeHex(t, uncompressedP256Hex) publicKey := mustCreatePublicKey(t, uncompressedPoint, variantAndID.id, &Parameters{ curveType: NistP256, hashType: SHA256, signatureEncoding: encoding.encoding, variant: variantAndID.variant, }) privateKey := mustCreatePrivateKey(t, secretdata.NewBytesFromData(privateKeyValue, token), publicKey) var privateKeyValueForProto []byte if hasLeadingZeros { x = append([]byte{0x00}, x...) y = append([]byte{0x00}, y...) privateKeyValueForProto = append([]byte{0x00}, privateKeyValue...) } else { privateKeyValueForProto = privateKeyValue } protoPublicKey := &ecdsapb.EcdsaPublicKey{ X: x, Y: y, Params: &ecdsapb.EcdsaParams{ Curve: curveType, HashType: commonpb.HashType_SHA256, Encoding: encoding.protoEncoding, }, Version: verifierKeyVersion, } protoPrivateKey := &ecdsapb.EcdsaPrivateKey{ Version: signerKeyVersion, KeyValue: privateKeyValueForProto, PublicKey: protoPublicKey, } tc = append(tc, testCase{ publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, protoPublicKey), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, variantAndID.protoPrefixType, variantAndID.id), publicKey: publicKey, privateKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: marshalKey(t, protoPrivateKey), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, variantAndID.protoPrefixType, variantAndID.id), privateKey: privateKey, hasLeadingZeros: hasLeadingZeros, }) } case commonpb.EllipticCurveType_NIST_P384: { x, y, privateKeyValue := mustDecodeHex(t, pubKeyXP384Hex), mustDecodeHex(t, pubKeyYP384Hex), mustDecodeHex(t, privKeyValueP384Hex) uncompressedPoint := mustDecodeHex(t, uncompressedP384Hex) var privateKeyValueForProto []byte if hasLeadingZeros { x = append([]byte{0x00}, x...) y = append([]byte{0x00}, y...) privateKeyValueForProto = append([]byte{0x00}, privateKeyValue...) } else { privateKeyValueForProto = privateKeyValue } // hashType: SHA384. publicKeySHA384 := mustCreatePublicKey(t, uncompressedPoint, variantAndID.id, &Parameters{ curveType: NistP384, hashType: SHA384, signatureEncoding: encoding.encoding, variant: variantAndID.variant, }) privateKeySHA384 := mustCreatePrivateKey(t, secretdata.NewBytesFromData(privateKeyValue, token), publicKeySHA384) protoPublicKeySHA384 := &ecdsapb.EcdsaPublicKey{ X: x, Y: y, Params: &ecdsapb.EcdsaParams{ Curve: curveType, HashType: commonpb.HashType_SHA384, Encoding: encoding.protoEncoding, }, Version: verifierKeyVersion, } protoPrivateKeySHA384 := &ecdsapb.EcdsaPrivateKey{ Version: signerKeyVersion, KeyValue: privateKeyValueForProto, PublicKey: protoPublicKeySHA384, } tc = append(tc, testCase{ publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, protoPublicKeySHA384), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, variantAndID.protoPrefixType, variantAndID.id), publicKey: publicKeySHA384, privateKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: marshalKey(t, protoPrivateKeySHA384), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, variantAndID.protoPrefixType, variantAndID.id), privateKey: privateKeySHA384, hasLeadingZeros: hasLeadingZeros, }) // hashType: SHA512. protoPublicKeySHA512 := &ecdsapb.EcdsaPublicKey{ X: x, Y: y, Params: &ecdsapb.EcdsaParams{ Curve: curveType, HashType: commonpb.HashType_SHA512, Encoding: encoding.protoEncoding, }, Version: verifierKeyVersion, } protoPrivateKeySHA512 := &ecdsapb.EcdsaPrivateKey{ Version: signerKeyVersion, KeyValue: privateKeyValueForProto, PublicKey: protoPublicKeySHA512, } publicKeySHA512 := mustCreatePublicKey(t, uncompressedPoint, variantAndID.id, &Parameters{ curveType: NistP384, hashType: SHA512, signatureEncoding: encoding.encoding, variant: variantAndID.variant, }) privateKeySHA512 := mustCreatePrivateKey(t, secretdata.NewBytesFromData(privateKeyValue, token), publicKeySHA512) tc = append(tc, testCase{ publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, protoPublicKeySHA512), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, variantAndID.protoPrefixType, variantAndID.id), publicKey: publicKeySHA512, privateKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: marshalKey(t, protoPrivateKeySHA512), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, variantAndID.protoPrefixType, variantAndID.id), privateKey: privateKeySHA512, hasLeadingZeros: hasLeadingZeros, }) } case commonpb.EllipticCurveType_NIST_P521: { x, y, privateKeyValue := mustDecodeHex(t, pubKeyXP521Hex), mustDecodeHex(t, pubKeyYP521Hex), mustDecodeHex(t, privKeyValueP521Hex) var privateKeyValueForProto []byte if hasLeadingZeros { x = append([]byte{0x00}, x...) y = append([]byte{0x00}, y...) privateKeyValueForProto = append([]byte{0x00}, privateKeyValue...) } else { privateKeyValueForProto = privateKeyValue } uncompressedPoint := mustDecodeHex(t, uncompressedP521Hex) publicKey := mustCreatePublicKey(t, uncompressedPoint, variantAndID.id, &Parameters{ curveType: NistP521, hashType: SHA512, signatureEncoding: encoding.encoding, variant: variantAndID.variant, }) protoPublicKey := &ecdsapb.EcdsaPublicKey{ X: x, Y: y, Params: &ecdsapb.EcdsaParams{ Curve: curveType, HashType: commonpb.HashType_SHA512, Encoding: encoding.protoEncoding, }, Version: verifierKeyVersion, } protoPrivateKey := &ecdsapb.EcdsaPrivateKey{ Version: signerKeyVersion, KeyValue: privateKeyValueForProto, PublicKey: protoPublicKey, } tc = append(tc, testCase{ publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, protoPublicKey), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, variantAndID.protoPrefixType, variantAndID.id), publicKey: publicKey, privateKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: marshalKey(t, protoPrivateKey), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, variantAndID.protoPrefixType, variantAndID.id), privateKey: mustCreatePrivateKey(t, secretdata.NewBytesFromData(privateKeyValue, token), publicKey), hasLeadingZeros: hasLeadingZeros, }) } } } } } } return tc } func TestParsePublicKey(t *testing.T) { for _, tc := range testCases(t) { name := fmt.Sprintf("curveType:%v_hashType:%v_encoding:%v_variant:%v_id:%d_hasLeadingZeros:%v", tc.publicKey.parameters.curveType, tc.publicKey.parameters.hashType, tc.publicKey.parameters.signatureEncoding, tc.publicKey.parameters.variant, tc.publicKey.idRequirement, tc.hasLeadingZeros) t.Run(name, func(t *testing.T) { p := &publicKeyParser{} gotPublicKey, err := p.ParseKey(tc.publicKeySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", tc.publicKeySerialization, err) } if !gotPublicKey.Equal(tc.publicKey) { t.Errorf("%v.Equal(%v) = false, want true", gotPublicKey, tc.publicKey) } }) } // P521 point with a Y coordinate of 65 bytes. // Taken from // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/ecdsa_secp521r1_sha3_512_test.json#L3093. pubKeyXP521Hex65Bytes := "01f974fbc98b55c4d39797fe6ff8891eab2aa541e8767a1b9e9eaef1f94895cdf6373c90ccb3643d1b2ef3154b126de937e4343f2409b191c262e3ac1e2577606e58" pubKeyYP521Hex65Bytes := "6ed880d925e876beba3102432752ce237b8682c65ceb59902fd6dc7b6f8c728e5078e8676912ae822fda39cb62023fa4fd85bab6d32f3857914aae2d0b7e04e958" pubKeyP521Hex65BytesCompressed := "0401f974fbc98b55c4d39797fe6ff8891eab2aa541e8767a1b9e9eaef1f94895cdf6373c90ccb3643d1b2ef3154b126de937e4343f2409b191c262e3ac1e2577606e58006ed880d925e876beba3102432752ce237b8682c65ceb59902fd6dc7b6f8c728e5078e8676912ae822fda39cb62023fa4fd85bab6d32f3857914aae2d0b7e04e958" x, y := mustDecodeHex(t, pubKeyXP521Hex65Bytes), mustDecodeHex(t, pubKeyYP521Hex65Bytes) uncompressedPoint := mustDecodeHex(t, pubKeyP521Hex65BytesCompressed) t.Run("curveType:NIST_P521_hashType:SHA512_encoding:DER_variant:TINK_id:123_YBytesLength:65", func(t *testing.T) { publicKeySerialization := mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: marshalKey(t, &ecdsapb.EcdsaPublicKey{ X: x, Y: y, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P521, HashType: commonpb.HashType_SHA512, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }, Version: verifierKeyVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123) publicKey := mustCreatePublicKey(t, uncompressedPoint, 123, &Parameters{ curveType: NistP521, hashType: SHA512, signatureEncoding: DER, variant: VariantTink, }) p := &publicKeyParser{} gotPublicKey, err := p.ParseKey(publicKeySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", publicKeySerialization, err) } if !gotPublicKey.Equal(publicKey) { t.Errorf("%v.Equal(%v) = false, want true", gotPublicKey, publicKey) } }) } func TestParsePrivateKeyFails(t *testing.T) { xP256, yP256, privKeyBytesP256 := mustDecodeHex(t, pubKeyXP256Hex), mustDecodeHex(t, pubKeyYP256Hex), mustDecodeHex(t, privKeyValueP256Hex) protoPublicKey := &ecdsapb.EcdsaPublicKey{ X: xP256, Y: yP256, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }, Version: verifierKeyVersion, } protoPrivateKey := &ecdsapb.EcdsaPrivateKey{ KeyValue: privKeyBytesP256, PublicKey: protoPublicKey, Version: signerKeyVersion, } serializedProtoPrivateKey, err := proto.Marshal(protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKey, err) } protoPrivateKeyWithWrongPrivateKeyVersion := &ecdsapb.EcdsaPrivateKey{ KeyValue: privKeyBytesP256, PublicKey: protoPublicKey, Version: signerKeyVersion + 1, } serializedProtoPrivateKeyWithWrongPrivateKeyVersion, err := proto.Marshal(protoPrivateKeyWithWrongPrivateKeyVersion) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKeyWithWrongPrivateKeyVersion, err) } protoPrivateKeyWithWrongPublicKeyVersion := proto.Clone(protoPrivateKey).(*ecdsapb.EcdsaPrivateKey) protoPrivateKeyWithWrongPublicKeyVersion.PublicKey.Version = verifierKeyVersion + 1 serializedProtoPrivateKeyWithWrongPublicKeyVersion, err := proto.Marshal(protoPrivateKeyWithWrongPublicKeyVersion) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKeyWithWrongPublicKeyVersion, err) } protoPrivateKeyWithWrongPublicKeyBytes := proto.Clone(protoPrivateKey).(*ecdsapb.EcdsaPrivateKey) protoPrivateKeyWithWrongPublicKeyBytes.PublicKey.X = []byte("12345678901234567890123456789012") serializedProtoPrivateKeyWithWrongPublicKeyBytes, err := proto.Marshal(protoPrivateKeyWithWrongPublicKeyBytes) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKeyWithWrongPublicKeyBytes, err) } protoPrivateKeyWithPublicKeyTooSmall := proto.Clone(protoPrivateKey).(*ecdsapb.EcdsaPrivateKey) protoPrivateKeyWithPublicKeyTooSmall.PublicKey.X = []byte("123") serializedProtoPrivateKeyWithPublicKeyTooSmall, err := proto.Marshal(protoPrivateKeyWithPublicKeyTooSmall) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKeyWithPublicKeyTooSmall, err) } protoPrivateKeyWithPrivateKeyWithInvalidPrefix := proto.Clone(protoPrivateKey).(*ecdsapb.EcdsaPrivateKey) protoPrivateKeyWithPrivateKeyWithInvalidPrefix.KeyValue = append([]byte{0x00, 0x00, 0x01, 0x00}, protoPrivateKeyWithPrivateKeyWithInvalidPrefix.KeyValue...) serializedProtoPrivateKeyWithPrivateKeyWithInvalidPrefix, err := proto.Marshal(protoPrivateKeyWithPrivateKeyWithInvalidPrefix) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKeyWithPrivateKeyWithInvalidPrefix, err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 12345), }, { name: "wrong private key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong private key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: serializedProtoPrivateKeyWithWrongPrivateKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong private key prefix", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: serializedProtoPrivateKeyWithPrivateKeyWithInvalidPrefix, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: serializedProtoPrivateKeyWithWrongPublicKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key too small", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: serializedProtoPrivateKeyWithPublicKeyTooSmall, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: serializedProtoPrivateKeyWithWrongPublicKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} if _, err = p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } }) } } func TestParsePrivateKey(t *testing.T) { for _, tc := range testCases(t) { name := fmt.Sprintf("curveType:%v_hashType:%v_encoding:%v_variant:%v_id:%d_hasLeadingZeros:%v", tc.publicKey.parameters.curveType, tc.publicKey.parameters.hashType, tc.publicKey.parameters.signatureEncoding, tc.publicKey.parameters.variant, tc.publicKey.idRequirement, tc.hasLeadingZeros) t.Run(name, func(t *testing.T) { p := &privateKeyParser{} gotPrivateKey, err := p.ParseKey(tc.privateKeySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", tc.privateKeySerialization, err) } if !gotPrivateKey.Equal(tc.privateKey) { t.Errorf("%v.Equal(%v) = false, want true", gotPrivateKey, tc.privateKey) } }) } // Make sure we can parse private keys where the private key value size is // smaller than the coordinate size. t.Run("curveType:NIST_P521_hashType:SHA512_encoding:DER_variant:TINK_id:12345_hasLeadingZeros:true_PrivateKeyBytesLength:65", func(t *testing.T) { xP521, yP521, privKeyBytesP521 := mustDecodeHex(t, pubKeyXP521Hex), mustDecodeHex(t, pubKeyYP521Hex), mustDecodeHex(t, privKeyValueP521Hex) privKeyBytesP521NoLeadingZeros := bytes.TrimLeft(privKeyBytesP521, "\x00") if len(privKeyBytesP521NoLeadingZeros) != 65 { t.Fatalf("privKeyBytesP521NoLeadingZeros has length %v, want 65", len(privKeyBytesP521NoLeadingZeros)) } protoPublicKey := &ecdsapb.EcdsaPublicKey{ X: xP521, Y: yP521, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P521, HashType: commonpb.HashType_SHA512, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }, Version: verifierKeyVersion, } protoPrivateKey := &ecdsapb.EcdsaPrivateKey{ KeyValue: privKeyBytesP521NoLeadingZeros, PublicKey: protoPublicKey, Version: signerKeyVersion, } serializedProtoPrivateKey, err := proto.Marshal(protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKey, err) } keySerialization := mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345) want, err := NewPrivateKey(secretdata.NewBytesFromData(privKeyBytesP521, insecuresecretdataaccess.Token{}), 12345, &Parameters{ curveType: NistP521, hashType: SHA512, signatureEncoding: DER, variant: VariantTink, }) if err != nil { t.Fatalf("NewPrivateKey(%v, %v, params) err = %v, want nil", privKeyBytesP521, 12345, err) } p := &privateKeyParser{} got, err := p.ParseKey(keySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", keySerialization, err) } if !got.Equal(want) { t.Errorf("%v.Equal(%v) = false, want true", got, want) } }) } func TestSerializePrivateKey(t *testing.T) { for _, tc := range testCases(t) { if !tc.hasLeadingZeros { // We expect coordinates to have a fixed size encoding: // Public key point: x' = 0x00 || x, y' = 0x00 || y // Private key: d' = 0x00 || d // With: len(x') = len(y') = len(d') = coordinateSizeForCurve(tc.publicKey.parameters.curveType) + 1. continue } name := fmt.Sprintf("curveType:%v_hashType:%v_encoding:%v_variant:%v_id:%d", tc.publicKey.parameters.curveType, tc.publicKey.parameters.hashType, tc.publicKey.parameters.signatureEncoding, tc.publicKey.parameters.variant, tc.publicKey.idRequirement) t.Run(name, func(t *testing.T) { s := &privateKeySerializer{} got, err := s.SerializeKey(tc.privateKey) if err != nil { t.Fatalf("s.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } if !got.Equal(tc.privateKeySerialization) { t.Errorf("got = %v, want %v", got, tc.privateKeySerialization) } }) } } func TestSerializePrivateKeyFails(t *testing.T) { for _, tc := range []struct { name string privateKey key.Key }{ { name: "nil private key", privateKey: nil, }, { name: "invalid private key", privateKey: &PrivateKey{}, }, { name: "incorrect key type", privateKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &privateKeySerializer{} if _, err := s.SerializeKey(tc.privateKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "struct literal", parameters: &Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} if _, err := serializer.Serialize(tc.parameters); err == nil { t.Errorf("serializer.Serialize(%v) err = nil, want error", tc.parameters) } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, format *ecdsapb.EcdsaKeyFormat) *tinkpb.KeyTemplate { t.Helper() serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", format, err) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", OutputPrefixType: outputPrefixType, Value: serializedFormat, } } type parametersParsingTestValue struct { name string template *tinkpb.KeyTemplate parameters *Parameters } func mustCreateParameters(t *testing.T, curveType CurveType, hashType HashType, signatureEncoding SignatureEncoding, variant Variant) *Parameters { t.Helper() params, err := NewParameters(curveType, hashType, signatureEncoding, variant) if err != nil { t.Fatalf("NewParameters(%v, %v, %v, %v) err = %v, want nil", curveType, hashType, signatureEncoding, variant, err) } return params } func mustCreateParametersParsingTestValues(t *testing.T) []*parametersParsingTestValue { t.Helper() values := []*parametersParsingTestValue{ { name: "curveType:NIST_P256_hashType:SHA256_encoding:DER_variant:VariantTink", parameters: mustCreateParameters(t, NistP256, SHA256, DER, VariantTink), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P256_hashType:SHA256_encoding:IEEEP1363_variant:VariantTink", parameters: mustCreateParameters(t, NistP256, SHA256, IEEEP1363, VariantTink), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, { name: "curveType:NIST_P256_hashType:SHA256_encoding:DER_variant:VariantLegacy", parameters: mustCreateParameters(t, NistP256, SHA256, DER, VariantLegacy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P256_hashType:SHA256_encoding:IEEEP1363_variant:VariantLegacy", parameters: mustCreateParameters(t, NistP256, SHA256, IEEEP1363, VariantLegacy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, { name: "curveType:NIST_P256_hashType:SHA256_encoding:DER_variant:VariantCrunchy", parameters: mustCreateParameters(t, NistP256, SHA256, DER, VariantCrunchy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P256_hashType:SHA256_encoding:IEEEP1363_variant:VariantCrunchy", parameters: mustCreateParameters(t, NistP256, SHA256, IEEEP1363, VariantCrunchy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, { name: "curveType:NIST_P256_hashType:SHA256_encoding:DER_variant:VariantNoPrefix", parameters: mustCreateParameters(t, NistP256, SHA256, DER, VariantNoPrefix), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P256_hashType:SHA256_encoding:IEEEP1363_variant:VariantNoPrefix", parameters: mustCreateParameters(t, NistP256, SHA256, IEEEP1363, VariantNoPrefix), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, { name: "curveType:NIST_P384_hashType:SHA384_encoding:DER_variant:VariantTink", parameters: mustCreateParameters(t, NistP384, SHA384, DER, VariantTink), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P384, HashType: commonpb.HashType_SHA384, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P384_hashType:SHA384_encoding:IEEEP1363_variant:VariantTink", parameters: mustCreateParameters(t, NistP384, SHA384, IEEEP1363, VariantTink), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P384, HashType: commonpb.HashType_SHA384, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, { name: "curveType:NIST_P384_hashType:SHA384_encoding:DER_variant:VariantLegacy", parameters: mustCreateParameters(t, NistP384, SHA384, DER, VariantLegacy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P384, HashType: commonpb.HashType_SHA384, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P384_hashType:SHA384_encoding:IEEEP1363_variant:VariantLegacy", parameters: mustCreateParameters(t, NistP384, SHA384, IEEEP1363, VariantLegacy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P384, HashType: commonpb.HashType_SHA384, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, { name: "curveType:NIST_P384_hashType:SHA384_encoding:DER_variant:VariantCrunchy", parameters: mustCreateParameters(t, NistP384, SHA384, DER, VariantCrunchy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P384, HashType: commonpb.HashType_SHA384, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P384_hashType:SHA384_encoding:IEEEP1363_variant:VariantCrunchy", parameters: mustCreateParameters(t, NistP384, SHA384, IEEEP1363, VariantCrunchy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P384, HashType: commonpb.HashType_SHA384, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, { name: "curveType:NIST_P384_hashType:SHA384_encoding:DER_variant:VariantNoPrefix", parameters: mustCreateParameters(t, NistP384, SHA384, DER, VariantNoPrefix), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P384, HashType: commonpb.HashType_SHA384, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P384_hashType:SHA384_encoding:IEEEP1363_variant:VariantNoPrefix", parameters: mustCreateParameters(t, NistP384, SHA384, IEEEP1363, VariantNoPrefix), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P384, HashType: commonpb.HashType_SHA384, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, { name: "curveType:NIST_P521_hashType:SHA512_encoding:DER_variant:VariantTink", parameters: mustCreateParameters(t, NistP521, SHA512, DER, VariantTink), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P521, HashType: commonpb.HashType_SHA512, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P521_hashType:SHA512_encoding:IEEEP1363_variant:VariantTink", parameters: mustCreateParameters(t, NistP521, SHA512, IEEEP1363, VariantTink), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P521, HashType: commonpb.HashType_SHA512, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, { name: "curveType:NIST_P521_hashType:SHA512_encoding:DER_variant:VariantLegacy", parameters: mustCreateParameters(t, NistP521, SHA512, DER, VariantLegacy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P521, HashType: commonpb.HashType_SHA512, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P521_hashType:SHA512_encoding:IEEEP1363_variant:VariantLegacy", parameters: mustCreateParameters(t, NistP521, SHA512, IEEEP1363, VariantLegacy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P521, HashType: commonpb.HashType_SHA512, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, { name: "curveType:NIST_P521_hashType:SHA512_encoding:DER_variant:VariantCrunchy", parameters: mustCreateParameters(t, NistP521, SHA512, DER, VariantCrunchy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P521, HashType: commonpb.HashType_SHA512, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P521_hashType:SHA512_encoding:IEEEP1363_variant:VariantCrunchy", parameters: mustCreateParameters(t, NistP521, SHA512, IEEEP1363, VariantCrunchy), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P521, HashType: commonpb.HashType_SHA512, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, { name: "curveType:NIST_P521_hashType:SHA512_encoding:DER_variant:VariantNoPrefix", parameters: mustCreateParameters(t, NistP521, SHA512, DER, VariantNoPrefix), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P521, HashType: commonpb.HashType_SHA512, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "curveType:NIST_P521_hashType:SHA512_encoding:IEEEP1363_variant:VariantNoPrefix", parameters: mustCreateParameters(t, NistP521, SHA512, IEEEP1363, VariantNoPrefix), template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P521, HashType: commonpb.HashType_SHA512, Encoding: ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, }}), }, } return values } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersParsingTestValues(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.template, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersParsingTestValues(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.template) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.template, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.template, diff) } }) } } func TestParseParametersFails(t *testing.T) { for _, tc := range []struct { name string template *tinkpb.KeyTemplate }{ { name: "unknown curve type", template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_UNKNOWN_CURVE, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "unknown hash type", template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_UNKNOWN_HASH, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "unknown encoding", template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_UNKNOWN_ENCODING, }}), }, { name: "invalid version", template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &ecdsapb.EcdsaKeyFormat{ Version: 1, Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "unknown output prefix type", template: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, &ecdsapb.EcdsaKeyFormat{ Params: &ecdsapb.EcdsaParams{ Curve: commonpb.EllipticCurveType_NIST_P256, HashType: commonpb.HashType_SHA256, Encoding: ecdsapb.EcdsaSignatureEncoding_DER, }}), }, { name: "invalid template", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: []byte("invalid"), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.template); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.template) } }) } } ================================================ FILE: signature/ecdsa/signer.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa import ( "crypto/ecdsa" "crypto/rand" "fmt" "hash" "math/big" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" internalecdsa "github.com/tink-crypto/tink-go/v2/internal/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // signer is an implementation of the [tink.Signer] interface for ECDSA // (RFC6979). type signer struct { key *ecdsa.PrivateKey prefix []byte parameters *Parameters hashFunc func() hash.Hash } var _ tink.Signer = (*signer)(nil) // NewSigner creates a new instance of [Signer]. // // It assumes that the private key k is valid. // // This is an internal API. func NewSigner(k *PrivateKey, _ internalapi.Token) (tink.Signer, error) { params := k.publicKey.parameters hashFunc, err := hashFunctionFromEnum(params.HashType()) if err != nil { return nil, err } curve, err := curveFromTinkECDSACurveType(params.CurveType()) if err != nil { return nil, err } publicPoint := k.publicKey.PublicPoint() // The point is guaranteed to be encoded as per SEC 1 v2.0, Section 2.3.3 // https://www.secg.org/sec1-v2.pdf#page=17.08. xy := publicPoint[1:] ecdsaPrivateKey := new(ecdsa.PrivateKey) ecdsaPrivateKey.PublicKey.Curve = curve ecdsaPrivateKey.PublicKey.X = new(big.Int).SetBytes(xy[:len(xy)/2]) ecdsaPrivateKey.PublicKey.Y = new(big.Int).SetBytes(xy[len(xy)/2:]) ecdsaPrivateKey.D = new(big.Int).SetBytes(k.PrivateKeyValue().Data(insecuresecretdataaccess.Token{})) return &signer{ key: ecdsaPrivateKey, prefix: k.OutputPrefix(), hashFunc: hashFunc, parameters: params, }, nil } // Sign computes a signature for the given data. // // The returned signature is of the form: prefix || signature, where prefix is // the key's output prefix which can be empty, and signature is the signature // in the encoding specified by the key's parameters. func (e *signer) Sign(data []byte) ([]byte, error) { h := e.hashFunc() h.Write(data) if e.parameters.Variant() == VariantLegacy { h.Write([]byte{0}) } hashed := h.Sum(nil) switch encoding := e.parameters.SignatureEncoding(); encoding { case IEEEP1363: r, s, err := ecdsa.Sign(rand.Reader, e.key, hashed) if err != nil { return nil, err } sig := internalecdsa.Signature{R: r, S: s} signatureBytes, err := internalecdsa.IEEEP1363Encode(&sig, e.key.PublicKey.Curve.Params().Name) if err != nil { return nil, fmt.Errorf("ecdsa_signer: signing failed: %s", err) } return append(e.prefix, signatureBytes...), nil case DER: signatureBytes, err := ecdsa.SignASN1(rand.Reader, e.key, hashed) if err != nil { return nil, fmt.Errorf("ecdsa_signer: signing failed: %s", err) } return append(e.prefix, signatureBytes...), nil default: return nil, fmt.Errorf("ecdsa_signer: unsupported encoding: %s", encoding) } } func signerConstructor(key key.Key) (any, error) { that, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is not a *ecdsa.PrivateKey") } return NewSigner(that, internalapi.Token{}) } ================================================ FILE: signature/ecdsa/signer_key_manager_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa_test import ( "fmt" "math/big" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" ecdsapb "github.com/tink-crypto/tink-go/v2/proto/ecdsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) type ecdsaParams struct { hashType commonpb.HashType curve commonpb.EllipticCurveType } func TestSignerKeyManagerGetPrimitiveBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSASignerTypeURL, err) } for _, tc := range primitiveTestVectors(t) { if tc.publicKey.Parameters().(*ecdsa.Parameters).Variant() != ecdsa.VariantNoPrefix { // Skip non-RAW test cases. continue } t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.SerializeKey(tc.privateKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", tc.privateKey, err) } p, err := keyManager.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("keyManager.Primitive(keySerialization.KeyData().GetValue()) err = %v, want nil", err) } s, ok := p.(tink.Signer) if !ok { t.Fatalf("keyManager.Primitive(keySerialization.KeyData().GetValue()) = %T, want %T", p, (tink.Signer)(nil)) } // Validate the primitive signing/verifying. v, err := ecdsa.NewVerifier(tc.publicKey, internalapi.Token{}) if err != nil { t.Fatalf("ecdsa.NewVerifier(tc.publicKey, internalapi.Token{}) err = %v, want nil", err) } sig, err := s.Sign(tc.message) if err != nil { t.Fatalf("s.Sign(nil) err = %v, want nil", err) } if err := v.Verify(sig, tc.message); err != nil { t.Errorf("v.Verify(nil, nil) err = %v, want nil", err) } }) } } func TestSignerKeyManagerGetPrimitiveWithInvalidInput_InvalidParams(t *testing.T) { testParams := genInvalidECDSAParams() keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSASignerTypeURL, err) } for i := 0; i < len(testParams); i++ { serializedKey, err := proto.Marshal(testutil.NewRandomECDSAPrivateKey(testParams[i].hashType, testParams[i].curve)) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.Primitive(serializedKey); err == nil { t.Errorf("expect an error in test case %d", i) } } for _, tc := range genUnkownECDSAParams() { k := testutil.NewRandomECDSAPrivateKey(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256) k.GetPublicKey().GetParams().Curve = tc.curve k.GetPublicKey().GetParams().HashType = tc.hashType serializedKey, err := proto.Marshal(k) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.Primitive(serializedKey); err == nil { t.Errorf("expect an error in test case with params: (curve = %q, hash = %q)", tc.curve, tc.hashType) } } } func TestSignerKeyManagerGetPrimitiveWithInvalidInput_InvalidVersion(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSASignerTypeURL, err) } key := testutil.NewRandomECDSAPrivateKey(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256) key.Version = testutil.ECDSASignerKeyVersion + 1 serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.Primitive(serializedKey); err == nil { t.Errorf("expect an error when version is invalid") } } func TestSignerKeyManagerGetPrimitiveWithInvalidInput_NilInputAndParams(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSASignerTypeURL, err) } // Nil or empty input. if _, err := keyManager.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } if _, err := keyManager.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty slice") } // Nil params field. keyNilParams := testutil.NewRandomECDSAPrivateKey(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256) keyNilParams.GetPublicKey().Params = nil serializedKeyNilParams, err := proto.Marshal(keyNilParams) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.Primitive(serializedKeyNilParams); err == nil { t.Errorf("keyManager.Primitive(serializedKeyNilParams) err = nil, want not nil") } } func TestSignerKeyManagerNewKeyBasic(t *testing.T) { testParams := genValidECDSAParams() keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("cannot obtain ECDSA signer key manager: %s", err) } for i := 0; i < len(testParams); i++ { params := testutil.NewECDSAParams(testParams[i].hashType, testParams[i].curve, ecdsapb.EcdsaSignatureEncoding_DER) serializedFormat, err := proto.Marshal(testutil.NewECDSAKeyFormat(params)) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } tmp, err := keyManager.NewKey(serializedFormat) if err != nil { t.Errorf("unexpected error: %s", err) } key := tmp.(*ecdsapb.EcdsaPrivateKey) validateECDSAPrivateKey(t, key, params) } } func TestSignerKeyManagerNewKeyWithInvalidInput_HashAndCurveType(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSASignerTypeURL, err) } testParams := genInvalidECDSAParams() for i := 0; i < len(testParams); i++ { params := testutil.NewECDSAParams(testParams[i].hashType, testParams[i].curve, ecdsapb.EcdsaSignatureEncoding_DER) serializedFormat, err := proto.Marshal(testutil.NewECDSAKeyFormat(params)) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.NewKey(serializedFormat); err == nil { t.Errorf("expect an error in test case %d", i) } } } func TestSignerKeyManagerNewKeyWithInvalidInput_InvalidEncoding(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSASignerTypeURL, err) } // invalid encoding testParams := genValidECDSAParams() for i := 0; i < len(testParams); i++ { params := testutil.NewECDSAParams(testParams[i].hashType, testParams[i].curve, ecdsapb.EcdsaSignatureEncoding_UNKNOWN_ENCODING) serializedFormat, err := proto.Marshal(testutil.NewECDSAKeyFormat(params)) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.NewKey(serializedFormat); err == nil { t.Errorf("expect an error in test case %d", i) } } } func TestSignerKeyManagerNewKeyWithInvalidInput_NilInputOrParameters(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSASignerTypeURL, err) } // Nil or empty input. if _, err := keyManager.NewKey(nil); err == nil { t.Errorf("expect an error when input is nil") } if _, err := keyManager.NewKey([]byte{}); err == nil { t.Errorf("expect an error when input is empty slice") } // Nil params field. keyFormatNilParams := testutil.NewECDSAKeyFormat(nil) serializedKeyFormatNilParams, err := proto.Marshal(keyFormatNilParams) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.NewKey(serializedKeyFormatNilParams); err == nil { t.Errorf("keyManager.newKey(serializedKeyFormatNilParams) err = nil, want not nil") } } func TestSignerKeyManagerPrivateKeyManagerGetPublicKeyErrors(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSASignerTypeURL, err) } testCases := []struct { name string key []byte }{ { name: "nil_key", key: nil, }, { name: "invalid_version", key: func() []byte { k := testutil.NewRandomECDSAPrivateKey(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256) k.Version = 1 return mustMarshal(t, k) }(), }, { name: "invalid_public_key_version", key: func() []byte { k := testutil.NewRandomECDSAPrivateKey(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256) k.GetPublicKey().Version = 1 return mustMarshal(t, k) }(), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := keyManager.(registry.PrivateKeyManager).PublicKeyData(tc.key); err == nil { t.Fatalf("keyManager.PublicKeyData(serilizedPrivateKey) err = nil, want non-nil") } }) } } func TestSignerKeyManagerNewKeyMultipleTimes(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("cannot obtain ECDSA signer key manager: %s", err) } testParams := genValidECDSAParams() nTest := 27 for i := 0; i < len(testParams); i++ { keys := make(map[string]bool) params := testutil.NewECDSAParams(testParams[i].hashType, testParams[i].curve, ecdsapb.EcdsaSignatureEncoding_DER) format := testutil.NewECDSAKeyFormat(params) serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } for j := 0; j < nTest; j++ { key, err := keyManager.NewKey(serializedFormat) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keys[string(serializedKey)] = true keyData, err := keyManager.NewKeyData(serializedFormat) if err != nil { t.Fatalf("keyManager.NewKeyData() err = %q, want nil", err) } serializedKey = keyData.Value keys[string(serializedKey)] = true } if len(keys) != nTest*2 { t.Errorf("key is repeated with params: %s", params) } } } func TestSignerKeyManagerNewKeyDataBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("cannot obtain ECDSA signer key manager: %s", err) } testParams := genValidECDSAParams() for i := 0; i < len(testParams); i++ { params := testutil.NewECDSAParams(testParams[i].hashType, testParams[i].curve, ecdsapb.EcdsaSignatureEncoding_DER) serializedFormat, err := proto.Marshal(testutil.NewECDSAKeyFormat(params)) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keyData, err := keyManager.NewKeyData(serializedFormat) if err != nil { t.Errorf("unexpected error in test case %d: %s", i, err) } if keyData.TypeUrl != testutil.ECDSASignerTypeURL { t.Errorf("incorrect type url in test case %d: expect %s, got %s", i, testutil.ECDSASignerTypeURL, keyData.TypeUrl) } if keyData.KeyMaterialType != tinkpb.KeyData_ASYMMETRIC_PRIVATE { t.Errorf("incorrect key material type in test case %d: expect %s, got %s", i, tinkpb.KeyData_ASYMMETRIC_PRIVATE, keyData.KeyMaterialType) } key := new(ecdsapb.EcdsaPrivateKey) if err := proto.Unmarshal(keyData.Value, key); err != nil { t.Errorf("unexpect error in test case %d: %s", i, err) } validateECDSAPrivateKey(t, key, params) } } func TestSignerKeyManagerNewKeyDataWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("cannot obtain ECDSA signer key manager: %s", err) } testParams := genInvalidECDSAParams() for i := 0; i < len(testParams); i++ { params := testutil.NewECDSAParams(testParams[i].hashType, testParams[i].curve, ecdsapb.EcdsaSignatureEncoding_DER) format := testutil.NewECDSAKeyFormat(params) serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.NewKeyData(serializedFormat); err == nil { t.Errorf("expect an error in test case %d", i) } } // nil input if _, err := keyManager.NewKeyData(nil); err == nil { t.Errorf("expect an error when input is nil") } } func TestPublicKeyDataBasic(t *testing.T) { testParams := genValidECDSAParams() keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("cannot obtain ECDSA signer key manager: %s", err) } privateKeyManager, ok := keyManager.(registry.PrivateKeyManager) if !ok { t.Errorf("cannot obtain private key manager") } for i := 0; i < len(testParams); i++ { key := testutil.NewRandomECDSAPrivateKey(testParams[i].hashType, testParams[i].curve) serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } pubKeyData, err := privateKeyManager.PublicKeyData(serializedKey) if err != nil { t.Errorf("unexpect error in test case %d: %s ", i, err) } if pubKeyData.TypeUrl != testutil.ECDSAVerifierTypeURL { t.Errorf("incorrect type url: %s", pubKeyData.TypeUrl) } if pubKeyData.KeyMaterialType != tinkpb.KeyData_ASYMMETRIC_PUBLIC { t.Errorf("incorrect key material type: %d", pubKeyData.KeyMaterialType) } pubKey := new(ecdsapb.EcdsaPublicKey) if err = proto.Unmarshal(pubKeyData.Value, pubKey); err != nil { t.Errorf("invalid public key: %s", err) } } } func TestPublicKeyDataWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL) if err != nil { t.Fatalf("cannot obtain ECDSA signer key manager: %s", err) } privateKeyManager, ok := keyManager.(registry.PrivateKeyManager) if !ok { t.Errorf("cannot obtain private key manager") } // modified key key := testutil.NewRandomECDSAPrivateKey(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256) serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } serializedKey[0] = 0 if _, err := privateKeyManager.PublicKeyData(serializedKey); err == nil { t.Errorf("expect an error when input is a modified serialized key") } // invalid with a single byte if _, err := privateKeyManager.PublicKeyData([]byte{42}); err == nil { t.Errorf("expect an error when input is an empty slice") } } var errSmallKey = fmt.Errorf("private key doesn't have adequate size") func validateECDSAPrivateKey(t *testing.T, key *ecdsapb.EcdsaPrivateKey, params *ecdsapb.EcdsaParams) { t.Helper() if key.Version != testutil.ECDSASignerKeyVersion { t.Fatalf("incorrect private key's version: expect %d, got %d", testutil.ECDSASignerKeyVersion, key.Version) } publicKey := key.PublicKey if publicKey.Version != testutil.ECDSASignerKeyVersion { t.Fatalf("incorrect public key's version: expect %d, got %d", testutil.ECDSASignerKeyVersion, key.Version) } if params.HashType != publicKey.Params.HashType || params.Curve != publicKey.Params.Curve || params.Encoding != publicKey.Params.Encoding { t.Fatalf("incorrect params: expect %s, got %s", params, publicKey.Params) } if len(publicKey.X) == 0 || len(publicKey.Y) == 0 { t.Fatalf("public points are not initialized") } // check private key's size d := new(big.Int).SetBytes(key.KeyValue) keySize := len(d.Bytes()) switch params.Curve { case commonpb.EllipticCurveType_NIST_P256: if keySize < 256/8-8 || keySize > 256/8+1 { t.Fatal(errSmallKey) } case commonpb.EllipticCurveType_NIST_P384: if keySize < 384/8-8 || keySize > 384/8+1 { t.Fatal(errSmallKey) } case commonpb.EllipticCurveType_NIST_P521: if keySize < 521/8-8 || keySize > 521/8+1 { t.Fatal(errSmallKey) } } // try to sign and verify with the key hash, curve, encoding := testutil.GetECDSAParamNames(publicKey.Params) signer, err := subtle.NewECDSASigner(hash, curve, encoding, key.KeyValue) if err != nil { t.Fatalf("unexpected error when creating ECDSASign: %s", err) } verifier, err := subtle.NewECDSAVerifier(hash, curve, encoding, publicKey.X, publicKey.Y) if err != nil { t.Fatalf("unexpected error when creating ECDSAVerify: %s", err) } data := random.GetRandomBytes(1281) signature, err := signer.Sign(data) if err != nil { t.Fatalf("unexpected error when signing: %s", err) } if err := verifier.Verify(signature, data); err != nil { t.Fatalf("unexpected error when verifying signature: %s", err) } } func genValidECDSAParams() []ecdsaParams { return []ecdsaParams{ ecdsaParams{ hashType: commonpb.HashType_SHA256, curve: commonpb.EllipticCurveType_NIST_P256, }, ecdsaParams{ hashType: commonpb.HashType_SHA384, curve: commonpb.EllipticCurveType_NIST_P384, }, ecdsaParams{ hashType: commonpb.HashType_SHA512, curve: commonpb.EllipticCurveType_NIST_P384, }, ecdsaParams{ hashType: commonpb.HashType_SHA512, curve: commonpb.EllipticCurveType_NIST_P521, }, } } func genUnkownECDSAParams() []ecdsaParams { return []ecdsaParams{ ecdsaParams{ hashType: commonpb.HashType_UNKNOWN_HASH, curve: commonpb.EllipticCurveType_NIST_P256, }, ecdsaParams{ hashType: commonpb.HashType_SHA256, curve: commonpb.EllipticCurveType_UNKNOWN_CURVE, }, } } func genInvalidECDSAParams() []ecdsaParams { return []ecdsaParams{ ecdsaParams{ hashType: commonpb.HashType_SHA1, curve: commonpb.EllipticCurveType_NIST_P256, }, ecdsaParams{ hashType: commonpb.HashType_SHA1, curve: commonpb.EllipticCurveType_NIST_P384, }, ecdsaParams{ hashType: commonpb.HashType_SHA1, curve: commonpb.EllipticCurveType_NIST_P521, }, ecdsaParams{ hashType: commonpb.HashType_SHA256, curve: commonpb.EllipticCurveType_NIST_P384, }, ecdsaParams{ hashType: commonpb.HashType_SHA256, curve: commonpb.EllipticCurveType_NIST_P521, }, ecdsaParams{ hashType: commonpb.HashType_SHA512, curve: commonpb.EllipticCurveType_NIST_P256, }, } } func mustMarshal(t *testing.T, msg proto.Message) []byte { t.Helper() serialized, err := proto.Marshal(msg) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", msg, err) } return serialized } ================================================ FILE: signature/ecdsa/signer_verifier_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa_test import ( "bytes" "crypto/elliptic" "fmt" "slices" "strings" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/subtle" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ) type primitiveTestCase struct { name string publicKey *ecdsa.PublicKey privateKey *ecdsa.PrivateKey curve elliptic.Curve signature []byte message []byte } func mustCreatePrivateKey(t *testing.T, keyValue []byte, id uint32, params *ecdsa.Parameters) *ecdsa.PrivateKey { t.Helper() token := insecuresecretdataaccess.Token{} privateKey, err := ecdsa.NewPrivateKey(secretdata.NewBytesFromData(keyValue, token), id, params) if err != nil { t.Fatalf("ecdsa.NewPrivateKey() err = %v, want nil", err) } return privateKey } // primitiveTestVectors returns a list of test vectors similar to // https://github.com/tink-crypto/tink-java/blob/1.15/src/main/java/com/google/crypto/tink/signature/internal/testing/EcdsaTestUtil.java func primitiveTestVectors(t *testing.T) []primitiveTestCase { t.Helper() testCases := []primitiveTestCase{} // Test case 0. params0 := mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.IEEEP1363, ecdsa.VariantNoPrefix) testCases = append(testCases, primitiveTestCase{ name: "P256-SHA256-IEEE_P1363-NO_PREFIX", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 0, params0), privateKey: mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 0, params0), curve: elliptic.P256(), signature: bytesFromHex(t, "70cbee11e536e9c83d2a2abc6be049117fdab0c420db8191e36f8ce2855262bb5d0b69eefc4dea7b086aa62186e9a7c8600e7b0f1252f704271d5189e7a5cf03"), message: bytesFromHex(t, ""), }) // Test case 1. params1 := mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantNoPrefix) testCases = append(testCases, primitiveTestCase{ name: "P256-SHA256-DER-NO_PREFIX", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 0, params1), privateKey: mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 0, params1), curve: elliptic.P256(), signature: bytesFromHex(t, "3046022100baca7d618e43d44f2754a5368f60b4a41925e2c04d27a672b276ae1f4b3c63a2022100d404a3015cb229f7cb036c2b5f77cc546065eed4b75837cec2883d1e35d5eb9f"), message: bytesFromHex(t, ""), }) // Test case 1 with TINK prefix. params1 = mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink) testCases = append(testCases, primitiveTestCase{ name: "P256-SHA256-DER-TINK", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 0x99887766, params1), privateKey: mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 0x99887766, params1), curve: elliptic.P256(), signature: bytesFromHex(t, strings.Join([]string{"0199887766", "3046022100baca7d618e43d44f2754a5368f60b4a41925e2c04d27a672b276ae1f4b3c63a2022100d404a3015cb229f7cb036c2b5f77cc546065eed4b75837cec2883d1e35d5eb9f"}, "")), message: bytesFromHex(t, ""), }) // Test case 2. params2 := mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.IEEEP1363, ecdsa.VariantTink) testCases = append(testCases, primitiveTestCase{ name: "P256-SHA256-IEEE_P1363-TINK", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 0x99887766, params2), privateKey: mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 0x99887766, params2), curve: elliptic.P256(), signature: bytesFromHex(t, strings.Join([]string{"0199887766", "9b04881165ae47c99c637d306c537bdc97a336ed6f358c7fac1124b3f7166f7d5da6a7b20c61090200276fa25ff25e6e39cf56fb5499973b66f25bc1921a1fda"}, "")), message: bytesFromHex(t, ""), }) // Test case 3. params3 := mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.IEEEP1363, ecdsa.VariantCrunchy) testCases = append(testCases, primitiveTestCase{ name: "P256-SHA256-IEEE_P1363-CRUNCHY", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 0x99887766, params3), privateKey: mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 0x99887766, params3), curve: elliptic.P256(), signature: bytesFromHex(t, strings.Join([]string{"0099887766", "9b04881165ae47c99c637d306c537bdc97a336ed6f358c7fac1124b3f7166f7d5da6a7b20c61090200276fa25ff25e6e39cf56fb5499973b66f25bc1921a1fda"}, "")), message: bytesFromHex(t, ""), }) // Test case 4. params4 := mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.IEEEP1363, ecdsa.VariantLegacy) testCases = append(testCases, primitiveTestCase{ name: "P256-SHA256-IEEE_P1363-LEGACY", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 0x99887766, params4), privateKey: mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 0x99887766, params4), curve: elliptic.P256(), signature: bytesFromHex(t, strings.Join([]string{"0099887766", "515b67e48efb8ebc12e0ce691cf210b18c1e96409667aaedd8d744c64aff843a4e09ebfb9b6c40a6540dd0d835693ca08da8c1d8e434770511459088243b0bbb"}, "")), message: bytesFromHex(t, ""), }) // Test case 5. params5 := mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.IEEEP1363, ecdsa.VariantNoPrefix) testCases = append(testCases, primitiveTestCase{ name: "P256-SHA256-IEEE_P1363-RAW-Nonempty", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 0, params5), privateKey: mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 0, params5), curve: elliptic.P256(), signature: bytesFromHex(t, "bfec68e554a26e161b657efb368a6cd0ec3499c92f2b6240e1b92fa724366a79ca37137274c9125e34c286439c848ce3594a3f9450f4108a2fc287a120dfab4f"), message: bytesFromHex(t, "001122"), }) // P-384. xP384Hex := "9d92e0330dfc60ba8b2be32e10f7d2f8457678a112cafd4544b29b7e6addf0249968f54c732aa49bc4a38f467edb8424" yP384Hex := "81a3a9c9e878b86755f018a8ec3c5e80921910af919b95f18976e35acc04efa2962e277a0b2c990ae92b62d6c75180ba" // Test case 6. params6 := mustCreateParameters(t, ecdsa.NistP384, ecdsa.SHA384, ecdsa.IEEEP1363, ecdsa.VariantNoPrefix) testCases = append(testCases, primitiveTestCase{ name: "P384-SHA384-IEEE_P1363-RAW", publicKey: mustCreatePublicKey(t, bytesFromHex(t, "04"+xP384Hex+yP384Hex), 0, params6), privateKey: mustCreatePrivateKey(t, bytesFromHex(t, "670dc60402d8a4fe52f4e552d2b71f0f81bcf195d8a71a6c7d84efb4f0e4b4a5d0f60a27c94caac46bdeeb79897a3ed9"), 0, params6), curve: elliptic.P384(), signature: bytesFromHex(t, "eb19dc251dcbb0aac7634c646b27ccc59a21d6231e08d2b6031ec729ecb0e9927b70bfa66d458b5e1b7186355644fa9150602bade9f0c358b9d28263cb427f58bf7d9b892ac75f43ab048360b34ee81653f85ec2f10e6e4f0f0e0cafbe91f883"), message: bytesFromHex(t, ""), }) // Test case 7. params7 := mustCreateParameters(t, ecdsa.NistP384, ecdsa.SHA512, ecdsa.IEEEP1363, ecdsa.VariantNoPrefix) testCases = append(testCases, primitiveTestCase{ name: "P384-SHA512-IEEE_P1363-RAW", publicKey: mustCreatePublicKey(t, bytesFromHex(t, "04"+xP384Hex+yP384Hex), 0, params7), privateKey: mustCreatePrivateKey(t, bytesFromHex(t, "670dc60402d8a4fe52f4e552d2b71f0f81bcf195d8a71a6c7d84efb4f0e4b4a5d0f60a27c94caac46bdeeb79897a3ed9"), 0, params7), curve: elliptic.P384(), signature: bytesFromHex(t, "3db99cec1a865909886f8863ccfa3147f21ccad262a41abc8d964fafa55141a9d89efa6bf0acb4e5ec357c6056542e7e016d4a653fde985aad594763900f3f9c4494f45f7a4450422640f57b0ad467950f78ddb56641676cb91d392410ed606d"), message: bytesFromHex(t, ""), }) // P-521. // Test case 8. params8 := mustCreateParameters(t, ecdsa.NistP521, ecdsa.SHA512, ecdsa.IEEEP1363, ecdsa.VariantNoPrefix) testCases = append(testCases, primitiveTestCase{ name: "P521-SHA512-IEEE_P1363-RAW", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP521Hex), 0, params8), privateKey: mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP521Hex), 0, params8), curve: elliptic.P521(), signature: bytesFromHex(t, "00eaf6672f0696a46046d3b1572814b697c7904fe265fece75e33b90833d08af6513adfb6cbf0a4971442633c981d11cd068fcf9431cbe49448b4240a067d860f7fb0168a8d7bf1602050b2255e844aea1df8d8ad770053d2c915cca2af6e175c2fb0944f6a9e3262fb9b99910e7fbd6ef4aca887b901ec78678d3ec48529c7f06e8c815"), message: bytesFromHex(t, ""), }) return testCases } func TestSignVerify(t *testing.T) { for _, tc := range primitiveTestVectors(t) { t.Run(tc.name, func(t *testing.T) { signer, err := ecdsa.NewSigner(tc.privateKey, internalapi.Token{}) if err != nil { t.Fatalf("ecdsa.NewSigner(%v) err = %v, want nil", tc.privateKey, err) } verifier, err := ecdsa.NewVerifier(tc.publicKey, internalapi.Token{}) if err != nil { t.Fatalf("ecdsa.NewVerifier(%v) err = %v, want nil", tc.publicKey, err) } data := []byte("plaintext") encodedSignature, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(0x%x) err = %v, want nil", data, err) } if !bytes.HasPrefix(encodedSignature, tc.privateKey.OutputPrefix()) { t.Fatalf("encodedSignature[:%d] = 0x%x, want prefix 0x%x", len(tc.privateKey.OutputPrefix()), encodedSignature[:len(tc.privateKey.OutputPrefix())], tc.privateKey.OutputPrefix()) } if err := verifier.Verify(encodedSignature, data); err != nil { t.Errorf("verifier.Verify(0x%x, 0x%x) err = %v, want nil", encodedSignature, data, err) } }) } } func TestVerifyWorks(t *testing.T) { for _, tc := range primitiveTestVectors(t) { t.Run(tc.name, func(t *testing.T) { // 1. Verify using the verifier from the public key. verifier, err := ecdsa.NewVerifier(tc.publicKey, internalapi.Token{}) if err != nil { t.Fatalf("ecdsa.NewVerifier(%v) err = %v, want nil", tc.publicKey, err) } if err := verifier.Verify(tc.signature, tc.message); err != nil { t.Errorf("verifier.Verify(0x%x, 0x%x) err = %v, want nil", tc.signature, tc.message, err) } // 2. Verify using the verifier from the keyset handle. verifierFromKeysetHandle := func() tink.Verifier { manager := keyset.NewManager() keyID, err := manager.AddKey(tc.publicKey) if err != nil { t.Fatalf("manager.AddKey(%v) err = %v, want nil", tc.publicKey, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } verifier, err := signature.NewVerifier(handle) if err != nil { t.Fatalf("signature.NewVerifier(handle) err = %v, want nil", err) } return verifier }() if err := verifierFromKeysetHandle.Verify(tc.signature, tc.message); err != nil { t.Errorf("verifierFromKeysetHandle.Verify(0x%x, 0x%x) err = %v, want nil", tc.signature, tc.message, err) } }) } } func TestVerifyFails(t *testing.T) { data := []byte("plaintext") for _, tc := range []struct { name string publicKey *ecdsa.PublicKey privateKey *ecdsa.PrivateKey signature []byte }{ { name: "different prefix type", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 123, mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink)), signature: func() []byte { privateKey := mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 123, mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantCrunchy)) s, err := ecdsa.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("ecdsa.NewSigner(%v) err = %v, want nil", privateKey, err) } signature, err := s.Sign(data) if err != nil { t.Fatalf("signer.Sign(%v) err = %v, want nil", data, err) } return signature }(), }, { name: "missing prefix", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 123, mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink)), signature: func() []byte { privateKey := mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 0, mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantNoPrefix)) s, err := ecdsa.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("ecdsa.NewSigner(%v) err = %v, want nil", privateKey, err) } signature, err := s.Sign(data) if err != nil { t.Fatalf("signer.Sign(%v) err = %v, want nil", data, err) } return signature }(), }, { name: "different key ID", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 123, mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink)), signature: func() []byte { privateKey := mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 456, mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink)) s, err := ecdsa.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("ecdsa.NewSigner(%v) err = %v, want nil", privateKey, err) } signature, err := s.Sign(data) if err != nil { t.Fatalf("signer.Sign(%v) err = %v, want nil", data, err) } return signature }(), }, { name: "different signature encoding", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 123, mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink)), signature: func() []byte { privateKey := mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 123, mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.IEEEP1363, ecdsa.VariantTink)) s, err := ecdsa.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("ecdsa.NewSigner(%v) err = %v, want nil", privateKey, err) } signature, err := s.Sign(data) if err != nil { t.Fatalf("signer.Sign(%v) err = %v, want nil", data, err) } return signature }(), }, { name: "invalid signature", publicKey: mustCreatePublicKey(t, bytesFromHex(t, pubKeyUncompressedP256Hex), 123, mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink)), signature: func() []byte { privateKey := mustCreatePrivateKey(t, bytesFromHex(t, privKeyValueP256Hex), 123, mustCreateParameters(t, ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink)) s, err := ecdsa.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("ecdsa.NewSigner(%v) err = %v, want nil", privateKey, err) } signature, err := s.Sign(data) if err != nil { t.Fatalf("signer.Sign(%v) err = %v, want nil", data, err) } // Corrupt the 1st byte after the prefix. signature[len(privateKey.OutputPrefix())] ^= 1 return signature }(), }, } { t.Run(tc.name, func(t *testing.T) { verifier, err := ecdsa.NewVerifier(tc.publicKey, internalapi.Token{}) if err != nil { t.Fatalf("ecdsa.NewVerifier(%v) err = %v, want nil", tc.publicKey, err) } if err := verifier.Verify(tc.signature, data); err == nil { t.Errorf("verifier.Verify(%v, %v) err = nil, want error", tc.signature, data) } }) } } type wycheproofSuite struct { wycheproof.Suite TestGroups []*wycheproofGroup `json:"testGroups"` } type wycheproofGroup struct { wycheproof.Group JWK *wycheproofJWK `json:"jwk,omitempty"` PublicKeyDER string `json:"publicKeyDer"` PublicKeyPEM string `json:"publicKeyPem"` SHA string `json:"sha"` Type string `json:"type"` PublicKey *wycheproofKey `json:"publicKey"` Tests []*wycheproofCase `json:"tests"` } type wycheproofCase struct { wycheproof.Case Message testutil.HexBytes `json:"msg"` Signature testutil.HexBytes `json:"sig"` } type wycheproofKey struct { Curve string `json:"curve"` Type string `json:"type"` Wx string `json:"wx"` Wy string `json:"wy"` } type wycheproofJWK struct { JWK string `json:"jwk"` Curve string `json:"crv"` Kid string `json:"kid"` Kty string `json:"kty"` X string `json:"x"` Y string `json:"y"` } func hash(sha string) ecdsa.HashType { switch sha { case "SHA256": return ecdsa.SHA256 case "SHA384": return ecdsa.SHA384 case "SHA512": return ecdsa.SHA512 default: return ecdsa.UnknownHashType } } func curve(sha string) ecdsa.CurveType { switch sha { case "NIST_P256": return ecdsa.NistP256 case "NIST_P384": return ecdsa.NistP384 case "NIST_P521": return ecdsa.NistP521 default: return ecdsa.UnknownCurveType } } func encoding(encoding string) ecdsa.SignatureEncoding { switch encoding { case "DER": return ecdsa.DER case "IEEE_P1363": return ecdsa.IEEEP1363 default: return ecdsa.UnknownSignatureEncoding } } func TestWycheproof(t *testing.T) { vectors := []struct { Filename string Encoding string }{ {Filename: "ecdsa_secp256r1_sha256_test.json", Encoding: "DER"}, {Filename: "ecdsa_secp384r1_sha512_test.json", Encoding: "DER"}, {Filename: "ecdsa_secp521r1_sha512_test.json", Encoding: "DER"}, {Filename: "ecdsa_secp256r1_sha256_p1363_test.json", Encoding: "IEEE_P1363"}, {Filename: "ecdsa_secp384r1_sha512_p1363_test.json", Encoding: "IEEE_P1363"}, {Filename: "ecdsa_secp521r1_sha512_p1363_test.json", Encoding: "IEEE_P1363"}, } for _, v := range vectors { suite := new(wycheproofSuite) wycheproof.PopulateSuiteV1(t, suite, v.Filename) for _, group := range suite.TestGroups { h := hash(subtle.ConvertHashName(group.SHA)) c := curve(subtle.ConvertCurveName(group.PublicKey.Curve)) e := encoding(v.Encoding) params, err := ecdsa.NewParameters(c, h, e, ecdsa.VariantNoPrefix) if err != nil { continue } x, err := subtle.NewBigIntFromHex(group.PublicKey.Wx) if err != nil { t.Errorf("failed decoding x: %s", err) continue } y, err := subtle.NewBigIntFromHex(group.PublicKey.Wy) if err != nil { t.Errorf("failed decoding y: %s", err) continue } publicKey, err := ecdsa.NewPublicKey(slices.Concat([]byte{0x04}, x.Bytes(), y.Bytes()), 0, params) if err != nil { continue } verifier, err := ecdsa.NewVerifier(publicKey, internalapi.Token{}) if err != nil { continue } for _, test := range group.Tests { // There is no requirement that libraries check the length of P1363 encoded signatures. // // See https://github.com/C2SP/wycheproof/blob/fca0d3ba9f1286c3af57801ace39c633e29a88f1/testvectors_v1/ecdsa_secp256r1_sha256_p1363_test.json#L66-L69 // expectedSignatureSizeNilErr := slices.Contains(test.Flags, "SignatureSize") && v.Encoding == "IEEE_P1363" caseName := fmt.Sprintf("%s-%s-%s:Case-%d", group.Type, group.PublicKey.Curve, group.SHA, test.CaseID) t.Run(caseName, func(t *testing.T) { err := verifier.Verify(test.Signature, test.Message) switch test.Result { case "valid": if err != nil { t.Fatalf("verifier.Verify() failed in a valid test case: %s", err) } case "invalid": if expectedSignatureSizeNilErr { return } if err == nil { t.Fatalf("verifier.Verify() succeeded in an invalid test case") } case "acceptable": // TODO: b/379282500 - Use acceptable test vectors. default: t.Fatalf("unsupported test result: %q", test.Result) } }) } } } } ================================================ FILE: signature/ecdsa/verifier.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa import ( "bytes" "crypto/ecdsa" "crypto/elliptic" "crypto/sha256" "crypto/sha512" "fmt" "hash" "math/big" "github.com/tink-crypto/tink-go/v2/internal/internalapi" internalecdsa "github.com/tink-crypto/tink-go/v2/internal/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // verifier implements the [tink.Verifier] interface for ECDSA (RFC6979). // // It accepts signature in both ASN.1 and IEEE_P1363 encoding. type verifier struct { key *ecdsa.PublicKey prefix []byte parameters *Parameters hashFunc func() hash.Hash } var _ tink.Verifier = (*verifier)(nil) func curveFromTinkECDSACurveType(curveType CurveType) (elliptic.Curve, error) { switch curveType { case NistP256: return elliptic.P256(), nil case NistP384: return elliptic.P384(), nil case NistP521: return elliptic.P521(), nil default: // Should never happen. return nil, fmt.Errorf("unsupported curve: %v", curveType) } } func hashFunctionFromEnum(hash HashType) (func() hash.Hash, error) { switch hash { case SHA256: return sha256.New, nil case SHA384: return sha512.New384, nil case SHA512: return sha512.New, nil default: return nil, fmt.Errorf("invalid hash type: %s", hash) } } // NewVerifier creates a new ECDSA Verifier. // // This is an internal API. func NewVerifier(publicKey *PublicKey, _ internalapi.Token) (tink.Verifier, error) { hashFunc, err := hashFunctionFromEnum(publicKey.parameters.HashType()) if err != nil { return nil, err } curve, err := curveFromTinkECDSACurveType(publicKey.parameters.CurveType()) if err != nil { return nil, err } publicPoint := publicKey.PublicPoint() xy := publicPoint[1:] ecdsaPublicKey := &ecdsa.PublicKey{ Curve: curve, X: new(big.Int).SetBytes(xy[:len(xy)/2]), Y: new(big.Int).SetBytes(xy[len(xy)/2:]), } return &verifier{ key: ecdsaPublicKey, prefix: publicKey.OutputPrefix(), parameters: publicKey.parameters, hashFunc: hashFunc, }, nil } // Verify verifies whether the given signature is valid for the given data. // // The signature is expected to be of the form: prefix || signature, where // prefix is the key's output prefix and can be empty, and signature is the // signature in the encoding specified by the key's parameters. func (e *verifier) Verify(signatureBytes, data []byte) error { if !bytes.HasPrefix(signatureBytes, e.prefix) { return fmt.Errorf("ecdsa_verifier: invalid signature prefix") } rawSignature := signatureBytes[len(e.prefix):] h := e.hashFunc() h.Write(data) if e.parameters.Variant() == VariantLegacy { h.Write([]byte{0}) } hashed := h.Sum(nil) var asn1Signature []byte switch encoding := e.parameters.SignatureEncoding(); encoding { case DER: asn1Signature = rawSignature case IEEEP1363: decodedSig, err := internalecdsa.IEEEP1363Decode(rawSignature) if err != nil { return err } asn1Signature, err = internalecdsa.ASN1Encode(decodedSig) if err != nil { return err } default: return fmt.Errorf("ecdsa_verifier: unsupported encoding: %s", encoding) } if ok := ecdsa.VerifyASN1(e.key, hashed, asn1Signature); !ok { return fmt.Errorf("ecdsa_verifier: invalid signature") } return nil } func verifierConstructor(key key.Key) (any, error) { that, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is not a *ecdsa.PublicKey") } return NewVerifier(that, internalapi.Token{}) } ================================================ FILE: signature/ecdsa/verifier_key_manager_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ecdsa_test import ( "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" ) func TestVerifierKeyManagerGetPrimitiveBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSAVerifierTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSAVerifierTypeURL, err) } for _, tc := range primitiveTestVectors(t) { if tc.publicKey.Parameters().(*ecdsa.Parameters).Variant() != ecdsa.VariantNoPrefix { // Skip non-RAW test cases. continue } t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.SerializeKey(tc.publicKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", tc.publicKey, err) } p, err := keyManager.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("keyManager.Primitive(keySerialization.KeyData().GetValue()) err = %v, want nil", err) } v, ok := p.(tink.Verifier) if !ok { t.Fatalf("keyManager.Primitive(keySerialization.KeyData().GetValue()) = %T, want %T", p, (tink.Verifier)(nil)) } if err := v.Verify(tc.signature, tc.message); err != nil { t.Errorf("v.Verify(tc.signature, tc.message) err = %v, want nil", err) } }) } } func TestVerifierKeyManagerWithInvalidPublicKeyFailsCreatingPrimitive(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSAVerifierTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSAVerifierTypeURL, err) } pubKey := testutil.NewRandomECDSAPublicKey(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256) pubKey.X = []byte{0, 32, 0} pubKey.Y = []byte{0, 32, 0} serializedPubKey, err := proto.Marshal(pubKey) if err != nil { t.Fatalf("proto.Marhsal() err = %v, want nil", err) } if _, err := keyManager.Primitive(serializedPubKey); err == nil { t.Errorf("keyManager.Primitive() err = nil, want error") } } func TestVerifierKeyManagerGetPrimitiveWithInvalidInput_InvalidParams(t *testing.T) { testParams := genInvalidECDSAParams() keyManager, err := registry.GetKeyManager(testutil.ECDSAVerifierTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSAVerifierTypeURL, err) } for i := 0; i < len(testParams); i++ { serializedKey, err := proto.Marshal(testutil.NewRandomECDSAPublicKey(testParams[i].hashType, testParams[i].curve)) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.Primitive(serializedKey); err == nil { t.Errorf("expect an error in test case %d", i) } } for _, tc := range genUnkownECDSAParams() { k := testutil.NewRandomECDSAPublicKey(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256) k.GetParams().Curve = tc.curve k.GetParams().HashType = tc.hashType serializedKey, err := proto.Marshal(k) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.Primitive(serializedKey); err == nil { t.Errorf("expect an error in test case with params: (curve = %q, hash = %q)", tc.curve, tc.hashType) } } } func TestVerifierKeyManagerGetPrimitiveWithInvalidInput_InvalidVersion(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSAVerifierTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSAVerifierTypeURL, err) } key := testutil.NewRandomECDSAPublicKey(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256) key.Version = testutil.ECDSAVerifierKeyVersion + 1 serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err = keyManager.Primitive(serializedKey); err == nil { t.Errorf("expect an error when version is invalid") } } func TestVerifierKeyManagerGetPrimitiveWithInvalidInput_NilInputAndParams(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.ECDSAVerifierTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ECDSAVerifierTypeURL, err) } // Nil or empty input. if _, err := keyManager.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } if _, err := keyManager.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty slice") } // Nil params. keyNilParams := testutil.NewRandomECDSAPublicKey(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256) keyNilParams.Params = nil serializedKeyNilParams, err := proto.Marshal(keyNilParams) if err != nil { t.Errorf("proto.Marshal() err = %q, want nil", err) } if _, err := keyManager.Primitive(serializedKeyNilParams); err == nil { t.Errorf("keyManager.Primitive(serializedKeyNilParams); err = nil, want non-nil") } } ================================================ FILE: signature/ed25519/ed25519.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package ed25519 provides ED25519 keys and parameters definitions, and key // managers. package ed25519 import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" ed25519pb "github.com/tink-crypto/tink-go/v2/proto/ed25519_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func init() { if err := registry.RegisterKeyManager(legacykeymanager.NewPrivateKeyManager(signerTypeURL, signerConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func(b []byte) (proto.Message, error) { protoKey := &ed25519pb.Ed25519PrivateKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(verifierTypeURL, verifierConstructor, tinkpb.KeyData_ASYMMETRIC_PUBLIC, func(b []byte) (proto.Message, error) { protoKey := &ed25519pb.Ed25519PublicKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("ecdsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PublicKey](&publicKeySerializer{}); err != nil { panic(fmt.Sprintf("ed25519.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(verifierTypeURL, &publicKeyParser{}); err != nil { panic(fmt.Sprintf("ed25519.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](&privateKeySerializer{}); err != nil { panic(fmt.Sprintf("ed25519.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(signerTypeURL, &privateKeyParser{}); err != nil { panic(fmt.Sprintf("ed25519.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("ed25519.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(signerTypeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("ed25519.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PublicKey](verifierConstructor); err != nil { panic(fmt.Sprintf("ed25519.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PrivateKey](signerConstructor); err != nil { panic(fmt.Sprintf("ed25519.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("ed25519.init() failed: %v", err)) } } // RegisterPrimitiveConstructor accepts a config object and registers the // Ed25519 primitive constructors to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { if err := c.RegisterPrimitiveConstructor(reflect.TypeFor[*PrivateKey](), signerConstructor, t); err != nil { return err } return c.RegisterPrimitiveConstructor(reflect.TypeFor[*PublicKey](), verifierConstructor, t) } ================================================ FILE: signature/ed25519/ed25519_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ed25519_test import ( "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/signature" ) func TestCreateKeysetHandleFromParameters(t *testing.T) { params, err := ed25519.NewParameters(ed25519.VariantNoPrefix) if err != nil { t.Fatalf("ed25519.NewParameters(ed25519.VariantNoPrefix) err = %v, want nil", err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(¶ms) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Make sure that we can sign and verify with the generated key. signer, err := signature.NewSigner(handle) if err != nil { t.Fatalf("signature.NewSigner(handle) err = %v, want nil", err) } message := []byte("message") signatureBytes, err := signer.Sign(message) if err != nil { t.Fatalf("signer.Sign(%v) err = %v, want nil", message, err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } verifier, err := signature.NewVerifier(publicHandle) if err != nil { t.Fatalf("signature.NewVerifier(handle) err = %v, want nil", err) } if err := verifier.Verify(signatureBytes, message); err != nil { t.Fatalf("verifier.Verify(%v, %v) err = %v, want nil", signatureBytes, message, err) } // Create another keyset handle from the same parameters. anotherManager := keyset.NewManager() keyID, err = anotherManager.AddNewKeyFromParameters(¶ms) if err != nil { t.Fatalf("anotherManager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } anotherManager.SetPrimary(keyID) anotherHandle, err := anotherManager.Handle() if err != nil { t.Fatalf("anotherManager.Handle() err = %v, want nil", err) } anotherPublicHandle, err := anotherHandle.Public() if err != nil { t.Fatalf("anotherHandle.Public() err = %v, want nil", err) } // Get the primary key entry from both keyset handles. entry, err := handle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } // Make sure that keys are different. if entry.KeyID() == anotherEntry.KeyID() { t.Fatalf("entry.KeyID() = %v, want different from anotherEntry.KeyID() = %v", entry.KeyID(), anotherEntry.KeyID()) } if entry.Key().Equal(anotherEntry.Key()) { t.Fatalf("entry.Key().Equal(anotherEntry.Key()) = true, want false") } publicEntry, err := publicHandle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherPublicEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } if publicEntry.KeyID() == anotherPublicEntry.KeyID() { t.Fatalf("publicEntry.KeyID() = %v, want different from anotherPublicEntry.KeyID() = %v", publicEntry.KeyID(), anotherPublicEntry.KeyID()) } if publicEntry.Key().Equal(anotherPublicEntry.Key()) { t.Fatalf("publicEntry.Key().Equal(anotherPublicEntry.Key()) = true, want false") } // Make sure that a different generated key cannot verify the signature. anotherVerifier, err := signature.NewVerifier(anotherPublicHandle) if err != nil { t.Fatalf("signature.NewVerifier(anotherHandle) err = %v, want nil", err) } if err := anotherVerifier.Verify(signatureBytes, message); err == nil { t.Fatalf("anotherVerifier.Verify(%v, %v) err = nil, want error", signatureBytes, message) } } ================================================ FILE: signature/ed25519/key.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ed25519 import ( "bytes" "crypto/ed25519" "crypto/rand" "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Variant is the prefix variant of an ED25519 key. // // It describes the format of the signature. For ED25519, there are four options: // // - TINK: prepends '0x01' to the signature. // - CRUNCHY: prepends '0x00' to the signature. // - LEGACY: appends a 0-byte to the input message before computing the // signature, then prepends '0x00' to the signature. // - NO_PREFIX: adds no prefix to the signature. type Variant int const ( // VariantUnknown is the default value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the signature. VariantTink // VariantCrunchy prefixes '0x00' to the signature. VariantCrunchy // VariantLegacy appends a 0-byte to input message BEFORE computing the signature, // signature, then prepends '0x00' to signature. VariantLegacy // VariantNoPrefix does not prefix the signature with the key id. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantLegacy: return "LEGACY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // Parameters represents the parameters of an ED25519 key. type Parameters struct { variant Variant } var _ key.Parameters = (*Parameters)(nil) // NewParameters creates a new Parameters. func NewParameters(variant Variant) (Parameters, error) { if variant == VariantUnknown { return Parameters{}, fmt.Errorf("ed25519.NewParameters: variant must not be %v", VariantUnknown) } return Parameters{variant: variant}, nil } // Variant returns the prefix variant of the parameters. func (p *Parameters) Variant() Variant { return p.variant } // HasIDRequirement returns true if the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal returns true if this parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { if p == other { return true } then, ok := other.(*Parameters) return ok && p.variant == then.variant } // PublicKey represents an ED25519 public key. type PublicKey struct { keyBytes []byte idRequirement uint32 params Parameters outputPrefix []byte } var _ key.Key = (*PublicKey)(nil) func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantCrunchy, VariantLegacy: return outputprefix.Legacy(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // NewPublicKey creates a new ED25519 public key. // // idRequirement is the ID of the key in the keyset. It must be zero if params // doesn't have an ID requirement. func NewPublicKey(keyBytes []byte, idRequirement uint32, params Parameters) (*PublicKey, error) { if !params.HasIDRequirement() && idRequirement != 0 { return nil, fmt.Errorf("ed25519.NewPublicKey: idRequirement must be zero if params doesn't have an ID requirement") } if len(keyBytes) != 32 { return nil, fmt.Errorf("ed25519.NewPublicKey: keyBytes must be 32 bytes") } outputPrefix, err := calculateOutputPrefix(params.variant, idRequirement) if err != nil { return nil, fmt.Errorf("ed25519.NewPublicKey: %w", err) } return &PublicKey{ keyBytes: bytes.Clone(keyBytes), idRequirement: idRequirement, params: params, outputPrefix: outputPrefix, }, nil } // KeyBytes returns the public key bytes. func (k *PublicKey) KeyBytes() []byte { return bytes.Clone(k.keyBytes) } // OutputPrefix returns the output prefix of this key. func (k *PublicKey) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Parameters returns the parameters of the key. func (k *PublicKey) Parameters() key.Parameters { return &k.params } // IDRequirement returns the ID requirement of the key, and whether it is // required. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.params.HasIDRequirement() } // Equal returns true if this key is equal to other. func (k *PublicKey) Equal(other key.Key) bool { if k == other { return true } that, ok := other.(*PublicKey) return ok && k.params.Equal(that.Parameters()) && bytes.Equal(k.keyBytes, that.keyBytes) && k.idRequirement == that.idRequirement } // PrivateKey represents an ED25519 private key. type PrivateKey struct { publicKey *PublicKey keyBytes secretdata.Bytes } var _ key.Key = (*PrivateKey)(nil) // NewPrivateKey creates a new ED25519 private key from privateKeyBytes, with // idRequirement and params. func NewPrivateKey(privateKeyBytes secretdata.Bytes, idRequirement uint32, params Parameters) (*PrivateKey, error) { if privateKeyBytes.Len() != 32 { return nil, fmt.Errorf("ed25519.NewPrivateKey: privateKeyBytes must be 32 bytes, got %d", privateKeyBytes.Len()) } privKey := ed25519.NewKeyFromSeed(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) pubKeyBytes := privKey.Public().(ed25519.PublicKey) pubKey, err := NewPublicKey(pubKeyBytes, idRequirement, params) if err != nil { return nil, fmt.Errorf("ed25519.NewPrivateKey: %w", err) } return &PrivateKey{ publicKey: pubKey, keyBytes: privateKeyBytes, }, nil } // NewPrivateKeyWithPublicKey creates a new ED25519 private key from // privateKeyBytes and a [PublicKey]. func NewPrivateKeyWithPublicKey(privateKeyBytes secretdata.Bytes, pubKey *PublicKey) (*PrivateKey, error) { if pubKey == nil { return nil, fmt.Errorf("ed25519.NewPrivateKeyWithPublicKey: pubKey must not be nil") } if privateKeyBytes.Len() != 32 { return nil, fmt.Errorf("ed25519.NewPrivateKey: seed must be 32 bytes, got %d", privateKeyBytes.Len()) } // Make sure the public key is correct. privKey := ed25519.NewKeyFromSeed(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) if !bytes.Equal(privKey.Public().(ed25519.PublicKey), pubKey.KeyBytes()) { return nil, fmt.Errorf("ed25519.NewPrivateKeyWithPublicKey: public key does not match private key") } return &PrivateKey{ publicKey: pubKey, keyBytes: privateKeyBytes, }, nil } // PrivateKeyBytes returns the private key bytes. func (k *PrivateKey) PrivateKeyBytes() secretdata.Bytes { return k.keyBytes } // PublicKey returns the public key of the key. // // This implements the privateKey interface defined in handle.go. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // Parameters returns the parameters of the key. func (k *PrivateKey) Parameters() key.Parameters { return &k.publicKey.params } // IDRequirement returns the ID requirement of the key, and whether it is // required. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PrivateKey) OutputPrefix() []byte { return bytes.Clone(k.publicKey.outputPrefix) } // Equal returns true if this key is equal to other. func (k *PrivateKey) Equal(other key.Key) bool { if k == other { return true } that, ok := other.(*PrivateKey) return ok && k.publicKey.Equal(that.publicKey) && k.keyBytes.Equal(that.keyBytes) } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { ed25519Params, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } _, priv, err := ed25519.GenerateKey(rand.Reader) if err != nil { return nil, fmt.Errorf("cannot generate ED25519 key: %s", err) } privateKeyValue := secretdata.NewBytesFromData(priv.Seed(), insecuresecretdataaccess.Token{}) return NewPrivateKey(privateKeyValue, idRequirement, *ed25519Params) } ================================================ FILE: signature/ed25519/key_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ed25519_test import ( "bytes" "encoding/hex" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/ed25519" ) func TestNewParameters(t *testing.T) { for _, tc := range []struct { name string variant ed25519.Variant }{ { name: "tink", variant: ed25519.VariantTink, }, { name: "legacy", variant: ed25519.VariantLegacy, }, { name: "crunchy", variant: ed25519.VariantCrunchy, }, { name: "no prefix", variant: ed25519.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { params, err := ed25519.NewParameters(tc.variant) if err != nil { t.Errorf("ed25519.NewParameters(%v) err = %v, want nil", tc.variant, err) } if got := params.Variant(); got != tc.variant { t.Errorf("params.Variant() = %v, want %v", got, tc.variant) } }) } t.Run("unknown", func(t *testing.T) { if _, err := ed25519.NewParameters(ed25519.VariantUnknown); err == nil { t.Errorf("ed25519.NewParameters(%v) err = nil, want error", ed25519.VariantUnknown) } }) } func TestParametersHasIDRequirement(t *testing.T) { for _, tc := range []struct { name string variant ed25519.Variant want bool }{ { name: "tink", variant: ed25519.VariantTink, want: true, }, { name: "legacy", variant: ed25519.VariantLegacy, want: true, }, { name: "crunchy", variant: ed25519.VariantCrunchy, want: true, }, { name: "no prefix", variant: ed25519.VariantNoPrefix, want: false, }, } { t.Run(tc.name, func(t *testing.T) { params, err := ed25519.NewParameters(tc.variant) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", tc.variant, err) } if got := params.HasIDRequirement(); got != tc.want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, tc.want) } }) } } func TestParametersEqual(t *testing.T) { tinkVariant, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantTink, err) } legacyVariant, err := ed25519.NewParameters(ed25519.VariantLegacy) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantLegacy, err) } crunchyVariant, err := ed25519.NewParameters(ed25519.VariantCrunchy) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantCrunchy, err) } noPrefixVariant, err := ed25519.NewParameters(ed25519.VariantNoPrefix) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantNoPrefix, err) } for _, params := range []ed25519.Parameters{tinkVariant, legacyVariant, crunchyVariant, noPrefixVariant} { if !params.Equal(¶ms) { t.Errorf("params.Equal(params) = false, want true") } } for _, tc := range []struct { name string firstParams ed25519.Parameters secondParams ed25519.Parameters want bool }{ { name: "tink vs legacy", firstParams: tinkVariant, secondParams: legacyVariant, }, { name: "tink vs crunchy", firstParams: tinkVariant, secondParams: crunchyVariant, }, { name: "tink vs no prefix", firstParams: tinkVariant, secondParams: noPrefixVariant, }, { name: "legacy vs crunchy", firstParams: legacyVariant, secondParams: crunchyVariant, }, { name: "legacy vs no prefix", firstParams: legacyVariant, secondParams: noPrefixVariant, }, { name: "crunchy vs no prefix", firstParams: crunchyVariant, secondParams: noPrefixVariant, }, } { t.Run(tc.name, func(t *testing.T) { if tc.firstParams.Equal(&tc.secondParams) { t.Errorf("tc.firstParams.Equal(&tc.secondParams) = true, want false") } }) } } func TestNewPublicKeyFails(t *testing.T) { tinkParams, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantTink, err) } noPrefixParams, err := ed25519.NewParameters(ed25519.VariantNoPrefix) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantNoPrefix, err) } for _, tc := range []struct { name string params ed25519.Parameters keyBytes []byte idRequirement uint32 }{ { name: "nil key bytes", params: tinkParams, keyBytes: nil, idRequirement: 123, }, { name: "invalid key bytes size", params: tinkParams, keyBytes: []byte("123"), idRequirement: 123, }, { name: "invalid ID requirement", params: noPrefixParams, keyBytes: []byte("12345678901234567890123456789012"), idRequirement: 123, }, { name: "invalid params", params: ed25519.Parameters{}, keyBytes: []byte("12345678901234567890123456789012"), idRequirement: 123, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := ed25519.NewPublicKey(tc.keyBytes, tc.idRequirement, tc.params); err == nil { t.Errorf("ed25519.NewPublicKey(%v, %v, %v) err = nil, want error", tc.keyBytes, tc.idRequirement, tc.params) } }) } } func TestPublicKey(t *testing.T) { keyBytes := []byte("12345678901234567890123456789012") for _, tc := range []struct { name string variant ed25519.Variant keyBytes []byte idRequirement uint32 wantOutputPrefix []byte }{ { name: "tink", variant: ed25519.VariantTink, keyBytes: keyBytes, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "crunchy", variant: ed25519.VariantCrunchy, keyBytes: keyBytes, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "legacy", variant: ed25519.VariantLegacy, keyBytes: keyBytes, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix", variant: ed25519.VariantNoPrefix, keyBytes: keyBytes, idRequirement: 0, wantOutputPrefix: nil, }, } { t.Run(tc.name, func(t *testing.T) { params, err := ed25519.NewParameters(tc.variant) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", tc.variant, err) } pubKey, err := ed25519.NewPublicKey(tc.keyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.keyBytes, tc.idRequirement, params, err) } if got := pubKey.OutputPrefix(); !bytes.Equal(got, tc.wantOutputPrefix) { t.Errorf("params.OutputPrefix() = %v, want %v", got, tc.wantOutputPrefix) } gotIDRequrement, gotRequired := pubKey.IDRequirement() if got, want := gotRequired, params.HasIDRequirement(); got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } if got, want := gotIDRequrement, tc.idRequirement; got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } otherPubKey, err := ed25519.NewPublicKey(tc.keyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.keyBytes, tc.idRequirement, params, err) } if !otherPubKey.Equal(pubKey) { t.Errorf("otherPubKey.Equal(pubKey) = false, want true") } }) } } type TestPublicKeyParams struct { keyBytes []byte idRequirement uint32 variant ed25519.Variant } func TestPublicKeyEqualSelf(t *testing.T) { params, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantTink, err) } keyBytes := []byte("12345678901234567890123456789012") pubKey, err := ed25519.NewPublicKey(keyBytes, 123, params) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, 123, params, err) } if !pubKey.Equal(pubKey) { t.Errorf("pubKey.Equal(pubKey) = false, want true") } } func TestPublicKeyEqualFalse(t *testing.T) { for _, tc := range []struct { name string firstKey *TestPublicKeyParams secondKey *TestPublicKeyParams }{ { name: "different ID requirement", firstKey: &TestPublicKeyParams{ keyBytes: []byte("12345678901234567890123456789012"), idRequirement: 123, variant: ed25519.VariantTink, }, secondKey: &TestPublicKeyParams{ keyBytes: []byte("12345678901234567890123456789012"), idRequirement: 456, variant: ed25519.VariantTink, }, }, { name: "different key bytes", firstKey: &TestPublicKeyParams{ keyBytes: []byte("12345678901234567890123456789012"), idRequirement: 123, variant: ed25519.VariantTink, }, secondKey: &TestPublicKeyParams{ keyBytes: []byte("11111111111111111111111111111111"), idRequirement: 123, variant: ed25519.VariantTink, }, }, { name: "different variant", firstKey: &TestPublicKeyParams{ keyBytes: []byte("12345678901234567890123456789012"), idRequirement: 123, variant: ed25519.VariantTink, }, secondKey: &TestPublicKeyParams{ keyBytes: []byte("12345678901234567890123456789012"), idRequirement: 123, variant: ed25519.VariantCrunchy, }, }, } { t.Run(tc.name, func(t *testing.T) { firstParams, err := ed25519.NewParameters(tc.firstKey.variant) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", tc.firstKey.variant, err) } firstPubKey, err := ed25519.NewPublicKey(tc.firstKey.keyBytes, tc.firstKey.idRequirement, firstParams) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.firstKey.keyBytes, tc.firstKey.idRequirement, firstParams, err) } secondParams, err := ed25519.NewParameters(tc.secondKey.variant) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", tc.secondKey.variant, err) } secondPubKey, err := ed25519.NewPublicKey(tc.secondKey.keyBytes, tc.secondKey.idRequirement, secondParams) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.secondKey.keyBytes, tc.secondKey.idRequirement, secondParams, err) } if firstPubKey.Equal(secondPubKey) { t.Errorf("firstPubKey.Equal(secondPubKey) = true, want false") } }) } } func TestPublicKeyKeyBytes(t *testing.T) { params, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantTink, err) } keyBytes := []byte("12345678901234567890123456789012") pubKey, err := ed25519.NewPublicKey(keyBytes, 123, params) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, 123, params, err) } gotPubKeyBytes := pubKey.KeyBytes() if !bytes.Equal(gotPubKeyBytes, keyBytes) { t.Errorf("bytes.Equal(gotPubKeyBytes, keyBytes) = false, want true") } // Make sure a copy is made when creating the public key. keyBytes[0] = 0x99 if bytes.Equal(pubKey.KeyBytes(), keyBytes) { t.Errorf("bytes.Equal(pubKey.KeyBytes(), keyBytes) = true, want false") } // Make sure no changes are made to the internal state of the public key. gotPubKeyBytes[1] = 0x99 if bytes.Equal(pubKey.KeyBytes(), gotPubKeyBytes) { t.Errorf("bytes.Equal((pubKey.KeyBytes(), gotPubKeyBytes) = true, want false") } } const ( // Taken from https://datatracker.ietf.org/doc/html/rfc8032#appendix-A - TEST 3. privKeyHex = "c5aa8df43f9f837bedb7442f31dcb7b166d38535076f094b85ce3a2e0b4458f7" pubKeyHex = "fc51cd8e6218a1a38da47ed00230f0580816ed13ba3303ac5deb911548908025" ) var testCases = []struct { name string variant ed25519.Variant privKeyBytesHex string pubKeyBytesHex string idRequirement uint32 wantOutputPrefix []byte }{ { name: "tink", variant: ed25519.VariantTink, privKeyBytesHex: privKeyHex, pubKeyBytesHex: pubKeyHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "crunchy", variant: ed25519.VariantCrunchy, privKeyBytesHex: privKeyHex, pubKeyBytesHex: pubKeyHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "legacy", variant: ed25519.VariantLegacy, privKeyBytesHex: privKeyHex, pubKeyBytesHex: pubKeyHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix", variant: ed25519.VariantNoPrefix, privKeyBytesHex: privKeyHex, pubKeyBytesHex: pubKeyHex, idRequirement: 0, wantOutputPrefix: nil, }, } func TestPrivateKeyNewPrivateKeyWithPublicKey(t *testing.T) { for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { params, err := ed25519.NewParameters(tc.variant) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", tc.variant, err) } pubKeyBytes, privKeyBytes := getTestKeyPair(t) pubKey, err := ed25519.NewPublicKey(pubKeyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v, want nil", pubKeyBytes, tc.idRequirement, params, err) } secretSeed := secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}) privKey, err := ed25519.NewPrivateKeyWithPublicKey(secretSeed, pubKey) if err != nil { t.Fatalf("ed25519.NewPrivateKeyWithPublicKey(%v, %v) err = %v, want nil", secretSeed, pubKey, err) } // Test IDRequirement. gotIDRequrement, gotRequired := privKey.IDRequirement() if got, want := gotRequired, params.HasIDRequirement(); got != want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, want) } if got, want := gotIDRequrement, tc.idRequirement; got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } // Test OutputPrefix. if got := privKey.OutputPrefix(); !bytes.Equal(got, tc.wantOutputPrefix) { t.Errorf("params.OutputPrefix() = %v, want %v", got, tc.wantOutputPrefix) } // Test Equal. otherPubKey, err := ed25519.NewPublicKey(pubKeyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v, want nil", pubKeyBytes, tc.idRequirement, params, err) } otherPrivKey, err := ed25519.NewPrivateKeyWithPublicKey(secretSeed, otherPubKey) if err != nil { t.Fatalf("ed25519.NewPrivateKeyWithPublicKey(%v, %v) err = %v, want nil", secretSeed, pubKey, err) } if !otherPrivKey.Equal(privKey) { t.Errorf("otherPrivKey.Equal(privKey) = false, want true") } // Test PublicKey. got, err := privKey.PublicKey() if err != nil { t.Fatalf("privKey.PublicKey() err = %v, want nil", err) } if !got.Equal(pubKey) { t.Errorf("privKey.PublicKey().Equal(pubKey) = false, want true") } // Test Parameters. if got := privKey.Parameters(); !got.Equal(¶ms) { t.Errorf("privKey.Parameters().Equal(¶ms) = false, want true") } }) } } func TestPrivateKeyNewPrivateKey(t *testing.T) { for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { params, err := ed25519.NewParameters(tc.variant) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", tc.variant, err) } pubKeyBytes, privKeyBytes := getTestKeyPair(t) secretSeed := secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}) privKey, err := ed25519.NewPrivateKey(secretSeed, tc.idRequirement, params) if err != nil { t.Fatalf("ed25519.NewPrivateKey(%v, %v, %v) err = %v, want nil", secretSeed, tc.idRequirement, params, err) } // Test IDRequirement. gotIDRequrement, gotRequired := privKey.IDRequirement() if got, want := gotRequired, params.HasIDRequirement(); got != want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, want) } if got, want := gotIDRequrement, tc.idRequirement; got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } // Test OutputPrefix. if got := privKey.OutputPrefix(); !bytes.Equal(got, tc.wantOutputPrefix) { t.Errorf("params.OutputPrefix() = %v, want %v", got, tc.wantOutputPrefix) } // Test Equal. otherPrivKey, err := ed25519.NewPrivateKey(secretSeed, tc.idRequirement, params) if err != nil { t.Fatalf("ed25519.NewPrivateKey(%v, %v, %v) err = %v, want nil", secretSeed, tc.idRequirement, params, err) } if !otherPrivKey.Equal(privKey) { t.Errorf("otherPrivKey.Equal(privKey) = false, want true") } // Test PublicKey. want, err := ed25519.NewPublicKey(pubKeyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v, want nil", pubKeyBytes, tc.idRequirement, params, err) } got, err := privKey.PublicKey() if err != nil { t.Fatalf("privKey.PublicKey() err = %v, want nil", err) } if !got.Equal(want) { t.Errorf("privKey.PublicKey().Equal(want) = false, want true") } // Test Parameters. if got := privKey.Parameters(); !got.Equal(¶ms) { t.Errorf("privKey.Parameters().Equal(¶ms) = false, want true") } }) } } func TestNewPrivateKeyFails(t *testing.T) { paramsTink, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantTink, err) } paramsNoPrefix, err := ed25519.NewParameters(ed25519.VariantNoPrefix) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantNoPrefix, err) } for _, tc := range []struct { name string params ed25519.Parameters idRequrement uint32 privKeyBytes secretdata.Bytes }{ { name: "nil private key bytes", params: paramsTink, idRequrement: 123, privKeyBytes: secretdata.NewBytesFromData(nil, insecuresecretdataaccess.Token{}), }, { name: "invalid private key bytes size", params: paramsTink, idRequrement: 123, privKeyBytes: secretdata.NewBytesFromData([]byte("123"), insecuresecretdataaccess.Token{}), }, { name: "empty params", params: ed25519.Parameters{}, idRequrement: 123, privKeyBytes: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), }, { name: "invalid ID requiremet", idRequrement: 123, params: paramsNoPrefix, privKeyBytes: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := ed25519.NewPrivateKey(tc.privKeyBytes, tc.idRequrement, tc.params); err == nil { t.Errorf("ed25519.NewPrivateKey(%v, %v, %v) err = nil, want error", tc.privKeyBytes, tc.idRequrement, tc.params) } }) } } func getTestKeyPair(t *testing.T) ([]byte, []byte) { t.Helper() pubKeyBytes, err := hex.DecodeString(pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeyHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return pubKeyBytes, privKeyBytes } func TestNewPrivateKeyWithPublicKeyFails(t *testing.T) { params, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantTink, err) } pubKeyBytes, privKeyBytes := getTestKeyPair(t) pubKey, err := ed25519.NewPublicKey(pubKeyBytes, 123, params) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v, want nil", pubKeyBytes, 123, params, err) } for _, tc := range []struct { name string pubKey *ed25519.PublicKey privateKeyBytes secretdata.Bytes }{ { name: "nil private key bytes", pubKey: pubKey, privateKeyBytes: secretdata.NewBytesFromData(nil, insecuresecretdataaccess.Token{}), }, { name: "invalid private key bytes size", pubKey: pubKey, privateKeyBytes: secretdata.NewBytesFromData([]byte("123"), insecuresecretdataaccess.Token{}), }, { name: "empty public key", pubKey: &ed25519.PublicKey{}, privateKeyBytes: secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}), }, { name: "nil public key", pubKey: nil, privateKeyBytes: secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}), }, { name: "invalid public key", pubKey: pubKey, privateKeyBytes: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := ed25519.NewPrivateKeyWithPublicKey(tc.privateKeyBytes, tc.pubKey); err == nil { t.Errorf("ed25519.NewPrivateKeyWithPublicKey(%v, %v) err = nil, want error", tc.privateKeyBytes, tc.pubKey) } }) } } func TestPrivateKeyEqualSelf(t *testing.T) { params, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantTink, err) } pubKeyBytes, privKeyBytes := getTestKeyPair(t) pubKey, err := ed25519.NewPublicKey(pubKeyBytes, 123, params) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v", pubKeyBytes, 123, params, err) } secretSeed := secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}) privKey, err := ed25519.NewPrivateKeyWithPublicKey(secretSeed, pubKey) if err != nil { t.Fatalf("ed25519.NewPrivateKeyWithPublicKey(%v, %v) err = %v", secretSeed, pubKey, err) } if !privKey.Equal(privKey) { t.Errorf("privKey.Equal(privKey) = false, want true") } } func TestPrivateKeyEqualFalse(t *testing.T) { paramsTink, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantTink, err) } paramsCrunchy, err := ed25519.NewParameters(ed25519.VariantCrunchy) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantCrunchy, err) } for _, tc := range []struct { name string privKeyBytes1 secretdata.Bytes params1 ed25519.Parameters idRequirement1 uint32 privKeyBytes2 secretdata.Bytes params2 ed25519.Parameters idRequirement2 uint32 }{ { name: "different private key bytes", privKeyBytes1: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params1: paramsTink, idRequirement1: 123, privKeyBytes2: secretdata.NewBytesFromData([]byte("12345678123456781234567812345679"), insecuresecretdataaccess.Token{}), params2: paramsTink, idRequirement2: 123, }, { name: "different ID requirement", privKeyBytes1: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params1: paramsTink, idRequirement1: 123, privKeyBytes2: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params2: paramsTink, idRequirement2: 456, }, { name: "different params", privKeyBytes1: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params1: paramsTink, idRequirement1: 123, privKeyBytes2: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params2: paramsCrunchy, idRequirement2: 123, }, } { t.Run(tc.name, func(t *testing.T) { firstPrivKey, err := ed25519.NewPrivateKey(tc.privKeyBytes1, tc.idRequirement1, tc.params1) if err != nil { t.Fatalf("ed25519.NewPrivateKey(%v, %v, %v) err = %v", tc.privKeyBytes1, tc.idRequirement1, tc.params1, err) } secondPrivKey, err := ed25519.NewPrivateKey(tc.privKeyBytes2, tc.idRequirement2, tc.params2) if err != nil { t.Fatalf("ed25519.NewPrivateKey(%v, %v, %v) err = %v", tc.privKeyBytes2, tc.idRequirement2, tc.params2, err) } if firstPrivKey.Equal(secondPrivKey) { t.Errorf("firstPrivKey.Equal(secondPrivKey) = true, want false") } }) } } func TestPrivateKeyKeyBytes(t *testing.T) { pubKeyBytes, privKeyBytes := getTestKeyPair(t) params, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters(%v) err = %v, want nil", ed25519.VariantTink, err) } pubKey, err := ed25519.NewPublicKey([]byte(pubKeyBytes), 123, params) if err != nil { t.Fatalf("ed25519.NewPublicKey(%v, %v, %v) err = %v, want nil", []byte(pubKeyBytes), 123, params, err) } secretSeed := secretdata.NewBytesFromData([]byte(privKeyBytes), insecuresecretdataaccess.Token{}) privKey, err := ed25519.NewPrivateKeyWithPublicKey(secretSeed, pubKey) if err != nil { t.Fatalf("ed25519.NewPrivateKeyWithPublicKey(%v, %v) err = %v, want nil", secretSeed, pubKey, err) } if got, want := privKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{}), []byte(privKeyBytes); !bytes.Equal(got, want) { t.Errorf("bytes.Equal(got, want) = false, want true") } } func TestKeyCreator(t *testing.T) { params, err := ed25519.NewParameters(ed25519.VariantTink) if err != nil { t.Fatalf("ed25519.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(¶ms, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", params, err) } ed25519PrivateKey, ok := key.(*ed25519.PrivateKey) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*ed25519.PrivateKey)(nil)) } idRequirement, hasIDRequirement := ed25519PrivateKey.IDRequirement() if !hasIDRequirement || idRequirement != 0x1234 { t.Errorf("ed25519PrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(ed25519PrivateKey.Parameters(), ¶ms); diff != "" { t.Errorf("ed25519PrivateKey.Parameters() diff (-want +got):\n%s", diff) } } ================================================ FILE: signature/ed25519/protoserialization.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ed25519 import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ed25519pb "github.com/tink-crypto/tink-go/v2/proto/ed25519_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // publicKeyProtoVersion is the accepted [ed25519pb.Ed25519PublicKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. publicKeyProtoVersion = 0 // privateKeyProtoVersion is the accepted [ed25519pb.Ed25519PrivateKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. privateKeyProtoVersion = 0 signerTypeURL = "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey" verifierTypeURL = "type.googleapis.com/google.crypto.tink.Ed25519PublicKey" ) type publicKeySerializer struct{} var _ protoserialization.KeySerializer = (*publicKeySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantLegacy: return tinkpb.OutputPrefixType_LEGACY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func (s *publicKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { ed25519PubKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *ed25519.PublicKey", key) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(ed25519PubKey.params.Variant()) if err != nil { return nil, err } protoKey := &ed25519pb.Ed25519PublicKey{ KeyValue: ed25519PubKey.KeyBytes(), Version: publicKeyProtoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := ed25519PubKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { ed25519PrivKey, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *ed25519.PrivateKey", key) } if ed25519PrivKey.publicKey == nil { return nil, fmt.Errorf("invalid key: public key is nil") } params := ed25519PrivKey.publicKey.params outputPrefixType, err := protoOutputPrefixTypeFromVariant(params.Variant()) if err != nil { return nil, err } protoKey := &ed25519pb.Ed25519PrivateKey{ KeyValue: ed25519PrivKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{}), PublicKey: &ed25519pb.Ed25519PublicKey{ KeyValue: ed25519PrivKey.publicKey.KeyBytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := ed25519PrivKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type publicKeyParser struct{} var _ protoserialization.KeyParser = (*publicKeyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_LEGACY: return VariantLegacy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != verifierTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoKey := new(ed25519pb.Ed25519PublicKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != publicKeyProtoVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } params, err := NewParameters(variant) if err != nil { return nil, err } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() return NewPublicKey(protoKey.GetKeyValue(), keyID, params) } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoKey := new(ed25519pb.Ed25519PrivateKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != privateKeyProtoVersion { return nil, fmt.Errorf("private key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } params, err := NewParameters(variant) if err != nil { return nil, err } if protoKey.GetPublicKey().GetVersion() != publicKeyProtoVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoKey.GetPublicKey().GetVersion()) } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() publicKey, err := NewPublicKey(protoKey.GetPublicKey().GetKeyValue(), keyID, params) if err != nil { return nil, err } privateKeyBytes := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) return NewPrivateKeyWithPublicKey(privateKeyBytes, publicKey) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { ed25519Parameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *ed25519.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(ed25519Parameters.Variant()) if err != nil { return nil, err } format := &ed25519pb.Ed25519KeyFormat{ Version: 0, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), signerTypeURL) } format := new(ed25519pb.Ed25519KeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("unsupported key version: got %d, want %d", format.GetVersion(), 0) } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } params, err := NewParameters(variant) if err != nil { return nil, err } return ¶ms, nil } ================================================ FILE: signature/ed25519/protoserialization_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ed25519 import ( "encoding/hex" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ed25519pb "github.com/tink-crypto/tink-go/v2/proto/ed25519_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParsePublicKeyFails(t *testing.T) { protoPublicKey := ed25519pb.Ed25519PublicKey{ KeyValue: []byte("12345678901234567890123456789012"), Version: publicKeyProtoVersion, } serializedProtoPublicKey, err := proto.Marshal(&protoPublicKey) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey) err = %v, want nil", err) } protoPublicKeyWithWrongPrivateKeyVersion := ed25519pb.Ed25519PublicKey{ KeyValue: []byte("12345678901234567890123456789012"), Version: publicKeyProtoVersion + 1, } serializedProtoPublicKeyWithWrongVersion, err := proto.Marshal(&protoPublicKeyWithWrongPrivateKeyVersion) if err != nil { t.Fatalf("proto.Marshal(protoPublicKeyWithWrongPrivateKeyVersion) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKeyWithWrongVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} if _, err = p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } }) } } func TestParsePublicKey(t *testing.T) { protoPublicKey := ed25519pb.Ed25519PublicKey{ KeyValue: []byte("12345678901234567890123456789012"), Version: publicKeyProtoVersion, } serializedProtoPublicKey, err := proto.Marshal(&protoPublicKey) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantVariant Variant }{ { name: "key with TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: VariantTink, }, { name: "key with LEGACY output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_LEGACY, 12345), wantVariant: VariantLegacy, }, { name: "key with CRUNCHY output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), wantVariant: VariantCrunchy, }, { name: "key with RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", tc.keySerialization, err) } wantParams, err := NewParameters(tc.wantVariant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.wantVariant, err) } idRequirement, _ := tc.keySerialization.IDRequirement() wantKey, err := NewPublicKey(protoPublicKey.GetKeyValue(), idRequirement, wantParams) if err != nil { t.Fatalf("NewPublicKey(%v, %v, %v) err = %v, want nil", protoPublicKey.GetKeyValue(), idRequirement, wantParams, err) } if !gotKey.Equal(wantKey) { t.Errorf("%v.Equal(%v) = false, want true", gotKey, wantKey) } // Test serialization returns back tc.keySerialization. s := publicKeySerializer{} keySerialization, err := s.SerializeKey(gotKey) if err != nil { t.Fatalf("s.SerializeKey(gotKey) err = %v, want nil", err) } if got, want := keySerialization, tc.keySerialization; !got.Equal(want) { t.Errorf("s.SerializeKey(gotKey) = %v, want %v", got, want) } }) } } type testParams struct{} func (p *testParams) HasIDRequirement() bool { return true } func (p *testParams) Equal(params key.Parameters) bool { return true } type testKey struct{} func (k *testKey) Parameters() key.Parameters { return &testParams{} } func (k *testKey) Equal(other key.Key) bool { return true } func (k *testKey) IDRequirement() (uint32, bool) { return 123, true } func TestSerializePublicKeyFails(t *testing.T) { for _, tc := range []struct { name string publicKey key.Key }{ { name: "nil public key", publicKey: nil, }, { name: "invalid public key", publicKey: &PublicKey{}, }, { name: "incorrect key type", publicKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &publicKeySerializer{} if _, err := s.SerializeKey(tc.publicKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } }) } } func mustCreatePublicKey(t *testing.T, keyBytes []byte, idRequirement uint32, variant Variant) *PublicKey { t.Helper() params, err := NewParameters(variant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", variant, err) } pubKey, err := NewPublicKey(keyBytes, idRequirement, params) if err != nil { t.Fatalf("NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, idRequirement, params, err) } return pubKey } func TestSerializePublicKey(t *testing.T) { protoPublicKey := ed25519pb.Ed25519PublicKey{ KeyValue: []byte("12345678901234567890123456789012"), Version: publicKeyProtoVersion, } serializedProtoPublicKey, err := proto.Marshal(&protoPublicKey) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey) err = %v, want nil", err) } for _, tc := range []struct { name string publicKey key.Key want *protoserialization.KeySerialization }{ { name: "Public key with TINK output prefix type", publicKey: mustCreatePublicKey(t, []byte("12345678901234567890123456789012"), 12345, VariantTink), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "Public key with LEGACY output prefix type", publicKey: mustCreatePublicKey(t, []byte("12345678901234567890123456789012"), 12345, VariantLegacy), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_LEGACY, 12345), }, { name: "Public key with CRUNCHY output prefix type", publicKey: mustCreatePublicKey(t, []byte("12345678901234567890123456789012"), 12345, VariantCrunchy), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), }, { name: "Public key with RAW output prefix type", publicKey: mustCreatePublicKey(t, []byte("12345678901234567890123456789012"), 0, VariantNoPrefix), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { s := &publicKeySerializer{} got, err := s.SerializeKey(tc.publicKey) if err != nil { t.Fatalf("s.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } if !got.Equal(tc.want) { t.Errorf("s.SerializeKey(%v) = %v, want %v", tc.publicKey, got, tc.want) } }) } } const ( // Taken from // https://github.com/google/boringssl/blob/f10c1dc37174843c504a80e94c252e35b7b1eb61/crypto/evp/evp_tests.txt#L178 privKeyHex = "9d61b19deffd5a60ba844af492ec2cc44449c5697b326919703bac031cae7f60" pubKeyHex = "d75a980182b10ab7d54bfed3c964073a0ee172f3daa62325af021a68f707511a" ) func getTestKeyPair(t *testing.T) ([]byte, []byte) { t.Helper() pubKeyBytes, err := hex.DecodeString(pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeyHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return pubKeyBytes, privKeyBytes } func TestParsePrivateKeyFails(t *testing.T) { pubKeyBytes, privKeyBytes := getTestKeyPair(t) protoPrivateKey := &ed25519pb.Ed25519PrivateKey{ KeyValue: privKeyBytes, PublicKey: &ed25519pb.Ed25519PublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, }, Version: publicKeyProtoVersion, } serializedProtoPrivateKey, err := proto.Marshal(protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKey, err) } protoPublicKeyWithWrongPrivateKeyVersion := &ed25519pb.Ed25519PrivateKey{ KeyValue: privKeyBytes, PublicKey: &ed25519pb.Ed25519PublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion + 1, } serializedProtoPrivateKeyWithWrongPrivateKeyVersion, err := proto.Marshal(protoPublicKeyWithWrongPrivateKeyVersion) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPublicKeyWithWrongPrivateKeyVersion, err) } protoPrivateKeyWithWrongPublicKeyVersion := &ed25519pb.Ed25519PrivateKey{ KeyValue: privKeyBytes, PublicKey: &ed25519pb.Ed25519PublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion + 1, }, Version: privateKeyProtoVersion, } serializedProtoPrivateKeyWithWrongPublicKeyVersion, err := proto.Marshal(protoPrivateKeyWithWrongPublicKeyVersion) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKeyWithWrongPublicKeyVersion, err) } protoPrivateKeyWithWrongPublicKeyBytes := &ed25519pb.Ed25519PrivateKey{ KeyValue: privKeyBytes, PublicKey: &ed25519pb.Ed25519PublicKey{ KeyValue: []byte("12345678901234567890123456789012"), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedProtoPrivateKeyWithWrongPublicKeyBytes, err := proto.Marshal(protoPrivateKeyWithWrongPublicKeyBytes) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKeyWithWrongPublicKeyBytes, err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 12345), }, { name: "wrong private key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong private key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKeyWithWrongPrivateKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKeyWithWrongPublicKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key bytes", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKeyWithWrongPublicKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} if _, err = p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } }) } } func TestParsePrivateKey(t *testing.T) { pubKeyBytes, privKeyBytes := getTestKeyPair(t) protoPrivateKey := ed25519pb.Ed25519PrivateKey{ KeyValue: privKeyBytes, PublicKey: &ed25519pb.Ed25519PublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, }, Version: publicKeyProtoVersion, } serializedProtoPrivateKey, err := proto.Marshal(&protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(protoPrivateKey) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantVariant Variant }{ { name: "key with TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: VariantTink, }, { name: "key with LEGACY output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_LEGACY, 12345), wantVariant: VariantLegacy, }, { name: "key with CRUNCHY output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), wantVariant: VariantCrunchy, }, { name: "key with RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", tc.keySerialization, err) } wantParams, err := NewParameters(tc.wantVariant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.wantVariant, err) } idRequirement, _ := tc.keySerialization.IDRequirement() privateKeyBytes := secretdata.NewBytesFromData(protoPrivateKey.GetKeyValue(), insecuresecretdataaccess.Token{}) wantKey, err := NewPrivateKey(privateKeyBytes, idRequirement, wantParams) if err != nil { t.Fatalf("NewPrivateKey(%v, %v, %v) err = %v, want nil", privateKeyBytes, idRequirement, wantParams, err) } if !gotKey.Equal(wantKey) { t.Errorf("%v.Equal(%v) = false, want true", gotKey, wantKey) } // Test serialization returns back tc.keySerialization. s := privateKeySerializer{} keySerialization, err := s.SerializeKey(gotKey) if err != nil { t.Fatalf("s.SerializeKey(gotKey) err = %v, want nil", err) } if got, want := keySerialization, tc.keySerialization; !got.Equal(want) { t.Errorf("s.SerializeKey(gotKey) = %v, want %v", got, want) } }) } } func TestSerializePrivateKeyFails(t *testing.T) { for _, tc := range []struct { name string privateKey key.Key }{ { name: "nil private key", privateKey: nil, }, { name: "invlid private key", privateKey: &PrivateKey{}, }, { name: "incorrect key type", privateKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &privateKeySerializer{} if _, err := s.SerializeKey(tc.privateKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } }) } } func mustCreatePrivateKey(t *testing.T, keyBytes secretdata.Bytes, idRequirement uint32, variant Variant) *PrivateKey { t.Helper() params, err := NewParameters(variant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", variant, err) } pubKey, err := NewPrivateKey(keyBytes, idRequirement, params) if err != nil { t.Fatalf("NewPrivateKey(%v, %v, %v) err = %v, want nil", keyBytes, idRequirement, params, err) } return pubKey } func TestSerializePrivateKey(t *testing.T) { pubKeyBytes, privKeyBytes := getTestKeyPair(t) protoPrivateKey := ed25519pb.Ed25519PrivateKey{ KeyValue: privKeyBytes, PublicKey: &ed25519pb.Ed25519PublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, }, Version: publicKeyProtoVersion, } serializedProtoPrivateKey, err := proto.Marshal(&protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(protoPrivateKey) err = %v, want nil", err) } privateKeyBytes := secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}) for _, tc := range []struct { name string privateKey *PrivateKey want *protoserialization.KeySerialization }{ { name: "Public key with TINK output prefix type", privateKey: mustCreatePrivateKey(t, privateKeyBytes, 12345, VariantTink), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "Public key with LEGACY output prefix type", privateKey: mustCreatePrivateKey(t, privateKeyBytes, 12345, VariantLegacy), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_LEGACY, 12345), }, { name: "Public key with CRUNCHY output prefix type", privateKey: mustCreatePrivateKey(t, privateKeyBytes, 12345, VariantCrunchy), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), }, { name: "Public key with RAW output prefix type", privateKey: mustCreatePrivateKey(t, privateKeyBytes, 0, VariantNoPrefix), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { s := &privateKeySerializer{} got, err := s.SerializeKey(tc.privateKey) if err != nil { t.Fatalf("s.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } if !got.Equal(tc.want) { t.Errorf("s.SerializeKey(%v) = %v, want %v", tc.privateKey, got, tc.want) } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "empty parameters", parameters: &Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} if _, err := serializer.Serialize(tc.parameters); err == nil { t.Errorf("serializer.Serialize(%v) err = nil, want error", tc.parameters) } }) } } func TestSerializeParameters(t *testing.T) { format := &ed25519pb.Ed25519KeyFormat{ Version: 0, } serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(format) err = %v, want nil", err) } for _, tc := range []struct { name string parameters key.Parameters want *tinkpb.KeyTemplate }{ { name: "parameters with TINK variant", parameters: &Parameters{variant: VariantTink}, want: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: serializedFormat, }, }, { name: "parameters with CRUNCHY variant", parameters: &Parameters{variant: VariantCrunchy}, want: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, Value: serializedFormat, }, }, { name: "parameters with LEGACY variant", parameters: &Parameters{variant: VariantLegacy}, want: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_LEGACY, Value: serializedFormat, }, }, { name: "parameters with NO_PREFIX variant", parameters: &Parameters{variant: VariantNoPrefix}, want: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat, }, }, } { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.want, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { format := &ed25519pb.Ed25519KeyFormat{ Version: 0, } serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(format) err = %v, want nil", err) } for _, tc := range []struct { name string want key.Parameters template *tinkpb.KeyTemplate }{ { name: "parameters with TINK variant", want: &Parameters{variant: VariantTink}, template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: serializedFormat, }, }, { name: "parameters with CRUNCHY variant", want: &Parameters{variant: VariantCrunchy}, template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_CRUNCHY, Value: serializedFormat, }, }, { name: "parameters with LEGACY variant", want: &Parameters{variant: VariantLegacy}, template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_LEGACY, Value: serializedFormat, }, }, { name: "parameters with NO_PREFIX variant", want: &Parameters{variant: VariantNoPrefix}, template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat, }, }, } { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.template) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.template, err) } if diff := cmp.Diff(tc.want, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.template, diff) } }) } } func mustMarshal(t *testing.T, message proto.Message) []byte { t.Helper() serializedMessage, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedMessage } func TestParseParametersFails(t *testing.T) { for _, tc := range []struct { name string template *tinkpb.KeyTemplate }{ { name: "invalid output prefix type", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, Value: mustMarshal(t, &ed25519pb.Ed25519KeyFormat{}), }, }, { name: "invalid version", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", Value: mustMarshal(t, &ed25519pb.Ed25519KeyFormat{ Version: 1, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, }, }, { name: "invalid value", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: []byte("invalid_value"), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.template); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.template) } }) } } ================================================ FILE: signature/ed25519/signer.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ed25519 import ( "crypto/ed25519" "fmt" "slices" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // signer is an implementation of [tink.Signer] for ED25519. type signer struct { privateKey ed25519.PrivateKey prefix []byte variant Variant } var _ tink.Signer = (*signer)(nil) // NewSigner creates a new [tink.Signer] for ED25519. // // This is an internal API. func NewSigner(privateKey *PrivateKey, _ internalapi.Token) (tink.Signer, error) { return &signer{ privateKey: ed25519.NewKeyFromSeed(privateKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{})), prefix: privateKey.OutputPrefix(), variant: privateKey.publicKey.params.Variant(), }, nil } // Sign computes a signature for the given data. // // If the key has prefix, the signature will be prefixed with the output // prefix. func (e *signer) Sign(data []byte) ([]byte, error) { messageToSign := data if e.variant == VariantLegacy { messageToSign = slices.Concat(data, []byte{0}) } r := ed25519.Sign(e.privateKey, messageToSign) if len(r) != ed25519.SignatureSize { return nil, fmt.Errorf("ed25519: invalid signature") } return slices.Concat(e.prefix, r), nil } func signerConstructor(key key.Key) (any, error) { that, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is not a *ed25519.PrivateKey") } return NewSigner(that, internalapi.Token{}) } ================================================ FILE: signature/ed25519/signer_key_manager_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ed25519_test import ( "encoding/hex" "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/secretdata" tinked25519 "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/signature/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ed25519pb "github.com/tink-crypto/tink-go/v2/proto/ed25519_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestSignerKeyManagerGetPrimitiveBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.ED25519SignerTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ED25519SignerTypeURL, err) } // Taken from https://datatracker.ietf.org/doc/html/rfc8032#section-7.1 - TEST 3. message := []byte{0xaf, 0x82} signatureHex := "6291d657deec24024827e69c3abe01a30ce548a284743a445e3680d7db5ac3ac18ff9b538d16f290ae67f760984dc6594a7c15e9716ed28dc027beceea1ec40a" wantSignature, err := hex.DecodeString(signatureHex) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", signatureHex, err) } params, err := tinked25519.NewParameters(tinked25519.VariantNoPrefix) if err != nil { t.Fatalf("tinked25519.NewParameters(%v) err = %v, want nil", tinked25519.VariantNoPrefix, err) } _, privateKeyBytes := getTestKeyPair(t) privateKey, err := tinked25519.NewPrivateKey(secretdata.NewBytesFromData(privateKeyBytes, insecuresecretdataaccess.Token{}), 0, params) if err != nil { t.Fatalf("tinked25519.NewPrivateKey(%v, %v, %v) err = %v, want nil", privateKeyBytes, 0, params, err) } keySerialization, err := protoserialization.SerializeKey(privateKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", privateKey, err) } p, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) err = %v, want nil", err) } s, ok := p.(tink.Signer) if !ok { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) = %T, want %T", p, (tink.Signer)(nil)) } got, err := s.Sign(message) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", message, err) } if diff := cmp.Diff(got, wantSignature); diff != "" { t.Errorf("signer.Sign() returned unexpected diff (-want +got):\n%s", diff) } } func TestSignerKeyManagerGetPrimitiveWithInvalidInput(t *testing.T) { // invalid params km, err := registry.GetKeyManager(testutil.ED25519SignerTypeURL) if err != nil { t.Errorf("cannot obtain ED25519Signer key manager: %s", err) } // invalid version key := testutil.NewED25519PrivateKey() key.Version = testutil.ED25519SignerKeyVersion + 1 serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("expect an error when version is invalid") } // nil input if _, err := km.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } if _, err := km.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty slice") } } func TestSignerKeyManagerNewKeyBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.ED25519SignerTypeURL) if err != nil { t.Errorf("cannot obtain ED25519Signer key manager: %s", err) } serializedFormat, err := proto.Marshal(testutil.NewED25519PrivateKey()) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } tmp, err := km.NewKey(serializedFormat) if err != nil { t.Errorf("unexpected error: %s", err) } key := tmp.(*ed25519pb.Ed25519PrivateKey) if err := validateED25519PrivateKey(key); err != nil { t.Errorf("invalid private key in test case: %s", err) } } func TestSignerKeyManagerPublicKeyDataBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.ED25519SignerTypeURL) if err != nil { t.Errorf("cannot obtain ED25519Signer key manager: %s", err) } pkm, ok := km.(registry.PrivateKeyManager) if !ok { t.Errorf("cannot obtain private key manager") } key := testutil.NewED25519PrivateKey() serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } pubKeyData, err := pkm.PublicKeyData(serializedKey) if err != nil { t.Errorf("unexpect error in test case: %s ", err) } if pubKeyData.TypeUrl != testutil.ED25519VerifierTypeURL { t.Errorf("incorrect type url: %s", pubKeyData.TypeUrl) } if pubKeyData.KeyMaterialType != tinkpb.KeyData_ASYMMETRIC_PUBLIC { t.Errorf("incorrect key material type: %d", pubKeyData.KeyMaterialType) } pubKey := new(ed25519pb.Ed25519PublicKey) if err = proto.Unmarshal(pubKeyData.Value, pubKey); err != nil { t.Errorf("invalid public key: %s", err) } } func TestSignerKeyManagerPublicKeyDataWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.ED25519SignerTypeURL) if err != nil { t.Errorf("cannot obtain ED25519Signer key manager: %s", err) } pkm, ok := km.(registry.PrivateKeyManager) if !ok { t.Errorf("cannot obtain private key manager") } // modified key key := testutil.NewED25519PrivateKey() serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } serializedKey[0] = 0 if _, err := pkm.PublicKeyData(serializedKey); err == nil { t.Errorf("expect an error when input is a modified serialized key") } // invalid with a single byte if _, err := pkm.PublicKeyData([]byte{42}); err == nil { t.Errorf("expect an error when input is an empty slice") } } func validateED25519PrivateKey(key *ed25519pb.Ed25519PrivateKey) error { if key.Version != testutil.ED25519SignerKeyVersion { return fmt.Errorf("incorrect private key's version: expect %d, got %d", testutil.ED25519SignerKeyVersion, key.Version) } publicKey := key.PublicKey if publicKey.Version != testutil.ED25519SignerKeyVersion { return fmt.Errorf("incorrect public key's version: expect %d, got %d", testutil.ED25519SignerKeyVersion, key.Version) } signer, err := subtle.NewED25519Signer(key.KeyValue) if err != nil { return fmt.Errorf("unexpected error when creating ED25519Sign: %s", err) } verifier, err := subtle.NewED25519Verifier(publicKey.KeyValue) if err != nil { return fmt.Errorf("unexpected error when creating ED25519Verify: %s", err) } for i := 0; i < 100; i++ { data := random.GetRandomBytes(1281) signature, err := signer.Sign(data) if err != nil { return fmt.Errorf("unexpected error when signing: %s", err) } if err := verifier.Verify(signature, data); err != nil { return fmt.Errorf("unexpected error when verifying signature: %s", err) } } return nil } ================================================ FILE: signature/ed25519/signer_verifier_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ed25519_test import ( "crypto/ed25519" "crypto/rand" "encoding/hex" "fmt" "slices" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" tinked25519 "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestSignVerifyCorrectness(t *testing.T) { // Taken from https://datatracker.ietf.org/doc/html/rfc8032#section-7.1 - TEST 3. message := []byte{0xaf, 0x82} signatureHex := "6291d657deec24024827e69c3abe01a30ce548a284743a445e3680d7db5ac3ac18ff9b538d16f290ae67f760984dc6594a7c15e9716ed28dc027beceea1ec40a" signatureLegacyHex := "afeae7a4fcd7d710a03353dfbe11a9906c6918633bb4dfef655d62d21f7535a1108ea3ef5bef2b0d0acefbf0e051f62ee2582652ae769df983ad1b11a95d3a08" wantSignature, err := hex.DecodeString(signatureHex) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", signatureHex, err) } wantLegacySignature, err := hex.DecodeString(signatureLegacyHex) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", signatureHex, err) } tinkPrefix := []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04} crunchyAndLefacyPrefix := []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04} for _, tc := range []struct { name string variant tinked25519.Variant idRequirement uint32 signature []byte }{ { name: "TINK", variant: tinked25519.VariantTink, idRequirement: uint32(0x01020304), signature: slices.Concat(tinkPrefix, wantSignature), }, { name: "CRUNCHY", variant: tinked25519.VariantCrunchy, idRequirement: uint32(0x01020304), signature: slices.Concat(crunchyAndLefacyPrefix, wantSignature), }, { name: "RAW", variant: tinked25519.VariantNoPrefix, idRequirement: uint32(0), signature: wantSignature, }, { name: "LEGACY", variant: tinked25519.VariantLegacy, idRequirement: uint32(0x01020304), signature: slices.Concat(crunchyAndLefacyPrefix, wantLegacySignature), }, } { t.Run(tc.name, func(t *testing.T) { params, err := tinked25519.NewParameters(tc.variant) if err != nil { t.Fatalf("tinked25519.NewParameters(%v) err = %v, want nil", tc.variant, err) } publicKeyBytes, privateKeyBytes := getTestKeyPair(t) publicKey, err := tinked25519.NewPublicKey(publicKeyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("tinked25519.NewPublicKey(%v, %v, %v) err = %v, want nil", publicKeyBytes, tc.idRequirement, params, err) } privateKey, err := tinked25519.NewPrivateKey(secretdata.NewBytesFromData(privateKeyBytes, insecuresecretdataaccess.Token{}), tc.idRequirement, params) if err != nil { t.Fatalf("tinked25519.NewPrivateKey(%v, %v, %v) err = %v, want nil", privateKeyBytes, tc.idRequirement, params, err) } // Signer verifier from keys. signer, err := tinked25519.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("tinked25519.NewSigner(%v, internalapi.Token{}) err = %v, want nil", privateKey, err) } gotSignature, err := signer.Sign(message) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", message, err) } if diff := cmp.Diff(gotSignature, tc.signature); diff != "" { t.Errorf("signer.Sign() returned unexpected diff (-want +got):\n%s", diff) } verifier, err := tinked25519.NewVerifier(publicKey, internalapi.Token{}) if err != nil { t.Fatalf("tinked25519.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", publicKey, err) } if err := verifier.Verify(tc.signature, message); err != nil { t.Errorf("verifier.Verify(%x, %x) err = %v, want nil", tc.signature, message, err) } // Signer verifier from keyset handle. km := keyset.NewManager() keyID, err := km.AddKey(privateKey) if err != nil { t.Fatalf("km.AddKey(%v) err = %v, want nil", privateKey, err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", keyID, err) } keysetHandle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicKeysetHandle, err := keysetHandle.Public() if err != nil { t.Fatalf("keysetHandle.Public() err = %v, want nil", err) } signerFromKeyset, err := signature.NewSigner(keysetHandle) if err != nil { t.Fatalf("signature.NewSigner(%v) err = %v, want nil", keysetHandle, err) } gotSignatureFromKeyset, err := signerFromKeyset.Sign(message) if err != nil { t.Fatalf("signerFromKeyset.Sign(%x) err = %v, want nil", message, err) } if diff := cmp.Diff(gotSignatureFromKeyset, tc.signature); diff != "" { t.Errorf("signerFromKeyset.Sign() returned unexpected diff (-want +got):\n%s", diff) } verifierFromKeyset, err := signature.NewVerifier(publicKeysetHandle) if err != nil { t.Fatalf("tinked25519.NewVerifier() err = %v, want nil", err) } if err := verifierFromKeyset.Verify(tc.signature, message); err != nil { t.Errorf("verifierFromKeyset.Verify(%x, %x) err = %v, want nil", tc.signature, message, err) } }) } } func TestVerifyFails(t *testing.T) { for _, tc := range []struct { name string variant tinked25519.Variant }{ { name: "TINK", variant: tinked25519.VariantTink, }, { name: "CRUNCHY", variant: tinked25519.VariantCrunchy, }, { name: "LEGACY", variant: tinked25519.VariantLegacy, }, { name: "RAW", variant: tinked25519.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { public, priv, err := ed25519.GenerateKey(rand.Reader) if err != nil { t.Fatalf("key generation error: %s", err) } publicKey, privateKey := keyPair(t, public, priv, tc.variant) signer, err := tinked25519.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("tinked25519.NewSigner(%v, internalapi.Token{}) err = %v, want nil", privateKey, err) } verifier, err := tinked25519.NewVerifier(publicKey, internalapi.Token{}) if err != nil { t.Fatalf("tinked25519.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", publicKey, err) } data := random.GetRandomBytes(20) signature, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", data, err) } prefix := signature[:len(publicKey.OutputPrefix())] rawSignature := signature[len(publicKey.OutputPrefix()):] // Modify the prefix. for i := 0; i < len(prefix); i++ { modifiedPrefix := slices.Clone(prefix) for j := 0; j < 8; j++ { modifiedPrefix[i] = byte(modifiedPrefix[i] ^ (1 << uint32(j))) s := slices.Concat(modifiedPrefix, rawSignature) if err := verifier.Verify(s, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", s) } } } // Modify the signature. for i := 0; i < len(rawSignature); i++ { modifiedRawSignature := slices.Clone(rawSignature) for j := 0; j < 8; j++ { modifiedRawSignature[i] = byte(modifiedRawSignature[i] ^ (1 << uint32(j))) s := slices.Concat(prefix, modifiedRawSignature) if err := verifier.Verify(s, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", s) } } } // Modify the message. for i := 0; i < len(data); i++ { modifiedData := slices.Clone(data) for j := 0; j < 8; j++ { modifiedData[i] = byte(modifiedData[i] ^ (1 << uint32(j))) if err := verifier.Verify(signature, modifiedData); err == nil { t.Errorf("verifier.Verify(signature, %x) err = nil, want error", modifiedData) } } } }) } } func TestSignVerify(t *testing.T) { public, priv, err := ed25519.GenerateKey(rand.Reader) if err != nil { t.Fatalf("key generation error: %s", err) } publicKey, privateKey := keyPair(t, public, priv, tinked25519.VariantNoPrefix) signer, err := tinked25519.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("tinked25519.NewSigner(%v, internalapi.Token{}) err = %v, want nil", privateKey, err) } verifier, err := tinked25519.NewVerifier(publicKey, internalapi.Token{}) if err != nil { t.Fatalf("tinked25519.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", publicKey, err) } for i := 0; i < 100; i++ { data := random.GetRandomBytes(20) signatureBytes, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", data, err) } if err := verifier.Verify(signatureBytes, data); err != nil { t.Errorf("verifier.Verify(%x, %x) err = %v, want nil", signatureBytes, data, err) } } } type ed25519Suite struct { wycheproof.Suite TestGroups []*ed25519Group `json:"testGroups"` } type ed25519Group struct { wycheproof.Group PublicKeyDER string `json:"publicKeyDer"` PublicKeyPEM string `json:"publicKeyPem"` SHA string `json:"sha"` PublicKey *ed25519TestKey `json:"publicKey"` Tests []*ed25519Case `json:"tests"` } type ed25519Case struct { wycheproof.Case Message testutil.HexBytes `json:"msg"` Signature testutil.HexBytes `json:"sig"` } type ed25519TestKey struct { PK testutil.HexBytes `json:"pk"` } func TestWycheproof(t *testing.T) { suite := new(ed25519Suite) wycheproof.PopulateSuiteV1(t, suite, "ed25519_test.json") for _, group := range suite.TestGroups { public := ed25519.PublicKey(group.PublicKey.PK) variant := tinked25519.VariantNoPrefix idRequirement := uint32(0) params, err := tinked25519.NewParameters(variant) if err != nil { t.Fatalf("tinked25519.NewParameters(%v) err = %v, want nil", variant, err) } publicKey, err := tinked25519.NewPublicKey(public, idRequirement, params) if err != nil { t.Fatalf("tinked25519.NewPublicKey(%v, %v, %v) err = %v, want nil", public, idRequirement, params, err) } verifier, err := tinked25519.NewVerifier(publicKey, internalapi.Token{}) if err != nil { continue } for _, test := range group.Tests { caseName := fmt.Sprintf("Verify-%s-%s:Case-%d", suite.Algorithm, group.Type, test.CaseID) t.Run(caseName, func(t *testing.T) { err := verifier.Verify(test.Signature, test.Message) switch test.Result { case "valid": if err != nil { t.Fatalf("ED25519Verifier.Verify() failed in a valid test case: %v", err) } case "invalid": if err == nil { t.Fatal("ED25519Verifier.Verify() succeeded in an invalid test case.") } default: t.Fatalf("unsupported test result: %q", test.Result) } }) } } } func keyPair(t *testing.T, public, priv []byte, variant tinked25519.Variant) (*tinked25519.PublicKey, *tinked25519.PrivateKey) { params, err := tinked25519.NewParameters(variant) if err != nil { t.Fatalf("tinked25519.NewParameters(%v) err = %v, want nil", variant, err) } idRequirement := uint32(0x01020304) if variant == tinked25519.VariantNoPrefix { idRequirement = 0 } pubKey, err := tinked25519.NewPublicKey(public, idRequirement, params) if err != nil { t.Fatalf("tinked25519.NewPublicKey(%v, %v , %v) err = %v, want nil", public, idRequirement, params, err) } privKey, err := tinked25519.NewPrivateKey(secretdata.NewBytesFromData(priv[:32], insecuresecretdataaccess.Token{}), idRequirement, params) if err != nil { t.Fatalf("tinked25519.NewPrivateKey(%v, %v, %v) err = %v, want nil", priv[:32], idRequirement, params, err) } return pubKey, privKey } ================================================ FILE: signature/ed25519/verifier.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ed25519 import ( "bytes" "crypto/ed25519" "fmt" "slices" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // verifier is an implementation of [tink.Verifier] for ED25519. type verifier struct { publicKey ed25519.PublicKey prefix []byte variant Variant } var _ tink.Verifier = (*verifier)(nil) // NewVerifier creates a new [tink.Verifier] for ED25519. // // This is an internal API. func NewVerifier(publicKey *PublicKey, _ internalapi.Token) (tink.Verifier, error) { return &verifier{ publicKey: publicKey.KeyBytes(), variant: publicKey.params.Variant(), prefix: publicKey.OutputPrefix(), }, nil } // Verify verifies whether the given signature is valid for the given data. // // It returns an error if the prefix is not valid or the signature is not // valid. func (e *verifier) Verify(signature, data []byte) error { if !bytes.HasPrefix(signature, e.prefix) { return fmt.Errorf("ed25519: the signature doesn't have the expected prefix") } signatureNoPrefix := signature[len(e.prefix):] if len(signatureNoPrefix) != ed25519.SignatureSize { return fmt.Errorf("ed25519: the length of the signature is not %d", ed25519.SignatureSize) } signedMessage := data if e.variant == VariantLegacy { signedMessage = slices.Concat(data, []byte{0}) } if !ed25519.Verify(e.publicKey, signedMessage, signatureNoPrefix) { return fmt.Errorf("ed25519: invalid signature") } return nil } func verifierConstructor(key key.Key) (any, error) { that, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is not a *ed25519.PublicKey") } return NewVerifier(that, internalapi.Token{}) } ================================================ FILE: signature/ed25519/verifier_key_manager_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package ed25519_test import ( "encoding/hex" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" tinked25519 "github.com/tink-crypto/tink-go/v2/signature/ed25519" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ) func TestVerifierKeyManagerGetPrimitiveBasic(t *testing.T) { km, err := registry.GetKeyManager(testutil.ED25519VerifierTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", testutil.ED25519VerifierTypeURL, err) } // Taken from https://datatracker.ietf.org/doc/html/rfc8032#section-7.1 - TEST 3. message := []byte{0xaf, 0x82} signatureHex := "6291d657deec24024827e69c3abe01a30ce548a284743a445e3680d7db5ac3ac18ff9b538d16f290ae67f760984dc6594a7c15e9716ed28dc027beceea1ec40a" wantSignature, err := hex.DecodeString(signatureHex) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", signatureHex, err) } params, err := tinked25519.NewParameters(tinked25519.VariantNoPrefix) if err != nil { t.Fatalf("tinked25519.NewParameters(%v) err = %v, want nil", tinked25519.VariantNoPrefix, err) } publicKeyBytes, _ := getTestKeyPair(t) publicKey, err := tinked25519.NewPublicKey(publicKeyBytes, 0, params) if err != nil { t.Fatalf("tinked25519.NewPublicKey(%v, %v, %v) err = %v, want nil", publicKeyBytes, 0, params, err) } keySerialization, err := protoserialization.SerializeKey(publicKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", publicKey, err) } p, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) err = %v, want nil", err) } v, ok := p.(tink.Verifier) if !ok { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) = %T, want %T", p, (tink.Verifier)(nil)) } if err := v.Verify(wantSignature, message); err != nil { t.Errorf("v.Verify(%x, %x) err = %v, want nil", wantSignature, message, err) } } func TestVerifierKeyManagerGetPrimitiveWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.ED25519VerifierTypeURL) if err != nil { t.Errorf("cannot obtain ED25519Verifier key manager: %s", err) } // invalid version key := testutil.NewED25519PublicKey() key.Version = testutil.ED25519VerifierKeyVersion + 1 serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("expect an error when version is invalid") } // nil input if _, err := km.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } if _, err := km.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty slice") } } ================================================ FILE: signature/mldsa/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/internal/signature/mldsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Variant is the prefix variant of a ML-DSA key. // // It describes the format of the signature. For ML-DSA, there are two options: // // - TINK: prepends '0x01' to the signature. // - NO_PREFIX: adds no prefix to the signature. type Variant int const ( // VariantUnknown is the default value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the signature. VariantTink // VariantNoPrefix does not prefix the signature with the key id. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // Instance is the instance type of the ML-DSA key. type Instance int const ( // UnknownInstance is the default value of Instance. UnknownInstance Instance = iota // MLDSA44 yields ML-DSA-44 parameters. MLDSA44 // MLDSA65 yields ML-DSA-65 parameters. MLDSA65 // MLDSA87 yields ML-DSA-87 parameters. MLDSA87 ) func (instance Instance) String() string { switch instance { case MLDSA44: return "MLDSA44" case MLDSA65: return "MLDSA65" case MLDSA87: return "MLDSA87" default: return "UNKNOWN" } } // Parameters represents the parameters of a ML-DSA key. type Parameters struct { instance Instance variant Variant } var _ key.Parameters = (*Parameters)(nil) // NewParameters creates a new Parameters. func NewParameters(instance Instance, variant Variant) (*Parameters, error) { if instance == UnknownInstance { return nil, fmt.Errorf("mldsa.NewParameters: instance must not be %v", UnknownInstance) } if variant == VariantUnknown { return nil, fmt.Errorf("mldsa.NewParameters: variant must not be %v", VariantUnknown) } return &Parameters{ instance: instance, variant: variant, }, nil } // Instance returns the instance type. func (p *Parameters) Instance() Instance { return p.instance } // Variant returns the prefix variant of the parameters. func (p *Parameters) Variant() Variant { return p.variant } // HasIDRequirement returns true if the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal returns true if this parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { then, ok := other.(*Parameters) return ok && p.instance == then.instance && p.variant == then.variant } // PublicKey represents a ML-DSA public key. type PublicKey struct { keyBytes []byte idRequirement uint32 params *Parameters outputPrefix []byte } var _ key.Key = (*PublicKey)(nil) func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } func checkPublicKeyLengthForInstance(length int, instance Instance) error { switch instance { case MLDSA44: expectedLength := mldsa.MLDSA44.PublicKeyLength() if length != expectedLength { return fmt.Errorf("public key length must be %d bytes", expectedLength) } case MLDSA65: expectedLength := mldsa.MLDSA65.PublicKeyLength() if length != expectedLength { return fmt.Errorf("public key length must be %d bytes", expectedLength) } case MLDSA87: expectedLength := mldsa.MLDSA87.PublicKeyLength() if length != expectedLength { return fmt.Errorf("public key length must be %d bytes", expectedLength) } default: return fmt.Errorf("invalid instance: %v", instance) } return nil } // NewPublicKey creates a new ML-DSA public key. // // idRequirement is the ID of the key in the keyset. It must be zero if params // doesn't have an ID requirement. func NewPublicKey(keyBytes []byte, idRequirement uint32, params *Parameters) (*PublicKey, error) { if !params.HasIDRequirement() && idRequirement != 0 { return nil, fmt.Errorf("mldsa.NewPublicKey: idRequirement must be zero if params doesn't have an ID requirement") } if err := checkPublicKeyLengthForInstance(len(keyBytes), params.instance); err != nil { return nil, fmt.Errorf("mldsa.NewPublicKey: %w", err) } outputPrefix, err := calculateOutputPrefix(params.variant, idRequirement) if err != nil { return nil, fmt.Errorf("mldsa.NewPublicKey: %w", err) } return &PublicKey{ keyBytes: bytes.Clone(keyBytes), idRequirement: idRequirement, params: params, outputPrefix: outputPrefix, }, nil } // KeyBytes returns the public key bytes. func (k *PublicKey) KeyBytes() []byte { return bytes.Clone(k.keyBytes) } // OutputPrefix returns the output prefix of this key. func (k *PublicKey) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Parameters returns the parameters of the key. func (k *PublicKey) Parameters() key.Parameters { return k.params } // IDRequirement returns the ID requirement of the key, and whether it is // required. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.params.HasIDRequirement() } // Equal returns true if this key is equal to other. func (k *PublicKey) Equal(other key.Key) bool { if k == other { return true } that, ok := other.(*PublicKey) return ok && k.params.Equal(that.Parameters()) && bytes.Equal(k.keyBytes, that.keyBytes) && k.idRequirement == that.idRequirement } // PrivateKey represents a ML-DSA private key. type PrivateKey struct { publicKey *PublicKey // keyBytes is the seed used to generate the private key. keyBytes secretdata.Bytes // expandedKeyBytes is the expanded private key. // We cache the expanded private key as an optimization. Decoding it is // faster than recomputing it from the seed every time we create a signer. expandedKeyBytes secretdata.Bytes } var _ key.Key = (*PrivateKey)(nil) // keyGenForInstance assumes that len(seed) == mldsa.SecretKeySeedSize. func keyGenForInstance(seed secretdata.Bytes, instance Instance) ([]byte, secretdata.Bytes, error) { switch instance { case MLDSA44: var seedBytes [mldsa.SecretKeySeedSize]byte copy(seedBytes[:], seed.Data(insecuresecretdataaccess.Token{})) publicKey, secretKey := mldsa.MLDSA44.KeyGenFromSeed(seedBytes) return publicKey.Encode(), secretdata.NewBytesFromData(secretKey.Encode(), insecuresecretdataaccess.Token{}), nil case MLDSA65: var seedBytes [mldsa.SecretKeySeedSize]byte copy(seedBytes[:], seed.Data(insecuresecretdataaccess.Token{})) publicKey, secretKey := mldsa.MLDSA65.KeyGenFromSeed(seedBytes) return publicKey.Encode(), secretdata.NewBytesFromData(secretKey.Encode(), insecuresecretdataaccess.Token{}), nil case MLDSA87: var seedBytes [mldsa.SecretKeySeedSize]byte copy(seedBytes[:], seed.Data(insecuresecretdataaccess.Token{})) publicKey, secretKey := mldsa.MLDSA87.KeyGenFromSeed(seedBytes) return publicKey.Encode(), secretdata.NewBytesFromData(secretKey.Encode(), insecuresecretdataaccess.Token{}), nil default: return nil, secretdata.Bytes{}, fmt.Errorf("invalid instance: %v", instance) } } // NewPrivateKey creates a new ML-DSA private key from privateKeyBytes, with // idRequirement and params. func NewPrivateKey(privateKeyBytes secretdata.Bytes, idRequirement uint32, params *Parameters) (*PrivateKey, error) { if privateKeyBytes.Len() != mldsa.SecretKeySeedSize { return nil, fmt.Errorf("mldsa.NewPrivateKey: privateKeyBytes must be %v bytes", mldsa.SecretKeySeedSize) } if params == nil { return nil, fmt.Errorf("mldsa.NewPrivateKey: params must not be nil") } pubKeyBytes, expandedPrivateKeyBytes, err := keyGenForInstance(privateKeyBytes, params.instance) if err != nil { return nil, fmt.Errorf("mldsa.NewPrivateKey: %w", err) } pubKey, err := NewPublicKey(pubKeyBytes, idRequirement, params) if err != nil { return nil, fmt.Errorf("mldsa.NewPrivateKey: %w", err) } return &PrivateKey{ publicKey: pubKey, keyBytes: privateKeyBytes, expandedKeyBytes: expandedPrivateKeyBytes, }, nil } // NewPrivateKeyWithPublicKey creates a new ML-DSA private key from // privateKeyBytes and a [PublicKey]. func NewPrivateKeyWithPublicKey(privateKeyBytes secretdata.Bytes, pubKey *PublicKey) (*PrivateKey, error) { if privateKeyBytes.Len() != mldsa.SecretKeySeedSize { return nil, fmt.Errorf("mldsa.NewPrivateKeyWithPublicKey: privateKeyBytes must be %v bytes", mldsa.SecretKeySeedSize) } if pubKey == nil { return nil, fmt.Errorf("mldsa.NewPrivateKeyWithPublicKey: pubKey must not be nil") } if pubKey.params == nil { return nil, fmt.Errorf("mldsa.NewPrivateKeyWithPublicKey: pubKey.params must not be nil") } // Make sure the public key is correct. pubKeyBytes, expandedPrivateKeyBytes, err := keyGenForInstance(privateKeyBytes, pubKey.params.Instance()) if err != nil { return nil, fmt.Errorf("mldsa.NewPrivateKey: %w", err) } if !bytes.Equal(pubKeyBytes, pubKey.KeyBytes()) { return nil, fmt.Errorf("mldsa.NewPrivateKeyWithPublicKey: public key does not match private key") } return &PrivateKey{ publicKey: pubKey, keyBytes: privateKeyBytes, expandedKeyBytes: expandedPrivateKeyBytes, }, nil } // PrivateKeyBytes returns the private key seed. func (k *PrivateKey) PrivateKeyBytes() secretdata.Bytes { return k.keyBytes } // PublicKey returns the public key of the key. // // This implements the privateKey interface defined in handle.go. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // Parameters returns the parameters of the key. func (k *PrivateKey) Parameters() key.Parameters { return k.publicKey.params } // IDRequirement returns the ID requirement of the key, and whether it is // required. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PrivateKey) OutputPrefix() []byte { return bytes.Clone(k.publicKey.outputPrefix) } // Equal returns true if this key is equal to other. func (k *PrivateKey) Equal(other key.Key) bool { if k == other { return true } that, ok := other.(*PrivateKey) return ok && k.publicKey.Equal(that.publicKey) && k.keyBytes.Equal(that.keyBytes) && k.expandedKeyBytes.Equal(that.expandedKeyBytes) } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { mlDSAParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } // Make sure the parameters are not "empty"; only MLDSA44, MLDSA65 and MLDSA87 are supported. if mlDSAParams.Instance() != MLDSA44 && mlDSAParams.Instance() != MLDSA65 && mlDSAParams.Instance() != MLDSA87 { return nil, fmt.Errorf("invalid parameters") } seed, err := secretdata.NewBytesFromRand(mldsa.SecretKeySeedSize) if err != nil { return nil, fmt.Errorf("failed to generate random seed: %w", err) } return NewPrivateKey(seed, idRequirement, mlDSAParams) } ================================================ FILE: signature/mldsa/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa_test import ( "bytes" "encoding/hex" "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/mldsa" ) func TestNewParameters(t *testing.T) { for _, tc := range []struct { name string instance mldsa.Instance variant mldsa.Variant }{ { name: "tink ML-DSA-44", instance: mldsa.MLDSA44, variant: mldsa.VariantTink, }, { name: "tink ML-DSA-65", instance: mldsa.MLDSA65, variant: mldsa.VariantTink, }, { name: "tink ML-DSA-87", instance: mldsa.MLDSA87, variant: mldsa.VariantTink, }, { name: "no prefix ML-DSA-44", instance: mldsa.MLDSA44, variant: mldsa.VariantNoPrefix, }, { name: "no prefix ML-DSA-65", instance: mldsa.MLDSA65, variant: mldsa.VariantNoPrefix, }, { name: "no prefix ML-DSA-87", instance: mldsa.MLDSA87, variant: mldsa.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { params, err := mldsa.NewParameters(tc.instance, tc.variant) if err != nil { t.Errorf("mldsa.NewParameters(%v, %v) err = %v, want nil", tc.instance, tc.variant, err) } if got := params.Variant(); got != tc.variant { t.Errorf("params.Variant() = %v, want %v", got, tc.variant) } }) } for _, inst := range []mldsa.Instance{ mldsa.MLDSA44, mldsa.MLDSA65, mldsa.MLDSA87, } { t.Run("unknown", func(t *testing.T) { if _, err := mldsa.NewParameters(inst, mldsa.VariantUnknown); err == nil { t.Errorf("mldsa.NewParameters(%v, %v) err = nil, want error", inst, mldsa.VariantUnknown) } }) } } func TestParametersHasIDRequirement(t *testing.T) { for _, tc := range []struct { name string instance mldsa.Instance variant mldsa.Variant want bool }{ { name: "tink ML-DSA-44", instance: mldsa.MLDSA44, variant: mldsa.VariantTink, want: true, }, { name: "tink ML-DSA-65", instance: mldsa.MLDSA65, variant: mldsa.VariantTink, want: true, }, { name: "tink ML-DSA-87", instance: mldsa.MLDSA87, variant: mldsa.VariantTink, want: true, }, { name: "no prefix ML-DSA-44", instance: mldsa.MLDSA44, variant: mldsa.VariantNoPrefix, want: false, }, { name: "no prefix ML-DSA-65", instance: mldsa.MLDSA65, variant: mldsa.VariantNoPrefix, want: false, }, { name: "no prefix ML-DSA-87", instance: mldsa.MLDSA87, variant: mldsa.VariantNoPrefix, want: false, }, } { t.Run(tc.name, func(t *testing.T) { params, err := mldsa.NewParameters(tc.instance, tc.variant) if err != nil { t.Fatalf("mldsa.NewParameters(%v, %v) err = %v, want nil", tc.instance, tc.variant, err) } if got := params.HasIDRequirement(); got != tc.want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, tc.want) } }) } } func TestParametersEqual(t *testing.T) { for _, inst := range []mldsa.Instance{ mldsa.MLDSA44, mldsa.MLDSA65, mldsa.MLDSA87, } { t.Run(fmt.Sprintf("%s", inst), func(t *testing.T) { tinkVariant, err := mldsa.NewParameters(inst, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantTink, err) } noPrefixVariant, err := mldsa.NewParameters(inst, mldsa.VariantNoPrefix) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantNoPrefix, err) } if !tinkVariant.Equal(tinkVariant) { t.Errorf("tinkVariant.Equal(tinkVariant) = false, want true") } if !noPrefixVariant.Equal(noPrefixVariant) { t.Errorf("noPrefixVariant.Equal(noPrefixVariant) = false, want true") } if tinkVariant.Equal(noPrefixVariant) { t.Errorf("tinkVariant.Equal(noPrefixVariant) = true, want false") } }) } } const ( privKey44Hex = "dddaccfaa05b0332b3fd7269c7d42de6cbe370735431f735346ccb6be7ad3174" pubKey44Hex = "6e17b61b6c7881ab6d39ee703ab4ab4888d2134e54bb0195bfd0573c03d60bb8445" + "f3a2045029da4fef83f7c55869c46d73dd641bc81baf1e713cdeec5116f24338a565c4a54d9d7acf" + "4413ea505e00f294e48b1c7f9a391d2f070a6a741f12c0ed605a3e9ac6bcb5b5819703b17dcd331f" + "08d987d50e2aa0df091c1a182ddd5ffd19a2b9ef27a5355d962229aa9451397569917e3325b44a7f" + "040f6fbea8e69dbcf42d2d0b7af204368ebed1ba6be5ecb503a8d8bd3325dcc8dbf07b64ea9884b1" + "14f394cc17dcf4f80c58c1dced81a3f8ef8f201605e5f3306d436e9697a68a2b62a3fc5478e7113a" + "070f5aa69385a8076d522652d6926b114838cb2e5578edba7488c1cfeabe41fdcf477aecf74755d1" + "a67384c896e22a22f1106e0a1684838642afb76c3ebee45f48139fcef99afc885b2a51b519a3d598" + "04b6a1a6a7077edd82705d1551bf12a215ef7053b57d2789f532ef1d5736ab088629cc09f536030c" + "db4b89b2bdf547b874913cc5d62fcf98f1e537e4252315a3768710972a14066f12cc01548bd9de6a" + "59425b161d1441d3f6c2abafef11e8f35756d27a7754004e449a95eb698dc66463bfe3b3f8ca47e7" + "340e10b69b42b105b39d9dced186d09595e9d65ce6227c039c8c6c6f9e45d17d5a2834b073e4b7cf" + "0f1ce12a9453da2ba3ebb5bc0ffac14243af76517ad7d6fbd319c54391334e97d899b04bc91a31ad" + "ad7cc7a056b5987fbc818075966814776aefca64381b1d3c5d01e933dc354f63bb79d9aafec70927" + "972cbf9252b96e2b02770b6c4956021a6e1552ac0258d4245e1f9de76e523377d87d57ba7d8f442a" + "b52b86f180040d47b8620feeaed7d543b0f38af35127013e5e8a32813f3eb7182ab3b154734b48ff" + "d31fda285873312b59713b59d1bdce3147237b9ccbdd0a9e1394f02c3636b4739d00f2251572d455" + "d8ffb45d43270e42c132f96e99cfac1186e4bb27cd0510536d742f7394259207f332a2df9a7740be" + "bf66c03bbe5380c0c2daa1c736c4b0c938ed12884464d6f069d9cff3e3e8cc93fea8f5e2c707e53d" + "24f2d2a69623a23a456447aad4bbeab468949c8006facd119c0c3ce6f4166495b5d10395d6c55adf" + "87a08c379110e0811899eb97fb6168633a487db9ffa3a3dcf6bad9870493731acc4d4ba3280c197d" + "7ce2f550294349ff8d5ba196ac50f45f9c6a62fcaede31f9068a90830e89f50cd5b11adc90cefc3a" + "33a96e03400346e595866fad098b5e001a3cf7579b45da72aae543c7cfb4a78aded527aa266b98f4" + "ce11038bb50698d02407c4a698bf502d4222c912d90462a4cea4abf2b4434fa0f72687dcad38e432" + "92b843da6273cdf2da4f430253b99bdd39b2913416ff13c366387db72738061d3269c4c3bb5518ea" + "53da32112d0681f750772cc517b48263e44348a2575c745eb1fa43c44a3c19ae2e2b373c6d048849" + "df1b9f09ea59167b07d8611e96d7d297a55ae13ec4f82c825d661607b39b5f820b9be55e5f0b28e2" + "8b064f8faf5117eb462588e91003c0fed30d313fc4ef996f7598946714e2849580510c1496c91821" + "bf16c7329c6cba46a013e40e2a5c0f9e8cd3e6830641ce8013212aa7bea6e9073c138bec6b781445" + "8cc16b78b8a84fcee22c18b73976b11b22749bab5852411de427b0abbce118a0f204289ad0983bce" + "87f99dea31e7172774ad3827c85165bf68aee7a983558aaa2792ddbc95bc748d4af646991ceda2b0" + "95c0f35bcc0e45e8608f71cfc69fc01170b6f9c7c83adda58d3efcc340a67d54ca9f0099f999cce4" + "2947499253bf798b5207c03f3c44c41da57f06ba761e029e1c768f2d77034552e2ae2a67fc956" // Copied from Tink C++ ML-DSA signature verification test. privKey65Hex = "7C9935A0B07694AA0C6D10E4DB6B1ADD2FD81A25CCB148032DCD739936737F2D" pubKey65Hex = "1483236FC9F943D98417809E95405384530ED83E151E8465D34E4638F1F8D7058D62E19A" + "B806490883A823176D4DC8A3C10C9960D0E948A9F7B62CA8E118DE5D7A05BB18E8018B6C" + "ACB4FE7885490599939D90D004BD480B116F5D6627B6C4C1B2A1496CC3525EF9F19953EC" + "63CDD6EBDB21D65B27C644194916AAD07CC559B08CFC1282D25D7276C9E5062E0B1C4CF1" + "11C0A9DCC49BF40F5ED3C27CB4E78E39C1F068736A788E2ED4A02E9EF23EACE802CD295B" + "6EB97D533091B3293D9BAD2938DFDECF2C4F9F6387B38A7FD22738A010B85949688650B6" + "F063B6BC6350A1E84C869FB3BBCDC4BF6C0D0674D7C07F7AE78E4BBB302B6DB8488B5F91" + "64E5E264682E45E71B58FC19ADF5EA892439EB352AFDDB63D22177AEF17261909E3F87BC" + "C7E1B1A58CD5DE8F8A886A12D7137CE5BFBD2C53ECEBFD1B9F2298583D767E0DB5178B95" + "2F4D069D66FDEDCA1FBDCF8720AAAA5313C0500ECF95B9B70E7E3D58DD2B57433D3A0637" + "DF36E964B21F44F791B3AF9074D6DBC9A2FC041D9E22D5E387C4081E6D4CCE6AB11FC8B4" + "F2C718EB2A19924E3F17EA1F44D0084B5D5296A97A3624E4E1F6CA05229F2888557AAB57" + "7FD72F8DC328F0E4F45DD13A191920F671ACE3BC29DC3195E951D0F5EEAA095A3D5F20E4" + "E4EA1AC157261C1C514AEB6940E63053AD68383F14E923602E6B241E9813246B47F009DB" + "446FBF61246BAD7ED386647D020A854CCA39ECAE5FA6D667CB6D433F02BC2FAB9F37096F" + "3C127741EC02A46C81022E070AE1DF54623DF44C5C744EDD0D3BC66581B8E1348E75B5C5" + "2D0E41BC71EDAD5B12DDA2280724B7D704BFF2AF04505F65AE496DA86701D36BC9AFB0B1" + "99442A9C5C743D97880E89C8CCB34C51890602627924316E79D4415CC1C2ED490A7A6EBB" + "4B507181CFF18BB53A6B8F816C15A2EA8667CE59EDBE8F42376001E31981310CA403E083" + "28AA97828DC3A86C260819BC8DF72A3E29657CA65B7763A54067958CCD6FD73DF789B306" + "A37185C8117F0C86CF9D1C48D102ECA8343F41F86F6084E2E72E6952357D7DC076A02A7C" + "EF64724AE634E35712E291A24704D2939717246371B42C11A672FE8FD31DA83FC3D5DE65" + "0FB2136A13A0D6229A115EA3758E3AD0810A99944275FA8FECFD2BF1D130B40473F4ABF8" + "86485A1E36290DB437B331DB303539F98D298183509D934F1A747AF29BC36BD7CA79E5D4" + "0D098EBFE61F400620B5B1AFB81327342AADEC634F1A77DAE793D55A252D391AD155A615" + "0AB049CBA0270F07936AC21575BE6FAD53A0DC23F462E377F2C882391BAC1C17C11D18A6" + "77C3EFFACC4C6A920596F8654BB4955750BCBC18744375656F0B594D825872BB161A1B7F" + "DFE7D01E7A19E02F41AB9D02D1FED47161716172B8D68DB04E57C74053DAC785E9245BCC" + "8DCA48C736457EDEB8A075C1C42254E87110CBE4A909421AE6AECECE5D65834739BE6CAC" + "51D1023CA25C322B7B3461EC65168CCCF483A2668FB4527BCB312564C4097224DBC38AB3" + "97C3A7FD693B29992B9A773C43C0E9E94479F1762C91C367D9A079B13FDC38BD74F209E4" + "D543ABF8C9B14CED015599DFAE94723361ACBF6C1C0434DC0EFAF22C61057775F17F36D7" + "6FD75D6BFCE7DCE922DCD7585AA33CAE7A6916C4E4AC5F86E4753F8CC798C20205C8C476" + "56FBAD7799B6A53DAE5DCB74CDB677FFFA66CBF2873A219413714578D6DA3B61AA29C494" + "C2F084BE1FA1C1CC40D1E4A424A4CEC73E455062B6E28C333839570D6FC6C08402A8D39F" + "145B97C3AACC6F24702E80F66F5D2FA1530CFF2A07486B3D38D8C9994EE633C2E527AF49" + "FBE26F634C6663CF95520E04A76F33E8876826B88887C4FE8FDEB1C50F55C7E7FBC2A507" + "7FA029DB53B7CD8FA3576BBC219AE7D7B21518FD94FA187D39D63187BF9F2BF2592F1A7A" + "35628137D82E50477FF3406DABFE558A3FD30D4E72D1F523EBF51DF6C7BFD9C85325897A" + "7949113F30C9570F3A9FBAF73658430C3B2AFA43BF9D37D5410B5E416C5CF375CF9ADDCE" + "CF560E7D636C2D58B89D3E5A446201990EFFC467FFBA1009EE90D0F46BD2D7018AE92CAB" + "ECF62130BD7B4A077AF31882A713C73572387533EA249C9A18F0599C06EE216CFC60F749" + "8B2A75F3F8143D90A4ABF8651DEFAD600FD332AB09E3D8FAEFA2EC9152EAF6F2BE6B7862" + "9022C0231849BE4C13FA08B827EC301150FA380663F737418C8BF0700F4327F58C2256F8" + "BA8B61176DFD1ACE6A81C19033E3D678A9CB234F85A5B6372EAF1A1883F5ACED3ADF58B7" + "FABFE44D986DBEDA351EA9DE5A841CD523336F986AB8FBBECF1F52B1E87DBB3AC457A743" + "FAE899A5BB3D10EAFC4D0808B7FA98C8068093CAE7A0BC2074BAA701273734C28E97CD11" + "02FFBCEBB83EBB17C9200BE6DBE58BC87C522E4D24254204FD2EC52C60C1225649C3DEE1" + "7012C1CC0D5CDA0B2F0FC4F27274E04ACEDE68BACE92E294B589BE45D74C5377AFEAC718" + "2F4B702B5A50B49F1B32BD476483957C664676A819FE6851F07768DA82261C75D53F8F04" + "A64291A56E008B11AE09EE73923257EC195020D958F7B6D43ABA268978CB33B150A9C0DE" + "CAFBB36291257512CC7F2CB0B5564A0F81EF4686838CDBFE10475520E6EF69047CCA864E" + "50C86E9D91FC4EAE741D4BE8AD7B12952B76C3429548169C370A7A5E2DB3FC809B993095" + "2EF5AF9CDCCAF74FC13D0DB8D55862858E47E4C6F66FDA9DA423B884DB6ED79D012587F7" + "57F0BD974680AD8E" msg65Hex = "D81C4D8D734FCBFBEADE3D3F8A039FAA2A2C9957E835AD55B22E75BF57BB556AC8" sig44Hex = "4dd0ca0f6bed11fe96e3193684b260366782ee503a9caa9fac56011b858db58aa39b7c3a3a3adf8f" + "bcbdc526baa511fab2adaf4348bb6ff5998f46711aafe0d15ee2df30b4446dc8be6730875e994c3d" + "432f32e2256dc0d56570ccbcb5c0d0474f79344e0780547531d33a985a0d8e68945aec4e70f8ab6f" + "75a8b5472dee08ca2eb6200e57be0e6d80253b2bb38410d01848c691fb086ece51bccba53cb80cc2" + "86ca97e1e1c182327f2b3aebe1cd659a885df5c3eb10fd0a25436e332baf20270c19c96a54cb112c" + "a8e890da4744b2ae8b99a2aa384799219b9135a078cd86ac3197b5a59b47f731cb82dbd2a9dc3bbc" + "27f5c47aa6ff719af2fb2d338403b79f91dc737b0169e0d8ec01b98819fe1bb3797ea27eb2d50c27" + "dea8c2a7d52fc729318530d3019ad5e2bfff553381cd17397bf282109d2ae7879c1f43c714ec2e97" + "6ecbf09a6d227a0cc53d4b7aa959e1cd1dd1e97aaf1134fdd010fcb1704ee45318b8f4da676f17b9" + "6aeea65c9e0d325f8bf1556a9a033a481b10f6bcd6fd971b3baf6039aa6cbe9fe8fd2a04e62723cf" + "97adef4b1503e8496b75c4888bab9b36a52e59905bea263df20bf488605120c05e9c2cc3b9b23b6f" + "5f3117b169db5329ddaac70d6f51367af83b45c9fc33d15124853e7b9b9d0f816071991cd4b5ceca" + "ef2fbf2202c23b0ef7b8033d79a1264a0bd019bef1b2a411b4d8bfbf07da5277d8c3e853fcc81784" + "45e415c2d5faf0fa367089ccca16ad4b5cf53c68a77f2e109a00c10d9caf0f5c3eafb5ae2b33e449" + "a9515fee23702c6574f72cfcc968511ae5b4324420826ef1dba24abb92a6bd7d3911a4a7fd36dec7" + "1d56b7fdaa083cfbfd4b54e137e680458c2cb21a61f8a127597b871464f7f9a10c343d2552f59496" + "a1cdf412e661a91e6adc87f21d2eba8d9da336308af25a20a3d2cb6c96119fcdb4ba625798ba0e3c" + "252c576eb22a44a1275d9a1aecac2bdf695655ac28fd33ec5971f51b7ed0e1c4a9172d737cb859e4" + "e8d19eaa5aa22cb724113790951c40c7d9e1cf7626eb92d8c7498651ab879616054d753ffb848f65" + "a994b3809dd6c09e22feb5d3fc1bbf960aba30c6062ea15d67457ddef67bf7403039ed79cac1a3ff" + "11732b21a75dae3443031b31c0224e56ba5f5988d6b14a1ea02d99720ed4d06328651ad7c3bdb2fc" + "e2858b2bc48016d634dd09763f6a5c6496f56814b368776162f44b4bbf91554fc5c3c39d88dcb134" + "6c94e86dc32cb423c066d545a3933ad7afc319ff865ba15d90793ded0a6e4725587cc05bb6955dd2" + "eb7ad7743ceb28033104faa089b84fee89f82301d275ce1833124f9348d72bb1b992aded148ce9df" + "5c65421d2173ba413ae657df253aaa7b84c92e4478474e8b4d45d09c9537f57cb00e894d477da275" + "f28d1e3cd20b3a73f0b611f0b03291a362c9ac73231e5c2e05192de56cdcf65079305dc2d910f787" + "893fa2b417d67ec26f5f78973be8bd93487117b742b592322ceca205438d1edfbba498ecd7945e9c" + "9432348837660e049070c46cf8b596d15f7789d8b1c563812804d5d7c3ef1ed571ce96a73e69dff2" + "986662862d5c0a192c212dbc9c4a921a18c23bff4053a6140f913287692b5a0850a5df88b05947f4" + "19cb8a3350ff1110d58fbf74552c2a24d096db2a1bc32d9208a76f4992651b8ce73d7cd5bc304915" + "829b6dda12864510156cbc8ddea615fc5ee684777d7c0f43dd89935985c74f29d4405b73e1cc1734" + "47bce21a74c82cb0a7c975ac4d95308ef6c021cd497071db7fb3b7d9501283854eda413c3beed72e" + "83c6cf9fccad708c9e7b76d9d7708a8805e37c30c5a6d9e295257b00ced9513171fe3f5d19d8ed71" + "bb34d39d9add199e28d9bdd4ee9060fb7a8b76948039e2a941c7a85a48d4fd7203c49cd461a64222" + "1dfbafc7b1177eab7da9cfe259e01fc47aaa977f448b844198cb4d1b04e99f7f76afe7a5e83e3be2" + "183ea57533dc653de59310b5231442a01281c74998a6ac0a9d6adde7a43239763e83a5d6e85a5599" + "abef5ef214f1a9450bce3c7e6e2d6a63a0ea0b2aea2255bb688cc77f70e34f530a489fe989bd0d23" + "8c36c4c8d3207d23a170ff38f2f404c512b2430645f5630f1a0888dfbe2fa622427160a216826d3a" + "a4710a87dc9a84216f232d4f354a30afab03c8a5035c6d5f50b1bec18815508d42d606c764db6e89" + "ac7ac3d40f3eb64f74f6110f1808aceab8553a5c6ea02763812c1367497826eb14515840dae23196" + "f1233cbc02e3287d2abf0a480e5c465f381dad9d1861f7fddc8b508a95ba7f85c67c2c298e2953c7" + "fe94e11202a85d18bb4d641e1566cd3c34ec82b8a3f1cbf1b26c6dbee69ca842c7e4102b2a69b407" + "0405e5cac40d58d3e1cb5a0d9419c5b2b9049de7b402ce8c9cbedd927a80922f177f6829129d90fc" + "72844176a31cce7f4e8e605654730455a01d60640e1ecd991d061cc3746fefe0e3a84fb21ada9a5f" + 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+ "A405E759AB0E8DECE984EBECD93D0BD64947339C139787362B7C1EE02640FFBD81A9EB6C" + "90E1400A7033C35CAB822CBACBF6F3397C1195B1C6B05E9447F638E97143E0DBF1492349" + "7154E20028C282A09F006DB42C61E8AB94875C22940E9ED850FA633F640F57637871F1A8" + "90BA3E5635828ECF5F2BFD3F540062CF45E8727D053F56D704B73F37E1B99D4EEC508285" + "0838AF09FE53DEC2C9E5607B095C49254E0EE2EEF40B05C677F5F9A70A424D1D67F1CAD1" + "6293F6485F149D2BE1A699A37434246E2D9E4F3A9BEEAD5E73AEED5A5A01E4A931CB60E5" + "D3DE433A17E12615EFA06D6B7ECF8487025574A09E077AA20832E2EA292C0249FBF5C3F7" + "9C4E01E90FD18741786A33314835EAAD8C46DD2DD1380DB32ABF3DBB5B0F0883A34AA8B2" + "3B4404432B6D2893BE1C47A71454F9E429F918FC87CC1A0D02CB29F604937AFBDCDEE937" + "AA67501E9BF113AB08518501865D6C53BE1E4759A9784C55147B5A83AA764B67913D52CE" + "C438E0F3AF142F82A3FD6B9247611070416FE14F51D65E54D34AAD84796497B057B7A45F" + "C59EEF8D74BA4EE47E4E6AE426AE060D251928D9E98132944ABE1FAE99AC1218A643A982" + "773ED242B342892F1660024BD5848B52425932A67395732DB81A1DE2750869555374D493" + "0CAC5ED2EBFDE371BB562F1D29E69B928BCDDCA10B307099212261142823357BBCCB0E26" + "C6503DA192135EE95FFFD4EABBECE9E9DEEA4E3165F178B3BB65486EC2D31EC54B93C0FC" + "5831743BD11E8464DBE413A09CF83A805CD3DE2E2198C66F27A9ED21974FDBAEA8D12EFF" + "499CA8ABC2B437BDF6BD7A11C33F07143A52D21B72C9AF1C001FE8857CDAE2E3D90E070F" + "4CEF17058E3171F21983D91B77D3A86C93289B4D4362D67C2B6942913BEF11BDEC221933" + "31AE578B4C6826552A393CD07D69A1F0075D7D2C2683D8048582C46A3D2F52F1B8916534" + "E2F565CD0C848AA469617D08ED4B31C6310D37AE89F9B69A56603B9C0B6E2AB97D0F9EF5" + "989875D5ABE0B3048AF3A78265827C5DE2933072283B1BBBFFA7BBDB04371F5B88634ED9" + "184D3D68EB1E5124D4D7E0517A4F92CF638DEAF4910BBFAF5F58DB78A5AA5F6C0D1DD48F" + "AD3E2B9D8C2491F304468F8249ED5AB8F46899F6E9D976FA35FDDA90FE5399E130313CDA" + "A4577FB00E9ABA9570C894D77725ED11DFABB1DBB930008FF9A1042D3CA268F8B00F5F4C" + "2DC0DF84ED00EEBA642D1606F3826CB99AC5F7EB197C9244A7937799D66DFB211103FBE7" + "69546EF8675FDE9D8D01BD790C3BF43775F950CE131966F6819881F976D764DB5EC3902F" + "D645F8234FD4423043C2D2FBFB1478FE4D8C2877866F6D7FD88F4EEE5A9BB9783B25C0B4" + "0C91532ABC1207B251AD86751A2D3298A3EB1A9FAAFA182445519DAAACBF19666AA6BDC0" + "E2F808BCD0E3F4FC495E8CACCFD2DFEBF1F7F908445D96B1B4C5C91D637175BC00000000" + "00000000000000000000000000000000050911191F2A3237" ) func TestNewPublicKeyFails(t *testing.T) { for _, tc := range []struct { inst mldsa.Instance privHex string }{ { mldsa.MLDSA44, privKey44Hex, }, { mldsa.MLDSA65, privKey65Hex, }, { mldsa.MLDSA87, privKey87Hex, }, } { t.Run(fmt.Sprintf("%s", tc.inst), func(t *testing.T) { tinkParams, err := mldsa.NewParameters(tc.inst, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantTink, err) } noPrefixParams, err := mldsa.NewParameters(tc.inst, mldsa.VariantNoPrefix) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantNoPrefix, err) } privKeyBytes, err := hex.DecodeString(tc.privHex) if err != nil { t.Fatalf("hex.DecodeString(inst.privHex) err = %v, want nil", err) } for _, tc := range []struct { name string params *mldsa.Parameters keyBytes []byte idRequirement uint32 }{ { name: "nil key bytes", params: tinkParams, keyBytes: nil, idRequirement: 123, }, { name: "invalid key bytes size", params: tinkParams, keyBytes: []byte("123"), idRequirement: 123, }, { name: "invalid ID requirement", params: noPrefixParams, keyBytes: privKeyBytes, idRequirement: 123, }, { name: "invalid params", params: &mldsa.Parameters{}, keyBytes: privKeyBytes, idRequirement: 123, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := mldsa.NewPublicKey(tc.keyBytes, tc.idRequirement, tc.params); err == nil { t.Errorf("mldsa.NewPublicKey(%v, %v, %v) err = nil, want error", tc.keyBytes, tc.idRequirement, tc.params) } }) } }) } } func TestPublicKey(t *testing.T) { for _, tc := range []struct { name string instance mldsa.Instance variant mldsa.Variant keyHex string idRequirement uint32 wantOutputPrefix []byte }{ { name: "tink ML-DSA-44", instance: mldsa.MLDSA44, variant: mldsa.VariantTink, keyHex: pubKey44Hex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "tink ML-DSA-65", instance: mldsa.MLDSA65, variant: mldsa.VariantTink, keyHex: pubKey65Hex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "tink ML-DSA-87", instance: mldsa.MLDSA87, variant: mldsa.VariantTink, keyHex: pubKey87Hex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix ML-DSA-44", instance: mldsa.MLDSA44, variant: mldsa.VariantNoPrefix, keyHex: pubKey44Hex, idRequirement: 0, wantOutputPrefix: nil, }, { name: "no prefix ML-DSA-65", instance: mldsa.MLDSA65, variant: mldsa.VariantNoPrefix, keyHex: pubKey65Hex, idRequirement: 0, wantOutputPrefix: nil, }, { name: "no prefix ML-DSA-87", instance: mldsa.MLDSA87, variant: mldsa.VariantNoPrefix, keyHex: pubKey87Hex, idRequirement: 0, wantOutputPrefix: nil, }, } { t.Run(tc.name, func(t *testing.T) { keyBytes, err := hex.DecodeString(tc.keyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } params, err := mldsa.NewParameters(tc.instance, tc.variant) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", tc.variant, err) } pubKey, err := mldsa.NewPublicKey(keyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, tc.idRequirement, params, err) } if got := pubKey.OutputPrefix(); !bytes.Equal(got, tc.wantOutputPrefix) { t.Errorf("params.OutputPrefix() = %v, want %v", got, tc.wantOutputPrefix) } gotIDRequrement, gotRequired := pubKey.IDRequirement() if got, want := gotRequired, params.HasIDRequirement(); got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } if got, want := gotIDRequrement, tc.idRequirement; got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } otherPubKey, err := mldsa.NewPublicKey(keyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, tc.idRequirement, params, err) } if !otherPubKey.Equal(pubKey) { t.Errorf("otherPubKey.Equal(pubKey) = false, want true") } }) } } func TestPublicKeyEqualSelf(t *testing.T) { for _, tc := range []struct { name string instance mldsa.Instance keyHex string }{ { name: "ML-DSA-44", instance: mldsa.MLDSA44, keyHex: pubKey44Hex, }, { name: "ML-DSA-65", instance: mldsa.MLDSA65, keyHex: pubKey65Hex, }, { name: "ML-DSA-87", instance: mldsa.MLDSA87, keyHex: pubKey87Hex, }, } { t.Run(tc.name, func(t *testing.T) { params, err := mldsa.NewParameters(tc.instance, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantTink, err) } keyBytes, err := hex.DecodeString(tc.keyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } pubKey, err := mldsa.NewPublicKey(keyBytes, 123, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, 123, params, err) } if !pubKey.Equal(pubKey) { t.Errorf("pubKey.Equal(pubKey) = false, want true") } }) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestPublicKeyEqual_FalseIfDifferentType(t *testing.T) { for _, tc := range []struct { name string instance mldsa.Instance keyHex string }{ { name: "ML-DSA-44", instance: mldsa.MLDSA44, keyHex: pubKey44Hex, }, { name: "ML-DSA-65", instance: mldsa.MLDSA65, keyHex: pubKey65Hex, }, { name: "ML-DSA-87", instance: mldsa.MLDSA87, keyHex: pubKey87Hex, }, } { t.Run(tc.name, func(t *testing.T) { params, err := mldsa.NewParameters(tc.instance, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantTink, err) } keyBytes, err := hex.DecodeString(tc.keyHex) if err != nil { t.Fatalf("hex.DecodeString(tc.keyHex) err = %v, want nil", err) } pubKey, err := mldsa.NewPublicKey(keyBytes, 123, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, 123, params, err) } if pubKey.Equal(&stubKey{}) { t.Errorf("pubKey.Equal(&stubKey{}) = true, want false") } }) } } type TestPublicKeyParams struct { keyHex string changeKeyBytes bool idRequirement uint32 instance mldsa.Instance variant mldsa.Variant } func TestPublicKeyEqualFalse(t *testing.T) { for _, tc := range []struct { name string firstKey *TestPublicKeyParams secondKey *TestPublicKeyParams }{ { name: "different ID requirement", firstKey: &TestPublicKeyParams{ keyHex: pubKey65Hex, idRequirement: 123, instance: mldsa.MLDSA65, variant: mldsa.VariantTink, }, secondKey: &TestPublicKeyParams{ keyHex: pubKey65Hex, idRequirement: 456, instance: mldsa.MLDSA65, variant: mldsa.VariantTink, }, }, { name: "different key bytes", firstKey: &TestPublicKeyParams{ keyHex: pubKey65Hex, idRequirement: 123, instance: mldsa.MLDSA65, variant: mldsa.VariantTink, }, secondKey: &TestPublicKeyParams{ keyHex: pubKey65Hex, changeKeyBytes: true, idRequirement: 123, instance: mldsa.MLDSA65, variant: mldsa.VariantTink, }, }, { name: "different variant", firstKey: &TestPublicKeyParams{ keyHex: pubKey65Hex, idRequirement: 0, instance: mldsa.MLDSA65, variant: mldsa.VariantTink, }, secondKey: &TestPublicKeyParams{ keyHex: pubKey65Hex, idRequirement: 0, instance: mldsa.MLDSA65, variant: mldsa.VariantNoPrefix, }, }, } { t.Run(tc.name, func(t *testing.T) { firstKeyBytes, err := hex.DecodeString(tc.firstKey.keyHex) if err != nil { t.Fatalf("hex.DecodeString(tc.firstKey.keyHex) err = %v, want nil", err) } if tc.firstKey.changeKeyBytes { firstKeyBytes[0] = 0x99 } secondKeyBytes, err := hex.DecodeString(tc.secondKey.keyHex) if err != nil { t.Fatalf("hex.DecodeString(tc.secondKey.keyHex) err = %v, want nil", err) } if tc.secondKey.changeKeyBytes { secondKeyBytes[0] = 0x99 } firstParams, err := mldsa.NewParameters(tc.firstKey.instance, tc.firstKey.variant) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", tc.firstKey.variant, err) } firstPubKey, err := mldsa.NewPublicKey(firstKeyBytes, tc.firstKey.idRequirement, firstParams) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", firstKeyBytes, tc.firstKey.idRequirement, firstParams, err) } secondParams, err := mldsa.NewParameters(tc.secondKey.instance, tc.secondKey.variant) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", tc.secondKey.variant, err) } secondPubKey, err := mldsa.NewPublicKey(secondKeyBytes, tc.secondKey.idRequirement, secondParams) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", secondKeyBytes, tc.secondKey.idRequirement, secondParams, err) } if firstPubKey.Equal(secondPubKey) { t.Errorf("firstPubKey.Equal(secondPubKey) = true, want false") } }) } } func TestPublicKeyKeyBytes(t *testing.T) { for _, tc := range []struct { name string instance mldsa.Instance keyHex string }{ { name: "MLDSA65", instance: mldsa.MLDSA65, keyHex: pubKey65Hex, }, { name: "MLDSA87", instance: mldsa.MLDSA87, keyHex: pubKey87Hex, }, } { t.Run(tc.name, func(t *testing.T) { params, err := mldsa.NewParameters(tc.instance, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantTink, err) } keyBytes, err := hex.DecodeString(tc.keyHex) if err != nil { t.Fatalf("hex.DecodeString(tc.keyHex) err = %v, want nil", err) } pubKey, err := mldsa.NewPublicKey(keyBytes, 123, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, 123, params, err) } gotPubKeyBytes := pubKey.KeyBytes() if !bytes.Equal(gotPubKeyBytes, keyBytes) { t.Errorf("bytes.Equal(gotPubKeyBytes, keyBytes) = false, want true") } // Make sure a copy is made when creating the public key. keyBytes[0] = 0x99 if bytes.Equal(pubKey.KeyBytes(), keyBytes) { t.Errorf("bytes.Equal(pubKey.KeyBytes(), keyBytes) = true, want false") } // Make sure no changes are made to the internal state of the public key. gotPubKeyBytes[1] = 0x99 if bytes.Equal(pubKey.KeyBytes(), gotPubKeyBytes) { t.Errorf("bytes.Equal((pubKey.KeyBytes(), gotPubKeyBytes) = true, want false") } }) } } var testCases = []struct { name string instance mldsa.Instance variant mldsa.Variant privKeyBytesHex string pubKeyBytesHex string idRequirement uint32 wantOutputPrefix []byte }{ { name: "tink ML-DSA-65", instance: mldsa.MLDSA65, variant: mldsa.VariantTink, privKeyBytesHex: privKey65Hex, pubKeyBytesHex: pubKey65Hex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "tink ML-DSA-87", instance: mldsa.MLDSA87, variant: mldsa.VariantTink, privKeyBytesHex: privKey87Hex, pubKeyBytesHex: pubKey87Hex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix ML-DSA-65", instance: mldsa.MLDSA65, variant: mldsa.VariantNoPrefix, privKeyBytesHex: privKey65Hex, pubKeyBytesHex: pubKey65Hex, idRequirement: 0, wantOutputPrefix: nil, }, { name: "no prefix ML-DSA-87", instance: mldsa.MLDSA87, variant: mldsa.VariantNoPrefix, privKeyBytesHex: privKey87Hex, pubKeyBytesHex: pubKey87Hex, idRequirement: 0, wantOutputPrefix: nil, }, } func TestPrivateKeyNewPrivateKeyWithPublicKey(t *testing.T) { for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { params, err := mldsa.NewParameters(tc.instance, tc.variant) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", tc.variant, err) } pubKeyBytes, privKeyBytes := getTestKeyPair(t, tc.instance) pubKey, err := mldsa.NewPublicKey(pubKeyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", pubKeyBytes, tc.idRequirement, params, err) } secretSeed := secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}) privKey, err := mldsa.NewPrivateKeyWithPublicKey(secretSeed, pubKey) if err != nil { t.Fatalf("mldsa.NewPrivateKeyWithPublicKey(%v, %v) err = %v, want nil", secretSeed, pubKey, err) } // Test IDRequirement. gotIDRequrement, gotRequired := privKey.IDRequirement() if got, want := gotRequired, params.HasIDRequirement(); got != want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, want) } if got, want := gotIDRequrement, tc.idRequirement; got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } // Test OutputPrefix. if got := privKey.OutputPrefix(); !bytes.Equal(got, tc.wantOutputPrefix) { t.Errorf("params.OutputPrefix() = %v, want %v", got, tc.wantOutputPrefix) } // Test Equal. otherPubKey, err := mldsa.NewPublicKey(pubKeyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", pubKeyBytes, tc.idRequirement, params, err) } otherPrivKey, err := mldsa.NewPrivateKeyWithPublicKey(secretSeed, otherPubKey) if err != nil { t.Fatalf("mldsa.NewPrivateKeyWithPublicKey(%v, %v) err = %v, want nil", secretSeed, pubKey, err) } if !otherPrivKey.Equal(privKey) { t.Errorf("otherPrivKey.Equal(privKey) = false, want true") } // Test PublicKey. got, err := privKey.PublicKey() if err != nil { t.Fatalf("privKey.PublicKey() err = %v, want nil", err) } if !got.Equal(pubKey) { t.Errorf("privKey.PublicKey().Equal(pubKey) = false, want true") } // Test Parameters. if got := privKey.Parameters(); !got.Equal(params) { t.Errorf("privKey.Parameters().Equal(¶ms) = false, want true") } }) } } func TestPrivateKeyNewPrivateKey(t *testing.T) { for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { params, err := mldsa.NewParameters(tc.instance, tc.variant) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", tc.variant, err) } pubKeyBytes, privKeyBytes := getTestKeyPair(t, tc.instance) secretSeed := secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}) privKey, err := mldsa.NewPrivateKey(secretSeed, tc.idRequirement, params) if err != nil { t.Fatalf("mldsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", secretSeed, tc.idRequirement, params, err) } // Test IDRequirement. gotIDRequrement, gotRequired := privKey.IDRequirement() if got, want := gotRequired, params.HasIDRequirement(); got != want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, want) } if got, want := gotIDRequrement, tc.idRequirement; got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } // Test OutputPrefix. if got := privKey.OutputPrefix(); !bytes.Equal(got, tc.wantOutputPrefix) { t.Errorf("params.OutputPrefix() = %v, want %v", got, tc.wantOutputPrefix) } // Test Equal. otherPrivKey, err := mldsa.NewPrivateKey(secretSeed, tc.idRequirement, params) if err != nil { t.Fatalf("mldsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", secretSeed, tc.idRequirement, params, err) } if !otherPrivKey.Equal(privKey) { t.Errorf("otherPrivKey.Equal(privKey) = false, want true") } // Test PublicKey. want, err := mldsa.NewPublicKey(pubKeyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", pubKeyBytes, tc.idRequirement, params, err) } got, err := privKey.PublicKey() if err != nil { t.Fatalf("privKey.PublicKey() err = %v, want nil", err) } if !got.Equal(want) { t.Errorf("privKey.PublicKey().Equal(want) = false, want true") } // Test Parameters. if got := privKey.Parameters(); !got.Equal(params) { t.Errorf("privKey.Parameters().Equal(¶ms) = false, want true") } }) } } func TestNewPrivateKeyFails(t *testing.T) { for _, inst := range []mldsa.Instance{ mldsa.MLDSA65, mldsa.MLDSA87, } { t.Run(fmt.Sprintf("%s", inst), func(t *testing.T) { paramsTink, err := mldsa.NewParameters(inst, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantTink, err) } paramsNoPrefix, err := mldsa.NewParameters(inst, mldsa.VariantNoPrefix) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantNoPrefix, err) } for _, tc := range []struct { name string params *mldsa.Parameters idRequrement uint32 privKeyBytes secretdata.Bytes }{ { name: "nil private key bytes", params: paramsTink, idRequrement: 123, privKeyBytes: secretdata.NewBytesFromData(nil, insecuresecretdataaccess.Token{}), }, { name: "invalid private key bytes size", params: paramsTink, idRequrement: 123, privKeyBytes: secretdata.NewBytesFromData([]byte("123"), insecuresecretdataaccess.Token{}), }, { name: "empty params", params: &mldsa.Parameters{}, idRequrement: 123, privKeyBytes: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), }, { name: "invalid ID requiremet", idRequrement: 123, params: paramsNoPrefix, privKeyBytes: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := mldsa.NewPrivateKey(tc.privKeyBytes, tc.idRequrement, tc.params); err == nil { t.Errorf("mldsa.NewPrivateKey(%v, %v, %v) err = nil, want error", tc.privKeyBytes, tc.idRequrement, tc.params) } }) } }) } } func TestNewPrivateKeyWithPublicKeyFails(t *testing.T) { for _, inst := range []mldsa.Instance{ mldsa.MLDSA65, mldsa.MLDSA87, } { t.Run(fmt.Sprintf("%s", inst), func(t *testing.T) { params, err := mldsa.NewParameters(inst, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantTink, err) } pubKeyBytes, privKeyBytes := getTestKeyPair(t, inst) pubKey, err := mldsa.NewPublicKey(pubKeyBytes, 123, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", pubKeyBytes, 123, params, err) } for _, tc := range []struct { name string instance mldsa.Instance pubKey *mldsa.PublicKey privateKeyBytes secretdata.Bytes }{ { name: "nil private key bytes", pubKey: pubKey, privateKeyBytes: secretdata.NewBytesFromData(nil, insecuresecretdataaccess.Token{}), }, { name: "invalid private key bytes size", pubKey: pubKey, privateKeyBytes: secretdata.NewBytesFromData([]byte("123"), insecuresecretdataaccess.Token{}), }, { name: "empty public key", pubKey: &mldsa.PublicKey{}, privateKeyBytes: secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}), }, { name: "nil public key", pubKey: nil, privateKeyBytes: secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}), }, { name: "invalid public key", pubKey: pubKey, privateKeyBytes: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := mldsa.NewPrivateKeyWithPublicKey(tc.privateKeyBytes, tc.pubKey); err == nil { t.Errorf("mldsa.NewPrivateKeyWithPublicKey(%v, %v) err = nil, want error", tc.privateKeyBytes, tc.pubKey) } }) } }) } } func TestPrivateKeyEqualSelf(t *testing.T) { for _, inst := range []mldsa.Instance{ mldsa.MLDSA65, mldsa.MLDSA87, } { t.Run(fmt.Sprintf("%s", inst), func(t *testing.T) { params, err := mldsa.NewParameters(inst, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantTink, err) } pubKeyBytes, privKeyBytes := getTestKeyPair(t, inst) pubKey, err := mldsa.NewPublicKey(pubKeyBytes, 123, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v", pubKeyBytes, 123, params, err) } secretSeed := secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}) privKey, err := mldsa.NewPrivateKeyWithPublicKey(secretSeed, pubKey) if err != nil { t.Fatalf("mldsa.NewPrivateKeyWithPublicKey(%v, %v) err = %v", secretSeed, pubKey, err) } if !privKey.Equal(privKey) { t.Errorf("privKey.Equal(privKey) = false, want true") } }) } } func TestPrivateKeyEqual_FalseIfDifferentType(t *testing.T) { for _, inst := range []mldsa.Instance{ mldsa.MLDSA65, mldsa.MLDSA87, } { t.Run(fmt.Sprintf("%s", inst), func(t *testing.T) { params, err := mldsa.NewParameters(inst, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantTink, err) } pubKeyBytes, privKeyBytes := getTestKeyPair(t, inst) pubKey, err := mldsa.NewPublicKey(pubKeyBytes, 123, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v", pubKeyBytes, 123, params, err) } secretSeed := secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}) privKey, err := mldsa.NewPrivateKeyWithPublicKey(secretSeed, pubKey) if err != nil { t.Fatalf("mldsa.NewPrivateKeyWithPublicKey(%v, %v) err = %v", secretSeed, pubKey, err) } if privKey.Equal(&stubKey{}) { t.Errorf("privKey.Equal(&stubKey{}) = true, want false") } }) } } func TestPrivateKeyEqualFalse(t *testing.T) { for _, inst := range []mldsa.Instance{ mldsa.MLDSA65, mldsa.MLDSA87, } { t.Run(fmt.Sprintf("%s", inst), func(t *testing.T) { paramsTink, err := mldsa.NewParameters(inst, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantTink, err) } paramsNoPrefix, err := mldsa.NewParameters(inst, mldsa.VariantNoPrefix) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantNoPrefix, err) } for _, tc := range []struct { name string privKeyBytes1 secretdata.Bytes params1 *mldsa.Parameters idRequirement1 uint32 privKeyBytes2 secretdata.Bytes params2 *mldsa.Parameters idRequirement2 uint32 }{ { name: "different private key bytes", privKeyBytes1: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params1: paramsTink, idRequirement1: 123, privKeyBytes2: secretdata.NewBytesFromData([]byte("12345678123456781234567812345679"), insecuresecretdataaccess.Token{}), params2: paramsTink, idRequirement2: 123, }, { name: "different ID requirement", privKeyBytes1: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params1: paramsTink, idRequirement1: 123, privKeyBytes2: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params2: paramsTink, idRequirement2: 456, }, { name: "different params", privKeyBytes1: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params1: paramsTink, idRequirement1: 0, privKeyBytes2: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params2: paramsNoPrefix, idRequirement2: 0, }, } { t.Run(tc.name, func(t *testing.T) { firstPrivKey, err := mldsa.NewPrivateKey(tc.privKeyBytes1, tc.idRequirement1, tc.params1) if err != nil { t.Fatalf("mldsa.NewPrivateKey(%v, %v, %v) err = %v", tc.privKeyBytes1, tc.idRequirement1, tc.params1, err) } secondPrivKey, err := mldsa.NewPrivateKey(tc.privKeyBytes2, tc.idRequirement2, tc.params2) if err != nil { t.Fatalf("mldsa.NewPrivateKey(%v, %v, %v) err = %v", tc.privKeyBytes2, tc.idRequirement2, tc.params2, err) } if firstPrivKey.Equal(secondPrivKey) { t.Errorf("firstPrivKey.Equal(secondPrivKey) = true, want false") } }) } }) } } func TestPrivateKeyKeyBytes(t *testing.T) { for _, inst := range []mldsa.Instance{ mldsa.MLDSA44, mldsa.MLDSA65, mldsa.MLDSA87, } { t.Run(fmt.Sprintf("%s", inst), func(t *testing.T) { pubKeyBytes, privKeyBytes := getTestKeyPair(t, inst) params, err := mldsa.NewParameters(inst, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters(%v) err = %v, want nil", mldsa.VariantTink, err) } pubKey, err := mldsa.NewPublicKey([]byte(pubKeyBytes), 123, params) if err != nil { t.Fatalf("mldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", []byte(pubKeyBytes), 123, params, err) } secretSeed := secretdata.NewBytesFromData([]byte(privKeyBytes), insecuresecretdataaccess.Token{}) privKey, err := mldsa.NewPrivateKeyWithPublicKey(secretSeed, pubKey) if err != nil { t.Fatalf("mldsa.NewPrivateKeyWithPublicKey(%v, %v) err = %v, want nil", secretSeed, pubKey, err) } if got, want := privKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{}), []byte(privKeyBytes); !bytes.Equal(got, want) { t.Errorf("bytes.Equal(got, want) = false, want true") } }) } } func getTestKeyPair(t *testing.T, instance mldsa.Instance) ([]byte, []byte) { t.Helper() switch instance { case mldsa.MLDSA44: pubKeyBytes, err := hex.DecodeString(pubKey44Hex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKey44Hex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return pubKeyBytes, privKeyBytes case mldsa.MLDSA65: pubKeyBytes, err := hex.DecodeString(pubKey65Hex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKey65Hex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return pubKeyBytes, privKeyBytes case mldsa.MLDSA87: pubKeyBytes, err := hex.DecodeString(pubKey87Hex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKey87Hex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return pubKeyBytes, privKeyBytes default: t.Fatalf("unsupported instance: %v", instance) } return nil, nil } func TestKeyCreator(t *testing.T) { params, err := mldsa.NewParameters(mldsa.MLDSA65, mldsa.VariantTink) if err != nil { t.Fatalf("mldsa.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", params, err) } mldsaPrivateKey, ok := key.(*mldsa.PrivateKey) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*mldsa.PrivateKey)(nil)) } idRequirement, hasIDRequirement := mldsaPrivateKey.IDRequirement() if !hasIDRequirement || idRequirement != 0x1234 { t.Errorf("mldsaPrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(mldsaPrivateKey.Parameters(), params); diff != "" { t.Errorf("mldsaPrivateKey.Parameters() diff (-want +got):\n%s", diff) } } func TestPrivateKeyCreator_Fails(t *testing.T) { paramsNoPrefix, err := mldsa.NewParameters(mldsa.MLDSA65, mldsa.VariantNoPrefix) if err != nil { t.Fatalf("mldsa.NewParameters() err = %v, want nil", err) } for _, tc := range []struct { name string params *mldsa.Parameters idRequirement uint32 }{ { name: "invalid id requirement", params: paramsNoPrefix, idRequirement: 0x1234, }, { name: "invalid parameters", params: &mldsa.Parameters{}, idRequirement: 0x1234, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.params, tc.idRequirement); err == nil { t.Errorf("keygenregistry.CreateKey(%v, %v) err = nil, want error", tc.params, tc.idRequirement) } }) } } ================================================ FILE: signature/mldsa/mldsa.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package mldsa provides ML-DSA keys and parameters definitions, and key // managers. package mldsa import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" mldsapb "github.com/tink-crypto/tink-go/v2/proto/ml_dsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func init() { if err := registry.RegisterKeyManager(legacykeymanager.NewPrivateKeyManager(signerTypeURL, signerConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func(b []byte) (proto.Message, error) { protoKey := &mldsapb.MlDsaPrivateKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("mldsa.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(verifierTypeURL, verifierConstructor, tinkpb.KeyData_ASYMMETRIC_PUBLIC, func(b []byte) (proto.Message, error) { protoKey := &mldsapb.MlDsaPublicKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("mldsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PublicKey](&publicKeySerializer{}); err != nil { panic(fmt.Sprintf("mldsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(verifierTypeURL, &publicKeyParser{}); err != nil { panic(fmt.Sprintf("mldsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](&privateKeySerializer{}); err != nil { panic(fmt.Sprintf("mldsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(signerTypeURL, &privateKeyParser{}); err != nil { panic(fmt.Sprintf("mldsa.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("mldsa.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(signerTypeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("mldsa.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PublicKey](verifierConstructor); err != nil { panic(fmt.Sprintf("mldsa.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PrivateKey](signerConstructor); err != nil { panic(fmt.Sprintf("mldsa.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("mldsa.init() failed: %v", err)) } } // RegisterPrimitiveConstructor accepts a config object and registers the // ML-DSA primitive constructors to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { if err := c.RegisterPrimitiveConstructor(reflect.TypeFor[*PrivateKey](), signerConstructor, t); err != nil { return err } return c.RegisterPrimitiveConstructor(reflect.TypeFor[*PublicKey](), verifierConstructor, t) } ================================================ FILE: signature/mldsa/mldsa_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa_test import ( "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/signature/mldsa" "github.com/tink-crypto/tink-go/v2/signature" ) func TestCreateKeysetHandleFromParameters(t *testing.T) { for _, tc := range []struct { name string instance mldsa.Instance }{ { name: "ML-DSA-44", instance: mldsa.MLDSA44, }, { name: "ML-DSA-65", instance: mldsa.MLDSA65, }, { name: "ML-DSA-87", instance: mldsa.MLDSA87, }, } { t.Run(tc.name, func(t *testing.T) { params, err := mldsa.NewParameters(tc.instance, mldsa.VariantNoPrefix) if err != nil { t.Fatalf("mldsa.NewParameters(%v, mldsa.VariantNoPrefix) err = %v, want nil", tc.instance, err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Make sure that we can sign and verify with the generated key. signer, err := signature.NewSigner(handle) if err != nil { t.Fatalf("signature.NewSigner(handle) err = %v, want nil", err) } message := []byte("message") signatureBytes, err := signer.Sign(message) if err != nil { t.Fatalf("signer.Sign(%v) err = %v, want nil", message, err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } verifier, err := signature.NewVerifier(publicHandle) if err != nil { t.Fatalf("signature.NewVerifier(handle) err = %v, want nil", err) } if err := verifier.Verify(signatureBytes, message); err != nil { t.Fatalf("verifier.Verify(%v, %v) err = %v, want nil", signatureBytes, message, err) } // Create another keyset handle from the same parameters. anotherManager := keyset.NewManager() keyID, err = anotherManager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("anotherManager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } anotherManager.SetPrimary(keyID) anotherHandle, err := anotherManager.Handle() if err != nil { t.Fatalf("anotherManager.Handle() err = %v, want nil", err) } anotherPublicHandle, err := anotherHandle.Public() if err != nil { t.Fatalf("anotherHandle.Public() err = %v, want nil", err) } // Get the primary key entry from both keyset handles. entry, err := handle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } // Make sure that keys are different. if entry.KeyID() == anotherEntry.KeyID() { t.Fatalf("entry.KeyID() = %v, want different from anotherEntry.KeyID() = %v", entry.KeyID(), anotherEntry.KeyID()) } if entry.Key().Equal(anotherEntry.Key()) { t.Fatalf("entry.Key().Equal(anotherEntry.Key()) = true, want false") } publicEntry, err := publicHandle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherPublicEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } if publicEntry.KeyID() == anotherPublicEntry.KeyID() { t.Fatalf("publicEntry.KeyID() = %v, want different from anotherPublicEntry.KeyID() = %v", publicEntry.KeyID(), anotherPublicEntry.KeyID()) } if publicEntry.Key().Equal(anotherPublicEntry.Key()) { t.Fatalf("publicEntry.Key().Equal(anotherPublicEntry.Key()) = true, want false") } // Make sure that a different generated key cannot verify the signature. anotherVerifier, err := signature.NewVerifier(anotherPublicHandle) if err != nil { t.Fatalf("signature.NewVerifier(anotherHandle) err = %v, want nil", err) } if err := anotherVerifier.Verify(signatureBytes, message); err == nil { t.Fatalf("anotherVerifier.Verify(%v, %v) err = nil, want error", signatureBytes, message) } }) } } ================================================ FILE: signature/mldsa/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" mldsapb "github.com/tink-crypto/tink-go/v2/proto/ml_dsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // publicKeyProtoVersion is the accepted [mldsapb.MldsaPublicKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. publicKeyProtoVersion = 0 // privateKeyProtoVersion is the accepted [mldsapb.MldsaPrivateKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. privateKeyProtoVersion = 0 signerTypeURL = "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey" verifierTypeURL = "type.googleapis.com/google.crypto.tink.MlDsaPublicKey" ) type publicKeySerializer struct{} var _ protoserialization.KeySerializer = (*publicKeySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func protoMlDsaInstanceFromInstance(instance Instance) (mldsapb.MlDsaInstance, error) { switch instance { case MLDSA44: return mldsapb.MlDsaInstance_ML_DSA_44, nil case MLDSA65: return mldsapb.MlDsaInstance_ML_DSA_65, nil case MLDSA87: return mldsapb.MlDsaInstance_ML_DSA_87, nil default: return mldsapb.MlDsaInstance_ML_DSA_UNKNOWN_INSTANCE, fmt.Errorf("unknown instance: %v", instance) } } func (s *publicKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { mldsaPubKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *mldsa.PublicKey", key) } if mldsaPubKey.params == nil { return nil, fmt.Errorf("invalid key: parameters are nil") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(mldsaPubKey.params.Variant()) if err != nil { return nil, err } mldsaInstance, err := protoMlDsaInstanceFromInstance(mldsaPubKey.params.Instance()) if err != nil { return nil, err } protoKey := &mldsapb.MlDsaPublicKey{ KeyValue: mldsaPubKey.KeyBytes(), Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsaInstance, }, Version: publicKeyProtoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := mldsaPubKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { mldsaPrivKey, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *mldsa.PrivateKey", key) } if mldsaPrivKey.publicKey == nil { return nil, fmt.Errorf("invalid key: public key is nil") } params := mldsaPrivKey.publicKey.params if params == nil { return nil, fmt.Errorf("invalid key: public key parameters are nil") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(params.Variant()) if err != nil { return nil, err } mldsaInstance, err := protoMlDsaInstanceFromInstance(params.Instance()) if err != nil { return nil, err } protoKey := &mldsapb.MlDsaPrivateKey{ KeyValue: mldsaPrivKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{}), PublicKey: &mldsapb.MlDsaPublicKey{ KeyValue: mldsaPrivKey.publicKey.KeyBytes(), Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsaInstance, }, Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := mldsaPrivKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type publicKeyParser struct{} var _ protoserialization.KeyParser = (*publicKeyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func instanceFromProto(instanceType mldsapb.MlDsaInstance) (Instance, error) { switch instanceType { case mldsapb.MlDsaInstance_ML_DSA_44: return MLDSA44, nil case mldsapb.MlDsaInstance_ML_DSA_65: return MLDSA65, nil case mldsapb.MlDsaInstance_ML_DSA_87: return MLDSA87, nil default: return UnknownInstance, fmt.Errorf("unsupported instance type: %v", instanceType) } } func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != verifierTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoKey := new(mldsapb.MlDsaPublicKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != publicKeyProtoVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } instance, err := instanceFromProto(protoKey.GetParams().GetMlDsaInstance()) if err != nil { return nil, err } params, err := NewParameters(instance, variant) if err != nil { return nil, err } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() return NewPublicKey(protoKey.GetKeyValue(), keyID, params) } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoKey := new(mldsapb.MlDsaPrivateKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != privateKeyProtoVersion { return nil, fmt.Errorf("private key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } instance, err := instanceFromProto(protoKey.GetPublicKey().GetParams().GetMlDsaInstance()) if err != nil { return nil, err } params, err := NewParameters(instance, variant) if err != nil { return nil, err } if protoKey.GetPublicKey().GetVersion() != publicKeyProtoVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoKey.GetPublicKey().GetVersion()) } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() publicKey, err := NewPublicKey(protoKey.GetPublicKey().GetKeyValue(), keyID, params) if err != nil { return nil, err } privateKeyBytes := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) return NewPrivateKeyWithPublicKey(privateKeyBytes, publicKey) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { mldsaParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *mldsa.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(mldsaParameters.Variant()) if err != nil { return nil, err } mldsaInstance, err := protoMlDsaInstanceFromInstance(mldsaParameters.Instance()) if err != nil { return nil, err } format := &mldsapb.MlDsaKeyFormat{ Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsaInstance, }, Version: 0, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), signerTypeURL) } format := new(mldsapb.MlDsaKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("unsupported key version: got %d, want %d", format.GetVersion(), 0) } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } instance, err := instanceFromProto(format.GetParams().GetMlDsaInstance()) if err != nil { return nil, err } params, err := NewParameters(instance, variant) if err != nil { return nil, err } return params, nil } ================================================ FILE: signature/mldsa/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "bytes" "encoding/hex" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" mldsapb "github.com/tink-crypto/tink-go/v2/proto/ml_dsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // Keys copied from Tink C++ ML-DSA proto serialization tests. privKeyHex = "84d1e8cb37e37dc5a172706588fd367a85e9b10669a791bff7a1d77c0661e379" pubKeyHex = "51a09ab1023acc98a397a0a019307fd3a3f43a8d3064197725e7fdc06d262dc92895483e" + "81254addd9e72bfedd5e3d17497e079be5bd5d162838e3eabd6bc10c3e274d8bfaeaac99" + "d1206fc20ecdb84d8ef3b3dfca8557a2218325b0de00733f7dbce7f255e50959e845d72b" + "1ffe277c87de88bc75e239352f513830e74e3999428358c884d5578aee9be53bc54ae891" + "91c758f58f43a0d03e8211270288022e01538159b071c4328882a9726c17263079ec1d98" + "19d97fd39ba770ccf283cda1e2ff20f095e74479556483f5e9af8d98f206d0825c964f21" + "5e18ccfcee6a1419b31c8d8e26e7b54fb6a87b488b8cb54e91177a431268e73f2417a3dc" + "81140fca7c69c9c20b93faba91fc42e67fd017682f5589c64cd0c3d5b5a503d7fcfbe347" + "46932cb0ccde62fdb42a6d3c8f3d493eed6625c25755b8b970b8dc6deb159930be575f23" + "7fadfe3fd1af05b6bd4297979fc3af0d4e0503030c21e78b141aa24029cfd9807893a82f" + "b33b8a91d6a8a94c67c7d380ef6a573c73be6ed605498440e23e2151ed87819b069992f2" + "f7d2b24073efebdf51d5a1e67e16f837a12b3139d4e4f7a7d5c9214da83731e08a906118" + "ee63e822da91f9ef9570538a78aa95649e5f829dc3095fbbaf31607b07d25ef7665adbde" + "4fd4ac1ddb70cbd69e80564c7a72c6e58a1a429e4aeed2bdf7177d0e057f2ccaa2acf8ae" + "ceee7fc20e609e0d6760abdbf4b5fea64e67b5620df677266b3cec53b8470e92fbbe02b1" + "969b8ffa07d2191b6402102c18ed75b441c446a36ccb7be6b39693770ecf32067208ee06" + "24ca7f6f5e702cdacaec9590a70c9a251ec977fa1fa9f8e5fe806de8acbfeb57310a721e" + "c31aa1e903bdfb220c1e7021f89c47c0698e9edf8c6c6ff20df554855058baa83f9631bd" + "31105ccbd953be038f6d23280bdd0e8506ba37da4463b2dc4a66015723ee4dfc44a9abab" + "0f19f0597e7a76848e65aa5abd00d65f96704f5e3f8a1ccc112f23d2821d0244d72eb952" + "d39ce0968c694e6e1640e76d20847fc5e2fd94574e7fa0047b4e60088d6f511224b92f56" + "a30103db1771f2dd36d9d30cf937f80a04dbe3234dd3c716ccca8cd141f92ace71fa5290" + "0e7c73874ce2e891b35081e7a4cabbdd61b3944931b5ec67744648d5a89daba3bcff0beb" + "e759817dc009e5780fbd45553b5d5e562fd94a41e00cf0c4578468871ddec77a9f7cb301" + "91dad5760974983e31488a24a412a44e885a8386fc16831b25c17edfb140ffc0112bd9ae" + "decd3976655fafc681210efe44425341fd3ee458309ae350c0b96dbc50914e4712687a9d" + "ffcfb435ab0597d5607934d4ea711ebc8feda87d8c14bebef69c7eaaa8c7742d0cdb295b" + "d25795b7737b5d30503ef5e3dfc37973aebfc1935cc8d195c9f374cdba78d0fe871ad6cc" + "fb9001ad35f9917ace444d6d448ab2b7357d61d78741d6e43b77cf6b8674d927af1aa426" + "f668d0cf0ba0fd889362eb652f73b1d1be0dc6f86f0f4d4207473da9263829a3197f894e" + "68130f1e02b2f8cbfcf24af5bb78be40e0f21220c93b53ba4a373429a8be89cfa03a24ac" + "9cedacc0c378adf9e1f0107908254f7bb61afc81ca53f2d7c76972b8dea425f04bca595d" + "a60ddffa49d00f70eeb8af13e35887bdc760beeda66baecf93a465375774ac50b2462d73" + "2e6736c3de8733760fb583514ea32b74e097c8052fa089490b47170d2ece6ba39aca9cef" + "939e582ab792679e82e3b9d8593193b2aa8ff11d4806da28bda27429a5c5a9d264986eec" + "1cffafac707070a648096beff100c5890a7280eb71890f225c44025f17a51bc72b329f4c" + "b7f1cae3b2561fc525e340cb8b86b545de4335aa45d9468e4b6e9c5b459eb0abc1c79523" + "29e7b19e5ad83722d2dec2233b308b55a3c8af2dfd3f21accb28112dd05297cc934e963c" + "c08fad897c32e223742052ac50f993b8de5d7966a32ab5a2107fbe0da9c09ebbd9c66b86" + "e4286977976dd7539d34f7960bc94d7ccff98825dabdf51af3aed87f8653e71a5f19a635" + "c54ef00d8e097d91e686d144fd6e9840d72c6c87d4acf497696f3ac91a94ddc6f88bd11d" + "8c6a1bc209118ccabf565b82a3b6226440fd3b2eb9825128428c142ff7955d2c9c902a2c" + "936db386b1c390440e32d1939256804b5c032368751a11bfa8be1742c4c44e32edc6ab2b" + "00c519831c8e8ebcd0de15d0d752a3dc4b1845d5bfcf7b958aefa415241c05edcbb07a0c" + "7dffdb7780576e4dd5ef564437a880567f07f6d0606aab2e8e71de453fdeb9469fa3fa79" + "bc32218c01f6f7394969706b950afdd7afbcea0e0266ea4d5da76a96cd9970b014a8f35b" + "fb30b255c938bc72c57cfe177932243a92b7e013847bafee10bc262dd77ffdd0d979c57c" + "31a00a3cbcbff215212cdf407d45c9290ca894fa7f8b0792a8103d045ba9007e23823fe3" + "efe264664b644fd92d7227d085494eb29acd1a619d1c7a6ee0ec0e083459d1986be6c426" + "c57004298701825768b95477a9c279be47869b11d1568423c39e789862d15d3014239ec6" + "15a1aa39e92e6a1c062fee26582675576b88a1fe4bed76e15d9f5fe4cf36b549220bb32d" + "dc64400c6e0d99e39e47d9feca3f39d418c88e48b950b7fab7a36c7301e42c97e49d0a99" + "812eaa10c3bb60e2e15e987d4009cf9468e28de331ba4d66103ef9b644d89a72300cc1e4" + "012617a8bd4a4f958451da83bb8a64b2f09a8d5ac898693db9c36a92ab0530042d41111d" + "5c1df76e8722a7cf" privKeyHex44 = "dddaccfaa05b0332b3fd7269c7d42de6cbe370735431f735346ccb6be7ad3174" pubKeyHex44 = "6e17b61b6c7881ab6d39ee703ab4ab4888d2134e54bb0195bfd0573c03d60bb8445" + "f3a2045029da4fef83f7c55869c46d73dd641bc81baf1e713cdeec5116f24338a565c4a54d9d7acf" + "4413ea505e00f294e48b1c7f9a391d2f070a6a741f12c0ed605a3e9ac6bcb5b5819703b17dcd331f" + "08d987d50e2aa0df091c1a182ddd5ffd19a2b9ef27a5355d962229aa9451397569917e3325b44a7f" + "040f6fbea8e69dbcf42d2d0b7af204368ebed1ba6be5ecb503a8d8bd3325dcc8dbf07b64ea9884b1" + "14f394cc17dcf4f80c58c1dced81a3f8ef8f201605e5f3306d436e9697a68a2b62a3fc5478e7113a" + "070f5aa69385a8076d522652d6926b114838cb2e5578edba7488c1cfeabe41fdcf477aecf74755d1" + "a67384c896e22a22f1106e0a1684838642afb76c3ebee45f48139fcef99afc885b2a51b519a3d598" + "04b6a1a6a7077edd82705d1551bf12a215ef7053b57d2789f532ef1d5736ab088629cc09f536030c" + "db4b89b2bdf547b874913cc5d62fcf98f1e537e4252315a3768710972a14066f12cc01548bd9de6a" + "59425b161d1441d3f6c2abafef11e8f35756d27a7754004e449a95eb698dc66463bfe3b3f8ca47e7" + "340e10b69b42b105b39d9dced186d09595e9d65ce6227c039c8c6c6f9e45d17d5a2834b073e4b7cf" + "0f1ce12a9453da2ba3ebb5bc0ffac14243af76517ad7d6fbd319c54391334e97d899b04bc91a31ad" + "ad7cc7a056b5987fbc818075966814776aefca64381b1d3c5d01e933dc354f63bb79d9aafec70927" + "972cbf9252b96e2b02770b6c4956021a6e1552ac0258d4245e1f9de76e523377d87d57ba7d8f442a" + "b52b86f180040d47b8620feeaed7d543b0f38af35127013e5e8a32813f3eb7182ab3b154734b48ff" + "d31fda285873312b59713b59d1bdce3147237b9ccbdd0a9e1394f02c3636b4739d00f2251572d455" + "d8ffb45d43270e42c132f96e99cfac1186e4bb27cd0510536d742f7394259207f332a2df9a7740be" + "bf66c03bbe5380c0c2daa1c736c4b0c938ed12884464d6f069d9cff3e3e8cc93fea8f5e2c707e53d" + "24f2d2a69623a23a456447aad4bbeab468949c8006facd119c0c3ce6f4166495b5d10395d6c55adf" + "87a08c379110e0811899eb97fb6168633a487db9ffa3a3dcf6bad9870493731acc4d4ba3280c197d" + "7ce2f550294349ff8d5ba196ac50f45f9c6a62fcaede31f9068a90830e89f50cd5b11adc90cefc3a" + "33a96e03400346e595866fad098b5e001a3cf7579b45da72aae543c7cfb4a78aded527aa266b98f4" + "ce11038bb50698d02407c4a698bf502d4222c912d90462a4cea4abf2b4434fa0f72687dcad38e432" + "92b843da6273cdf2da4f430253b99bdd39b2913416ff13c366387db72738061d3269c4c3bb5518ea" + "53da32112d0681f750772cc517b48263e44348a2575c745eb1fa43c44a3c19ae2e2b373c6d048849" + "df1b9f09ea59167b07d8611e96d7d297a55ae13ec4f82c825d661607b39b5f820b9be55e5f0b28e2" + "8b064f8faf5117eb462588e91003c0fed30d313fc4ef996f7598946714e2849580510c1496c91821" + "bf16c7329c6cba46a013e40e2a5c0f9e8cd3e6830641ce8013212aa7bea6e9073c138bec6b781445" + "8cc16b78b8a84fcee22c18b73976b11b22749bab5852411de427b0abbce118a0f204289ad0983bce" + "87f99dea31e7172774ad3827c85165bf68aee7a983558aaa2792ddbc95bc748d4af646991ceda2b0" + "95c0f35bcc0e45e8608f71cfc69fc01170b6f9c7c83adda58d3efcc340a67d54ca9f0099f999cce4" + "2947499253bf798b5207c03f3c44c41da57f06ba761e029e1c768f2d77034552e2ae2a67fc956" ) func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParsePublicKeyFails(t *testing.T) { keyBytes, err := hex.DecodeString(pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } protoPublicKey := mldsapb.MlDsaPublicKey{ KeyValue: keyBytes, Version: publicKeyProtoVersion, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, } serializedProtoPublicKey, err := proto.Marshal(&protoPublicKey) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey) err = %v, want nil", err) } protoPublicKeyWithWrongPrivateKeyVersion := mldsapb.MlDsaPublicKey{ KeyValue: keyBytes, Version: publicKeyProtoVersion + 1, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, } serializedProtoPublicKeyWithWrongVersion, err := proto.Marshal(&protoPublicKeyWithWrongPrivateKeyVersion) if err != nil { t.Fatalf("proto.Marshal(protoPublicKeyWithWrongPrivateKeyVersion) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKeyWithWrongVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} if _, err = p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } }) } } func TestParsePublicKey(t *testing.T) { keyBytes, err := hex.DecodeString(pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } protoPublicKey := mldsapb.MlDsaPublicKey{ KeyValue: keyBytes, Version: publicKeyProtoVersion, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, } serializedProtoPublicKey, err := proto.Marshal(&protoPublicKey) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey) err = %v, want nil", err) } keyBytes44, err := hex.DecodeString(pubKeyHex44) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex44) err = %v, want nil", err) } protoPublicKey44 := mldsapb.MlDsaPublicKey{ KeyValue: keyBytes44, Version: publicKeyProtoVersion, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_44, }, } serializedProtoPublicKey44, err := proto.Marshal(&protoPublicKey44) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey44) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantVariant Variant wantInstance Instance protoKey *mldsapb.MlDsaPublicKey }{ { name: "ML-DSA-65 key with TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: VariantTink, wantInstance: MLDSA65, protoKey: &protoPublicKey, }, { name: "ML-DSA-65 key with RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: VariantNoPrefix, wantInstance: MLDSA65, protoKey: &protoPublicKey, }, { name: "ML-DSA-44 key with TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey44, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: VariantTink, wantInstance: MLDSA44, protoKey: &protoPublicKey44, }, { name: "ML-DSA-44 key with RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey44, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: VariantNoPrefix, wantInstance: MLDSA44, protoKey: &protoPublicKey44, }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } wantParams, err := NewParameters(tc.wantInstance, tc.wantVariant) if err != nil { t.Fatalf("NewParameters(%v, %v) err = %v, want nil", tc.wantInstance, tc.wantVariant, err) } idRequirement, _ := tc.keySerialization.IDRequirement() wantKey, err := NewPublicKey(tc.protoKey.GetKeyValue(), idRequirement, wantParams) if err != nil { t.Fatalf("NewPublicKey(%v, %v, %v) err = %v, want nil", tc.protoKey.GetKeyValue(), idRequirement, wantParams, err) } if !gotKey.Equal(wantKey) { t.Errorf("%v.Equal(%v) = false, want true", gotKey, wantKey) } // Test serialization returns back tc.keySerialization. s := publicKeySerializer{} keySerialization, err := s.SerializeKey(gotKey) if err != nil { t.Fatalf("s.SerializeKey(gotKey) err = %v, want nil", err) } if got, want := keySerialization, tc.keySerialization; !got.Equal(want) { t.Errorf("s.SerializeKey(gotKey) = %v, want %v", got, want) } }) } } type testParams struct{} func (p *testParams) HasIDRequirement() bool { return true } func (p *testParams) Equal(params key.Parameters) bool { return true } type testKey struct{} func (k *testKey) Parameters() key.Parameters { return &testParams{} } func (k *testKey) Equal(other key.Key) bool { return true } func (k *testKey) IDRequirement() (uint32, bool) { return 123, true } func TestSerializePublicKeyFails(t *testing.T) { for _, tc := range []struct { name string publicKey key.Key }{ { name: "nil public key", publicKey: nil, }, { name: "invalid public key", publicKey: &PublicKey{}, }, { name: "incorrect key type", publicKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &publicKeySerializer{} if _, err := s.SerializeKey(tc.publicKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } }) } } func mustCreatePublicKey(t *testing.T, instance Instance, keyBytes []byte, idRequirement uint32, variant Variant) *PublicKey { t.Helper() params, err := NewParameters(instance, variant) if err != nil { t.Fatalf("NewParameters(%v, %v) err = %v, want nil", instance, variant, err) } pubKey, err := NewPublicKey(keyBytes, idRequirement, params) if err != nil { t.Fatalf("NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, idRequirement, params, err) } return pubKey } func TestSerializePublicKey(t *testing.T) { keyBytes, err := hex.DecodeString(pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } protoPublicKey := mldsapb.MlDsaPublicKey{ KeyValue: keyBytes, Version: publicKeyProtoVersion, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, } serializedProtoPublicKey, err := proto.Marshal(&protoPublicKey) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey) err = %v, want nil", err) } keyBytes44, err := hex.DecodeString(pubKeyHex44) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex44) err = %v, want nil", err) } protoPublicKey44 := mldsapb.MlDsaPublicKey{ KeyValue: keyBytes44, Version: publicKeyProtoVersion, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_44, }, } serializedProtoPublicKey44, err := proto.Marshal(&protoPublicKey44) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey44) err = %v, want nil", err) } for _, tc := range []struct { name string publicKey key.Key want *protoserialization.KeySerialization }{ { name: "ML-DSA-65 Public key with TINK output prefix type", publicKey: mustCreatePublicKey(t, MLDSA65, keyBytes, 12345, VariantTink), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "ML-DSA-65 Public key with RAW output prefix type", publicKey: mustCreatePublicKey(t, MLDSA65, keyBytes, 0, VariantNoPrefix), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "ML-DSA-44 Public key with TINK output prefix type", publicKey: mustCreatePublicKey(t, MLDSA44, keyBytes44, 12345, VariantTink), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey44, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "ML-DSA-44 Public key with RAW output prefix type", publicKey: mustCreatePublicKey(t, MLDSA44, keyBytes44, 0, VariantNoPrefix), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey44, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { s := &publicKeySerializer{} got, err := s.SerializeKey(tc.publicKey) if err != nil { t.Fatalf("s.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } if !got.Equal(tc.want) { t.Errorf("s.SerializeKey(%v) = %v, want %v", tc.publicKey, got, tc.want) } }) } } func getTestKeyPair(t *testing.T) ([]byte, []byte) { t.Helper() pubKeyBytes, err := hex.DecodeString(pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeyHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return pubKeyBytes, privKeyBytes } func TestParsePrivateKeyFails(t *testing.T) { pubKeyBytes, privKeyBytes := getTestKeyPair(t) protoPrivateKey := &mldsapb.MlDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &mldsapb.MlDsaPublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, }, Version: publicKeyProtoVersion, } serializedProtoPrivateKey, err := proto.Marshal(protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKey, err) } protoPublicKeyWithWrongPrivateKeyVersion := &mldsapb.MlDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &mldsapb.MlDsaPublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, }, Version: privateKeyProtoVersion + 1, } serializedProtoPrivateKeyWithWrongPrivateKeyVersion, err := proto.Marshal(protoPublicKeyWithWrongPrivateKeyVersion) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPublicKeyWithWrongPrivateKeyVersion, err) } protoPrivateKeyWithWrongPublicKeyVersion := &mldsapb.MlDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &mldsapb.MlDsaPublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion + 1, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, }, Version: privateKeyProtoVersion, } serializedProtoPrivateKeyWithWrongPublicKeyVersion, err := proto.Marshal(protoPrivateKeyWithWrongPublicKeyVersion) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKeyWithWrongPublicKeyVersion, err) } otherPubKeyBytes := bytes.Clone(pubKeyBytes) otherPubKeyBytes[0] = 0x99 protoPrivateKeyWithWrongPublicKeyBytes := &mldsapb.MlDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &mldsapb.MlDsaPublicKey{ KeyValue: otherPubKeyBytes, Version: publicKeyProtoVersion, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, }, Version: privateKeyProtoVersion, } serializedProtoPrivateKeyWithWrongPublicKeyBytes, err := proto.Marshal(protoPrivateKeyWithWrongPublicKeyBytes) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKeyWithWrongPublicKeyBytes, err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 12345), }, { name: "wrong private key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong private key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: serializedProtoPrivateKeyWithWrongPrivateKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: serializedProtoPrivateKeyWithWrongPublicKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key bytes", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: serializedProtoPrivateKeyWithWrongPublicKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} if _, err = p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } }) } } func TestParsePrivateKey(t *testing.T) { pubKeyBytes, privKeyBytes := getTestKeyPair(t) protoPrivateKey := mldsapb.MlDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &mldsapb.MlDsaPublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, }, Version: publicKeyProtoVersion, } serializedProtoPrivateKey, err := proto.Marshal(&protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(protoPrivateKey) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantVariant Variant }{ { name: "key with TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: VariantTink, }, { name: "key with RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", tc.keySerialization, err) } wantParams, err := NewParameters(MLDSA65, tc.wantVariant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.wantVariant, err) } idRequirement, _ := tc.keySerialization.IDRequirement() privateKeyBytes := secretdata.NewBytesFromData(protoPrivateKey.GetKeyValue(), insecuresecretdataaccess.Token{}) wantKey, err := NewPrivateKey(privateKeyBytes, idRequirement, wantParams) if err != nil { t.Fatalf("NewPrivateKey(%v, %v, %v) err = %v, want nil", privateKeyBytes, idRequirement, wantParams, err) } if !gotKey.Equal(wantKey) { t.Errorf("%v.Equal(%v) = false, want true", gotKey, wantKey) } // Test serialization returns back tc.keySerialization. s := privateKeySerializer{} keySerialization, err := s.SerializeKey(gotKey) if err != nil { t.Fatalf("s.SerializeKey(gotKey) err = %v, want nil", err) } if got, want := keySerialization, tc.keySerialization; !got.Equal(want) { t.Errorf("s.SerializeKey(gotKey) = %v, want %v", got, want) } }) } } func TestSerializePrivateKeyFails(t *testing.T) { for _, tc := range []struct { name string privateKey key.Key }{ { name: "nil private key", privateKey: nil, }, { name: "invlid private key", privateKey: &PrivateKey{}, }, { name: "incorrect key type", privateKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &privateKeySerializer{} if _, err := s.SerializeKey(tc.privateKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } }) } } func mustCreatePrivateKey(t *testing.T, instance Instance, keyBytes secretdata.Bytes, idRequirement uint32, variant Variant) *PrivateKey { t.Helper() params, err := NewParameters(instance, variant) if err != nil { t.Fatalf("NewParameters(%v, %v) err = %v, want nil", instance, variant, err) } pubKey, err := NewPrivateKey(keyBytes, idRequirement, params) if err != nil { t.Fatalf("NewPrivateKey(%v, %v, %v) err = %v, want nil", keyBytes, idRequirement, params, err) } return pubKey } func TestSerializePrivateKey(t *testing.T) { pubKeyBytes, privKeyBytes := getTestKeyPair(t) protoPrivateKey := mldsapb.MlDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &mldsapb.MlDsaPublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, }, Version: publicKeyProtoVersion, } serializedProtoPrivateKey, err := proto.Marshal(&protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(protoPrivateKey) err = %v, want nil", err) } privateKeyBytes := secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}) pubKeyBytes44, err := hex.DecodeString(pubKeyHex44) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex44) err = %v, want nil", err) } privKeyBytes44, err := hex.DecodeString(privKeyHex44) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex44) err = %v, want nil", err) } protoPrivateKey44 := mldsapb.MlDsaPrivateKey{ KeyValue: privKeyBytes44, PublicKey: &mldsapb.MlDsaPublicKey{ KeyValue: pubKeyBytes44, Version: publicKeyProtoVersion, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_44, }, }, Version: publicKeyProtoVersion, } serializedProtoPrivateKey44, err := proto.Marshal(&protoPrivateKey44) if err != nil { t.Fatalf("proto.Marshal(protoPrivateKey44) err = %v, want nil", err) } privateKeyBytes44 := secretdata.NewBytesFromData(privKeyBytes44, insecuresecretdataaccess.Token{}) for _, tc := range []struct { name string privateKey *PrivateKey want *protoserialization.KeySerialization }{ { name: "ML-DSA-65 Private key with TINK output prefix type", privateKey: mustCreatePrivateKey(t, MLDSA65, privateKeyBytes, 12345, VariantTink), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "ML-DSA-65 Private key with RAW output prefix type", privateKey: mustCreatePrivateKey(t, MLDSA65, privateKeyBytes, 0, VariantNoPrefix), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), }, { name: "ML-DSA-44 Private key with TINK output prefix type", privateKey: mustCreatePrivateKey(t, MLDSA44, privateKeyBytes44, 12345, VariantTink), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: serializedProtoPrivateKey44, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "ML-DSA-44 Private key with RAW output prefix type", privateKey: mustCreatePrivateKey(t, MLDSA44, privateKeyBytes44, 0, VariantNoPrefix), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", Value: serializedProtoPrivateKey44, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { s := &privateKeySerializer{} got, err := s.SerializeKey(tc.privateKey) if err != nil { t.Fatalf("s.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } if !got.Equal(tc.want) { t.Errorf("s.SerializeKey(%v) = %v, want %v", tc.privateKey, got, tc.want) } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "empty parameters", parameters: &Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} if _, err := serializer.Serialize(tc.parameters); err == nil { t.Errorf("serializer.Serialize(%v) err = nil, want error", tc.parameters) } }) } } func TestSerializeParameters(t *testing.T) { format65 := &mldsapb.MlDsaKeyFormat{ Version: 0, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, } serializedFormat65, err := proto.Marshal(format65) if err != nil { t.Fatalf("proto.Marshal(format65) err = %v, want nil", err) } format44 := &mldsapb.MlDsaKeyFormat{ Version: 0, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_44, }, } serializedFormat44, err := proto.Marshal(format44) if err != nil { t.Fatalf("proto.Marshal(format44) err = %v, want nil", err) } for _, tc := range []struct { name string parameters key.Parameters want *tinkpb.KeyTemplate }{ { name: "ML-DSA-65 parameters with TINK variant", parameters: &Parameters{ instance: MLDSA65, variant: VariantTink, }, want: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: serializedFormat65, }, }, { name: "ML-DSA-65 parameters with NO_PREFIX variant", parameters: &Parameters{ instance: MLDSA65, variant: VariantNoPrefix, }, want: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat65, }, }, { name: "ML-DSA-44 parameters with TINK variant", parameters: &Parameters{ instance: MLDSA44, variant: VariantTink, }, want: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: serializedFormat44, }, }, { name: "ML-DSA-44 parameters with NO_PREFIX variant", parameters: &Parameters{ instance: MLDSA44, variant: VariantNoPrefix, }, want: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat44, }, }, } { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.want, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { format65 := &mldsapb.MlDsaKeyFormat{ Version: 0, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, } serializedFormat65, err := proto.Marshal(format65) if err != nil { t.Fatalf("proto.Marshal(format65) err = %v, want nil", err) } format44 := &mldsapb.MlDsaKeyFormat{ Version: 0, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_44, }, } serializedFormat44, err := proto.Marshal(format44) if err != nil { t.Fatalf("proto.Marshal(format44) err = %v, want nil", err) } for _, tc := range []struct { name string want key.Parameters template *tinkpb.KeyTemplate }{ { name: "ML-DSA-65 parameters with TINK variant", want: &Parameters{ instance: MLDSA65, variant: VariantTink, }, template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: serializedFormat65, }, }, { name: "ML-DSA-65 parameters with NO_PREFIX variant", want: &Parameters{ instance: MLDSA65, variant: VariantNoPrefix, }, template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat65, }, }, { name: "ML-DSA-44 parameters with TINK variant", want: &Parameters{ instance: MLDSA44, variant: VariantTink, }, template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: serializedFormat44, }, }, { name: "ML-DSA-44 parameters with NO_PREFIX variant", want: &Parameters{ instance: MLDSA44, variant: VariantNoPrefix, }, template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat44, }, }, } { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.template) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.template, err) } if diff := cmp.Diff(tc.want, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.template, diff) } }) } } func mustMarshal(t *testing.T, format proto.Message) []byte { t.Helper() serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(format) err = %v, want nil", err) } return serializedFormat } func TestParseParametersFails(t *testing.T) { for _, tc := range []struct { name string template *tinkpb.KeyTemplate }{ { name: "invalid output prefix type", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, Value: mustMarshal(t, &mldsapb.MlDsaKeyFormat{ Version: 0, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, }), }, }, { name: "invalid version", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &mldsapb.MlDsaKeyFormat{ Version: 1, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, }), }, }, { name: "invalid value", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: []byte("invalid_value"), }, }, { name: "invalid instance", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &mldsapb.MlDsaKeyFormat{ Version: 0, Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_UNKNOWN_INSTANCE, }, }), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.template); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.template) } }) } } ================================================ FILE: signature/mldsa/signer.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "fmt" "slices" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/signature/mldsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // signer is an implementation of [tink.Signer] for ML-DSA. type signer struct { secretKey *mldsa.SecretKey prefix []byte variant Variant } var _ tink.Signer = (*signer)(nil) func mldsaSecretKeyFromPrivateKey(privateKey *PrivateKey) (*mldsa.SecretKey, error) { switch privateKey.publicKey.params.Instance() { case MLDSA44: return mldsa.MLDSA44.DecodeSecretKey(privateKey.expandedKeyBytes.Data(insecuresecretdataaccess.Token{})) case MLDSA65: return mldsa.MLDSA65.DecodeSecretKey(privateKey.expandedKeyBytes.Data(insecuresecretdataaccess.Token{})) case MLDSA87: return mldsa.MLDSA87.DecodeSecretKey(privateKey.expandedKeyBytes.Data(insecuresecretdataaccess.Token{})) default: return &mldsa.SecretKey{}, fmt.Errorf("invalid instance: %v", privateKey.publicKey.params.Instance()) } } // NewSigner creates a new [tink.Signer] for ML-DSA. // // This is an internal API. func NewSigner(privateKey *PrivateKey, _ internalapi.Token) (tink.Signer, error) { secretKey, err := mldsaSecretKeyFromPrivateKey(privateKey) if err != nil { return nil, err } return &signer{ secretKey: secretKey, prefix: privateKey.OutputPrefix(), variant: privateKey.publicKey.params.Variant(), }, nil } // Sign computes a signature for the given data. // // If the key has a prefix, the signature will be prefixed with the output // prefix. func (e *signer) Sign(data []byte) ([]byte, error) { r, err := e.secretKey.Sign(data, nil) if err != nil { return nil, err } return slices.Concat(e.prefix, r), nil } func signerConstructor(key key.Key) (any, error) { that, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is not a %T", (*PrivateKey)(nil)) } return NewSigner(that, internalapi.Token{}) } ================================================ FILE: signature/mldsa/signer_key_manager_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa_test import ( "bytes" "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/signature/mldsa" "github.com/tink-crypto/tink-go/v2/secretdata" tinkmldsa "github.com/tink-crypto/tink-go/v2/signature/mldsa" "github.com/tink-crypto/tink-go/v2/tink" mldsapb "github.com/tink-crypto/tink-go/v2/proto/ml_dsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestSignerKeyManagerGetPrimitiveBasic(t *testing.T) { for _, tc := range []struct { name string instance tinkmldsa.Instance }{ { name: "ML-DSA-44", instance: tinkmldsa.MLDSA44, }, { name: "ML-DSA-65", instance: tinkmldsa.MLDSA65, }, { name: "ML-DSA-87", instance: tinkmldsa.MLDSA87, }, } { t.Run(tc.name, func(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.MlDsaPrivateKey") if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", "type.googleapis.com/google.crypto.tink.MlDsaPrivateKey", err) } params, err := tinkmldsa.NewParameters(tc.instance, tinkmldsa.VariantNoPrefix) if err != nil { t.Fatalf("tinkmldsa.NewParameters(%v) err = %v, want nil", tinkmldsa.VariantNoPrefix, err) } _, privateKeyBytes := getTestKeyPair(t, tc.instance) privateKey, err := tinkmldsa.NewPrivateKey(secretdata.NewBytesFromData(privateKeyBytes, insecuresecretdataaccess.Token{}), 0, params) if err != nil { t.Fatalf("tinkmldsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", privateKeyBytes, 0, params, err) } keySerialization, err := protoserialization.SerializeKey(privateKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", privateKey, err) } p, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) err = %v, want nil", err) } s, ok := p.(tink.Signer) if !ok { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) = %T, want %T", p, (tink.Signer)(nil)) } pubKey, err := privateKey.PublicKey() if err != nil { t.Fatalf("privateKey.PublicKey() err = %v, want nil", err) } actualPubKey, ok := pubKey.(*tinkmldsa.PublicKey) if !ok { t.Fatalf("not a *tinkmldsa.PublicKey: %v", pubKey) } v, err := tinkmldsa.NewVerifier(actualPubKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkmldsa.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", actualPubKey, err) } message := []byte("message") got, err := s.Sign(message) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", message, err) } if err := v.Verify(got, message); err != nil { t.Errorf("v.Verify(%x, %x) err = %v, want nil", got, message, err) } }) } } func TestSignerKeyManagerGetPrimitiveWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.MlDsaPrivateKey") if err != nil { t.Errorf("cannot obtain MLDSASigner key manager: %s", err) } // invalid version for _, tc := range []struct { name string instance mldsapb.MlDsaInstance }{ { name: "ML-DSA-44", instance: mldsapb.MlDsaInstance_ML_DSA_44, }, { name: "ML-DSA-65", instance: mldsapb.MlDsaInstance_ML_DSA_65, }, { name: "ML-DSA-87", instance: mldsapb.MlDsaInstance_ML_DSA_87, }, } { t.Run(tc.name, func(t *testing.T) { key := newMLDSAPrivateKey(tc.instance) key.Version = 1 serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("expect an error when version is invalid") } // nil input if _, err := km.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } if _, err := km.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty slice") } }) } } func TestSignerKeyManagerNewKeyDataBasic(t *testing.T) { for _, tc := range []struct { name string instance mldsapb.MlDsaInstance }{ { name: "ML-DSA-44", instance: mldsapb.MlDsaInstance_ML_DSA_44, }, { name: "ML-DSA-65", instance: mldsapb.MlDsaInstance_ML_DSA_65, }, { name: "ML-DSA-87", instance: mldsapb.MlDsaInstance_ML_DSA_87, }, } { t.Run(tc.name, func(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.MlDsaPrivateKey") if err != nil { t.Errorf("cannot obtain MLDSASigner key manager: %s", err) } keyFormat := &mldsapb.MlDsaKeyFormat{ Version: 0, Params: &mldsapb.MlDsaParams{ MlDsaInstance: tc.instance, }, } serializedFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } tmp, err := km.NewKeyData(serializedFormat) if err != nil { t.Errorf("unexpected error: %s", err) } var key mldsapb.MlDsaPrivateKey if err := proto.Unmarshal(tmp.Value, &key); err != nil { t.Errorf("unexpected error: %s", err) } if err := validateMLDSAPrivateKey(tc.instance, &key); err != nil { t.Errorf("invalid private key in test case: %s", err) } }) } } func TestSignerKeyManagerPublicKeyDataBasic(t *testing.T) { for _, tc := range []struct { name string instance mldsapb.MlDsaInstance }{ { name: "ML-DSA-44", instance: mldsapb.MlDsaInstance_ML_DSA_44, }, { name: "ML-DSA-65", instance: mldsapb.MlDsaInstance_ML_DSA_65, }, { name: "ML-DSA-87", instance: mldsapb.MlDsaInstance_ML_DSA_87, }, } { t.Run(tc.name, func(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.MlDsaPrivateKey") if err != nil { t.Errorf("cannot obtain MLDSASigner key manager: %s", err) } pkm, ok := km.(registry.PrivateKeyManager) if !ok { t.Errorf("cannot obtain private key manager") } key := newMLDSAPrivateKey(tc.instance) serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } pubKeyData, err := pkm.PublicKeyData(serializedKey) if err != nil { t.Errorf("unexpect error in test case: %s ", err) } if pubKeyData.TypeUrl != "type.googleapis.com/google.crypto.tink.MlDsaPublicKey" { t.Errorf("incorrect type url: %s", pubKeyData.TypeUrl) } if pubKeyData.KeyMaterialType != tinkpb.KeyData_ASYMMETRIC_PUBLIC { t.Errorf("incorrect key material type: %d", pubKeyData.KeyMaterialType) } pubKey := new(mldsapb.MlDsaPublicKey) if err = proto.Unmarshal(pubKeyData.Value, pubKey); err != nil { t.Errorf("invalid public key: %s", err) } }) } } func TestSignerKeyManagerPublicKeyDataWithInvalidInput(t *testing.T) { for _, tc := range []struct { name string instance mldsapb.MlDsaInstance }{ { name: "ML-DSA-44", instance: mldsapb.MlDsaInstance_ML_DSA_44, }, { name: "ML-DSA-65", instance: mldsapb.MlDsaInstance_ML_DSA_65, }, { name: "ML-DSA-87", instance: mldsapb.MlDsaInstance_ML_DSA_87, }, } { t.Run(tc.name, func(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.MlDsaPrivateKey") if err != nil { t.Errorf("cannot obtain MLDSASigner key manager: %s", err) } pkm, ok := km.(registry.PrivateKeyManager) if !ok { t.Errorf("cannot obtain private key manager") } // modified key key := newMLDSAPrivateKey(tc.instance) serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } serializedKey[0] = 0 if _, err := pkm.PublicKeyData(serializedKey); err == nil { t.Errorf("expect an error when input is a modified serialized key") } // invalid with a single byte if _, err := pkm.PublicKeyData([]byte{42}); err == nil { t.Errorf("expect an error when input is an empty slice") } }) } } func newMLDSAPrivateKey(instance mldsapb.MlDsaInstance) *mldsapb.MlDsaPrivateKey { switch instance { case mldsapb.MlDsaInstance_ML_DSA_44: public, private := mldsa.MLDSA44.KeyGen() publicProto := &mldsapb.MlDsaPublicKey{ Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_44, }, Version: 0, KeyValue: public.Encode(), } seed := private.Seed() return &mldsapb.MlDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: seed[:], } case mldsapb.MlDsaInstance_ML_DSA_65: public, private := mldsa.MLDSA65.KeyGen() publicProto := &mldsapb.MlDsaPublicKey{ Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_65, }, Version: 0, KeyValue: public.Encode(), } seed := private.Seed() return &mldsapb.MlDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: seed[:], } case mldsapb.MlDsaInstance_ML_DSA_87: public, private := mldsa.MLDSA87.KeyGen() publicProto := &mldsapb.MlDsaPublicKey{ Params: &mldsapb.MlDsaParams{ MlDsaInstance: mldsapb.MlDsaInstance_ML_DSA_87, }, Version: 0, KeyValue: public.Encode(), } seed := private.Seed() return &mldsapb.MlDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: seed[:], } default: panic(fmt.Sprintf("Unsupported MLDSA instance: %v", instance)) } } func validateMLDSAPrivateKey(instance mldsapb.MlDsaInstance, key *mldsapb.MlDsaPrivateKey) error { if key.Version != 0 { return fmt.Errorf("incorrect private key's version: expect %d, got %d", 0, key.Version) } publicKey := key.PublicKey if publicKey.Version != 0 { return fmt.Errorf("incorrect public key's version: expect %d, got %d", 0, key.Version) } var pub *mldsa.PublicKey var seedBytes [mldsa.SecretKeySeedSize]byte copy(seedBytes[:], key.KeyValue) switch instance { case mldsapb.MlDsaInstance_ML_DSA_44: pub, _ = mldsa.MLDSA44.KeyGenFromSeed(seedBytes) case mldsapb.MlDsaInstance_ML_DSA_65: pub, _ = mldsa.MLDSA65.KeyGenFromSeed(seedBytes) case mldsapb.MlDsaInstance_ML_DSA_87: pub, _ = mldsa.MLDSA87.KeyGenFromSeed(seedBytes) default: return fmt.Errorf("unsupported instance: %v", instance) } pubEncoded := pub.Encode() if !bytes.Equal(pubEncoded, publicKey.KeyValue) { return fmt.Errorf("incorrect public key's key value: expect %x, got %x", pubEncoded, publicKey.KeyValue) } return nil } ================================================ FILE: signature/mldsa/signer_verifier_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa_test import ( "fmt" "slices" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" tinkmldsa "github.com/tink-crypto/tink-go/v2/signature/mldsa" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestSignVerifyManager(t *testing.T) { message := random.GetRandomBytes(20) for _, tc := range []struct { name string instance tinkmldsa.Instance variant tinkmldsa.Variant idRequirement uint32 }{ { name: "TINK ML-DSA-44", instance: tinkmldsa.MLDSA44, variant: tinkmldsa.VariantTink, idRequirement: uint32(0x01020304), }, { name: "TINK ML-DSA-65", instance: tinkmldsa.MLDSA65, variant: tinkmldsa.VariantTink, idRequirement: uint32(0x01020304), }, { name: "TINK ML-DSA-87", instance: tinkmldsa.MLDSA87, variant: tinkmldsa.VariantTink, idRequirement: uint32(0x01020304), }, { name: "RAW ML-DSA-44", instance: tinkmldsa.MLDSA44, variant: tinkmldsa.VariantNoPrefix, idRequirement: uint32(0), }, { name: "RAW ML-DSA-65", instance: tinkmldsa.MLDSA65, variant: tinkmldsa.VariantNoPrefix, idRequirement: uint32(0), }, { name: "RAW ML-DSA-87", instance: tinkmldsa.MLDSA87, variant: tinkmldsa.VariantNoPrefix, idRequirement: uint32(0), }, } { t.Run(tc.name, func(t *testing.T) { params, err := tinkmldsa.NewParameters(tc.instance, tc.variant) if err != nil { t.Fatalf("tinkmldsa.NewParameters(%v) err = %v, want nil", tc.variant, err) } publicKeyBytes, privateKeyBytes := getTestKeyPair(t, tc.instance) publicKey, err := tinkmldsa.NewPublicKey(publicKeyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("tinkmldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", publicKeyBytes, tc.idRequirement, params, err) } privateKey, err := tinkmldsa.NewPrivateKey(secretdata.NewBytesFromData(privateKeyBytes, insecuresecretdataaccess.Token{}), tc.idRequirement, params) if err != nil { t.Fatalf("tinkmldsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", privateKeyBytes, tc.idRequirement, params, err) } // Signer verifier from keys. signer, err := tinkmldsa.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkmldsa.NewSigner(%v, internalapi.Token{}) err = %v, want nil", privateKey, err) } sigBytes, err := signer.Sign(message) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", message, err) } verifier, err := tinkmldsa.NewVerifier(publicKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkmldsa.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", publicKey, err) } if err := verifier.Verify(sigBytes, message); err != nil { t.Errorf("verifier.Verify(%x, %x) err = %v, want nil", sigBytes, message, err) } // Signer verifier from keyset handle. km := keyset.NewManager() keyID, err := km.AddKey(privateKey) if err != nil { t.Fatalf("km.AddKey(%v) err = %v, want nil", privateKey, err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", keyID, err) } keysetHandle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicKeysetHandle, err := keysetHandle.Public() if err != nil { t.Fatalf("keysetHandle.Public() err = %v, want nil", err) } signerFromKeyset, err := signature.NewSigner(keysetHandle) if err != nil { t.Fatalf("signature.NewSigner(%v) err = %v, want nil", keysetHandle, err) } sigBytesFromKeyset, err := signerFromKeyset.Sign(message) if err != nil { t.Fatalf("signerFromKeyset.Sign(%x) err = %v, want nil", message, err) } verifierFromKeyset, err := signature.NewVerifier(publicKeysetHandle) if err != nil { t.Fatalf("signature.NewVerifier() err = %v, want nil", err) } if err := verifierFromKeyset.Verify(sigBytesFromKeyset, message); err != nil { t.Errorf("verifierFromKeyset.Verify(%x, %x) err = %v, want nil", sigBytesFromKeyset, message, err) } }) } } func TestVerifyFails(t *testing.T) { for _, tc := range []struct { name string instance tinkmldsa.Instance variant tinkmldsa.Variant }{ { name: "TINK ML-DSA-44", instance: tinkmldsa.MLDSA44, variant: tinkmldsa.VariantTink, }, { name: "TINK ML-DSA-65", instance: tinkmldsa.MLDSA65, variant: tinkmldsa.VariantTink, }, { name: "TINK ML-DSA-87", instance: tinkmldsa.MLDSA87, variant: tinkmldsa.VariantTink, }, { name: "RAW ML-DSA-44", instance: tinkmldsa.MLDSA44, variant: tinkmldsa.VariantNoPrefix, }, { name: "RAW ML-DSA-65", instance: tinkmldsa.MLDSA65, variant: tinkmldsa.VariantNoPrefix, }, { name: "RAW ML-DSA-87", instance: tinkmldsa.MLDSA87, variant: tinkmldsa.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { seed := random.GetRandomBytes(32) params, err := tinkmldsa.NewParameters(tc.instance, tc.variant) if err != nil { t.Fatalf("tinkmldsa.NewParameters(%v, %v) err = %v, want nil", tc.instance, tc.variant, err) } privateKey, err := tinkmldsa.NewPrivateKey(secretdata.NewBytesFromData(seed, insecuresecretdataaccess.Token{}), 0, params) if err != nil { t.Fatalf("tinkmldsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", seed, 0, params, err) } publicKey, _ := privateKey.PublicKey() mldsaPublicKey, ok := publicKey.(*tinkmldsa.PublicKey) if !ok { t.Fatalf("privateKey.PublicKey() is not a *tinkmldsa.PublicKey") } signer, err := tinkmldsa.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkmldsa.NewSigner(%v, internalapi.Token{}) err = %v, want nil", privateKey, err) } verifier, err := tinkmldsa.NewVerifier(mldsaPublicKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkmldsa.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", mldsaPublicKey, err) } data := random.GetRandomBytes(20) signature, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", data, err) } prefix := signature[:len(mldsaPublicKey.OutputPrefix())] rawSignature := signature[len(mldsaPublicKey.OutputPrefix()):] // Modify the prefix. for i := 0; i < len(prefix); i++ { modifiedPrefix := slices.Clone(prefix) for j := 0; j < 8; j++ { modifiedPrefix[i] = byte(modifiedPrefix[i] ^ (1 << uint32(j))) s := slices.Concat(modifiedPrefix, rawSignature) if err := verifier.Verify(s, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", s) } } } // Modify the signature. // This is slow, so we do not test every possible bit flip. for i := 0; i < len(rawSignature); i++ { modifiedRawSignature := slices.Clone(rawSignature) mask := byte(1 + random.GetRandomUint32()&0xFE) modifiedRawSignature[i] = byte(modifiedRawSignature[i] ^ mask) s := slices.Concat(prefix, modifiedRawSignature) if err := verifier.Verify(s, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", s) } } // Modify the message. for i := 0; i < len(data); i++ { modifiedData := slices.Clone(data) for j := 0; j < 8; j++ { modifiedData[i] = byte(modifiedData[i] ^ (1 << uint32(j))) if err := verifier.Verify(signature, modifiedData); err == nil { t.Errorf("verifier.Verify(signature, %x) err = nil, want error", modifiedData) } } } }) } } func TestSignVerifyCorrectness(t *testing.T) { for _, tc := range []struct { name string instance tinkmldsa.Instance variant tinkmldsa.Variant }{ { name: "TINK ML-DSA-44", instance: tinkmldsa.MLDSA44, variant: tinkmldsa.VariantTink, }, { name: "TINK ML-DSA-65", instance: tinkmldsa.MLDSA65, variant: tinkmldsa.VariantTink, }, { name: "TINK ML-DSA-87", instance: tinkmldsa.MLDSA87, variant: tinkmldsa.VariantTink, }, { name: "RAW ML-DSA-44", instance: tinkmldsa.MLDSA44, variant: tinkmldsa.VariantNoPrefix, }, { name: "RAW ML-DSA-65", instance: tinkmldsa.MLDSA65, variant: tinkmldsa.VariantNoPrefix, }, { name: "RAW ML-DSA-87", instance: tinkmldsa.MLDSA87, variant: tinkmldsa.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { seed := random.GetRandomBytes(32) params, err := tinkmldsa.NewParameters(tc.instance, tc.variant) if err != nil { t.Fatalf("tinkmldsa.NewParameters(%v, %v) err = %v, want nil", tc.instance, tc.variant, err) } privateKey, err := tinkmldsa.NewPrivateKey(secretdata.NewBytesFromData(seed, insecuresecretdataaccess.Token{}), 0, params) if err != nil { t.Fatalf("tinkmldsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", seed, 0, params, err) } publicKey, _ := privateKey.PublicKey() mldsaPublicKey, ok := publicKey.(*tinkmldsa.PublicKey) if !ok { t.Fatalf("privateKey.PublicKey() is not a *tinkmldsa.PublicKey") } signer, err := tinkmldsa.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkmldsa.NewSigner(%v, internalapi.Token{}) err = %v, want nil", privateKey, err) } verifier, err := tinkmldsa.NewVerifier(mldsaPublicKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkmldsa.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", mldsaPublicKey, err) } for i := 0; i < 100; i++ { data := random.GetRandomBytes(20) signatureBytes, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", data, err) } if err := verifier.Verify(signatureBytes, data); err != nil { t.Errorf("verifier.Verify(%x, %x) err = %v, want nil", signatureBytes, data, err) } } }) } } func TestWycheproof(t *testing.T) { vectors := []struct { filename string instance tinkmldsa.Instance }{ { filename: "mldsa_44_verify_test.json", instance: tinkmldsa.MLDSA44, }, { filename: "mldsa_65_verify_test.json", instance: tinkmldsa.MLDSA65, }, { filename: "mldsa_87_verify_test.json", instance: tinkmldsa.MLDSA87, }, } type wycheproofCase struct { wycheproof.Case Message testutil.HexBytes `json:"msg"` Signature testutil.HexBytes `json:"sig"` Context testutil.HexBytes `json:"ctx"` } type wycheproofGroup struct { wycheproof.Group PublicKey testutil.HexBytes `json:"publicKey"` Tests []*wycheproofCase `json:"tests"` } type wycheproofSuite struct { wycheproof.Suite TestGroups []*wycheproofGroup `json:"testGroups"` } for _, v := range vectors { suite := new(wycheproofSuite) wycheproof.PopulateSuiteV1(t, suite, v.filename) for _, group := range suite.TestGroups { for _, test := range group.Tests { // The tink.Verifier interface does not support passing context. if len(test.Context) != 0 { continue } expectedPublicKeyParsingErr := slices.Contains(test.Flags, "IncorrectPublicKeyLength") caseName := fmt.Sprintf("%s:Case-%d", v.filename, test.CaseID) t.Run(caseName, func(t *testing.T) { params, err := tinkmldsa.NewParameters(v.instance, tinkmldsa.VariantNoPrefix) if err != nil { t.Fatalf("tinkmldsa.NewParameters(%v, tinkmldsa.VariantNoPrefix) err = %v, want nil", v.instance, err) } publicKey, err := tinkmldsa.NewPublicKey(group.PublicKey, 0, params) if expectedPublicKeyParsingErr { if err == nil { t.Fatalf("tinkmldsa.NewPublicKey(%x, 0, %+v) err = nil, want err", group.PublicKey, params) } // End subtest successfully. return } if err != nil { t.Fatalf("tinkmldsa.NewPublicKey(%x, 0, %+v) err = %v, want nil", group.PublicKey, params, err) } verifier, err := tinkmldsa.NewVerifier(publicKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkmldsa.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", publicKey, err) } err = verifier.Verify(test.Signature, test.Message) switch test.Result { case "valid": if err != nil { t.Errorf("verifier.Verify() failed in a valid test case: %s", err) } case "invalid": if err == nil { t.Errorf("verifier.Verify() succeeded in an invalid test case") } default: t.Errorf("unsupported test result: %q", test.Result) } }) } } } } ================================================ FILE: signature/mldsa/verifier.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/signature/mldsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // verifier is an implementation of [tink.Verifier] for ML-DSA. type verifier struct { publicKey *mldsa.PublicKey prefix []byte variant Variant } var _ tink.Verifier = (*verifier)(nil) func mldsaPublicKeyFromPublicKey(publicKey *PublicKey) (*mldsa.PublicKey, error) { switch publicKey.params.instance { case MLDSA44: return mldsa.MLDSA44.DecodePublicKey(publicKey.KeyBytes()) case MLDSA65: return mldsa.MLDSA65.DecodePublicKey(publicKey.KeyBytes()) case MLDSA87: return mldsa.MLDSA87.DecodePublicKey(publicKey.KeyBytes()) default: return &mldsa.PublicKey{}, fmt.Errorf("invalid instance: %v", publicKey.params.instance) } } // NewVerifier creates a new [tink.Verifier] for ML-DSA. // // This is an internal API. func NewVerifier(publicKey *PublicKey, _ internalapi.Token) (tink.Verifier, error) { pubKey, err := mldsaPublicKeyFromPublicKey(publicKey) if err != nil { return nil, err } return &verifier{ publicKey: pubKey, variant: publicKey.params.Variant(), prefix: publicKey.OutputPrefix(), }, nil } // Verify verifies whether the given signature is valid for the given data. // // It returns an error if the prefix is not valid or the signature is not // valid. func (v *verifier) Verify(signature, data []byte) error { if !bytes.HasPrefix(signature, v.prefix) { return fmt.Errorf("the signature does not have the expected prefix") } return v.publicKey.Verify(data, signature[len(v.prefix):], nil) } func verifierConstructor(key key.Key) (any, error) { publicKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is not a %T", (*PublicKey)(nil)) } return NewVerifier(publicKey, internalapi.Token{}) } ================================================ FILE: signature/mldsa/verifier_key_manager_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package mldsa_test import ( "encoding/hex" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" tinkmldsa "github.com/tink-crypto/tink-go/v2/signature/mldsa" "github.com/tink-crypto/tink-go/v2/tink" mldsapb "github.com/tink-crypto/tink-go/v2/proto/ml_dsa_go_proto" ) func TestVerifierKeyManagerGetPrimitiveBasic(t *testing.T) { for _, tc := range []struct { name string instance tinkmldsa.Instance pub []byte sig []byte msg []byte }{ { name: "ML-DSA-44", instance: tinkmldsa.MLDSA44, pub: mustDecodeString(t, pubKey44Hex), sig: mustDecodeString(t, sig44Hex), msg: mustDecodeString(t, msg65Hex), }, { name: "ML-DSA-65", instance: tinkmldsa.MLDSA65, pub: mustDecodeString(t, pubKey65Hex), sig: mustDecodeString(t, sig65Hex), msg: mustDecodeString(t, msg65Hex), }, { name: "ML-DSA-87", instance: tinkmldsa.MLDSA87, pub: mustDecodeString(t, pubKey87Hex), sig: mustDecodeString(t, sig87Hex), msg: mustDecodeString(t, msg87Hex), }, } { t.Run(tc.name, func(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.MlDsaPublicKey") if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", "type.googleapis.com/google.crypto.tink.MlDsaPublicKey", err) } params, err := tinkmldsa.NewParameters(tc.instance, tinkmldsa.VariantNoPrefix) if err != nil { t.Fatalf("tinkmldsa.NewParameters(%v) err = %v, want nil", tinkmldsa.VariantNoPrefix, err) } publicKey, err := tinkmldsa.NewPublicKey(tc.pub, 0, params) if err != nil { t.Fatalf("tinkmldsa.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.pub, 0, params, err) } keySerialization, err := protoserialization.SerializeKey(publicKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", publicKey, err) } p, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) err = %v, want nil", err) } v, ok := p.(tink.Verifier) if !ok { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) = %T, want %T", p, (tink.Verifier)(nil)) } if err := v.Verify(tc.sig, tc.msg); err != nil { t.Errorf("v.Verify(%x, %x) err = %v, want nil", tc.sig, tc.msg, err) } }) } } func TestVerifierKeyManagerGetPrimitiveWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.MlDsaPublicKey") if err != nil { t.Errorf("cannot obtain MLDSAVerifier key manager: %s", err) } // invalid version for _, tc := range []struct { name string instance mldsapb.MlDsaInstance }{ { name: "ML-DSA-44", instance: mldsapb.MlDsaInstance_ML_DSA_44, }, { name: "ML-DSA-65", instance: mldsapb.MlDsaInstance_ML_DSA_65, }, { name: "ML-DSA-87", instance: mldsapb.MlDsaInstance_ML_DSA_87, }, } { t.Run(tc.name, func(t *testing.T) { key := newMLDSAPublicKey(tc.instance) key.Version = 1 serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("expect an error when version is invalid") } }) } // nil input if _, err := km.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } if _, err := km.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty slice") } } func newMLDSAPublicKey(instance mldsapb.MlDsaInstance) *mldsapb.MlDsaPublicKey { return newMLDSAPrivateKey(instance).PublicKey } func mustDecodeString(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q) failed: %v", s, err) } return b } ================================================ FILE: signature/rsassapkcs1/key.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapkcs1 import ( "bytes" "crypto/rand" "crypto/rsa" "fmt" "math/big" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Variant is the prefix variant of an RSA-SSA-PKCS1 key. // // It describes the format of the signature. For RSA-SSA-PKCS1 there are // four options: // // - TINK: prepends '0x01' to the signature. // - CRUNCHY: prepends '0x00' to the signature. // - LEGACY: appends a 0-byte to the input message before computing the // signature, then prepends '0x00' to the signature. // - NO_PREFIX: adds no prefix to the signature. type Variant int const ( // VariantUnknown is the default value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the signature. VariantTink // VariantCrunchy prefixes '0x00' to the signature. VariantCrunchy // VariantLegacy appends a 0-byte to input message BEFORE computing the signature, // signature, then prepends '0x00' to signature. VariantLegacy // VariantNoPrefix does not prefix the signature with the key id. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantLegacy: return "LEGACY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // HashType is the curve type of the RSA-SSA-PKCS1 key. type HashType int const ( // UnknownHashType is the default value of HashType. UnknownHashType HashType = iota // SHA256 is the SHA256 hash type. SHA256 // SHA384 is the SHA384 hash type. SHA384 // SHA512 is the SHA512 hash type. SHA512 ) func (ht HashType) String() string { switch ht { case SHA256: return "SHA256" case SHA384: return "SHA384" case SHA512: return "SHA512" default: return "UNKNOWN" } } const ( // f4 is the public exponent 65537. f4 = 65537 maxExponent = 1<<31 - 1 ) // Parameters represents the parameters of an RSA-SSA-PKCS1 key. type Parameters struct { modulusSizeBits int hashType HashType publicExponent int variant Variant } var _ key.Parameters = (*Parameters)(nil) // HashType returns the hash type. func (p *Parameters) HashType() HashType { return p.hashType } // PublicExponent returns the public exponent. func (p *Parameters) PublicExponent() int { return p.publicExponent } // ModulusSizeBits returns the modulus size in bits. func (p *Parameters) ModulusSizeBits() int { return p.modulusSizeBits } // Variant returns the output prefix variant of the key. func (p *Parameters) Variant() Variant { return p.variant } func checkValidHash(hashType HashType) error { if hashType == SHA256 || hashType == SHA384 || hashType == SHA512 { return nil } return fmt.Errorf("unsupported hash type: %v", hashType) } // NewParameters creates a new RSA-SSA-PKCS1 Parameters value. func NewParameters(modulusSizeBits int, hashType HashType, publicExponent int, variant Variant) (*Parameters, error) { // These are consistent with the checks by tink-java and tink-cc. if modulusSizeBits < 2048 { return nil, fmt.Errorf("invalid modulus size: %v, want >= 2048", modulusSizeBits) } if publicExponent < f4 { return nil, fmt.Errorf("invalid public exponent: %v, want >= %v", publicExponent, f4) } // Similar check as in crypto/rsa. if publicExponent > maxExponent { return nil, fmt.Errorf("invalid public exponent: %v, want <= %v", publicExponent, maxExponent) } // These are consistent with the checks by tink-java and tink-cc. if publicExponent%2 != 1 { return nil, fmt.Errorf("invalid public exponent: %v, want odd", publicExponent) } if err := checkValidHash(hashType); err != nil { return nil, err } if variant == VariantUnknown { return nil, fmt.Errorf("unsupported output prefix variant: %v", variant) } return &Parameters{ modulusSizeBits: modulusSizeBits, hashType: hashType, publicExponent: publicExponent, variant: variant, }, nil } // HasIDRequirement tells whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal tells whether this parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { that, ok := other.(*Parameters) return ok && p.HasIDRequirement() == that.HasIDRequirement() && p.modulusSizeBits == that.modulusSizeBits && p.hashType == that.hashType && p.publicExponent == that.publicExponent && p.variant == that.variant } // PublicKey represents a function that can verify RSA-SSA-PKCS1 v1.5 signatures // as defined in [RFC 3447, Section 8.2]. type PublicKey struct { modulus []byte // Big integer value in big-endian encoding. idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*PublicKey)(nil) func calculateOutputPrefix(variant Variant, idRequirement uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(idRequirement), nil case VariantCrunchy, VariantLegacy: return outputprefix.Legacy(idRequirement), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // NewPublicKey creates a new RSA-SSA-PKCS1 PublicKey object from modulus, // ID requirement and parameters. // // modulus is a Big integer value in big-endian encoding. Parameters must be // non-nil. func NewPublicKey(modulus []byte, idRequirement uint32, parameters *Parameters) (*PublicKey, error) { // This is set to UnknownHashType if the parameters is a struct literal. if parameters.HashType() == UnknownHashType { return nil, fmt.Errorf("rsassapkcs1.NewPublicKey: invalid parameters") } modulusBigInt := new(big.Int).SetBytes(modulus) if modulusBigInt.BitLen() != parameters.ModulusSizeBits() { return nil, fmt.Errorf("rsassapkcs1.NewPublicKey: invalid modulus bit-length: %v, want %v", modulusBigInt.BitLen(), parameters.ModulusSizeBits()) } if parameters.Variant() == VariantNoPrefix && idRequirement != 0 { return nil, fmt.Errorf("rsassapkcs1.NewPublicKey: key ID must be zero for VariantNoPrefix") } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("rsassapkcs1.NewPublicKey: %v", err) } return &PublicKey{ modulus: modulusBigInt.Bytes(), idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: parameters, }, nil } // Modulus returns the public key modulus. func (k *PublicKey) Modulus() []byte { return bytes.Clone(k.modulus) } // Parameters returns the parameters of this key. func (k *PublicKey) Parameters() key.Parameters { return k.parameters } // IDRequirement returns the key ID requirement and whether it is required. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PublicKey) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal tells whether this key object is equal to other. func (k *PublicKey) Equal(other key.Key) bool { actualKey, ok := other.(*PublicKey) return ok && bytes.Equal(k.modulus, actualKey.modulus) && k.idRequirement == actualKey.idRequirement && k.parameters.Equal(actualKey.parameters) } // PrivateKey represents a function that can produce RSA-SSA-PKCS1 v1.5 // signatures as defined in [RFC 3447, Section 8.2]. type PrivateKey struct { publicKey *PublicKey privateKey *rsa.PrivateKey } // PrivateKeyValues contains the values of a private key. type PrivateKeyValues struct { P, Q secretdata.Bytes D secretdata.Bytes // dp, dq and QInv must be computed by the Go library. // See https://pkg.go.dev/crypto/rsa#PrivateKey. } // privateKeySelfCheck signs a test message with a private key and verifies a // the signature with the corresponding public key. // // This is a security check to ensure that the private key is valid. func privateKeySelfCheck(privateKey *PrivateKey) error { signer, err := NewSigner(privateKey, internalapi.Token{}) if err != nil { return err } verifier, err := NewVerifier(privateKey.publicKey, internalapi.Token{}) if err != nil { return err } testMessage := []byte("Tink and Wycheproof.") signature, err := signer.Sign(testMessage) if err != nil { return err } return verifier.Verify(signature, testMessage) } // NewPrivateKey creates a new RSA-SSA-PKCS1 PrivateKey value from a public key // and private key values. // // publicKey must be non-nil. func NewPrivateKey(publicKey *PublicKey, opts PrivateKeyValues) (*PrivateKey, error) { if publicKey.parameters == nil { return nil, fmt.Errorf("rsassapkcs1.NewPrivateKey: invalid public key") } privateKey := rsa.PrivateKey{ PublicKey: rsa.PublicKey{ N: new(big.Int).SetBytes(publicKey.Modulus()), E: publicKey.parameters.PublicExponent(), }, D: new(big.Int).SetBytes(opts.D.Data(insecuresecretdataaccess.Token{})), Primes: []*big.Int{ new(big.Int).SetBytes(opts.P.Data(insecuresecretdataaccess.Token{})), new(big.Int).SetBytes(opts.Q.Data(insecuresecretdataaccess.Token{})), }, } if err := privateKey.Validate(); err != nil { return nil, fmt.Errorf("rsassapkcs1.NewPrivateKey: %v", err) } privateKey.Precompute() pk := &PrivateKey{ publicKey: publicKey, privateKey: &privateKey, } if err := privateKeySelfCheck(pk); err != nil { return nil, fmt.Errorf("rsassapkcs1.NewPrivateKey: %v", err) } return pk, nil } // P returns the prime P. func (k *PrivateKey) P() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Primes[0].Bytes(), insecuresecretdataaccess.Token{}) } // Q returns the prime Q. func (k *PrivateKey) Q() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Primes[1].Bytes(), insecuresecretdataaccess.Token{}) } // D returns the private exponent D. func (k *PrivateKey) D() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.D.Bytes(), insecuresecretdataaccess.Token{}) } // DP returns the private prime factor P-1. func (k *PrivateKey) DP() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Dp.Bytes(), insecuresecretdataaccess.Token{}) } // DQ returns the private prime factor Q-1. func (k *PrivateKey) DQ() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Dq.Bytes(), insecuresecretdataaccess.Token{}) } // QInv returns the inverse of Q. func (k *PrivateKey) QInv() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Qinv.Bytes(), insecuresecretdataaccess.Token{}) } // PublicKey returns the corresponding public key. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // Parameters returns the parameters of this key. func (k *PrivateKey) Parameters() key.Parameters { return k.publicKey.Parameters() } // IDRequirement tells whether the key ID and whether it is required. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PrivateKey) OutputPrefix() []byte { return k.publicKey.OutputPrefix() } // Equal tells whether this key object is equal to other. func (k *PrivateKey) Equal(other key.Key) bool { that, ok := other.(*PrivateKey) return ok && k.publicKey.Equal(that.publicKey) && k.privateKey.Equal(that.privateKey) } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { rsaSSAPKCS1Params, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } hashAlg := rsaSSAPKCS1Params.HashType().String() exp := new(big.Int).SetUint64(uint64(rsaSSAPKCS1Params.PublicExponent())).Bytes() if err := signature.ValidateRSAPublicKeyParams(hashAlg, rsaSSAPKCS1Params.ModulusSizeBits(), exp); err != nil { return nil, fmt.Errorf("invalid parameters: %w", err) } rsaKey, err := rsa.GenerateKey(rand.Reader, int(rsaSSAPKCS1Params.ModulusSizeBits())) if err != nil { return nil, fmt.Errorf("generating RSA key: %s", err) } rsaSSAPKCS1PublicKey, err := NewPublicKey(rsaKey.PublicKey.N.Bytes(), idRequirement, rsaSSAPKCS1Params) if err != nil { return nil, fmt.Errorf("creating public key: %s", err) } return NewPrivateKey(rsaSSAPKCS1PublicKey, PrivateKeyValues{ P: secretdata.NewBytesFromData(rsaKey.Primes[0].Bytes(), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(rsaKey.Primes[1].Bytes(), insecuresecretdataaccess.Token{}), D: secretdata.NewBytesFromData(rsaKey.D.Bytes(), insecuresecretdataaccess.Token{}), }) } ================================================ FILE: signature/rsassapkcs1/key_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapkcs1_test import ( "bytes" "encoding/base64" "fmt" "math/big" "math/bits" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" ) const ( f4 = 65537 ) func TestNewParametersInvalidValues(t *testing.T) { testCases := []struct { name string modulusSizeBits int hashType rsassapkcs1.HashType publicExponent int variant rsassapkcs1.Variant }{ { name: "small public exponent", modulusSizeBits: 2048, hashType: rsassapkcs1.SHA256, publicExponent: f4 - 1, variant: rsassapkcs1.VariantTink, }, { name: "even public exponent", modulusSizeBits: 2048, hashType: rsassapkcs1.SHA256, publicExponent: f4 + 1, variant: rsassapkcs1.VariantTink, }, { name: "unknown hash", modulusSizeBits: 2048, hashType: rsassapkcs1.UnknownHashType, publicExponent: f4, variant: rsassapkcs1.VariantTink, }, { name: "unknown variant", modulusSizeBits: 2048, hashType: rsassapkcs1.SHA256, publicExponent: f4, variant: rsassapkcs1.VariantUnknown, }, { name: "invalid modulus size (too small)", modulusSizeBits: 1024, hashType: rsassapkcs1.SHA256, publicExponent: f4, variant: rsassapkcs1.VariantTink, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := rsassapkcs1.NewParameters(tc.modulusSizeBits, tc.hashType, tc.publicExponent, tc.variant); err == nil { t.Errorf("rsassapkcs1.NewParameters(%v, %v, %v, %v) = nil, want error", tc.modulusSizeBits, tc.hashType, tc.publicExponent, tc.variant) } }) } // On 32 bit platforms, the public exponent cannot be larger than 1<<31. if bits.UintSize == 64 { expVal := 1 << (bits.UintSize/2 - 1) t.Run("exponent too larrge", func(t *testing.T) { if _, err := rsassapkcs1.NewParameters(2048, rsassapkcs1.SHA256, expVal, rsassapkcs1.VariantTink); err == nil { t.Errorf("rsassapkcs1.NewParameters(%v, %v, %v, %v) = nil, want error", 2048, rsassapkcs1.SHA256, expVal, rsassapkcs1.VariantTink) } }) } } func TestNewParameters(t *testing.T) { for _, hashType := range []rsassapkcs1.HashType{rsassapkcs1.SHA256, rsassapkcs1.SHA384, rsassapkcs1.SHA512} { for _, variant := range []rsassapkcs1.Variant{rsassapkcs1.VariantTink, rsassapkcs1.VariantCrunchy, rsassapkcs1.VariantLegacy, rsassapkcs1.VariantNoPrefix} { for _, modulusSizeBits := range []int{2048, 3072, 4096} { for _, publicExponent := range []int{f4, 1<<31 - 1} { t.Run(fmt.Sprintf("modulusSizeBits:%v_hashType:%v_publicExponent:%v_variant:%v", modulusSizeBits, hashType, publicExponent, variant), func(t *testing.T) { params, err := rsassapkcs1.NewParameters(modulusSizeBits, hashType, publicExponent, variant) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v, %v) = %v, want nil", modulusSizeBits, hashType, publicExponent, variant, err) } if got, want := params.ModulusSizeBits(), modulusSizeBits; got != want { t.Errorf("params.ModulusSizeBits() = %v, want %v", got, want) } if got, want := params.HashType(), hashType; got != want { t.Errorf("params.HashType() = %v, want %v", got, want) } if got, want := params.PublicExponent(), publicExponent; got != want { t.Errorf("params.PublicExponent() = %v, want %v", got, want) } if got, want := params.Variant(), variant; got != want { t.Errorf("params.Variant() = %v, want %v", got, want) } if got, want := params.HasIDRequirement(), variant != rsassapkcs1.VariantNoPrefix; got != want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, want) } other, err := rsassapkcs1.NewParameters(modulusSizeBits, hashType, publicExponent, variant) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v, %v) = %v, want nil", modulusSizeBits, hashType, publicExponent, variant, err) } if !params.Equal(other) { t.Errorf("params.Equal(other) = false, want true") } }) } } } } } type testParams struct { modulusSizeBits int hashType rsassapkcs1.HashType publicExponent int variant rsassapkcs1.Variant } func TestNewParametersDifferentParameters(t *testing.T) { for _, tc := range []struct { name string this testParams that testParams }{ { name: "different modulus size", this: testParams{ modulusSizeBits: 2048, hashType: rsassapkcs1.SHA256, publicExponent: f4, variant: rsassapkcs1.VariantTink, }, that: testParams{ modulusSizeBits: 3072, hashType: rsassapkcs1.SHA256, publicExponent: f4, variant: rsassapkcs1.VariantTink, }, }, { name: "different hash type", this: testParams{ modulusSizeBits: 2048, hashType: rsassapkcs1.SHA256, publicExponent: f4, variant: rsassapkcs1.VariantTink, }, that: testParams{ modulusSizeBits: 2048, hashType: rsassapkcs1.SHA384, publicExponent: f4, variant: rsassapkcs1.VariantTink, }, }, { name: "different public exponent", this: testParams{ modulusSizeBits: 2048, hashType: rsassapkcs1.SHA256, publicExponent: f4, variant: rsassapkcs1.VariantTink, }, that: testParams{ modulusSizeBits: 2048, hashType: rsassapkcs1.SHA256, publicExponent: 1<<31 - 1, variant: rsassapkcs1.VariantTink, }, }, { name: "different variant", this: testParams{ modulusSizeBits: 2048, hashType: rsassapkcs1.SHA256, publicExponent: f4, variant: rsassapkcs1.VariantTink, }, that: testParams{ modulusSizeBits: 2048, hashType: rsassapkcs1.SHA256, publicExponent: 1<<31 - 1, variant: rsassapkcs1.VariantNoPrefix, }, }, } { t.Run(tc.name, func(t *testing.T) { this, err := rsassapkcs1.NewParameters(tc.this.modulusSizeBits, tc.this.hashType, tc.this.publicExponent, tc.this.variant) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v, %v) = %v, want nil", tc.this.modulusSizeBits, tc.this.hashType, tc.this.publicExponent, tc.this.variant, err) } that, err := rsassapkcs1.NewParameters(tc.that.modulusSizeBits, tc.that.hashType, tc.that.publicExponent, tc.that.variant) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v, %v) = %v, want nil", tc.that.modulusSizeBits, tc.that.hashType, tc.that.publicExponent, tc.that.variant, err) } if this.Equal(that) { t.Errorf("this.Equal(that) = true, want false") } }) } } const ( // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L13 n2048Base64 = "s1EKK81M5kTFtZSuUFnhKy8FS2WNXaWVmi_fGHG4CLw98-Yo0nkuUarVwSS0O9pFPcpc3kvPKOe9Tv-6DLS3Qru21aATy2PRqjqJ4CYn71OYtSwM_ZfSCKvrjXybzgu-sBmobdtYm-sppbdL-GEHXGd8gdQw8DDCZSR6-dPJFAzLZTCdB-Ctwe_RXPF-ewVdfaOGjkZIzDoYDw7n-OHnsYCYozkbTOcWHpjVevipR-IBpGPi1rvKgFnlcG6d_tj0hWRl_6cS7RqhjoiNEtxqoJzpXs_Kg8xbCxXbCchkf11STA8udiCjQWuWI8rcDwl69XMmHJjIQAqhKvOOQ8rYTQ" d2048Base64 = "GlAtDupse2niHVg5EB9wVFbtDvhS-0f-IQcfVMXzPIzrBmxi1yfjLSbFgTcyn4nTGVMlt5UmTBldhUcvdQfb0JYdKVH5NaJrNPCsJNFUkOESiptxOJFbx9v6j-OWNXExxUOunJhQc2jZzrCMHGGYo-2nrqGFoOl2zULCLQDwA9nxnZbqTJr8v-FEHMyALPsGifWdgExqTk9ATBUXR0XtbLi8iO8LM7oNKoDjXkO8kPNQBS5yAW51sA01ejgcnA1GcGnKZgiHyYd2Y0n8xDRgtKpRa84Hnt2HuhZDB7dSwnftlSitO6C_GHc0ntO3lmpsJAEQQJv00PreDGj9rdhH_Q" p2048Base64 = "7BJc834xCi_0YmO5suBinWOQAF7IiRPU-3G9TdhWEkSYquupg9e6K9lC5k0iP-t6I69NYF7-6mvXDTmv6Z01o6oV50oXaHeAk74O3UqNCbLe9tybZ_-FdkYlwuGSNttMQBzjCiVy0-y0-Wm3rRnFIsAtd0RlZ24aN3bFTWJINIs" q2048Base64 = "wnQqvNmJe9SwtnH5c_yCqPhKv1cF_4jdQZSGI6_p3KYNxlQzkHZ_6uvrU5V27ov6YbX8vKlKfO91oJFQxUD6lpTdgAStI3GMiJBJIZNpyZ9EWNSvwUj28H34cySpbZz3s4XdhiJBShgy-fKURvBQwtWmQHZJ3EGrcOI7PcwiyYc" dp2048Base64 = "lql5jSUCY0ALtidzQogWJ-B87N-RGHsBuJ_0cxQYinwg-ySAAVbSyF1WZujfbO_5-YBN362A_1dn3lbswCnHK_bHF9-fZNqvwprPnceQj5oK1n4g6JSZNsy6GNAhosT-uwQ0misgR8SQE4W25dDGkdEYsz-BgCsyrCcu8J5C-tU" dq2048Base64 = "BVT0GwuH9opFcis74M9KseFlA0wakQAquPKenvni2rb-57JFW6-0IDfp0vflM_NIoUdBL9cggL58JjP12ALJHDnmvOzj5nXlmZUDPFVzcCDa2eizDQS4KK37kwStVKEaNaT1BwmHasWxGCNrp2pNfJopHdlgexad4dGCOFaRmZ8" qInv2048Base64 = "HGQBidm_6MYjgzIQp2xCDG9E5ddg4lmRbOwq4rFWRWlg_ZXidHZgw4lWIlDwVQSc-rflwwOVSThKeiquscgk069wlIKoz5tYcCKgCx8HIttQ8zyybcIN0iRdUmXfYe4pg8k4whZ9zuEh_EtEecI35yjPYzq2CowOzQT85-O6pVk" // Values generated on an Android phone. Taken from: // https://github.com/tink-crypto/tink-java/blob/6e771bc8116cb2ae88b8184af2a678f470df4790/src/test/java/com/google/crypto/tink/signature/RsaSsaPkcs1PrivateKeyTest.java#L347 n2048BigInt16 = "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" d2048BigInt10 = "3221514782158521239046688407258406330028553231891834758638194651218489349712866325521438421714836367531316613927931498512071990193965798572643232627837201196644319517052327671563822639251731918047441576305607916660284178027387674162132050160094809919355636813793351064368082273962217034909172344404581974193241939373282144264114913662260588365672363893632683074989847367188654224412555194872230331733391324889200933302437700487142724975686901108577545454632839147323098141162449990768306604007013959695761622579370899486808808004842820432382650026507647986123784123174922931280866259315314620233905351359011687391313" p2048BigInt10 = "158774943353490113489753012135278111098541279368787638170427666092698662171983127156976037521575652098385551704113475827318417186165950163951987243985985522595184323477005539699476104661027759513072140468348507403972716866975866335912344241205454260491734974839813729609658331285715361068926273165265719385439" q2048BigInt10 = "142695718417290075651435513804876109623436685476916701891113040095977093917632889732962474426931910603260254832314306994757612331416172717945809235744856009131743301134864401372069413649983267047705657073804311818666915219978411279698814772814372316278090214109479349638211641740638165276131916195227128960331" dp2048BigInt10 = "54757332036492112014516953480958174268721943273163834138395198270094376648475863100263551887676471134286132102726288671270440594499638457751236945367826491626048737037509791541992445756573377184101446798993133105644007913505173122423833934109368405566843064243548986322802349874418093456823956331253120978221" dq2048BigInt10 = "4123864239778253555759629875435789731400416288406247362280362206719572392388981692085858775418603822002455447341246890276804213737312222527570116003185334716198816124470652855618955238309173562847773234932715360552895882122146435811061769377762503120843231541317940830596042685151421106138423322302824087933" qInv2048BigInt10 = "43369284071361709125656993969231593842392884522437628906059039642593092160995429320609799019215633408868044592180219813214250943675517000006014828230986217788818608645218728222984926523616075543476651226972790298584420864753413872673062587182578776079528269917000933056174453680725934830997227408181738889955" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_3072_test.json#L21 n3072Base64 = "3I94gGcvDPnWNheopYvdJxoQm63aD6gm-UuKeVUmtqSagFZMyrqKlJGpNaU-3q4dmntUY9ni7z7gznv_XUtsgUe1wHPC8iBRXVMdVaNmh6bePDR3XC8VGRrAp0LXNCIoyNkQ_mu8pDlTnEhd68vQ7g5LrjF1A7g87oEArHu0WHRny8Q3PEvaLu33xBYx5QkitYD1vOgdJLIIyrzS11_P6Z91tJPf_Fyb2ZD3_Dvy7-OS_srjbz5O9EVsG13pnMdFFzOpELaDS2HsKSdNmGvjdSw1CxOjJ9q8CN_PZWVJmtJuhTRGYz6tspcMqVvPa_Bf_bwqgEN412mFpx8G-Ql5-f73FsNqpiWkW17t9QglpT6dlDWyPKq55cZNOP06dn4YWtdyfW4V-em6svQYTWSHaV25ommMZysugjQQ2-8dk_5AydNX7p_Hf4Sd4RNj9YOvjM9Rgcoa65RMQiUWy0AelQkj5L2IFDn6EJPHdYK_4axZk2dHALZDQzngJFMV2G_L" d3072Base64 = "BQEgW9F7iNDWYm3Q_siYoP1_aPjd3MMU900WfEBJW5WKh-TtYyAuasaPT09LiOPsegfYV1enRYRot2aq2aQPdzN4VUCLKNFA51wuazYE6okHu9f46VeMJACuZF0o4t7vi_cY4pzxL8y5L--YafQ67lvWrcIjhI0WnNbCfCdmZSdm_4GZOz4BWlU97O4P_cFiTzn42Wtu1dlQR8FXC1n6LrPWiN1eFKzJQHuAlPGLRpQkTrGtzWVdhz9X_5r25P7EcL4ja687IMIECrNg11nItOYYv4vU4OxmmPG3LHFg7QUhyCtRdrYPtjUD0K4j9uL7emCTBbCvYhULkhrFP03omWZssB2wydi2UHUwFcG25oLmvzggTln3QJw4CMDlPyVJNVQKOBqWPCwad8b5h_BqB6BXJobtIogtvILngjzsCApY1ysJ0AzB0kXPFY_0nMQFmdOvcZ3DAbSqf1sDYproU-naq-KE24bVxB0EARQ98rRZPvTjdHIJxSP1p_gPAtAR" p3072Base64 = "_sahC_xJtYoshQ6v69uZdkmpVXWgwXYxsBHLINejICMqgVua9gQNe_I9Jn5eBjBMM-BMhebUgUQvAQqXWLoINkpwA175npyY7rQxUFsq-2d50ckdDqL7CmXcOR557Np9Uv191pkjsl365EjKzoKeusprPIo8tkqBgAYUQ0iVd4wg1imxJbafQpRfZrZE84QLz6b842EHQlbFCGPsyiznVrSp-36ZPQ8fpIssxIW36qYUBfvvFQ51Y8IVCBF2feD5" q3072Base64 = "3Z7BzubYqXGxZpAsRKTwLvN6YgU7QSiKHYc9OZy8nnvTBu2QZIfaL0m8HBgJwNTYgQbWh5UY7ZJf62aq1f88K4NGbFVO2XuWq-9Vs7AjFPUNA4WgodikauA-j86RtBISDwoQ3GgVcPpWS2hzus2Ze2FrK9dzP7cjreI7wQidoy5QlYNDbx40SLV5-yGyQGINIEWNCPD5lauswKOY8KtqZ8n1vPfgMvsdZo_mmNgDJ1ma4_3zqqqxm68XY5RDGUvj" dp3072Base64 = "8b-0DNVlc5cay162WwzSv0UCIo8s7KWkXDdmEVHL_bCgooIztgD-cn_WunHp8eFeTVMmCWCQf-Ac4dYU6iILrMhRJUG3hmN9UfM1X9RCIq97Di7RHZRUtPcWUjSy6KYhiN_zye8hyhwW9wqDNhUHXKK5woZBOY_U9Y_PJlD3Uqpqdgy1hN2WnOyA4ctN_etr8au4BmGJK899wopeozCcis9_A56K9T8mfVF6NzfS3hqcoVj-8XH4vaHppvA7CRKx" dq3072Base64 = "Pjwq6NNi3JKU4txx0gUPfd_Z6lTVwwKDZq9nvhoJzeev5y4nclPELatjK_CELKaY9gLZk9GG4pBMZ2q5Zsb6Oq3uxNVgAyr1sOrRAljgQS5frTGFXm3cHjdC2leECzFX6OlGut5vxv5F5X87oKXECCXfVrx2HNptJpN1fEvTGNQUxSfLdBTjUdfEnYVk7TebwAhIBs7FCAbhyGcot80rYGISpDJnv2lNZFPcyec_W3mKSaQzHSY6IiIVS12DSkNJ" qInv3072Base64 = "GMyXHpGG-GwUTRQM6rvJriLJTo2FdTVvtqSgM5ke8hC6-jmkzRq_qZszL96eVpVa8XlFmnI2pwC3_R2ICTkG9hMK58qXQtntDVxj5qnptD302LJhwS0sL5FIvAZp8WW4uIGHnD7VjUps1aPxGT6avSeEYJwB-5CUx8giUyrXrsKgiu6eJjCVrQQmRVy1kljH_Tcxyone4xgA0ZHtcklyHCUmZlDEbcv7rjBwYE0uAJkUouJpoBuvpb34u6McTztg" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_4096_test.json#L21 n4096Base64 = "9gG-DczQSqQLEvPxka4XwfnIwLaOenfhS-JcPHkHyx0zpu9BjvQYUvMsmDkrxcmu2RwaFQHFA-q4mz7m9PjrLg_PxBvQNgnPao6zqm8PviMYezPbTTS2bRKKiroKKr9Au50T2OJVRWmlerHYxhuMrS3IhZmuDaU0bhXazhuse_aXN8IvCDvptGu4seq1lXstp0AnXpbIcZW5b-EUUhWdr8_ZFs7l10mne8OQWl69OHrkRej-cPFumghmOXec7_v9QVV72Zrqajcaa0sWBhWhoSvGlY00vODIWty9g5L6EM7KUiCdVhlro9JzziKPHxERkqqS3ioDl5ihe87LTcYQDm-K6MJkPyrnaLIlXwgsl46VylUVVfEGCCMc-AA7v4B5af_x5RkUuajJuPRWRkW55dcF_60pZj9drj12ZStCLkPxPmwUkQkIBcLRJop0olEXdCfjOpqRF1w2cLkXRgCLzh_SMebk8q1wy0OspfB2AKbTHdApFSQ9_dlDoCFl2jZ6a35Nrh3S6Lg2kDCAeV0lhQdswcFd2ejS5eBHUmVpsb_TldlX65_eMl00LRRCbnHv3BiHUV5TzepYNJIfkoYp50ju0JesQCTivyVdcEEfhzc5SM-Oiqfv-isKtH1RZgkeGu3sYFaLFVvZwnvFXz7ONfg9Y2281av0hToFHblNUEU" d4096Base64 = "01Gb2G7fXb6cZKN4FxPdBJt0f1ZR_ZGMzoqbgLbWovtqqzNKtWmom1iYLgquNzCQKZ-iJ_llK4AtI-5cpoJMQz0B1AuwRzsWGQqL-xN8CnBLT0m0UBW_vuH2cERvB1lSWdcMfXmulfmyVDsBYuu3Y-u4HEtu3_nRl97eHb5X5ARm0VbU39XXY0xFU0-yu70b8leBehc8B5X9vMUzl29KDQQWDyma9dwnKoFLNtW65RFrlUIXjx1VTKt6ZFMDVIK5ga3UvY_9XVAIObI-MOvT84aPB1hMvRK6CJMlmChg9p8r3HB3tsYPWKInKCM3nhAjcEFl98FPZKGP1bJFoYFJt-2jOFpWup55UConvxOGXN41vhXeA9BqpvCLFyt-60tzy8FXAZxdkzWEqNGt1ht9vKOyU8oM-T3JqKOqwvUCJwIuaS97R2dVZiDMko1j4xB4w2Diq0txqRfhnn6wk4BILltOqIIChxwqKcpvZrL-MEr2CVIOT4HWTCZ2i7gSqGZ5NmYR9M9uieK9HZ1-KHKcfw5OMVLXrX8Yb6MvAeFp_wahIAG8F539DclCy6vFVfZ_X9BD4KM1Q0D6SQ0vEjNnvpJus-Hf_nDDFRyHRQ8yF9wqoLWnBpxaF9VWFMmZQTn3s3tJ6f54CvZaDoni5Y_qr_4WO8nRnq_ZzSmw7zzvPQE" p4096Base64 = "_CG4VcWtTKK2lwUWQG9xxuee_EEm5lmHctseCC3msN3aqiopUfBBSOhuC94oITt_YA-YcwgwHqzqE0Biuww932KNqav5PvHOPnWwlTpITb01VL1cBkmTPdd-UnVj6Q8FqAE_3ayVjDKTeOlDA7MEvl-d8f5bBDp_3ZRwCj8LHLvQUWt82UxXypbZ_SqMqXOZEhjLozocI9gQ91GdH3cCq3Kv_bP4ShsqiBFuQDO8TQz8eYnGV-D-lOlkR2rli65reHbzbAnTKxpj-MR8lKdMku7fdfwnz_4PhFI2PkvI92U_PLVer2k87HDRPIdd6TWosgQ5q36T92mBxZV_xbtE2Q" q4096Base64 = "-cf3SKUF0j7O-ahfgJfIz31wKO9skOIqM2URWC0sw2NuNOrTcgTb0i8UKj-x1fhXsDEMekM_Ua4U1GCLAbQ6qMeuZ4Nff74LnZeUiznpui06FoftuLVu5w_wU22rTQVR9x7Q2u6eQSRJ9fCZvMFeTvBVTcefh_7FoN6nF8cFQ5K_REYTk3QBu-88Ivv35zjFh3m5gWCaH5wR3W8LvpmW4nc0WeTO8kewKp_CEpasV6WxBWGCQxDPvezJDgZZg3DjaYcT_b4lKOxO89zKrnAe7cPlStbnr05o47Ob0ul6yRGZNsZHpQNRHLKD35hM_XwH8PVqqK4xZpSO8_QbCFmTTQ" dp4096Base64 = "gVSGqrCgiWv5fxPj6x9_XEkZW0nMO2J3QSo2iHmLGPRkIt9HnLlBs7VOJZZKPWm4l7zINVFg5YtK8p8XRd0sq7Zw9jS5wFjms1FJR_LCfeXtQk9zseHxvkoYiRGgMz86Zohliz7o4yZaUS5N6srcRw7jBOu1IkEjr7RhmE_oUk_gtrMNMqWfbtLcdKlrx8v9G7ROWKcJIjXF1icuEqLIYsuMjPXRCapPscZHKHWhRGDB7VIHxLIrxJTHlH63ymOoyv0xNh0ADd8WotefE92RQNl5FJtIjL9ElFpbaq8TIhv0SR67t_yifKIOIh9Jw8N7ifzy3A4stj-Pipt6FCJQWQ" dq4096Base64 = "th2E_5NKTkN7Fu4bS5_fSuEzcLU4W956VGShI8A0PfV1-eEo7535RCMNOcyc9dwO2yi350C2nvAkwb_uOfzVNA_66gAQFgxTXcCSDnzYG-Uz0A-lVKH8TT4CxGFWn158p4fxUV7fRbGWt1mITeZSw41ZNM-SUk6Ae007WQvDm8QX7kiFp2HSjdrc5sj9s7lh0-f9SAZN-TQKln-LeZl0OIQfSFeaR23bVQiMMI9o8rKdAcZZelp8jQZihPY-N6aMOHnDKqODZnX9DrJxmIOpGURWHp3X6KprsXFX8IxI-Ob65cPlortrXVgO7GyX3c2b4KSe8oOnAxrXq6jUON9OlQ" qInv4096Base64 = "IvuOX82bdnEE5xJE21MFjBgGHhsNH2O3Pi1ZqV4qEM2HQmoz2hPCh83vgTbl5H6T-5swrZJiintUP0jrARqGNWqzy0gPJ-ORsBjKGH2Xrz2C4xhh7K-mY9t4qonDvUaOaq3vs6Q_eLwAuAFMldtU6dIaAX6PIfZxVF7d6all6jLf_0XNo3_KGqUTL2yO7SIr0B_tWm59Y5WAxZVXd6hlRMLEyTm9uLTEht2lMHKGGgM0NZvbN1hHXknZDQU5lE54z8_Y__Vbsxoc68ZbKPUeeQcBsveRIYiYTwNObpbhxSUeM_44-yIbznqQqGhXxfVrbKdzB8RdUpCx8Iit4IKzSQ" ) func mustDecodeBase64(t *testing.T, value string) []byte { t.Helper() decoded, err := base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(value) if err != nil { t.Fatalf("base64 decoding failed: %v", err) } return decoded } func TestNewPublicKeyInvalidValues(t *testing.T) { modulus2048 := mustDecodeBase64(t, n2048Base64) tinkParams, err := rsassapkcs1.NewParameters(2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v) = %v, want nil", 2048, rsassapkcs1.SHA256, rsassapkcs1.VariantTink, err) } noPrefixParams, err := rsassapkcs1.NewParameters(2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantNoPrefix) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v) = %v, want nil", 2048, rsassapkcs1.SHA256, rsassapkcs1.VariantNoPrefix, err) } // Valid modules are [2^2047, 2^2048). minModulus := new(big.Int).Exp(big.NewInt(2), big.NewInt(2047), nil) maxModulus := new(big.Int).Sub(new(big.Int).Exp(big.NewInt(2), big.NewInt(2048), nil), big.NewInt(1)) // The bytes size of the slice is correct, but the value is too small or too big. tooSmallModulus := make([]byte, 256) tooSmallModulusInt := new(big.Int).Sub(minModulus, big.NewInt(1)) tooSmallModulusInt.FillBytes(tooSmallModulus) for _, tc := range []struct { name string modulus []byte idRequirement uint32 parameters *rsassapkcs1.Parameters }{ { name: "empty params", modulus: modulus2048, idRequirement: 123, parameters: &rsassapkcs1.Parameters{}, }, { name: "nil modulus", modulus: nil, idRequirement: 123, parameters: tinkParams, }, { name: "modulus slice too small", modulus: tooSmallModulus[:255], idRequirement: 123, parameters: tinkParams, }, { name: "modulus value too small", modulus: tooSmallModulus, idRequirement: 123, parameters: tinkParams, }, { name: "modulus too big", modulus: new(big.Int).Add(maxModulus, big.NewInt(1)).Bytes(), idRequirement: 123, parameters: tinkParams, }, { name: "invalid ID requirement", modulus: modulus2048, idRequirement: 123, parameters: noPrefixParams, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := rsassapkcs1.NewPublicKey(tc.modulus, tc.idRequirement, tc.parameters); err == nil { t.Errorf("rsassapkcs1.NewPublicKey(%v, %d, %v) = nil, want error", tc.modulus, tc.idRequirement, tc.parameters) } }) } } type testCase struct { name string modulusSizeBits int hashType rsassapkcs1.HashType publicExponent int variant rsassapkcs1.Variant modulus []byte idRequirement uint32 } func testCases(t *testing.T) []testCase { t.Helper() testCases := []testCase{} for _, hashType := range []rsassapkcs1.HashType{rsassapkcs1.SHA256, rsassapkcs1.SHA384, rsassapkcs1.SHA512} { for _, variant := range []rsassapkcs1.Variant{rsassapkcs1.VariantTink, rsassapkcs1.VariantCrunchy, rsassapkcs1.VariantLegacy, rsassapkcs1.VariantNoPrefix} { for _, modulusSizeBits := range []int{2048, 3072, 4096} { idRequirement := 123 if variant == rsassapkcs1.VariantNoPrefix { idRequirement = 0 } var modulus []byte switch modulusSizeBits { case 2048: modulus = mustDecodeBase64(t, n2048Base64) case 3072: modulus = mustDecodeBase64(t, n3072Base64) case 4096: modulus = mustDecodeBase64(t, n4096Base64) default: t.Fatalf("invalid modulus size: %v", modulusSizeBits) } testCases = append(testCases, testCase{ name: fmt.Sprintf("%v-SHA%v-%v-minModule", modulusSizeBits, hashType, variant), modulusSizeBits: modulusSizeBits, hashType: hashType, publicExponent: f4, variant: variant, modulus: modulus, idRequirement: uint32(idRequirement), }) } } } return testCases } func TestNewPublicKey(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { params, err := rsassapkcs1.NewParameters(tc.modulusSizeBits, tc.hashType, tc.publicExponent, tc.variant) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v, %v) = %v, want nil", tc.modulusSizeBits, tc.hashType, tc.publicExponent, tc.variant, err) } key, err := rsassapkcs1.NewPublicKey(tc.modulus, tc.idRequirement, params) if err != nil { t.Fatalf("rsassapkcs1.NewPublicKey(%v, %d, %v) = %v, want nil", tc.modulus, tc.idRequirement, params, err) } if got, want := key.Parameters(), params; !got.Equal(want) { t.Errorf("key.Parameters() = %v, want %v", got, want) } idRequirement, required := key.IDRequirement() if idRequirement != tc.idRequirement { t.Errorf("key.IDRequirement() = %v, want %v", idRequirement, tc.idRequirement) } if required != key.Parameters().HasIDRequirement() { t.Errorf("key.IDRequirement() = %v, want %v", required, key.Parameters().HasIDRequirement()) } if got, want := idRequirement, tc.idRequirement; got != want { t.Errorf("key.IDRequirement() = %v, want %v", got, want) } if got, want := key.Modulus(), tc.modulus; !bytes.Equal(got, want) { t.Errorf("key.Modulus() = %v, want %v", got, want) } otherKey, err := rsassapkcs1.NewPublicKey(tc.modulus, tc.idRequirement, params) if err != nil { t.Fatalf("rsassapkcs1.NewPublicKey(%v, %d, %v) = %v, want nil", tc.modulus, tc.idRequirement, params, err) } if !key.Equal(otherKey) { t.Errorf("key.Equal(otherKey) = false, want true") } }) } } func TestNewPublicKeyMinMaxValues(t *testing.T) { // Valid values: [2^(n-1), 2^n). minModulus2048 := new(big.Int).Exp(big.NewInt(2), big.NewInt(2047), nil) maxModulus2048 := new(big.Int).Sub(new(big.Int).Exp(big.NewInt(2), big.NewInt(2048), nil), big.NewInt(1)) minModulus3072 := new(big.Int).Exp(big.NewInt(2), big.NewInt(3071), nil) maxModulus3072 := new(big.Int).Sub(new(big.Int).Exp(big.NewInt(2), big.NewInt(3072), nil), big.NewInt(1)) minModulus4096 := new(big.Int).Exp(big.NewInt(2), big.NewInt(4095), nil) maxModulus4096 := new(big.Int).Sub(new(big.Int).Exp(big.NewInt(2), big.NewInt(4096), nil), big.NewInt(1)) for _, tc := range []struct { name string module []byte params *rsassapkcs1.Parameters }{ { name: "min module 2048 bit", module: minModulus2048.Bytes(), params: mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink), }, { name: "max module 2048 bit", module: maxModulus2048.Bytes(), params: mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink), }, { name: "min module 3072 bit", module: minModulus3072.Bytes(), params: mustCreateParameters(t, 3072, rsassapkcs1.SHA384, f4, rsassapkcs1.VariantTink), }, { name: "max module 3072 bit", module: maxModulus3072.Bytes(), params: mustCreateParameters(t, 3072, rsassapkcs1.SHA384, f4, rsassapkcs1.VariantTink), }, { name: "min module 4096 bit", module: minModulus4096.Bytes(), params: mustCreateParameters(t, 4096, rsassapkcs1.SHA512, f4, rsassapkcs1.VariantTink), }, { name: "max module 4096 bit", module: maxModulus4096.Bytes(), params: mustCreateParameters(t, 4096, rsassapkcs1.SHA512, f4, rsassapkcs1.VariantTink), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := rsassapkcs1.NewPublicKey(tc.module, 123, tc.params); err != nil { t.Errorf("rsassapkcs1.NewPublicKey(%v, %d, %v) err = %v, want nil", tc.module, 123, tc.params, err) } }) } } func mustCreateParameters(t *testing.T, modulusSizeBits int, hashType rsassapkcs1.HashType, publicExponent int, variant rsassapkcs1.Variant) *rsassapkcs1.Parameters { t.Helper() params, err := rsassapkcs1.NewParameters(modulusSizeBits, hashType, publicExponent, variant) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v, %v) = %v, want nil", modulusSizeBits, hashType, publicExponent, variant, err) } return params } func mustCreatePublicKey(t *testing.T, modulus []byte, idRequirement uint32, parameters *rsassapkcs1.Parameters) *rsassapkcs1.PublicKey { t.Helper() key, err := rsassapkcs1.NewPublicKey(modulus, idRequirement, parameters) if err != nil { t.Fatalf("rsassapkcs1.NewPublicKey(%v, %d, %v) = %v, want nil", modulus, idRequirement, parameters, err) } return key } func TestNewPublicKeyEqualFailsIfDifferentKeys(t *testing.T) { validModulus2048 := mustDecodeBase64(t, n2048Base64) // From: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L353 otherN2048Base64 := "3ZBFkDl4CMQxQyliPZATRThDJRsTuLPE_vVFmBEq8-sxxxEDxiWZUWdOU72Tp-NtGUcuR06-gChobZUpSE2Lr-pKBLoZVVZnYWyEeGcFlACcm8aj7-UidMumTHJHR9ftwZTk_t3jKjKJ2Uwxk25-ehXXVvVISS9bNFuSfoxhi91VCsshoXrhSDBDg9ubPHuqPkyL2OhEqITao-GNVpmMsy-brk1B1WoY3dQxPICJt16du5EoRwusmwh_thkoqw-MTIk2CwIImQCNCOi9MfkHqAfoBWrWgA3_357Z2WSpOefkgRS4SXhVGsuFyd-RlvPv9VKG1s1LOagiqKd2Ohggjw" otherValidModulus2048 := mustDecodeBase64(t, otherN2048Base64) validModulus3072 := mustDecodeBase64(t, n3072Base64) for _, tc := range []struct { name string this *rsassapkcs1.PublicKey that *rsassapkcs1.PublicKey }{ { name: "different modulus", this: mustCreatePublicKey(t, validModulus2048, 123, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)), that: mustCreatePublicKey(t, otherValidModulus2048, 123, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)), }, { name: "different parameters", this: mustCreatePublicKey(t, validModulus2048, 123, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)), that: mustCreatePublicKey(t, validModulus2048, 123, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantCrunchy)), }, { name: "different ID requirement", this: mustCreatePublicKey(t, validModulus2048, 123, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)), that: mustCreatePublicKey(t, validModulus2048, 234, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)), }, { name: "different modulus size", this: mustCreatePublicKey(t, validModulus2048, 123, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)), that: mustCreatePublicKey(t, validModulus3072, 123, mustCreateParameters(t, 3072, rsassapkcs1.SHA384, f4, rsassapkcs1.VariantTink)), }, } { t.Run(tc.name, func(t *testing.T) { if tc.this.Equal(tc.that) { t.Errorf("tc.this.Equal(tc.that) = true, want false") } if tc.that.Equal(tc.this) { t.Errorf("tc.that.Equal(tc.this) = true, want false") } }) } } func TestPublicKeyOutputPrefix(t *testing.T) { validModulus2048 := mustDecodeBase64(t, n2048Base64) for _, tc := range []struct { name string variant rsassapkcs1.Variant idRequirement uint32 want []byte }{ { name: "Tink", variant: rsassapkcs1.VariantTink, idRequirement: uint32(0x01020304), want: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "Crunchy", variant: rsassapkcs1.VariantCrunchy, idRequirement: uint32(0x01020304), want: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "Legacy", variant: rsassapkcs1.VariantLegacy, idRequirement: uint32(0x01020304), want: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "NoPrefix", variant: rsassapkcs1.VariantNoPrefix, idRequirement: 0, want: nil, }, } { t.Run(tc.name, func(t *testing.T) { params, err := rsassapkcs1.NewParameters(2048, rsassapkcs1.SHA256, f4, tc.variant) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v) = %v, want nil", 2048, rsassapkcs1.SHA256, tc.variant, err) } pubKey, err := rsassapkcs1.NewPublicKey(validModulus2048, tc.idRequirement, params) if err != nil { t.Fatalf("rsassapkcs1.NewPublicKey(%v, %v, %v) err = %v, want nil", validModulus2048, tc.idRequirement, params, err) } if got, want := pubKey.OutputPrefix(), tc.want; !bytes.Equal(got, want) { t.Errorf("pubKey.OutputPrefix() = %v, want %v", got, want) } }) } } func TestNewPrivateKeyInvalidValues(t *testing.T) { n := mustDecodeBase64(t, n2048Base64) d := mustDecodeBase64(t, d2048Base64) p := mustDecodeBase64(t, p2048Base64) q := mustDecodeBase64(t, q2048Base64) privateKeyValues := rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(p, insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(q, insecuresecretdataaccess.Token{}), D: secretdata.NewBytesFromData(d, insecuresecretdataaccess.Token{}), } params, err := rsassapkcs1.NewParameters(2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v, %v) = %v, want nil", 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink, err) } publicKey, err := rsassapkcs1.NewPublicKey(n, 0x11223344, params) if err != nil { t.Fatalf("rsassapkcs1.NewPublicKey(%v, %v, %v) = %v, want nil", n, 0x11223344, params, err) } invalidD := mustDecodeBase64(t, d2048Base64) invalidD[0]++ invalidP := mustDecodeBase64(t, p2048Base64) invalidP[0]++ invalidQ := mustDecodeBase64(t, q2048Base64) invalidQ[0]++ // From: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L353 differentN2048Base64 := "3ZBFkDl4CMQxQyliPZATRThDJRsTuLPE_vVFmBEq8-sxxxEDxiWZUWdOU72Tp-NtGUcuR06-gChobZUpSE2Lr-pKBLoZVVZnYWyEeGcFlACcm8aj7-UidMumTHJHR9ftwZTk_t3jKjKJ2Uwxk25-ehXXVvVISS9bNFuSfoxhi91VCsshoXrhSDBDg9ubPHuqPkyL2OhEqITao-GNVpmMsy-brk1B1WoY3dQxPICJt16du5EoRwusmwh_thkoqw-MTIk2CwIImQCNCOi9MfkHqAfoBWrWgA3_357Z2WSpOefkgRS4SXhVGsuFyd-RlvPv9VKG1s1LOagiqKd2Ohggjw" differentPublicKey := mustCreatePublicKey(t, mustDecodeBase64(t, differentN2048Base64), 0x11223344, params) token := insecuresecretdataaccess.Token{} for _, tc := range []struct { name string publicKey *rsassapkcs1.PublicKey privateKeyValues rsassapkcs1.PrivateKeyValues }{ { name: "empty public key", publicKey: &rsassapkcs1.PublicKey{}, privateKeyValues: privateKeyValues, }, { name: "empty private key values", publicKey: publicKey, privateKeyValues: rsassapkcs1.PrivateKeyValues{}, }, { name: "invalid P", publicKey: publicKey, privateKeyValues: rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(invalidP, token), Q: secretdata.NewBytesFromData(q, token), D: secretdata.NewBytesFromData(d, token), }, }, { name: "invalid Q", publicKey: publicKey, privateKeyValues: rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(p, token), Q: secretdata.NewBytesFromData(invalidQ, token), D: secretdata.NewBytesFromData(d, token), }, }, { name: "invalid D", publicKey: publicKey, privateKeyValues: rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(p, token), Q: secretdata.NewBytesFromData(q, token), D: secretdata.NewBytesFromData(invalidD, token), }, }, { name: "incompatible public key", publicKey: differentPublicKey, privateKeyValues: rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(p, token), Q: secretdata.NewBytesFromData(q, token), D: secretdata.NewBytesFromData(d, token), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := rsassapkcs1.NewPrivateKey(tc.publicKey, tc.privateKeyValues); err == nil { t.Errorf("rsassapkcs1.NewPrivateKey(tc.publicKey, %v) = nil, want error", tc.privateKeyValues) } }) } } type privateKeyTestCase struct { name string publicKey *rsassapkcs1.PublicKey privateKeyValues rsassapkcs1.PrivateKeyValues dp secretdata.Bytes dq secretdata.Bytes qInv secretdata.Bytes } func setStringToBigInt(t *testing.T, s string, base int) *big.Int { t.Helper() i, ok := new(big.Int).SetString(s, base) if !ok { t.Fatalf("failed to parse %v as a base %v big number", s, base) } return i } func privateKeyTestCases(t *testing.T) []privateKeyTestCase { var testCases []privateKeyTestCase for _, hashType := range []rsassapkcs1.HashType{rsassapkcs1.SHA256, rsassapkcs1.SHA384, rsassapkcs1.SHA512} { for _, variant := range []rsassapkcs1.Variant{rsassapkcs1.VariantTink, rsassapkcs1.VariantCrunchy, rsassapkcs1.VariantLegacy, rsassapkcs1.VariantNoPrefix} { idRequirement := uint32(123) if variant == rsassapkcs1.VariantNoPrefix { idRequirement = 0 } // 2048 bits token := insecuresecretdataaccess.Token{} testCases = append(testCases, privateKeyTestCase{ name: fmt.Sprintf("%v-%v-%v", 2048, hashType, variant), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), idRequirement, mustCreateParameters(t, 2048, hashType, f4, variant)), privateKeyValues: rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), }, dp: secretdata.NewBytesFromData(mustDecodeBase64(t, dp2048Base64), token), dq: secretdata.NewBytesFromData(mustDecodeBase64(t, dq2048Base64), token), qInv: secretdata.NewBytesFromData(mustDecodeBase64(t, qInv2048Base64), token), }) testCases = append(testCases, privateKeyTestCase{ name: fmt.Sprintf("%v-%v-%v-android", 2048, hashType, variant), publicKey: mustCreatePublicKey(t, setStringToBigInt(t, n2048BigInt16, 16).Bytes(), idRequirement, mustCreateParameters(t, 2048, hashType, f4, variant)), privateKeyValues: rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(setStringToBigInt(t, p2048BigInt10, 10).Bytes(), token), Q: secretdata.NewBytesFromData(setStringToBigInt(t, q2048BigInt10, 10).Bytes(), token), D: secretdata.NewBytesFromData(setStringToBigInt(t, d2048BigInt10, 10).Bytes(), token), }, dp: secretdata.NewBytesFromData(setStringToBigInt(t, dp2048BigInt10, 10).Bytes(), token), dq: secretdata.NewBytesFromData(setStringToBigInt(t, dq2048BigInt10, 10).Bytes(), token), qInv: secretdata.NewBytesFromData(setStringToBigInt(t, qInv2048BigInt10, 10).Bytes(), token), }) // 3072 bits params3072, err := rsassapkcs1.NewParameters(3072, hashType, f4, variant) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v, %v) = %v, want nil", 3072, hashType, f4, variant, err) } publicKey3072, err := rsassapkcs1.NewPublicKey(mustDecodeBase64(t, n3072Base64), idRequirement, params3072) if err != nil { t.Fatalf("rsassapkcs1.NewPublicKey(n, %v, %v) = %v, want nil", idRequirement, params3072, err) } testCases = append(testCases, privateKeyTestCase{ name: fmt.Sprintf("%v-%v-%v", 3072, hashType, variant), publicKey: publicKey3072, privateKeyValues: rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p3072Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q3072Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d3072Base64), token), }, dp: secretdata.NewBytesFromData(mustDecodeBase64(t, dp3072Base64), token), dq: secretdata.NewBytesFromData(mustDecodeBase64(t, dq3072Base64), token), qInv: secretdata.NewBytesFromData(mustDecodeBase64(t, qInv3072Base64), token), }) // 4096 bits params4096, err := rsassapkcs1.NewParameters(4096, hashType, f4, variant) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v, %v) = %v, want nil", 4096, hashType, f4, variant, err) } publicKey4096, err := rsassapkcs1.NewPublicKey(mustDecodeBase64(t, n4096Base64), idRequirement, params4096) if err != nil { t.Fatalf("rsassapkcs1.NewPublicKey(n, %v, %v) = %v, want nil", idRequirement, params4096, err) } testCases = append(testCases, privateKeyTestCase{ name: fmt.Sprintf("%v-%v-%v", 4096, hashType, variant), publicKey: publicKey4096, privateKeyValues: rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p4096Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q4096Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d4096Base64), token), }, dp: secretdata.NewBytesFromData(mustDecodeBase64(t, dp4096Base64), token), dq: secretdata.NewBytesFromData(mustDecodeBase64(t, dq4096Base64), token), qInv: secretdata.NewBytesFromData(mustDecodeBase64(t, qInv4096Base64), token), }) } } return testCases } func TestNewPrivateKey(t *testing.T) { for _, tc := range privateKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { privateKey, err := rsassapkcs1.NewPrivateKey(tc.publicKey, tc.privateKeyValues) if err != nil { t.Errorf("rsassapkcs1.NewPrivateKey(tc.publicKey, %v) err = %v, want nil", tc.privateKeyValues, err) } if !privateKey.D().Equal(tc.privateKeyValues.D) { t.Errorf("privateKey.D() = %v, want %v", privateKey.D(), tc.privateKeyValues.D) } if !privateKey.P().Equal(tc.privateKeyValues.P) { t.Errorf("privateKey.P() = %v, want %v", privateKey.P(), tc.privateKeyValues.P) } if !privateKey.Q().Equal(tc.privateKeyValues.Q) { t.Errorf("privateKey.Q() = %v, want %v", privateKey.Q(), tc.privateKeyValues.Q) } if !privateKey.DP().Equal(tc.dp) { t.Errorf("privateKey.DP() = %v, want %v", privateKey.DP(), tc.dp) } if !privateKey.DQ().Equal(tc.dq) { t.Errorf("privateKey.DQ() = %v, want %v", privateKey.DQ(), tc.dq) } if !privateKey.QInv().Equal(tc.qInv) { t.Errorf("privateKey.QInv() = %v, want %v", privateKey.QInv(), tc.qInv) } gotIDRequirement, gotRequired := privateKey.IDRequirement() wantIDRequirement, wantRequired := tc.publicKey.IDRequirement() if gotIDRequirement != wantIDRequirement || gotRequired != wantRequired { t.Errorf("invalid ID requirement: got (%v, %v), want (%v, %v)", gotIDRequirement, gotRequired, wantIDRequirement, wantRequired) } if got, want := privateKey.OutputPrefix(), tc.publicKey.OutputPrefix(); !bytes.Equal(got, want) { t.Errorf("privateKey.OutputPrefix() = %v, want %v", got, want) } if got, want := privateKey.Parameters(), tc.publicKey.Parameters(); !got.Equal(want) { t.Errorf("privateKey.Parameters() = %v, want %v", got, want) } want, err := privateKey.PublicKey() if err != nil { t.Fatalf("privateKey.PublicKey() err = %v, want nil", err) } if got := tc.publicKey; !got.Equal(want) { t.Errorf("privateKey.PublicKey() = %v, want %v", got, want) } otherPrivateKey, err := rsassapkcs1.NewPrivateKey(tc.publicKey, tc.privateKeyValues) if err != nil { t.Errorf("rsassapkcs1.NewPrivateKey(tc.publicKey, %v) err = %v, want nil", tc.privateKeyValues, err) } if !privateKey.Equal(otherPrivateKey) { t.Errorf("privateKey.Equal(otherPrivateKey) = false, want true") } }) } } func TestNewPrivateKeyEqualFailsIfKeysAreDifferent(t *testing.T) { // From: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L353 differentN2048Base64 := "3ZBFkDl4CMQxQyliPZATRThDJRsTuLPE_vVFmBEq8-sxxxEDxiWZUWdOU72Tp-NtGUcuR06-gChobZUpSE2Lr-pKBLoZVVZnYWyEeGcFlACcm8aj7-UidMumTHJHR9ftwZTk_t3jKjKJ2Uwxk25-ehXXVvVISS9bNFuSfoxhi91VCsshoXrhSDBDg9ubPHuqPkyL2OhEqITao-GNVpmMsy-brk1B1WoY3dQxPICJt16du5EoRwusmwh_thkoqw-MTIk2CwIImQCNCOi9MfkHqAfoBWrWgA3_357Z2WSpOefkgRS4SXhVGsuFyd-RlvPv9VKG1s1LOagiqKd2Ohggjw" differentD2048Base64 := "K9aK3QFx7ZIcCSTcCkBCf9Sk_GeCHG59UNDoxzDGZeKoQ7HrJD52OnQNPGZrG7HU-UZrMrKy4JqeJuh3dZXaSKE7qfnEX20sIUueXlBL-z-vvOatsx6MFb3hloiZ7-4aXc3_DSqL8uJzAeqgeIJJRhCiPdNkTQ6wpghkUOOnvUtcRGwBgUvhbCCGGfilt0Y_ylg9k2hkv3TZZ4iq6OW648BSorQJ35oI65vnaz26uiiGPVxW7kLuzbhQdeBN6Qtt072UCNf6VpRpfBhRYjKaubV_IahMqwB8HBDZdfVJGXf-z2yUnzpWbYS-R33aqwLAdi0bIy-KYZEHFaD_pDikYQ" differentP2048Base64 := "_aykrdsX5T7qB7lJITtX2lDWWQc4ZP08IeVw60UPkBT6Q85TtM5MVayhic6TqMHWao60reJ62vdkrXV3wRvwuvFmpU8IDF8HZaSz_TlObWYKswJUy4mZ8P1wOHfHHkzvA4rK-B8IkefdBtf9WywBTmc0dm0YrbI8q655mY_z47E" differentQ2048Base64 := "35hEOarCZ7siiOU6ukmOSCWwAYJr-fgM8cChRQfziLNjRrfdWOo3FOnA5cr36lbHOsdBWysPB-sBp0oIU3RSvi7JGN6k2jMCVTQeDm_zS7JMok2V42mlulXpvRp9C6av8dpxjOsQbuHEY6f8MMEde4hcdrZfKLDzJD5ZHL6CmD8" token := insecuresecretdataaccess.Token{} for _, tc := range []struct { name string this *rsassapkcs1.PrivateKey that *rsassapkcs1.PrivateKey }{ { name: "different RSA keys", this: func() *rsassapkcs1.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)) privateKeyValue := rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), } privateKey, err := rsassapkcs1.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapkcs1.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), that: func() *rsassapkcs1.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, differentN2048Base64), 123, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)) privateKeyValue := rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, differentP2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, differentQ2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, differentD2048Base64), token), } privateKey, err := rsassapkcs1.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapkcs1.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), }, { name: "different parameters - ID requirement", this: func() *rsassapkcs1.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)) privateKeyValue := rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), } privateKey, err := rsassapkcs1.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapkcs1.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), that: func() *rsassapkcs1.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 456, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)) privateKeyValue := rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), } privateKey, err := rsassapkcs1.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapkcs1.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), }, { name: "different parameters - variant", this: func() *rsassapkcs1.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)) privateKeyValue := rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), } privateKey, err := rsassapkcs1.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapkcs1.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), that: func() *rsassapkcs1.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantCrunchy)) privateKeyValue := rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), } privateKey, err := rsassapkcs1.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapkcs1.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), }, } { t.Run(tc.name, func(t *testing.T) { if tc.this.Equal(tc.that) { t.Errorf("tc.this.Equal(tc.that) = true, want false") } if tc.that.Equal(tc.this) { t.Errorf("tc.that.Equal(tc.this) = true, want false") } }) } } func TestPrivateKeyCreator(t *testing.T) { params, err := rsassapkcs1.NewParameters(2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink) if err != nil { t.Fatalf("rsassapkcs1.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", params, err) } rsassapkcs1PrivateKey, ok := key.(*rsassapkcs1.PrivateKey) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*rsassapkcs1.PrivateKey)(nil)) } idRequirement, hasIDRequirement := rsassapkcs1PrivateKey.IDRequirement() if !hasIDRequirement || idRequirement != 0x1234 { t.Errorf("rsassapkcs1PrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(rsassapkcs1PrivateKey.Parameters(), params); diff != "" { t.Errorf("rsassapkcs1PrivateKey.Parameters() diff (-want +got):\n%s", diff) } // Make sure we can sign/verify with the key. signer, err := rsassapkcs1.NewSigner(rsassapkcs1PrivateKey, internalapi.Token{}) if err != nil { t.Fatalf("rsassapkcs1.NewSigner(%v) err = %v, want nil", key, err) } signature, err := signer.Sign([]byte("hello world")) if err != nil { t.Fatalf("signer.Sign() err = %v, want nil", err) } publicKey, err := rsassapkcs1PrivateKey.PublicKey() if err != nil { t.Fatalf("rsassapkcs1PrivateKey.PublicKey() err = %v, want nil", err) } verifier, err := rsassapkcs1.NewVerifier(publicKey.(*rsassapkcs1.PublicKey), internalapi.Token{}) if err != nil { t.Fatalf("rsassapkcs1.NewVerifier(%v) err = %v, want nil", publicKey, err) } if err := verifier.Verify(signature, []byte("hello world")); err != nil { t.Errorf("verifier.Verify() err = %v, want nil", err) } } func TestPrivateKeyCreator_FailsWithInvalidParameters(t *testing.T) { for _, tc := range []struct { name string params *rsassapkcs1.Parameters idRequirement uint32 }{ { name: "invalid id requirement", params: mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantNoPrefix), idRequirement: 0x1234, }, { name: "invalid exponent", params: mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4+2, rsassapkcs1.VariantTink), idRequirement: 0x1234, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.params, tc.idRequirement); err == nil { t.Errorf("keygenregistry.CreateKey(%v, %v) err = nil, want error", tc.params, tc.idRequirement) } }) } } ================================================ FILE: signature/rsassapkcs1/protoserialization.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapkcs1 import ( "fmt" "math/big" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" rsassapkcs1pb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pkcs1_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // publicKeyProtoVersion is the accepted [rsassapkcs1pb.RsaSsaPkcs1PublicKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. publicKeyProtoVersion = 0 // privateKeyProtoVersion is the accepted [rsassapkcs1pb.RsaSsaPkcs1PrivateKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. privateKeyProtoVersion = 0 signerTypeURL = "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey" verifierTypeURL = "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PublicKey" ) type publicKeySerializer struct{} var _ protoserialization.KeySerializer = (*publicKeySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantLegacy: return tinkpb.OutputPrefixType_LEGACY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func protoHashValueFromHashType(hashType HashType) (commonpb.HashType, error) { switch hashType { case SHA256: return commonpb.HashType_SHA256, nil case SHA384: return commonpb.HashType_SHA384, nil case SHA512: return commonpb.HashType_SHA512, nil default: return commonpb.HashType_UNKNOWN_HASH, fmt.Errorf("unknown hash type: %v", hashType) } } func (s *publicKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { rsaPublicKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *rsassapkcs1.PublicKey", key) } if rsaPublicKey.parameters == nil { return nil, fmt.Errorf("invalid key") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(rsaPublicKey.parameters.Variant()) if err != nil { return nil, err } hashType, err := protoHashValueFromHashType(rsaPublicKey.parameters.HashType()) if err != nil { return nil, err } protoKey := &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: hashType, }, N: rsaPublicKey.Modulus(), E: new(big.Int).SetUint64(uint64(rsaPublicKey.parameters.PublicExponent())).Bytes(), Version: publicKeyProtoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := rsaPublicKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type publicKeyParser struct{} var _ protoserialization.KeyParser = (*publicKeyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_LEGACY: return VariantLegacy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func hashTypeFromProto(hashType commonpb.HashType) (HashType, error) { switch hashType { case commonpb.HashType_SHA256: return SHA256, nil case commonpb.HashType_SHA384: return SHA384, nil case commonpb.HashType_SHA512: return SHA512, nil default: return UnknownHashType, fmt.Errorf("unsupported hash type: %v", hashType) } } func parseParameters(protoHashType commonpb.HashType, outputPrefixType tinkpb.OutputPrefixType, modulusSizeBits int, exponent *big.Int) (*Parameters, error) { variant, err := variantFromProto(outputPrefixType) if err != nil { return nil, err } hashType, err := hashTypeFromProto(protoHashType) if err != nil { return nil, err } // Tolerate leading zeros in modulus encoding. return NewParameters(modulusSizeBits, hashType, int(exponent.Int64()), variant) } func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != verifierTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoKey := new(rsassapkcs1pb.RsaSsaPkcs1PublicKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != publicKeyProtoVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoKey.GetVersion()) } modulus := new(big.Int).SetBytes(protoKey.GetN()) exponent := new(big.Int).SetBytes(protoKey.GetE()) params, err := parseParameters(protoKey.GetParams().GetHashType(), keySerialization.OutputPrefixType(), modulus.BitLen(), exponent) if err != nil { return nil, err } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() return NewPublicKey(modulus.Bytes(), keyID, params) } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func removeLeadingZeros(keyBytes []byte) []byte { return new(big.Int).SetBytes(keyBytes).Bytes() } func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoPrivateKey := new(rsassapkcs1pb.RsaSsaPkcs1PrivateKey) if err := proto.Unmarshal(keyData.GetValue(), protoPrivateKey); err != nil { return nil, err } if protoPrivateKey.GetVersion() != privateKeyProtoVersion { return nil, fmt.Errorf("private key has unsupported version: %v", protoPrivateKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } protoPublicKey := protoPrivateKey.GetPublicKey() hashType, err := hashTypeFromProto(protoPublicKey.GetParams().GetHashType()) if err != nil { return nil, err } // Tolerate leading zeros in modulus encoding. modulus := new(big.Int).SetBytes(protoPublicKey.GetN()) exponent := new(big.Int).SetBytes(protoPublicKey.GetE()) params, err := NewParameters(modulus.BitLen(), hashType, int(exponent.Int64()), variant) if err != nil { return nil, err } if protoPublicKey.GetVersion() != publicKeyProtoVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoPublicKey.GetVersion()) } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() publicKey, err := NewPublicKey(modulus.Bytes(), keyID, params) if err != nil { return nil, err } token := insecuresecretdataaccess.Token{} privateKey, err := NewPrivateKey(publicKey, PrivateKeyValues{ P: secretdata.NewBytesFromData(protoPrivateKey.GetP(), token), Q: secretdata.NewBytesFromData(protoPrivateKey.GetQ(), token), D: secretdata.NewBytesFromData(protoPrivateKey.GetD(), token), }) if err != nil { return nil, err } // Make sure the precomputed values match the ones in the proto. if !privateKey.DP().Equal(secretdata.NewBytesFromData(removeLeadingZeros(protoPrivateKey.GetDp()), token)) { return nil, fmt.Errorf("private key DP doesn't match") } if !privateKey.DQ().Equal(secretdata.NewBytesFromData(removeLeadingZeros(protoPrivateKey.GetDq()), token)) { return nil, fmt.Errorf("private key DQ doesn't match") } if !privateKey.QInv().Equal(secretdata.NewBytesFromData(removeLeadingZeros(protoPrivateKey.GetCrt()), token)) { return nil, fmt.Errorf("private key QInv doesn't match") } return privateKey, nil } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { rsaSsaPrivKey, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *rsassapkcs1.PrivateKey", key) } if rsaSsaPrivKey.publicKey == nil { return nil, fmt.Errorf("invalid key: public key is nil") } params := rsaSsaPrivKey.publicKey.parameters outputPrefixType, err := protoOutputPrefixTypeFromVariant(params.Variant()) if err != nil { return nil, err } hashType, err := protoHashValueFromHashType(params.HashType()) if err != nil { return nil, err } token := insecuresecretdataaccess.Token{} n := rsaSsaPrivKey.publicKey.Modulus() p := rsaSsaPrivKey.P().Data(token) q := rsaSsaPrivKey.Q().Data(token) d := rsaSsaPrivKey.D().Data(token) dp := rsaSsaPrivKey.DP().Data(token) dq := rsaSsaPrivKey.DQ().Data(token) crt := rsaSsaPrivKey.QInv().Data(token) d, dp, dq, crt, err = signature.AdjustEncodingLengths(n, p, q, d, dp, dq, crt) if err != nil { return nil, err } protoKey := &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ P: p, Q: q, D: d, Dp: dp, Dq: dq, Crt: crt, PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: hashType, }, N: rsaSsaPrivKey.publicKey.Modulus(), E: new(big.Int).SetUint64(uint64(rsaSsaPrivKey.publicKey.parameters.PublicExponent())).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := rsaSsaPrivKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { rsaSsaPkcs1Parameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *rsassapkcs1.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(rsaSsaPkcs1Parameters.Variant()) if err != nil { return nil, err } hashType, err := protoHashValueFromHashType(rsaSsaPkcs1Parameters.HashType()) if err != nil { return nil, err } format := &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: hashType, }, ModulusSizeInBits: uint32(rsaSsaPkcs1Parameters.ModulusSizeBits()), PublicExponent: new(big.Int).SetUint64(uint64(rsaSsaPkcs1Parameters.PublicExponent())).Bytes(), } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), signerTypeURL) } format := new(rsassapkcs1pb.RsaSsaPkcs1KeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } exponent := new(big.Int).SetBytes(format.GetPublicExponent()) return parseParameters(format.GetParams().GetHashType(), keyTemplate.GetOutputPrefixType(), int(format.GetModulusSizeInBits()), exponent) } ================================================ FILE: signature/rsassapkcs1/protoserialization_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapkcs1 import ( "encoding/base64" "math/big" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" rsassapkcs1pb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pkcs1_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L13 n2048Base64 = "s1EKK81M5kTFtZSuUFnhKy8FS2WNXaWVmi_fGHG4CLw98-Yo0nkuUarVwSS0O9pFPcpc3kvPKOe9Tv-6DLS3Qru21aATy2PRqjqJ4CYn71OYtSwM_ZfSCKvrjXybzgu-sBmobdtYm-sppbdL-GEHXGd8gdQw8DDCZSR6-dPJFAzLZTCdB-Ctwe_RXPF-ewVdfaOGjkZIzDoYDw7n-OHnsYCYozkbTOcWHpjVevipR-IBpGPi1rvKgFnlcG6d_tj0hWRl_6cS7RqhjoiNEtxqoJzpXs_Kg8xbCxXbCchkf11STA8udiCjQWuWI8rcDwl69XMmHJjIQAqhKvOOQ8rYTQ" d2048Base64 = "GlAtDupse2niHVg5EB9wVFbtDvhS-0f-IQcfVMXzPIzrBmxi1yfjLSbFgTcyn4nTGVMlt5UmTBldhUcvdQfb0JYdKVH5NaJrNPCsJNFUkOESiptxOJFbx9v6j-OWNXExxUOunJhQc2jZzrCMHGGYo-2nrqGFoOl2zULCLQDwA9nxnZbqTJr8v-FEHMyALPsGifWdgExqTk9ATBUXR0XtbLi8iO8LM7oNKoDjXkO8kPNQBS5yAW51sA01ejgcnA1GcGnKZgiHyYd2Y0n8xDRgtKpRa84Hnt2HuhZDB7dSwnftlSitO6C_GHc0ntO3lmpsJAEQQJv00PreDGj9rdhH_Q" p2048Base64 = "7BJc834xCi_0YmO5suBinWOQAF7IiRPU-3G9TdhWEkSYquupg9e6K9lC5k0iP-t6I69NYF7-6mvXDTmv6Z01o6oV50oXaHeAk74O3UqNCbLe9tybZ_-FdkYlwuGSNttMQBzjCiVy0-y0-Wm3rRnFIsAtd0RlZ24aN3bFTWJINIs" q2048Base64 = "wnQqvNmJe9SwtnH5c_yCqPhKv1cF_4jdQZSGI6_p3KYNxlQzkHZ_6uvrU5V27ov6YbX8vKlKfO91oJFQxUD6lpTdgAStI3GMiJBJIZNpyZ9EWNSvwUj28H34cySpbZz3s4XdhiJBShgy-fKURvBQwtWmQHZJ3EGrcOI7PcwiyYc" dp2048Base64 = "lql5jSUCY0ALtidzQogWJ-B87N-RGHsBuJ_0cxQYinwg-ySAAVbSyF1WZujfbO_5-YBN362A_1dn3lbswCnHK_bHF9-fZNqvwprPnceQj5oK1n4g6JSZNsy6GNAhosT-uwQ0misgR8SQE4W25dDGkdEYsz-BgCsyrCcu8J5C-tU" dq2048Base64 = "BVT0GwuH9opFcis74M9KseFlA0wakQAquPKenvni2rb-57JFW6-0IDfp0vflM_NIoUdBL9cggL58JjP12ALJHDnmvOzj5nXlmZUDPFVzcCDa2eizDQS4KK37kwStVKEaNaT1BwmHasWxGCNrp2pNfJopHdlgexad4dGCOFaRmZ8" qInv2048Base64 = "HGQBidm_6MYjgzIQp2xCDG9E5ddg4lmRbOwq4rFWRWlg_ZXidHZgw4lWIlDwVQSc-rflwwOVSThKeiquscgk069wlIKoz5tYcCKgCx8HIttQ8zyybcIN0iRdUmXfYe4pg8k4whZ9zuEh_EtEecI35yjPYzq2CowOzQT85-O6pVk" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_3072_test.json#L21 n3072Base64 = "3I94gGcvDPnWNheopYvdJxoQm63aD6gm-UuKeVUmtqSagFZMyrqKlJGpNaU-3q4dmntUY9ni7z7gznv_XUtsgUe1wHPC8iBRXVMdVaNmh6bePDR3XC8VGRrAp0LXNCIoyNkQ_mu8pDlTnEhd68vQ7g5LrjF1A7g87oEArHu0WHRny8Q3PEvaLu33xBYx5QkitYD1vOgdJLIIyrzS11_P6Z91tJPf_Fyb2ZD3_Dvy7-OS_srjbz5O9EVsG13pnMdFFzOpELaDS2HsKSdNmGvjdSw1CxOjJ9q8CN_PZWVJmtJuhTRGYz6tspcMqVvPa_Bf_bwqgEN412mFpx8G-Ql5-f73FsNqpiWkW17t9QglpT6dlDWyPKq55cZNOP06dn4YWtdyfW4V-em6svQYTWSHaV25ommMZysugjQQ2-8dk_5AydNX7p_Hf4Sd4RNj9YOvjM9Rgcoa65RMQiUWy0AelQkj5L2IFDn6EJPHdYK_4axZk2dHALZDQzngJFMV2G_L" d3072Base64 = "BQEgW9F7iNDWYm3Q_siYoP1_aPjd3MMU900WfEBJW5WKh-TtYyAuasaPT09LiOPsegfYV1enRYRot2aq2aQPdzN4VUCLKNFA51wuazYE6okHu9f46VeMJACuZF0o4t7vi_cY4pzxL8y5L--YafQ67lvWrcIjhI0WnNbCfCdmZSdm_4GZOz4BWlU97O4P_cFiTzn42Wtu1dlQR8FXC1n6LrPWiN1eFKzJQHuAlPGLRpQkTrGtzWVdhz9X_5r25P7EcL4ja687IMIECrNg11nItOYYv4vU4OxmmPG3LHFg7QUhyCtRdrYPtjUD0K4j9uL7emCTBbCvYhULkhrFP03omWZssB2wydi2UHUwFcG25oLmvzggTln3QJw4CMDlPyVJNVQKOBqWPCwad8b5h_BqB6BXJobtIogtvILngjzsCApY1ysJ0AzB0kXPFY_0nMQFmdOvcZ3DAbSqf1sDYproU-naq-KE24bVxB0EARQ98rRZPvTjdHIJxSP1p_gPAtAR" p3072Base64 = "_sahC_xJtYoshQ6v69uZdkmpVXWgwXYxsBHLINejICMqgVua9gQNe_I9Jn5eBjBMM-BMhebUgUQvAQqXWLoINkpwA175npyY7rQxUFsq-2d50ckdDqL7CmXcOR557Np9Uv191pkjsl365EjKzoKeusprPIo8tkqBgAYUQ0iVd4wg1imxJbafQpRfZrZE84QLz6b842EHQlbFCGPsyiznVrSp-36ZPQ8fpIssxIW36qYUBfvvFQ51Y8IVCBF2feD5" q3072Base64 = "3Z7BzubYqXGxZpAsRKTwLvN6YgU7QSiKHYc9OZy8nnvTBu2QZIfaL0m8HBgJwNTYgQbWh5UY7ZJf62aq1f88K4NGbFVO2XuWq-9Vs7AjFPUNA4WgodikauA-j86RtBISDwoQ3GgVcPpWS2hzus2Ze2FrK9dzP7cjreI7wQidoy5QlYNDbx40SLV5-yGyQGINIEWNCPD5lauswKOY8KtqZ8n1vPfgMvsdZo_mmNgDJ1ma4_3zqqqxm68XY5RDGUvj" dp3072Base64 = "8b-0DNVlc5cay162WwzSv0UCIo8s7KWkXDdmEVHL_bCgooIztgD-cn_WunHp8eFeTVMmCWCQf-Ac4dYU6iILrMhRJUG3hmN9UfM1X9RCIq97Di7RHZRUtPcWUjSy6KYhiN_zye8hyhwW9wqDNhUHXKK5woZBOY_U9Y_PJlD3Uqpqdgy1hN2WnOyA4ctN_etr8au4BmGJK899wopeozCcis9_A56K9T8mfVF6NzfS3hqcoVj-8XH4vaHppvA7CRKx" dq3072Base64 = "Pjwq6NNi3JKU4txx0gUPfd_Z6lTVwwKDZq9nvhoJzeev5y4nclPELatjK_CELKaY9gLZk9GG4pBMZ2q5Zsb6Oq3uxNVgAyr1sOrRAljgQS5frTGFXm3cHjdC2leECzFX6OlGut5vxv5F5X87oKXECCXfVrx2HNptJpN1fEvTGNQUxSfLdBTjUdfEnYVk7TebwAhIBs7FCAbhyGcot80rYGISpDJnv2lNZFPcyec_W3mKSaQzHSY6IiIVS12DSkNJ" qInv3072Base64 = "GMyXHpGG-GwUTRQM6rvJriLJTo2FdTVvtqSgM5ke8hC6-jmkzRq_qZszL96eVpVa8XlFmnI2pwC3_R2ICTkG9hMK58qXQtntDVxj5qnptD302LJhwS0sL5FIvAZp8WW4uIGHnD7VjUps1aPxGT6avSeEYJwB-5CUx8giUyrXrsKgiu6eJjCVrQQmRVy1kljH_Tcxyone4xgA0ZHtcklyHCUmZlDEbcv7rjBwYE0uAJkUouJpoBuvpb34u6McTztg" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_4096_test.json#L21 n4096Base64 = "9gG-DczQSqQLEvPxka4XwfnIwLaOenfhS-JcPHkHyx0zpu9BjvQYUvMsmDkrxcmu2RwaFQHFA-q4mz7m9PjrLg_PxBvQNgnPao6zqm8PviMYezPbTTS2bRKKiroKKr9Au50T2OJVRWmlerHYxhuMrS3IhZmuDaU0bhXazhuse_aXN8IvCDvptGu4seq1lXstp0AnXpbIcZW5b-EUUhWdr8_ZFs7l10mne8OQWl69OHrkRej-cPFumghmOXec7_v9QVV72Zrqajcaa0sWBhWhoSvGlY00vODIWty9g5L6EM7KUiCdVhlro9JzziKPHxERkqqS3ioDl5ihe87LTcYQDm-K6MJkPyrnaLIlXwgsl46VylUVVfEGCCMc-AA7v4B5af_x5RkUuajJuPRWRkW55dcF_60pZj9drj12ZStCLkPxPmwUkQkIBcLRJop0olEXdCfjOpqRF1w2cLkXRgCLzh_SMebk8q1wy0OspfB2AKbTHdApFSQ9_dlDoCFl2jZ6a35Nrh3S6Lg2kDCAeV0lhQdswcFd2ejS5eBHUmVpsb_TldlX65_eMl00LRRCbnHv3BiHUV5TzepYNJIfkoYp50ju0JesQCTivyVdcEEfhzc5SM-Oiqfv-isKtH1RZgkeGu3sYFaLFVvZwnvFXz7ONfg9Y2281av0hToFHblNUEU" d4096Base64 = "01Gb2G7fXb6cZKN4FxPdBJt0f1ZR_ZGMzoqbgLbWovtqqzNKtWmom1iYLgquNzCQKZ-iJ_llK4AtI-5cpoJMQz0B1AuwRzsWGQqL-xN8CnBLT0m0UBW_vuH2cERvB1lSWdcMfXmulfmyVDsBYuu3Y-u4HEtu3_nRl97eHb5X5ARm0VbU39XXY0xFU0-yu70b8leBehc8B5X9vMUzl29KDQQWDyma9dwnKoFLNtW65RFrlUIXjx1VTKt6ZFMDVIK5ga3UvY_9XVAIObI-MOvT84aPB1hMvRK6CJMlmChg9p8r3HB3tsYPWKInKCM3nhAjcEFl98FPZKGP1bJFoYFJt-2jOFpWup55UConvxOGXN41vhXeA9BqpvCLFyt-60tzy8FXAZxdkzWEqNGt1ht9vKOyU8oM-T3JqKOqwvUCJwIuaS97R2dVZiDMko1j4xB4w2Diq0txqRfhnn6wk4BILltOqIIChxwqKcpvZrL-MEr2CVIOT4HWTCZ2i7gSqGZ5NmYR9M9uieK9HZ1-KHKcfw5OMVLXrX8Yb6MvAeFp_wahIAG8F539DclCy6vFVfZ_X9BD4KM1Q0D6SQ0vEjNnvpJus-Hf_nDDFRyHRQ8yF9wqoLWnBpxaF9VWFMmZQTn3s3tJ6f54CvZaDoni5Y_qr_4WO8nRnq_ZzSmw7zzvPQE" p4096Base64 = "_CG4VcWtTKK2lwUWQG9xxuee_EEm5lmHctseCC3msN3aqiopUfBBSOhuC94oITt_YA-YcwgwHqzqE0Biuww932KNqav5PvHOPnWwlTpITb01VL1cBkmTPdd-UnVj6Q8FqAE_3ayVjDKTeOlDA7MEvl-d8f5bBDp_3ZRwCj8LHLvQUWt82UxXypbZ_SqMqXOZEhjLozocI9gQ91GdH3cCq3Kv_bP4ShsqiBFuQDO8TQz8eYnGV-D-lOlkR2rli65reHbzbAnTKxpj-MR8lKdMku7fdfwnz_4PhFI2PkvI92U_PLVer2k87HDRPIdd6TWosgQ5q36T92mBxZV_xbtE2Q" q4096Base64 = "-cf3SKUF0j7O-ahfgJfIz31wKO9skOIqM2URWC0sw2NuNOrTcgTb0i8UKj-x1fhXsDEMekM_Ua4U1GCLAbQ6qMeuZ4Nff74LnZeUiznpui06FoftuLVu5w_wU22rTQVR9x7Q2u6eQSRJ9fCZvMFeTvBVTcefh_7FoN6nF8cFQ5K_REYTk3QBu-88Ivv35zjFh3m5gWCaH5wR3W8LvpmW4nc0WeTO8kewKp_CEpasV6WxBWGCQxDPvezJDgZZg3DjaYcT_b4lKOxO89zKrnAe7cPlStbnr05o47Ob0ul6yRGZNsZHpQNRHLKD35hM_XwH8PVqqK4xZpSO8_QbCFmTTQ" dp4096Base64 = "gVSGqrCgiWv5fxPj6x9_XEkZW0nMO2J3QSo2iHmLGPRkIt9HnLlBs7VOJZZKPWm4l7zINVFg5YtK8p8XRd0sq7Zw9jS5wFjms1FJR_LCfeXtQk9zseHxvkoYiRGgMz86Zohliz7o4yZaUS5N6srcRw7jBOu1IkEjr7RhmE_oUk_gtrMNMqWfbtLcdKlrx8v9G7ROWKcJIjXF1icuEqLIYsuMjPXRCapPscZHKHWhRGDB7VIHxLIrxJTHlH63ymOoyv0xNh0ADd8WotefE92RQNl5FJtIjL9ElFpbaq8TIhv0SR67t_yifKIOIh9Jw8N7ifzy3A4stj-Pipt6FCJQWQ" dq4096Base64 = "th2E_5NKTkN7Fu4bS5_fSuEzcLU4W956VGShI8A0PfV1-eEo7535RCMNOcyc9dwO2yi350C2nvAkwb_uOfzVNA_66gAQFgxTXcCSDnzYG-Uz0A-lVKH8TT4CxGFWn158p4fxUV7fRbGWt1mITeZSw41ZNM-SUk6Ae007WQvDm8QX7kiFp2HSjdrc5sj9s7lh0-f9SAZN-TQKln-LeZl0OIQfSFeaR23bVQiMMI9o8rKdAcZZelp8jQZihPY-N6aMOHnDKqODZnX9DrJxmIOpGURWHp3X6KprsXFX8IxI-Ob65cPlortrXVgO7GyX3c2b4KSe8oOnAxrXq6jUON9OlQ" qInv4096Base64 = "IvuOX82bdnEE5xJE21MFjBgGHhsNH2O3Pi1ZqV4qEM2HQmoz2hPCh83vgTbl5H6T-5swrZJiintUP0jrARqGNWqzy0gPJ-ORsBjKGH2Xrz2C4xhh7K-mY9t4qonDvUaOaq3vs6Q_eLwAuAFMldtU6dIaAX6PIfZxVF7d6all6jLf_0XNo3_KGqUTL2yO7SIr0B_tWm59Y5WAxZVXd6hlRMLEyTm9uLTEht2lMHKGGgM0NZvbN1hHXknZDQU5lE54z8_Y__Vbsxoc68ZbKPUeeQcBsveRIYiYTwNObpbhxSUeM_44-yIbznqQqGhXxfVrbKdzB8RdUpCx8Iit4IKzSQ" // Test case generated with python, d is one byte shorter than n. This way, we test that a leading null byte will be appended to d during the serialization process. n2048Base64Short = "s3tBtRJT0gQfXrSWzicHNV-oWlaZ-Zw59s_NoZU1H1f5zuZKOSMf7PMZ8_BI5ozRhUUv6VuTainRKkutULVu3tfCI0Sx7P-oXPCz2cH8SfreEhYzt4j5kMJn6hrWBeDQRXrm2_ozk4_naC1xGvnTyQdAIt9A2uiDEeiu2usVJ1XWMWY4QlwY44smjvET_N0sClB9RCn-078cGVbYJ6FXYnqivpSI7XpzaSy7m2bPnG93ex78FKNmQ_sWGI3l43340QopG24jXBfpo_e2CoEEansHH9V6ngEACwCxGKQvbAUAHE1kpgW-Nzay0_nL9tHg7z3LCk1hwsIKUcL03PFX3w" d2048Base64Short = "ofOWVs0y1U7i_5H0ghC1cHPgdaOvTIyrwQnBgwwf4yh_QTKLxwLqy-SQho1LOr3WUWsc0HTRj_orwv6GZU1RvcLyauCRrEkEotiPcO6ZuCemOqvN_s6aYwUIvzV36dXyGL_NkLEz2PMA3AAlDzJe6Aai2NSasO0dWAudu-xkKhjEkobvNi6E1SF2SzaSZCLYyzVv6AXsZCsf4QB9Mc4Cl5LrMDiN0eloCTXE90juKayoXSWlaewqVG1B0cuqAnUqFhc91fIsvQ8eD0klV6e667_zJDsCPP2AyBXb8dg4iq1hbJz7zhi7L_DcYiLKKTYfBouYMm9JvVE9bVAzQOZh" p2048Base64Short = "8ZDa2uxtQRFgV0hdz_y_bW86ufU0kQaS39hy6e_NjWy42gaDszPXtz8MNOJwk5M-Fdkq6LrMQX61hTcjG8TT1PCvfw8OeNK9HOoU2oXVaRw86g7NOEDKMYSWilrHcUkCMFzlleNiBShwXG8uyxc7WxX_5HZ6f9jaCSRJFbolXDE" q2048Base64Short = "vjS4PXyXl4cyPaCzjZTxJttM6xO2cuIglNvm2PGu_ZtX78U1sRvAZ_9U1Bps7fbKg_H2R-yaqF6op-Fb2L4dM-Wcy2BkFmJOxNZA1Cw7mHNj77_umoCtrGxF-mEZgvkC5cy2CiQTDy9G1paqrFG748j877qUSMkYygy5dB5AwQ8" dp2048Base64Short = "S-eZbWsXFXgRTrvVhpJD0G5ABMiw4NUw95d63FlWvJaqKxAa-AdVRCZSfpecijKdMp5Ppltz7SyUeyyNIp-hdGrAqmsfwAVwGRLQxK2DFokh9uX5xDBPmGmyJ_1IaCdpwaqfFY8icL55OAJTsMs3AnMSOkakTWHleTPmpyYbsTE" dq2048Base64Short = "DetVwEop3dDrAE-OVEIeE7XgvyNGKsoZkEs3bZDiOXTwzn8kGr3pKrMoxgzZA-EXmOhQGZtbBg9HUGHRkt72zCF1g_yd1nWDRixXui8yfUmUeqsVDwFztDaIOHZ6o3cNmzuL5toU-vt-t513B_1DPrwqpnCFAX6V7dNYjwLXwkk" qInv2048Base64Short = "12-Ru9ZuczoydYqX5L1mDyE47bMy9SoXw-aBKRd9i0lYCX0nAmt32Q6peM8WSuQIPf7R9OxKSVIeBsFLxdaKiYLV4xOOkr3gSkSeYNN4adSgIl2nc5n2RxvgIVPELs7H1quU1slDq0j6AAltv8Tft71sp_9F7h1-tCkOUTLHMhY" ) func mustDecodeBase64(t *testing.T, value string) []byte { t.Helper() decoded, err := base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(value) if err != nil { t.Fatalf("base64 decoding failed: %v", err) } return decoded } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParsePublicKeyFails(t *testing.T) { publicKey := rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serializedPublicKey := mustMarshalProto(t, &publicKey) for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 123), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "wrong key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "wrong key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: mustMarshalProto(t, &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion + 1, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid modulus", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: mustMarshalProto(t, &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n2048Base64[:255]), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion + 1, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid exponent", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: mustMarshalProto(t, &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).Sub(new(big.Int).SetUint64(uint64(f4)), big.NewInt(1)).Bytes(), Version: publicKeyProtoVersion + 1, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} if _, err := p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } }) } } func mustCreateParameters(t *testing.T, modulusSizeBits int, hashType HashType, publicExponent int, variant Variant) *Parameters { t.Helper() params, err := NewParameters(modulusSizeBits, hashType, publicExponent, variant) if err != nil { t.Fatalf("NewParameters(%v, %v, %v, %v) = %v, want nil", modulusSizeBits, hashType, publicExponent, variant, err) } return params } func mustCreatePublicKey(t *testing.T, modulus []byte, idRequirement uint32, parameters *Parameters) *PublicKey { t.Helper() key, err := NewPublicKey(modulus, idRequirement, parameters) if err != nil { t.Fatalf("NewPublicKey(%v, %d, %v) = %v, want nil", modulus, idRequirement, parameters, err) } return key } func TestParsePublicKeyWithZeroPaddingModulus(t *testing.T) { n := mustDecodeBase64(t, n2048Base64) publicKey := &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: slices.Concat([]byte{0, 0, 0, 0}, n), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serializedPublicKey := mustMarshalProto(t, publicKey) keySerialization := mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PublicKey", Value: serializedPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123) wantPublicKey := mustCreatePublicKey(t, n, 123, mustCreateParameters(t, 2048, SHA256, f4, VariantTink)) parser := &publicKeyParser{} parsedPublicKey, err := parser.ParseKey(keySerialization) if err != nil { t.Fatalf("parser.ParseKey(%v) err = %v, want non-nil", keySerialization, err) } if got, want := parsedPublicKey, wantPublicKey; !got.Equal(want) { t.Errorf("got.Equal(want) = false, want true") } } func TestParseAndSerializePublicKey(t *testing.T) { publicKey2048 := rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serialized2048ProtoPublicKey := mustMarshalProto(t, &publicKey2048) proto3072SHA384PublicKey := rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, N: mustDecodeBase64(t, n3072Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serialized3072SHA384ProtoPublicKey := mustMarshalProto(t, &proto3072SHA384PublicKey) proto3072SHA512PublicKey := rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, N: mustDecodeBase64(t, n3072Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serialized3072SHA512ProtoPublicKey := mustMarshalProto(t, &proto3072SHA512PublicKey) proto4096PublicKey := rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, N: mustDecodeBase64(t, n4096Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serialized4096ProtoPublicKey := mustMarshalProto(t, &proto4096PublicKey) for _, tc := range []struct { name string publicKeySerialization *protoserialization.KeySerialization publicKey *PublicKey }{ { name: "2048-SHA256-TINK", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized2048ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, 2048, SHA256, f4, VariantTink)), }, { name: "2048-SHA256-LEGACY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized2048ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_LEGACY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, 2048, SHA256, f4, VariantLegacy)), }, { name: "2048-SHA256-CRUNCHY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized2048ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_CRUNCHY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, 2048, SHA256, f4, VariantCrunchy)), }, { name: "2048-SHA256-RAW", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized2048ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 0, mustCreateParameters(t, 2048, SHA256, f4, VariantNoPrefix)), }, { name: "3072-SHA384-TINK", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA384ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA384, f4, VariantTink)), }, { name: "3072-SHA384-LEGACY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA384ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_LEGACY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA384, f4, VariantLegacy)), }, { name: "3072-SHA384-CRUNCHY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA384ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_CRUNCHY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA384, f4, VariantCrunchy)), }, { name: "3072-SHA384-RAW", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA384ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 0, mustCreateParameters(t, 3072, SHA384, f4, VariantNoPrefix)), }, { name: "3072-SHA512-TINK", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA512ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA512, f4, VariantTink)), }, { name: "3072-SHA512-LEGACY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA512ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_LEGACY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA512, f4, VariantLegacy)), }, { name: "3072-SHA512-CRUNCHY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA512ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_CRUNCHY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA512, f4, VariantCrunchy)), }, { name: "3072-SHA512-RAW", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA512ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 0, mustCreateParameters(t, 3072, SHA512, f4, VariantNoPrefix)), }, { name: "4096-SHA512-TINK", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized4096ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 123, mustCreateParameters(t, 4096, SHA512, f4, VariantTink)), }, { name: "4096-SHA512-LEGACY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized4096ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_LEGACY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 123, mustCreateParameters(t, 4096, SHA512, f4, VariantLegacy)), }, { name: "4096-SHA512-CRUNCHY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized4096ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_CRUNCHY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 123, mustCreateParameters(t, 4096, SHA512, f4, VariantCrunchy)), }, { name: "4096-SHA512-RAW", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized4096ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 0, mustCreateParameters(t, 4096, SHA512, f4, VariantNoPrefix)), }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} gotKey, err := p.ParseKey(tc.publicKeySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", tc.publicKeySerialization, err) } if !gotKey.Equal(tc.publicKey) { t.Errorf("%v.Equal(%v) = false, want true", gotKey, tc.publicKey) } // Make sure we can serialize back the key serialization. s := &publicKeySerializer{} gotSerialization, err := s.SerializeKey(gotKey) if err != nil { t.Errorf("s.SerializeKey(%v) err = %v, want nil", tc.publicKeySerialization, err) } if !gotSerialization.Equal(tc.publicKeySerialization) { t.Errorf("gotSerialization.Equal(tc.publicKeySerialization) = false, want true") } }) } } type testParams struct{} func (p *testParams) HasIDRequirement() bool { return true } func (p *testParams) Equal(params key.Parameters) bool { return true } type testKey struct{} func (k *testKey) Parameters() key.Parameters { return &testParams{} } func (k *testKey) Equal(other key.Key) bool { return true } func (k *testKey) IDRequirement() (uint32, bool) { return 123, true } func TestSerializePublicKeyFails(t *testing.T) { for _, tc := range []struct { name string publicKey key.Key }{ { name: "nil public key", publicKey: nil, }, { name: "invalid public key", publicKey: &PublicKey{}, }, { name: "incorrect key type", publicKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &publicKeySerializer{} if _, err := s.SerializeKey(tc.publicKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } }) } } func mustMarshalProto(t *testing.T, message proto.Message) []byte { t.Helper() serializedPrivateKey, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedPrivateKey } func TestParsePrivateKeyFails(t *testing.T) { privateKey := &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey := mustMarshalProto(t, privateKey) publicKeyWithWrongPrivateKeyVersion := proto.Clone(privateKey).(*rsassapkcs1pb.RsaSsaPkcs1PrivateKey) publicKeyWithWrongPrivateKeyVersion.Version = privateKeyProtoVersion + 1 serializedPrivateKeyWithWrongPrivateKeyVersion := mustMarshalProto(t, publicKeyWithWrongPrivateKeyVersion) privateKeyWithWrongPublicKeyVersion := proto.Clone(privateKey).(*rsassapkcs1pb.RsaSsaPkcs1PrivateKey) privateKeyWithWrongPublicKeyVersion.PublicKey.Version = publicKeyProtoVersion + 1 serializedPrivateKeyWithWrongPublicKeyVersion := mustMarshalProto(t, privateKeyWithWrongPublicKeyVersion) privateKeyWithWrongPublicKey := &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: make([]byte, 256), // All bytes are 0. E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKeyWithWrongPublicKeyBytes := mustMarshalProto(t, privateKeyWithWrongPublicKey) // From https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L348. invalidDp := "PGEOZW9DtcYO0D3S4T0NwSICkvg7_RWlbW_-O5GZjbLgiqkelWeRFcdcP7_St5VDouNKsCS7F0lRRlQyZ91tpCF3TBuOj9tCmHfme3xbZYCnRUplwniDErBQOLCRzW2EanRrsTk5wfjNTCa24C-ONAoum42GFTnaZQbHXLy90VE" invalidDq := "qy_pDD2wmbqstiLK09V9Gb_BAWbZRIilYHIbBr8PtZmiaIJc9bZcdaaCCW1cYg4OevITF7nfyDAlE--acEqfDvzC-kd775MeNh2w5VzQ6SOZiKneGD7Ko98jFaUyF7mG-6RDS6Cs9DfmJGZ4rtsrt2ivYjQ-pujTPux9TYSOeAE" invalidQInv := "U4LZcUWgEjw4Pt5rXe0hfOUKN1HQkmFIqniV9QFWPRMavML_IiFQs-NeNT_bAGIy8fUh4pQe7FGBCl2yLBr0E78ySRjN-eAMkW7Hkctqw_vLBPomOW8FQEcKvZKZgxcvSEsQLiH0TIqwhn7JCnfX9Gpv_hBGuNTn4mF8A1v-FIo" for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 12345), }, { name: "wrong private key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong private key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKeyWithWrongPrivateKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKeyWithWrongPublicKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key bytes", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKeyWithWrongPublicKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid Dp", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: mustMarshalProto(t, &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, invalidDp), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid Dq", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: mustMarshalProto(t, &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, invalidDq), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid QInv", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: mustMarshalProto(t, &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, invalidQInv), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} if _, err := p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } }) } } func mustCreatePrivateKey(t *testing.T, publicKey *PublicKey, privateKeyValues PrivateKeyValues) *PrivateKey { t.Helper() privateKey, err := NewPrivateKey(publicKey, privateKeyValues) if err != nil { t.Fatalf("NewPrivateKey(%v, %v) err = %v, want nil", publicKey, privateKeyValues, err) } return privateKey } func TestParsePrivateKeyWithZeroPaddingValues(t *testing.T) { n := mustDecodeBase64(t, n2048Base64) p := mustDecodeBase64(t, p2048Base64) q := mustDecodeBase64(t, q2048Base64) d := mustDecodeBase64(t, d2048Base64) privateKey := &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ D: slices.Concat([]byte{0, 0, 0, 0}, d), P: slices.Concat([]byte{0, 0, 0, 0}, p), Q: slices.Concat([]byte{0, 0, 0, 0}, q), Dp: slices.Concat([]byte{0, 0, 0, 0}, mustDecodeBase64(t, dp2048Base64)), Dq: slices.Concat([]byte{0, 0, 0, 0}, mustDecodeBase64(t, dq2048Base64)), Crt: slices.Concat([]byte{0, 0, 0, 0}, mustDecodeBase64(t, qInv2048Base64)), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, // Pad with zeros. N: slices.Concat([]byte{0, 0, 0, 0}, mustDecodeBase64(t, n2048Base64)), E: slices.Concat([]byte{0, 0, 0, 0}, new(big.Int).SetUint64(uint64(f4)).Bytes()), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey := mustMarshalProto(t, privateKey) token := insecuresecretdataaccess.Token{} keySerialization := mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345) wantPrivateKey := mustCreatePrivateKey(t, mustCreatePublicKey(t, n, 12345, mustCreateParameters(t, 2048, SHA256, f4, VariantTink)), PrivateKeyValues{ P: secretdata.NewBytesFromData(p, token), Q: secretdata.NewBytesFromData(q, token), D: secretdata.NewBytesFromData(d, token), }) parser := &privateKeyParser{} parsedPrivateKey, err := parser.ParseKey(keySerialization) if err != nil { t.Fatalf("parser.ParseKey(%v) err = %v, want non-nil", keySerialization, err) } if got, want := parsedPrivateKey, wantPrivateKey; !got.Equal(want) { t.Errorf("got.Equal(want) = false, want true") } } func TestParseAndSerializePrivateKey(t *testing.T) { privateKey2048 := &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey2048 := mustMarshalProto(t, privateKey2048) privateKey3072 := &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ D: mustDecodeBase64(t, d3072Base64), P: mustDecodeBase64(t, p3072Base64), Q: mustDecodeBase64(t, q3072Base64), Dp: mustDecodeBase64(t, dp3072Base64), Dq: mustDecodeBase64(t, dq3072Base64), Crt: mustDecodeBase64(t, qInv3072Base64), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n3072Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey3072 := mustMarshalProto(t, privateKey3072) privateKey4096 := &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ D: mustDecodeBase64(t, d4096Base64), P: mustDecodeBase64(t, p4096Base64), Q: mustDecodeBase64(t, q4096Base64), Dp: mustDecodeBase64(t, dp4096Base64), Dq: mustDecodeBase64(t, dq4096Base64), Crt: mustDecodeBase64(t, qInv4096Base64), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n4096Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey4096 := mustMarshalProto(t, privateKey4096) privateKey2048Short := &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ D: slices.Concat([]byte{0x00}, mustDecodeBase64(t, d2048Base64Short)), P: mustDecodeBase64(t, p2048Base64Short), Q: mustDecodeBase64(t, q2048Base64Short), Dp: mustDecodeBase64(t, dp2048Base64Short), Dq: mustDecodeBase64(t, dq2048Base64Short), Crt: mustDecodeBase64(t, qInv2048Base64Short), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, N: mustDecodeBase64(t, n2048Base64Short), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey2048Short := mustMarshalProto(t, privateKey2048Short) token := insecuresecretdataaccess.Token{} for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization privateKey *PrivateKey }{ { name: "2048-SHA256-TINK", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey2048, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 12345, mustCreateParameters(t, 2048, SHA256, f4, VariantTink)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), }), }, { name: "2048-SHA256-LEGACY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey2048, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_LEGACY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 12345, mustCreateParameters(t, 2048, SHA256, f4, VariantLegacy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), }), }, { name: "2048-SHA256-CRUNCHY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey2048, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 12345, mustCreateParameters(t, 2048, SHA256, f4, VariantCrunchy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), }), }, { name: "2048-SHA256-RAW", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey2048, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 0, mustCreateParameters(t, 2048, SHA256, f4, VariantNoPrefix)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), }), }, { name: "2048-SHA256-TINK-SHORT", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey2048Short, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64Short), 12345, mustCreateParameters(t, 2048, SHA256, f4, VariantTink)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64Short), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64Short), token), D: secretdata.NewBytesFromData(slices.Concat([]byte{0x00}, mustDecodeBase64(t, d2048Base64Short)), token), }), }, { name: "2048-SHA256-LEGACY-SHORT", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey2048Short, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_LEGACY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64Short), 12345, mustCreateParameters(t, 2048, SHA256, f4, VariantLegacy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64Short), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64Short), token), D: secretdata.NewBytesFromData(slices.Concat([]byte{0x00}, mustDecodeBase64(t, d2048Base64Short)), token), }), }, { name: "2048-SHA256-CRUNCHY-SHORT", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey2048Short, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64Short), 12345, mustCreateParameters(t, 2048, SHA256, f4, VariantCrunchy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64Short), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64Short), token), D: secretdata.NewBytesFromData(slices.Concat([]byte{0x00}, mustDecodeBase64(t, d2048Base64Short)), token), }), }, { name: "2048-SHA256-RAW-SHORT", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey2048Short, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64Short), 0, mustCreateParameters(t, 2048, SHA256, f4, VariantNoPrefix)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64Short), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64Short), token), D: secretdata.NewBytesFromData(slices.Concat([]byte{0x00}, mustDecodeBase64(t, d2048Base64Short)), token), }), }, { name: "3072-SHA256-TINK", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey3072, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 12345, mustCreateParameters(t, 3072, SHA256, f4, VariantTink)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p3072Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q3072Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d3072Base64), token), }), }, { name: "3072-SHA256-LEGACY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey3072, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_LEGACY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 12345, mustCreateParameters(t, 3072, SHA256, f4, VariantLegacy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p3072Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q3072Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d3072Base64), token), }), }, { name: "3072-SHA256-CRUNCHY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey3072, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 12345, mustCreateParameters(t, 3072, SHA256, f4, VariantCrunchy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p3072Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q3072Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d3072Base64), token), }), }, { name: "3072-SHA256-RAW", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey3072, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 0, mustCreateParameters(t, 3072, SHA256, f4, VariantNoPrefix)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p3072Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q3072Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d3072Base64), token), }), }, { name: "4096-SHA256-TINK", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey4096, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 12345, mustCreateParameters(t, 4096, SHA256, f4, VariantTink)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p4096Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q4096Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d4096Base64), token), }), }, { name: "4096-SHA256-LEGACY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey4096, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_LEGACY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 12345, mustCreateParameters(t, 4096, SHA256, f4, VariantLegacy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p4096Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q4096Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d4096Base64), token), }), }, { name: "4096-SHA256-CRUNCHY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey4096, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 12345, mustCreateParameters(t, 4096, SHA256, f4, VariantCrunchy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p4096Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q4096Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d4096Base64), token), }), }, { name: "4096-SHA256-RAW", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", Value: serializedPrivateKey4096, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 0, mustCreateParameters(t, 4096, SHA256, f4, VariantNoPrefix)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p4096Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q4096Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d4096Base64), token), }), }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", tc.keySerialization, err) } if !gotKey.Equal(tc.privateKey) { t.Errorf("%v.Equal(%v) = false, want true", gotKey, tc.privateKey) } s := &privateKeySerializer{} gotKeySerialization, err := s.SerializeKey(gotKey) if err != nil { t.Fatalf("s.SerializeKey(%v) err = %v, want nil", gotKey, err) } if !gotKeySerialization.Equal(tc.keySerialization) { t.Errorf("gotKeySerialization.Equal(tc.keySerialization) = false, want true") } }) } } func TestSerializePrivateKeyFails(t *testing.T) { for _, tc := range []struct { name string privateKey key.Key }{ { name: "nil private key", privateKey: nil, }, { name: "invlid private key", privateKey: &PrivateKey{}, }, { name: "incorrect key type", privateKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &privateKeySerializer{} if _, err := s.SerializeKey(tc.privateKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "struct literal", parameters: &Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} if _, err := serializer.Serialize(tc.parameters); err == nil { t.Errorf("serializer.Serialize(%v) err = nil, want error", tc.parameters) } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, format *rsassapkcs1pb.RsaSsaPkcs1KeyFormat) *tinkpb.KeyTemplate { t.Helper() serializedFormat := mustMarshalProto(t, format) return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", OutputPrefixType: outputPrefixType, Value: serializedFormat, } } type parametersParserTest struct { name string parameters key.Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateParametersParserTests(t *testing.T) []parametersParserTest { t.Helper() return []parametersParserTest{ { name: "2048-SHA256-VariantTink", parameters: &Parameters{ hashType: SHA256, variant: VariantTink, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA256-VariantCrunchy", parameters: &Parameters{ hashType: SHA256, variant: VariantCrunchy, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA256-VariantLegacy", parameters: &Parameters{ hashType: SHA256, variant: VariantLegacy, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA256-VariantNoPrefix", parameters: &Parameters{ hashType: SHA256, variant: VariantNoPrefix, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA384-VariantTink", parameters: &Parameters{ hashType: SHA384, variant: VariantTink, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA384-VariantCrunchy", parameters: &Parameters{ hashType: SHA384, variant: VariantCrunchy, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA384-VariantLegacy", parameters: &Parameters{ hashType: SHA384, variant: VariantLegacy, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA384-VariantNoPrefix", parameters: &Parameters{ hashType: SHA384, variant: VariantNoPrefix, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA512-VariantTink", parameters: &Parameters{ hashType: SHA512, variant: VariantTink, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA512-VariantCrunchy", parameters: &Parameters{ hashType: SHA512, variant: VariantCrunchy, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA512-VariantLegacy", parameters: &Parameters{ hashType: SHA512, variant: VariantLegacy, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA512-VariantNoPrefix", parameters: &Parameters{ hashType: SHA512, variant: VariantNoPrefix, modulusSizeBits: 2048, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA256-VariantTink", parameters: &Parameters{ hashType: SHA256, variant: VariantTink, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA256-VariantCrunchy", parameters: &Parameters{ hashType: SHA256, variant: VariantCrunchy, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA256-VariantLegacy", parameters: &Parameters{ hashType: SHA256, variant: VariantLegacy, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA256-VariantNoPrefix", parameters: &Parameters{ hashType: SHA256, variant: VariantNoPrefix, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA384-VariantTink", parameters: &Parameters{ hashType: SHA384, variant: VariantTink, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA384-VariantCrunchy", parameters: &Parameters{ hashType: SHA384, variant: VariantCrunchy, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA384-VariantLegacy", parameters: &Parameters{ hashType: SHA384, variant: VariantLegacy, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA384-VariantNoPrefix", parameters: &Parameters{ hashType: SHA384, variant: VariantNoPrefix, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA512-VariantTink", parameters: &Parameters{ hashType: SHA512, variant: VariantTink, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA512-VariantCrunchy", parameters: &Parameters{ hashType: SHA512, variant: VariantCrunchy, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA512-VariantLegacy", parameters: &Parameters{ hashType: SHA512, variant: VariantLegacy, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA512-VariantNoPrefix", parameters: &Parameters{ hashType: SHA512, variant: VariantNoPrefix, modulusSizeBits: 3072, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA256-VariantTink", parameters: &Parameters{ hashType: SHA256, variant: VariantTink, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA256-VariantCrunchy", parameters: &Parameters{ hashType: SHA256, variant: VariantCrunchy, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA256-VariantLegacy", parameters: &Parameters{ hashType: SHA256, variant: VariantLegacy, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA256-VariantNoPrefix", parameters: &Parameters{ hashType: SHA256, variant: VariantNoPrefix, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA384-VariantTink", parameters: &Parameters{ hashType: SHA384, variant: VariantTink, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA384-VariantCrunchy", parameters: &Parameters{ hashType: SHA384, variant: VariantCrunchy, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA384-VariantLegacy", parameters: &Parameters{ hashType: SHA384, variant: VariantLegacy, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA384-VariantNoPrefix", parameters: &Parameters{ hashType: SHA384, variant: VariantNoPrefix, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA384, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA512-VariantTink", parameters: &Parameters{ hashType: SHA512, variant: VariantTink, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA512-VariantCrunchy", parameters: &Parameters{ hashType: SHA512, variant: VariantCrunchy, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA512-VariantLegacy", parameters: &Parameters{ hashType: SHA512, variant: VariantLegacy, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA512-VariantNoPrefix", parameters: &Parameters{ hashType: SHA512, variant: VariantNoPrefix, modulusSizeBits: 4096, publicExponent: f4, }, keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA512, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, } } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersParserTests(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersParserTests(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func TestParseParametersFails(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "invalid output prefix type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, Value: mustMarshalProto(t, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, }, { name: "invalid hash type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshalProto(t, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_UNKNOWN_HASH, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, }, { name: "invalid modulus size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshalProto(t, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 1024, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, }, { name: "invalid public exponent", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshalProto(t, &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4) - 1).Bytes(), }), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: signature/rsassapkcs1/rsassapkcs1.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package rsassapkcs1 defines RSA-SSA-PKCS1 key managers, key and parameters. package rsassapkcs1 import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" rsassapkcs1pb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pkcs1_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func init() { if err := registry.RegisterKeyManager(legacykeymanager.NewPrivateKeyManager(signerTypeURL, signerConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func(b []byte) (proto.Message, error) { protoKey := &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("rsassapkcs1.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(verifierTypeURL, verifierConstructor, tinkpb.KeyData_ASYMMETRIC_PUBLIC, func(b []byte) (proto.Message, error) { protoKey := &rsassapkcs1pb.RsaSsaPkcs1PublicKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("rsassapkcs1.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PublicKey](&publicKeySerializer{}); err != nil { panic(fmt.Sprintf("rsassapkcs1.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(verifierTypeURL, &publicKeyParser{}); err != nil { panic(fmt.Sprintf("rsassapkcs1.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](&privateKeySerializer{}); err != nil { panic(fmt.Sprintf("rsassapkcs1.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(signerTypeURL, &privateKeyParser{}); err != nil { panic(fmt.Sprintf("rsassapkcs1.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("rsassapkcs1.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(signerTypeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("rsassapkcs1.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PublicKey](verifierConstructor); err != nil { panic(fmt.Sprintf("rsassapkcs1.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PrivateKey](signerConstructor); err != nil { panic(fmt.Sprintf("rsassapkcs1.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("rsassapkcs1.init() failed: %v", err)) } } // RegisterPrimitiveConstructor accepts a config object and registers the // RSA-SSA-PKCS1 primitive constructors to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { if err := c.RegisterPrimitiveConstructor(reflect.TypeFor[*PrivateKey](), signerConstructor, t); err != nil { return err } return c.RegisterPrimitiveConstructor(reflect.TypeFor[*PublicKey](), verifierConstructor, t) } ================================================ FILE: signature/rsassapkcs1/rsassapkcs1_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapkcs1_test import ( "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/signature" ) func TestCreateKeysetHandleFromParameters(t *testing.T) { params, err := rsassapkcs1.NewParameters(2048, rsassapkcs1.SHA256, 65537, rsassapkcs1.VariantTink) if err != nil { t.Fatalf("rsassapkcs1.NewParameters(%v, %v, %v, %v) err = %v, want nil", 2048, rsassapkcs1.SHA256, 65537, rsassapkcs1.VariantTink, err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Make sure that we can sign and verify with the generated key. signer, err := signature.NewSigner(handle) if err != nil { t.Fatalf("signature.NewSigner(handle) err = %v, want nil", err) } message := []byte("message") signatureBytes, err := signer.Sign(message) if err != nil { t.Fatalf("signer.Sign(%v) err = %v, want nil", message, err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } verifier, err := signature.NewVerifier(publicHandle) if err != nil { t.Fatalf("signature.NewVerifier(handle) err = %v, want nil", err) } if err := verifier.Verify(signatureBytes, message); err != nil { t.Fatalf("verifier.Verify(%v, %v) err = %v, want nil", signatureBytes, message, err) } // Create another keyset handle from the same parameters. anotherManager := keyset.NewManager() keyID, err = anotherManager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("anotherManager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } anotherManager.SetPrimary(keyID) anotherHandle, err := anotherManager.Handle() if err != nil { t.Fatalf("anotherManager.Handle() err = %v, want nil", err) } anotherPublicHandle, err := anotherHandle.Public() if err != nil { t.Fatalf("anotherHandle.Public() err = %v, want nil", err) } // Get the primary key entry from both keyset handles. entry, err := handle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } // Make sure that keys are different. if entry.KeyID() == anotherEntry.KeyID() { t.Fatalf("entry.KeyID() = %v, want different from anotherEntry.KeyID() = %v", entry.KeyID(), anotherEntry.KeyID()) } if entry.Key().Equal(anotherEntry.Key()) { t.Fatalf("entry.Key().Equal(anotherEntry.Key()) = true, want false") } publicEntry, err := publicHandle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherPublicEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } if publicEntry.KeyID() == anotherPublicEntry.KeyID() { t.Fatalf("publicEntry.KeyID() = %v, want different from anotherPublicEntry.KeyID() = %v", publicEntry.KeyID(), anotherPublicEntry.KeyID()) } if publicEntry.Key().Equal(anotherPublicEntry.Key()) { t.Fatalf("publicEntry.Key().Equal(anotherPublicEntry.Key()) = true, want false") } // Make sure that a different generated key cannot verify the signature. anotherVerifier, err := signature.NewVerifier(anotherPublicHandle) if err != nil { t.Fatalf("signature.NewVerifier(anotherHandle) err = %v, want nil", err) } if err := anotherVerifier.Verify(signatureBytes, message); err == nil { t.Fatalf("anotherVerifier.Verify(%v, %v) err = nil, want error", signatureBytes, message) } } ================================================ FILE: signature/rsassapkcs1/signer.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapkcs1 import ( "fmt" "slices" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // signer is an implementation of [tink.Signer] for RSA-SSA-PKCS1. type signer struct { rawSigner tink.Signer prefix []byte variant Variant } var _ tink.Signer = (*signer)(nil) // NewSigner returns a new [tink.Signer] that implements the primitive // described by privateKey. func NewSigner(privateKey *PrivateKey, _ internalapi.Token) (tink.Signer, error) { rawPrimitive, err := signature.New_RSA_SSA_PKCS1_Signer(privateKey.publicKey.parameters.HashType().String(), privateKey.privateKey) if err != nil { return nil, err } return &signer{ rawSigner: rawPrimitive, prefix: privateKey.OutputPrefix(), variant: privateKey.publicKey.parameters.Variant(), }, nil } // Sign computes a signature for the given data. func (s *signer) Sign(data []byte) ([]byte, error) { toSign := data if s.variant == VariantLegacy { toSign = slices.Concat(data, []byte{0}) } sig, err := s.rawSigner.Sign(toSign) if err != nil { return nil, err } return slices.Concat(s.prefix, sig), nil } func signerConstructor(key key.Key) (any, error) { that, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is not a *rsassapkcs1.PrivateKey") } return NewSigner(that, internalapi.Token{}) } ================================================ FILE: signature/rsassapkcs1/signer_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapkcs1_test import ( "bytes" "encoding/hex" "math/big" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" _ "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" // Register the key managers. "github.com/tink-crypto/tink-go/v2/tink" cpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" rsassapkcs1pb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pkcs1_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const privateKeyTypeURL = "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey" func TestSignerKeyManagerDoesSupport(t *testing.T) { skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } if !skm.DoesSupport(privateKeyTypeURL) { t.Errorf("DoesSupport(%q) = false, want true", privateKeyTypeURL) } if skm.DoesSupport("not.valid.type") { t.Errorf("DoesSupport(%q) = true, want false", "not.valid.type") } } func TestTypeURL(t *testing.T) { skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } if skm.TypeURL() != privateKeyTypeURL { t.Errorf("TypeURL() = %q, want %q", skm.TypeURL(), privateKeyTypeURL) } } func TestSignerKeyManagerPublicKeyData(t *testing.T) { skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } privKey, err := makeValidRSAPKCS1Key() if err != nil { t.Fatalf("makeValidRSAPKCS1Key() err = %v, want nil", err) } serializedPrivate, err := proto.Marshal(privKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } got, err := skm.(registry.PrivateKeyManager).PublicKeyData(serializedPrivate) if err != nil { t.Fatalf("PublicKeyData() err = %v, want nil", err) } if got.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { t.Errorf("GetKeyMaterialType() = %q, want %q", got.GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PUBLIC) } if got.GetTypeUrl() != publicKeyTypeURL { t.Errorf("GetTypeUrl() = %q, want %q", got.GetTypeUrl(), publicKeyTypeURL) } if _, err := vkm.Primitive(got.GetValue()); err != nil { t.Errorf("Primitive() err = %v, want nil", err) } } func TestSignerKeyManagerPrimitiveSignVerify(t *testing.T) { skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } // Test vector from https://github.com/tink-crypto/tink-java/tree/v1.15.0/src/main/java/com/google/crypto/tink/signature/internal/testing/RsaSsaPkcs1TestUtil.java#L35 modulus2048Base64 := "t6Q8PWSi1dkJj9hTP8hNYFlvadM7DflW9mWepOJhJ66w7nyoK1gPNqFMSQRy" + "O125Gp-TEkodhWr0iujjHVx7BcV0llS4w5ACGgPrcAd6ZcSR0-Iqom-QFcNP" + "8Sjg086MwoqQU_LYywlAGZ21WSdS_PERyGFiNnj3QQlO8Yns5jCtLCRwLHL0" + "Pb1fEv45AuRIuUfVcPySBWYnDyGxvjYGDSM-AqWS9zIQ2ZilgT-GqUmipg0X" + "OC0Cc20rgLe2ymLHjpHciCKVAbY5-L32-lSeZO-Os6U15_aXrk9Gw8cPUaX1" + "_I8sLGuSiVdt3C_Fn2PZ3Z8i744FPFGGcG1qs2Wz-Q" publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, modulus2048Base64), 0, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantNoPrefix)) privateKey, err := rsassapkcs1.NewPrivateKey(publicKey, rsassapkcs1.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, "2rnSOV4hKSN8sS4CgcQHFbs08XboFDqKum3sc4h3GRxrTmQdl1ZK9uw-PIHf"+ "QP0FkxXVrx-WE-ZEbrqivH_2iCLUS7wAl6XvARt1KkIaUxPPSYB9yk31s0Q8"+ "UK96E3_OrADAYtAJs-M3JxCLfNgqh56HDnETTQhH3rCT5T3yJws"), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, "1u_RiFDP7LBYh3N4GXLT9OpSKYP0uQZyiaZwBtOCBNJgQxaj10RWjsZu0c6I"+ "edis4S7B_coSKB0Kj9PaPaBzg-IySRvvcQuPamQu66riMhjVtG6TlV8CLCYK"+ "rYl52ziqK0E_ym2QnkwsUX7eYTB7LbAHRK9GqocDE5B0f808I4s"), insecuresecretdataaccess.Token{}), D: secretdata.NewBytesFromData(mustDecodeBase64(t, "GRtbIQmhOZtyszfgKdg4u_N-R_mZGU_9k7JQ_jn1DnfTuMdSNprTeaSTyWfS"+ "NkuaAwnOEbIQVy1IQbWVV25NY3ybc_IhUJtfri7bAXYEReWaCl3hdlPKXy9U"+ "vqPYGR0kIXTQRqns-dVJ7jahlI7LyckrpTmrM8dWBo4_PMaenNnPiQgO0xnu"+ "ToxutRZJfJvG4Ox4ka3GORQd9CsCZ2vsUDmsXOfUENOyMqADC6p1M3h33tsu"+ "rY15k9qMSpG9OX_IJAXmxzAh_tWiZOwk2K4yxH9tS3Lq1yX8C1EWmeRDkK2a"+ "hecG85-oLKQt5VEpWHKmjOi_gJSdSgqcN96X52esAQ"), insecuresecretdataaccess.Token{}), }) if err != nil { t.Fatalf("rsassapkcs1.NewPrivateKey() err = %v, want nil", err) } message, err := hex.DecodeString("aa") if err != nil { t.Fatalf("hex.DecodeString(%v) = %v, want nil", "aa", err) } wantSig, err := hex.DecodeString("3d10ce911833c1fe3f3356580017d159e1557e019096499950f62c3768c716bca418828dc140e930ecceff" + "ebc532db66c77b433e51cef6dfbac86cb3aff6f5fc2a488faf35199b2e12c9fe2de7be3eea63bdc9" + "60e6694e4474c29e5610f5f7fa30ac23b015041353658c74998c3f620728b5859bad9c63d07be0b2" + "d3bbbea8b9121f47385e4cad92b31c0ef656eee782339d14fd6350bb3756663c03cb261f7ece6e03" + "355c7a4ecfe812c965f68890b2571916de0e2cd40814f9db9571065b5340ef7aa66d55a78cd62f4a" + "1bd496623184a3d29dd886c1d1331754915bcbb243e5677ea7bb21a18d1ee22b6ba92c15a23ed6ae" + "de20abc29b290cc04fa0846027") if err != nil { t.Fatalf("hex.DecodeString() = %v, want nil", err) } keySerialization, err := protoserialization.SerializeKey(privateKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(privateKey) err = %v, want nil", err) } p, err := skm.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("skm.Primitive(keySerialization.KeyData().GetValue())) err = %v, want nil", err) } s, ok := p.(tink.Signer) if !ok { t.Fatalf("vkm.Primitive(keySerialization.KeyData().GetValue()) = %T, want %T", p, (tink.Signer)(nil)) } got, err := s.Sign(message) if err != nil { t.Fatalf("s.Sign(message) err = %v, want nil", err) } if !bytes.Equal(got, wantSig) { t.Errorf("s.Sign(message) = %x, want %x", got, wantSig) } } func TestSignerKeyManagerPrimitiveWithInvalidInputFails(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } validPrivKey, err := makeValidRSAPKCS1Key() if err != nil { t.Fatalf("makeValidRSAPKCS1Key() err = %v, want nil", err) } serializedValidPrivate, err := proto.Marshal(validPrivKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.Primitive(serializedValidPrivate); err != nil { t.Fatalf("Primitive(serializedValidPrivate) err = %v, want nil", err) } type testCase struct { name string key *rsassapkcs1pb.RsaSsaPkcs1PrivateKey } for _, tc := range []testCase{ { name: "empty key", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{}, }, { name: "nil key", key: nil, }, { name: "invalid version", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: validPrivKey.GetVersion() + 1, PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { name: "invalid hash algorithm ", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), E: validPrivKey.GetPublicKey().GetE(), N: validPrivKey.GetPublicKey().GetN(), Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: cpb.HashType_SHA224, }, }, D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { name: "public key params field unset", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), E: validPrivKey.GetPublicKey().GetE(), N: validPrivKey.GetPublicKey().GetN(), Params: nil, }, D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { name: "invalid modulus", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), E: validPrivKey.GetPublicKey().GetE(), N: []byte{3, 4, 5}, Params: validPrivKey.GetPublicKey().GetParams(), }, D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { name: "invalid public key exponent", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), E: []byte{0x06}, N: validPrivKey.GetPublicKey().GetN(), Params: validPrivKey.GetPublicKey().GetParams(), }, D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { name: "invalid private key D value", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: nil, P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { name: "invalid private key P value", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: nil, Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { name: "invalid private key Q value", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: nil, Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { name: "invalid precomputed Dp values in private key", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: nil, Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { name: "invalid precomputed Dq values in private key", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: nil, Crt: validPrivKey.GetCrt(), }, }, { name: "invalid precomputed Crt values in private key", key: &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: nil, }, }, } { t.Run(tc.name, func(t *testing.T) { serializedKey, err := proto.Marshal(tc.key) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("Primitive() err = nil, want error") } if _, err := km.(registry.PrivateKeyManager).PublicKeyData(serializedKey); err == nil { t.Errorf("PublicKeyData() err = nil, want error") } }) } } func TestSignerKeyManagerPrimitiveWithNilOrEmptyKeyFails(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } for _, serializedKey := range [][]byte{nil, []byte{}} { if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("km.Primitive() err = nil, want error") } } } func TestSignerKeyManagerPrimitiveWithCorruptedKeyFails(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } corruptedPrivKey, err := makeValidRSAPKCS1Key() if err != nil { t.Fatalf("makeValidRSAPKCS1Key() err = %v, want nil", err) } corruptedPrivKey.P[5] = byte(uint8(corruptedPrivKey.P[5] + 1)) corruptedPrivKey.P[10] = byte(uint8(corruptedPrivKey.P[10] + 1)) serializedCorruptedPrivate, err := proto.Marshal(corruptedPrivKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.Primitive(serializedCorruptedPrivate); err == nil { t.Errorf("Primitive() err = nil, want error") } } func TestSignerKeyManagerPrimitiveNewKey(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } validPrivKey, err := makeValidRSAPKCS1Key() if err != nil { t.Fatalf("makeValidRSAPKCS1Key() err = %v, want nil", err) } keyFormat := &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: cpb.HashType_SHA256, }, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, } serializedFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } m, err := km.NewKey(serializedFormat) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } privKey, ok := m.(*rsassapkcs1pb.RsaSsaPkcs1PrivateKey) if !ok { t.Fatalf("privateKey is not a RsaSsaPkcs1PrivateKey") } if privKey.GetVersion() != validPrivKey.GetVersion() { t.Errorf("GetVersion() = %d, want %d", privKey.GetVersion(), validPrivKey.GetVersion()) } wantPubKey := validPrivKey.GetPublicKey() gotPubKey := privKey.GetPublicKey() if gotPubKey.GetParams().GetHashType() != wantPubKey.GetParams().GetHashType() { t.Errorf("GetHashType() = %v, want %v", gotPubKey.GetParams().GetHashType(), wantPubKey.GetParams().GetHashType()) } if !cmp.Equal(gotPubKey.GetE(), wantPubKey.GetE()) { t.Errorf("GetE() = %v, want %v", gotPubKey.GetE(), wantPubKey.GetE()) } gotModSize := new(big.Int).SetBytes(gotPubKey.GetN()).BitLen() if gotModSize != 3072 { t.Errorf("Modulus Size = %d, want %d", gotModSize, 3072) } } func TestSignerKeyManagerPrimitiveNewKeyWithInvalidInputFails(t *testing.T) { type testCase struct { name string format *rsassapkcs1pb.RsaSsaPkcs1KeyFormat } km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } for _, tc := range []testCase{ { name: "empty format", format: &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{}, }, { name: "invalid hash", format: &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: cpb.HashType_SHA224, }, }, }, { name: "invalid public exponent", format: &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ ModulusSizeInBits: 2048, PublicExponent: []byte{0x01}, Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: cpb.HashType_SHA256, }, }, }, { name: "invalid modulus size", format: &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ ModulusSizeInBits: 1024, PublicExponent: []byte{0x01}, Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: cpb.HashType_SHA256, }, }, }, } { t.Run(tc.name, func(t *testing.T) { serializedFormat, err := proto.Marshal(tc.format) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.NewKey(serializedFormat); err == nil { t.Fatalf("NewKey() err = nil, want error") } }) } } func TestSignerKeyManagerPrimitiveNewKeyData(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } keyFormat := &rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ ModulusSizeInBits: 2048, PublicExponent: []byte{0x01, 0x00, 0x01}, Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: cpb.HashType_SHA256, }, } serializedFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } keyData, err := km.NewKeyData(serializedFormat) if err != nil { t.Fatalf("NewKeyData() err = %v, want nil", err) } if keyData.GetTypeUrl() != privateKeyTypeURL { t.Errorf("GetTypeUrl() = %v, want %v", keyData.GetTypeUrl(), privateKeyTypeURL) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { t.Errorf("GetKeyMaterialType() = %v, want %v", keyData.GetKeyMaterialType(), tinkpb.KeyData_ASYMMETRIC_PRIVATE) } if _, err := km.Primitive(keyData.GetValue()); err != nil { t.Errorf("Primitive() err = %v, want nil", err) } } func TestSignerKeyManagerPrimitiveNISTTestVectors(t *testing.T) { km, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } for _, tc := range nistPKCS1TestVectors { t.Run(tc.name, func(t *testing.T) { key, err := tc.ToProtoKey() if err != nil { t.Fatalf("tc.ToProtoKey() err = %v, want nil", err) } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } p, err := km.Primitive(serializedKey) if err != nil { t.Fatalf("km.Primitive() err = %v, want nil", err) } msg, err := hex.DecodeString(tc.msg) if err != nil { t.Fatalf("hex.DecodeString(tc.msg) err = %v, want nil", err) } signer, ok := p.(tink.Signer) if !ok { t.Fatalf("primitive isn't a Tink.Signer") } sig, err := signer.Sign(msg) if err != nil { t.Fatalf("p.(tink.Signer).Sign(msg) err = %v, want nil", err) } gotSig := hex.EncodeToString(sig) if !cmp.Equal(gotSig, tc.sig) { t.Errorf("Sign() = %q, want %q", gotSig, tc.sig) } }) } } ================================================ FILE: signature/rsassapkcs1/signer_verifier_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapkcs1_test import ( "bytes" "encoding/hex" "slices" "testing" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/subtle/random" ) func TestVerifyWorks(t *testing.T) { // Test vectors from https://github.com/tink-crypto/tink-java/tree/v1.15.0/src/main/java/com/google/crypto/tink/signature/internal/testing/RsaSsaPkcs1TestUtil.java#L35 modulus2048Base64 := "t6Q8PWSi1dkJj9hTP8hNYFlvadM7DflW9mWepOJhJ66w7nyoK1gPNqFMSQRy" + "O125Gp-TEkodhWr0iujjHVx7BcV0llS4w5ACGgPrcAd6ZcSR0-Iqom-QFcNP" + "8Sjg086MwoqQU_LYywlAGZ21WSdS_PERyGFiNnj3QQlO8Yns5jCtLCRwLHL0" + "Pb1fEv45AuRIuUfVcPySBWYnDyGxvjYGDSM-AqWS9zIQ2ZilgT-GqUmipg0X" + "OC0Cc20rgLe2ymLHjpHciCKVAbY5-L32-lSeZO-Os6U15_aXrk9Gw8cPUaX1" + "_I8sLGuSiVdt3C_Fn2PZ3Z8i744FPFGGcG1qs2Wz-Q" modulus4096Base64 := "AK9mcI3PaEhMPR2ICXxCsK0lek917W01OVK24Q6_eMKVJkzVKhf2muYn2B1Pkx_yvdWr7g0B1tjNSN66-A" + "PH7osa9F1x6WnzY16d2WY3xvidHxHMFol1sPa-xGKu94uFBp4rHqrj7nYBJX4QmHzLG95QANhJPz" + "C4P9M-lrVSyCVlHr2732NZpjoFN8dZtvNvNI_ndUb4fTgozmxbaRKGKawTjocP1DAtOzwwuOKPZM" + "WwI3nFEEDJqkhFh2uiINPWYtcs-onHXeKLpCJUwCXC4bEmgPErChOO3kvlZF6K2o8uoNBPkhnBog" + "q7tl8gxjnJWK5AdN2vZflmIwKuQaWB-12d341-5omqm-V9roqf7WpObLpkX1VeLeK9V96dnUl864" + "bap8RXvJlrQ-OMCBNax3YmtqMHWjafXe1tNavvEA8zi8dOchwyyUQ5xaPM_taf29AJA6F8xbeHFR" + "sAMX8piBOZYNZUm7SHu8tJOrAXmyDldCIeob2O4MRzMwfRgvQS_NAQNwPMuOBrpRr3b4slV6CfXs" + "k4cWTb3gs7ZXeSQFbJVmhaMDSjOFUzXxs75J4Ud639loa8jF0j7f5kInzR1t-UYj7YajigirKPaX" + "nI1OXxn0ZkBIRln0pVIbQFX5YJ96K9-YOpJnBNgYY_PNcvfl5SD87vYNOQxsbeIQIE-EkF" message, err := hex.DecodeString("aa") if err != nil { t.Fatalf("hex.DecodeString(%v) = %v, want nil", "aa", err) } for _, tc := range []struct { name string publicKey *rsassapkcs1.PublicKey signature []byte message []byte }{ { name: "2048-SHA256-RAW", publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, modulus2048Base64), 0, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantNoPrefix)), signature: func() []byte { signatureHex := "3d10ce911833c1fe3f3356580017d159e1557e019096499950f62c3768c716bca418828dc140e930ecceff" + "ebc532db66c77b433e51cef6dfbac86cb3aff6f5fc2a488faf35199b2e12c9fe2de7be3eea63bdc9" + "60e6694e4474c29e5610f5f7fa30ac23b015041353658c74998c3f620728b5859bad9c63d07be0b2" + "d3bbbea8b9121f47385e4cad92b31c0ef656eee782339d14fd6350bb3756663c03cb261f7ece6e03" + "355c7a4ecfe812c965f68890b2571916de0e2cd40814f9db9571065b5340ef7aa66d55a78cd62f4a" + "1bd496623184a3d29dd886c1d1331754915bcbb243e5677ea7bb21a18d1ee22b6ba92c15a23ed6ae" + "de20abc29b290cc04fa0846027" decoded, err := hex.DecodeString(signatureHex) if err != nil { t.Fatalf("hex.DecodeString(%v) = %v, want nil", signatureHex, err) } return decoded }(), message: message, }, { name: "2048-SHA512-RAW", publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, modulus2048Base64), 0, mustCreateParameters(t, 2048, rsassapkcs1.SHA512, f4, rsassapkcs1.VariantNoPrefix)), signature: func() []byte { signatureHex := "67cbf2475fff2908ba2fbde91e5ac21901427cf3328b17a41a1ba41f955d64b6358c78417ca19d1bd83f36" + "0fe28e48c7e4fd3946349e19812d9fa41b546c6751fd49b4ad986c9f38c3af9993a8466b91839415" + "e6e334f6306984957784854bde60c3926cc1037f764d6182ea44d7398fbaeefcb8b3c84ba8277003" + "20d00ee28816ecb7ed90debf46183abcc55950ff9f9b935df5ffaebb0f0b12a9244ac4fc05012f99" + "d5df4c2b4a1a6cafab54f30ed9122531f4322ff11f8921c8b716827d5dd278c0dea49ebb67b188b8" + "259ed820f1e750e45fd7767b9acdf30b47275739036a15aa11dfe030595e49d6c71ea8cb6a016e41" + "67f3a4168eb4326d12ffed608c" decoded, err := hex.DecodeString(signatureHex) if err != nil { t.Fatalf("hex.DecodeString(%v) = %v, want nil", signatureHex, err) } return decoded }(), message: message, }, { name: "2048-SHA256-TINK", publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, modulus2048Base64), uint32(0x99887766), mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantTink)), signature: func() []byte { signatureHex := "01998877663d10ce911833c1fe3f3356580017d159e1557e019096499950f62c3768c716bca418828dc140" + "e930ecceffebc532db66c77b433e51cef6dfbac86cb3aff6f5fc2a488faf35199b2e12c9fe2de7be" + "3eea63bdc960e6694e4474c29e5610f5f7fa30ac23b015041353658c74998c3f620728b5859bad9c" + "63d07be0b2d3bbbea8b9121f47385e4cad92b31c0ef656eee782339d14fd6350bb3756663c03cb26" + "1f7ece6e03355c7a4ecfe812c965f68890b2571916de0e2cd40814f9db9571065b5340ef7aa66d55" + "a78cd62f4a1bd496623184a3d29dd886c1d1331754915bcbb243e5677ea7bb21a18d1ee22b6ba92c" + "15a23ed6aede20abc29b290cc04fa0846027" decoded, err := hex.DecodeString(signatureHex) if err != nil { t.Fatalf("hex.DecodeString(%v) = %v, want nil", signatureHex, err) } return decoded }(), message: message, }, { name: "2048-SHA256-CRUNCHY", publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, modulus2048Base64), uint32(0x99887766), mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantCrunchy)), signature: func() []byte { signatureHex := "00998877663d10ce911833c1fe3f3356580017d159e1557e019096499950f62c3768c716bca418828dc140" + "e930ecceffebc532db66c77b433e51cef6dfbac86cb3aff6f5fc2a488faf35199b2e12c9fe2de7be" + "3eea63bdc960e6694e4474c29e5610f5f7fa30ac23b015041353658c74998c3f620728b5859bad9c" + "63d07be0b2d3bbbea8b9121f47385e4cad92b31c0ef656eee782339d14fd6350bb3756663c03cb26" + "1f7ece6e03355c7a4ecfe812c965f68890b2571916de0e2cd40814f9db9571065b5340ef7aa66d55" + "a78cd62f4a1bd496623184a3d29dd886c1d1331754915bcbb243e5677ea7bb21a18d1ee22b6ba92c" + "15a23ed6aede20abc29b290cc04fa0846027" decoded, err := hex.DecodeString(signatureHex) if err != nil { t.Fatalf("hex.DecodeString(%v) = %v, want nil", signatureHex, err) } return decoded }(), message: message, }, { name: "2048-SHA256-LEGACY", publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, modulus2048Base64), uint32(0x99887766), mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantLegacy)), signature: func() []byte { signatureHex := "00998877668aece22c45c0db3db64e00416ed906b45e9c8ffedc1715cb3ea6cd9855a16f1c25375dbdd902" + "8c79ad5ee192f1fa60d54efbe3d753e1c604ee7104398e2bae28d1690d8984155b0de78ab52d90d3" + "b90509a1b798e79aff83b12413fa09bed089e29e7107ca00b33be0797d5d2ab3033e04a689b63c52" + "f3595245ce6639af9c0f0d3c3dbe00f076f6dd0fd72d26579f1cffdb3218039de1b3de52b5626d2c" + "3f840386904009be88b896132580716563edffa6ba15b29cf2fa1503236a5bec3f4beb5f4cc96267" + "7b4c1760d0c99dadf7704586d67fe95ccb312fd82e5c965041caf12afce18641e54a812aa36faf14" + "e2250a06b78ac111b1a2c8913f13e2a3d341" decoded, err := hex.DecodeString(signatureHex) if err != nil { t.Fatalf("hex.DecodeString(%v) = %v, want nil", signatureHex, err) } return decoded }(), message: message, }, { name: "4096-SHA256-RAW", publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, modulus4096Base64), 0, mustCreateParameters(t, 4096, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantNoPrefix)), signature: func() []byte { signatureHex := "122a08c6e8b9bf4cb437a00e55cf6ac96e216c4580af87e40be6227504e163c0c516b747d38a81f087f387" + "8242008e4d0ef400d02f5bdc6629bb2f323241fcbbaa84aa173324359bdf7e35becd68b3977367ae" + "ecf8cfb4a9497f883547c2f9e151ee47cddcc25359ccf6ca28bef3daf116543343f63898ea514049" + "620ddb91616e9ec4891ade53fec4c06dc463a663e7c1008b2b9295a5478735e1fdb385a4fcc03485" + "3eb27602e96dfea7f620b22085f3e345ed57f33e044aeb4450fe10346459b8fc4d306bf59038bd17" + "2da6c32f4d6785c6e120a3da08988cf79a9e8a43fe97e6b64693776c209425a6d36cbfbf45ece68b" + "ffe7089bc5dc1c3ef265c0a88989ec279993a7e5c75f669768a1520791cc72f35268fa67654064d5" + "77d9d225da04c9694055df09cf3f14d8572a94c1793c32c0ecde034d24687a711d123f499f17f27f" + "ce41376100e854409ff647651633b1ec050cf4893e8fea4a956e2ba0e177dcaf8176974e21396337" + "6b5fec2e4dac76f8ef5f2371d9f3124eea512b934e5b09d6528d26c2f0d3767af7d3320d1e73b6a9" + "3ac4404a880603fdde06007a11f3ac554aceb0e40fff40702b6a5aa1fa492d630317ecc31aadd79e" + "6564c16a3f323f7fa4f58d4bfe27a09744f4ced12cddead3afa4dc6836afbbe2388dd933b8759d95" + "8d6334038eee7904bb907310726a0845ebddba81fb88db11c3853b251a" decoded, err := hex.DecodeString(signatureHex) if err != nil { t.Fatalf("hex.DecodeString(%v) = %v, want nil", signatureHex, err) } return decoded }(), message: message, }, } { t.Run(tc.name, func(t *testing.T) { verifier, err := rsassapkcs1.NewVerifier(tc.publicKey, internalapi.Token{}) if err != nil { t.Fatalf("rsassapkcs1.NewVerifier(%v, internalapi.Token{}) = %v, want nil", tc.publicKey, err) } if err := verifier.Verify(tc.signature, tc.message); err != nil { t.Errorf("Verify() err = %v, want nil", err) } }) } } func TestSignVerify(t *testing.T) { for _, tc := range privateKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { privKey, err := rsassapkcs1.NewPrivateKey(tc.publicKey, tc.privateKeyValues) if err != nil { t.Fatalf("rsassapkcs1.NewPrivateKey(%v, %v) = %v, want nil", tc.publicKey, tc.privateKeyValues, err) } signer, err := rsassapkcs1.NewSigner(privKey, internalapi.Token{}) if err != nil { t.Fatalf("rsassapkcs1.NewSigner(%v, internalapi.Token{}) = %v, want nil", privKey, err) } data := random.GetRandomBytes(20) signatureBytes, err := signer.Sign(data) if err != nil { t.Fatalf("Sign() err = %v, want nil", err) } if !bytes.HasPrefix(signatureBytes, privKey.OutputPrefix()) { t.Errorf("signatureBytes = %x doesn't have the expected prefix %x", signatureBytes, privKey.OutputPrefix()) } // Create a verifier from the public key. verifier, err := rsassapkcs1.NewVerifier(tc.publicKey, internalapi.Token{}) if err != nil { t.Fatalf("rsassapkcs1.NewVerifier(%v, internalapi.Token{}) = %v, want nil", tc.publicKey, err) } if err := verifier.Verify(signatureBytes, data); err != nil { t.Errorf("Verify() err = %v, want nil", err) } }) } } func TestVerifyFails(t *testing.T) { for _, tc := range privateKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { privKey, err := rsassapkcs1.NewPrivateKey(tc.publicKey, tc.privateKeyValues) if err != nil { t.Fatalf("rsassapkcs1.NewPrivateKey(%v, %v) = %v, want nil", tc.publicKey, tc.privateKeyValues, err) } signer, err := rsassapkcs1.NewSigner(privKey, internalapi.Token{}) if err != nil { t.Fatalf("rsassapkcs1.NewSigner(%v, internalapi.Token{}) = %v, want nil", privKey, err) } verifier, err := rsassapkcs1.NewVerifier(tc.publicKey, internalapi.Token{}) if err != nil { t.Fatalf("rsassapkcs1.NewVerifier(%v, internalapi.Token{}) = %v, want nil", tc.publicKey, err) } data := random.GetRandomBytes(20) signatureBytes, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", data, err) } prefix := signatureBytes[:len(privKey.OutputPrefix())] rawSignature := signatureBytes[len(privKey.OutputPrefix()):] // Modify the prefix. for i := 0; i < len(prefix); i++ { modifiedPrefix := slices.Clone(prefix) for j := 0; j < 8; j++ { modifiedPrefix[i] = byte(modifiedPrefix[i] ^ (1 << uint32(j))) s := slices.Concat(modifiedPrefix, rawSignature) if err := verifier.Verify(s, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", s) } } } // Modify the signature. for i := 0; i < len(rawSignature); i++ { modifiedRawSignature := slices.Clone(rawSignature) for j := 0; j < 8; j++ { modifiedRawSignature[i] = byte(modifiedRawSignature[i] ^ (1 << uint32(j))) s := slices.Concat(prefix, modifiedRawSignature) if err := verifier.Verify(s, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", s) } } } // Append a byte to the signature. for j := 0; j < 8; j++ { appendedSignature := slices.Concat(signatureBytes, []byte{byte(j)}) if err := verifier.Verify(appendedSignature, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", appendedSignature) } } // Modify the message. for i := 0; i < len(data); i++ { modifiedData := slices.Clone(data) for j := 0; j < 8; j++ { modifiedData[i] = byte(modifiedData[i] ^ (1 << uint32(j))) if err := verifier.Verify(signatureBytes, modifiedData); err == nil { t.Errorf("verifier.Verify(signature, %x) err = nil, want error", modifiedData) } } } }) } } ================================================ FILE: signature/rsassapkcs1/verifier.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapkcs1 import ( "bytes" "crypto/rsa" "fmt" "math/big" "slices" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // verifier is an implementation of [tink.Verifier] for RSA-SSA-PKCS1. type verifier struct { rawVerifier tink.Verifier variant Variant prefix []byte } var _ tink.Verifier = (*verifier)(nil) // NewVerifier returns a new [tink.Verifier] that implements the primitive // described by pubKey. func NewVerifier(pubKey *PublicKey, _ internalapi.Token) (tink.Verifier, error) { v, err := signature.New_RSA_SSA_PKCS1_Verifier(pubKey.parameters.HashType().String(), &rsa.PublicKey{ N: new(big.Int).SetBytes(pubKey.Modulus()), E: pubKey.parameters.PublicExponent(), }) if err != nil { return nil, err } return &verifier{ rawVerifier: v, prefix: pubKey.OutputPrefix(), variant: pubKey.parameters.Variant(), }, nil } // Verify verifies the signature on the given data. func (v *verifier) Verify(sig, data []byte) error { if !bytes.HasPrefix(sig, v.prefix) { return fmt.Errorf("signature does not start with prefix") } toVerify := data if v.variant == VariantLegacy { toVerify = slices.Concat(data, []byte{0}) } signatureWithoutPrefix := sig[len(v.prefix):] return v.rawVerifier.Verify(signatureWithoutPrefix, toVerify) } func verifierConstructor(key key.Key) (any, error) { that, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is not a *rsassapkcs1.PublicKey") } return NewVerifier(that, internalapi.Token{}) } ================================================ FILE: signature/rsassapkcs1/verifier_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapkcs1_test import ( "crypto/rand" "crypto/rsa" "encoding/hex" "math/big" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/tink" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" rsassapkcs1pb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pkcs1_go_proto" ) const publicKeyTypeURL = "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PublicKey" func makeValidRSAPKCS1Key() (*rsassapkcs1pb.RsaSsaPkcs1PrivateKey, error) { rsaKey, err := rsa.GenerateKey(rand.Reader, 3072) if err != nil { return nil, err } return &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ N: rsaKey.PublicKey.N.Bytes(), E: big.NewInt(int64(rsaKey.PublicKey.E)).Bytes(), Version: 0, Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, }, D: rsaKey.D.Bytes(), P: rsaKey.Primes[0].Bytes(), Q: rsaKey.Primes[1].Bytes(), Dp: rsaKey.Precomputed.Dp.Bytes(), Dq: rsaKey.Precomputed.Dq.Bytes(), Crt: rsaKey.Precomputed.Qinv.Bytes(), }, nil } func TestVerifierKeyManagerDoesSupport(t *testing.T) { vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } if !vkm.DoesSupport(publicKeyTypeURL) { t.Errorf("DoesSupport(%q) = false, want true", publicKeyTypeURL) } if vkm.DoesSupport("invalid.type.url") { t.Error("DoesSupport('invalid.type.url') = true, want false") } } func TestVerifierKeyManagerTypeURL(t *testing.T) { vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } if vkm.TypeURL() != publicKeyTypeURL { t.Errorf("TypeURL() = %q, want %q", vkm.TypeURL(), publicKeyTypeURL) } } func TestVerifierKeyManagerNotImplemented(t *testing.T) { vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } serializedFormat, err := proto.Marshal(&rsassapkcs1pb.RsaSsaPkcs1KeyFormat{ Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA256, }, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, }) if err != nil { t.Fatalf("proto.Marshall() err = %v, want nil", err) } if _, err := vkm.NewKeyData(serializedFormat); err == nil { t.Error("NewKeyData() err = nil, want error") } if _, err := vkm.NewKey(serializedFormat); err == nil { t.Error("NewKeyData() err = nil, want error") } } func TestVerifierKeyManagerPrimitive(t *testing.T) { vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } // Test vector from https://github.com/tink-crypto/tink-java/tree/v1.15.0/src/main/java/com/google/crypto/tink/signature/internal/testing/RsaSsaPkcs1TestUtil.java#L35 modulus2048Base64 := "t6Q8PWSi1dkJj9hTP8hNYFlvadM7DflW9mWepOJhJ66w7nyoK1gPNqFMSQRy" + "O125Gp-TEkodhWr0iujjHVx7BcV0llS4w5ACGgPrcAd6ZcSR0-Iqom-QFcNP" + "8Sjg086MwoqQU_LYywlAGZ21WSdS_PERyGFiNnj3QQlO8Yns5jCtLCRwLHL0" + "Pb1fEv45AuRIuUfVcPySBWYnDyGxvjYGDSM-AqWS9zIQ2ZilgT-GqUmipg0X" + "OC0Cc20rgLe2ymLHjpHciCKVAbY5-L32-lSeZO-Os6U15_aXrk9Gw8cPUaX1" + "_I8sLGuSiVdt3C_Fn2PZ3Z8i744FPFGGcG1qs2Wz-Q" publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, modulus2048Base64), 0, mustCreateParameters(t, 2048, rsassapkcs1.SHA256, f4, rsassapkcs1.VariantNoPrefix)) message, err := hex.DecodeString("aa") if err != nil { t.Fatalf("hex.DecodeString(%v) = %v, want nil", "aa", err) } sig, err := hex.DecodeString("3d10ce911833c1fe3f3356580017d159e1557e019096499950f62c3768c716bca418828dc140e930ecceff" + "ebc532db66c77b433e51cef6dfbac86cb3aff6f5fc2a488faf35199b2e12c9fe2de7be3eea63bdc9" + "60e6694e4474c29e5610f5f7fa30ac23b015041353658c74998c3f620728b5859bad9c63d07be0b2" + "d3bbbea8b9121f47385e4cad92b31c0ef656eee782339d14fd6350bb3756663c03cb261f7ece6e03" + "355c7a4ecfe812c965f68890b2571916de0e2cd40814f9db9571065b5340ef7aa66d55a78cd62f4a" + "1bd496623184a3d29dd886c1d1331754915bcbb243e5677ea7bb21a18d1ee22b6ba92c15a23ed6ae" + "de20abc29b290cc04fa0846027") if err != nil { t.Fatalf("hex.DecodeString() = %v, want nil", err) } keySerialization, err := protoserialization.SerializeKey(publicKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(publicKey) err = %v, want nil", err) } p, err := vkm.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("vkm.Primitive(keySerialization.KeyData().GetValue())) err = %v, want nil", err) } v, ok := p.(tink.Verifier) if !ok { t.Fatalf("vkm.Primitive(keySerialization.KeyData().GetValue()) = %T, want %T", p, (tink.Verifier)(nil)) } if err := v.Verify(sig, message); err != nil { t.Errorf("v.Verify(sig, message) err = %v, want nil", err) } } func TestVerifierKeyManagerPrimitiveWithInvalidInput(t *testing.T) { type testCase struct { name string pubKey *rsassapkcs1pb.RsaSsaPkcs1PublicKey } privKey, err := makeValidRSAPKCS1Key() if err != nil { t.Fatalf("makeValidRSAPKCS1Key() err = %v, want nil", err) } vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } for _, tc := range []testCase{ { name: "empty key", pubKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{}, }, { name: "nil key", pubKey: nil, }, { name: "invalid version", pubKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Version: privKey.GetPublicKey().GetVersion() + 1, N: privKey.GetPublicKey().GetN(), E: privKey.GetPublicKey().GetE(), Params: privKey.GetPublicKey().GetParams(), }, }, { name: "params field is unset", pubKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Version: privKey.GetPublicKey().GetVersion(), N: privKey.GetPublicKey().GetN(), E: privKey.GetPublicKey().GetE(), Params: nil, }, }, { name: "exponent larger than 64 bits", pubKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Version: privKey.GetPublicKey().GetVersion(), N: privKey.GetPublicKey().GetN(), E: random.GetRandomBytes(65), Params: privKey.GetPublicKey().GetParams(), }, }, { name: "invalid modulus", pubKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Version: privKey.GetPublicKey().GetVersion(), N: []byte{}, E: privKey.GetPublicKey().GetE(), Params: privKey.GetPublicKey().GetParams(), }, }, { name: "invalid exponent", pubKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Version: privKey.GetPublicKey().GetVersion(), N: privKey.GetPublicKey().GetN(), E: []byte{0x03}, Params: privKey.GetPublicKey().GetParams(), }, }, { name: "invalid hash function", pubKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Version: privKey.GetPublicKey().GetVersion(), N: privKey.GetPublicKey().GetN(), E: privKey.GetPublicKey().GetE(), Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: commonpb.HashType_SHA1, }, }, }, } { t.Run(tc.name, func(t *testing.T) { serializedKey, err := proto.Marshal(tc.pubKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := vkm.Primitive(serializedKey); err == nil { t.Fatalf("Primitive() err = nil, want error") } }) } } type nistRSATestKey struct { // public keys only require `n` and `e` to be set. n string e string d string p string q string dp string dq string crt string } // The following keys are from: // https://csrc.nist.gov/Projects/Cryptographic-Algorithm-Validation-Program/Digital-Signatures // Publication FIPS 186-2 // Signature Verification PKCS1 v1.5 // Only keys with public exponent 65537 (aka: F4, 0x010001) where chosen since golang rsa/crypto // doesn't support other exponent values. // Precomputed values (dp, dq, crt) where calculated from the private key (p, q, d) using rsa/crypto // to avoid recomputing on each test. var ( nist2048PKCS1Key = &nistRSATestKey{ n: "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", e: "00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000010001", p: "bf96de108963b5113399b664765efe046e2dafdb70d6e5e29dc6ec89b789b059348d74d89129c7ade9ddb404c6dc3a3437c7fc9f23bc38dadc8ffd0ff757999f5c2d510b993056147ccdf421e03d0be2c74ec333a9677c430cc604f5550d0d86defdde71488e3db889c699a5cacb44dcdae2f3cca38695e783e6f6250827efb1", q: "e1e7e33618d1b64d6862c132e4b1cd5fabad20ce62bd97bce2a3f5ad2da67bb0a7f0b9e48335a33b7b95e77ec4c47e91416881f9f7c23f9bc1918cc644335c74260e90cd7b2e0fed802f19e78c5ed80a431b38630d82f982c74a0381b8ecf943c60810fae90574e216357b2535002316d9529cb56420f3cc82dea37cb624e1e3", d: "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", dp: "bce35c3a8789d3098b8b1fa4ba837b03193157f10cb6025dc35a4cf896085ce2060af4c9538d127de7559a571f4c1ee23ea09ff2b203af36304091a9fd1cd3aba6f052b811a6f3272dc8cbc9de4fb1793b30ef08ef1ac50b41fbb505bf7da7f971be6f61d6bbce243349a7502ab8ef42a357203080847f248b09d961b741d071", dq: "629669813d59a03eadf4932e1bc240c7a4cb7c8ab56ada62b3622ca07450b8a042da7ab5f05123389d59b15a9092d44d9e06f6da5936ebbd94bf6979496044d3e79be9b3d33329fe5337bb0d63242d126570e6adcbc2c21341d7da29edc375910f468bea84713e2e40d4fc3623a838a80b15d39011ef939647f2d3d464453a53", crt: "1261dce1e3d5d006948baf609ab5d114780c85c42b7065ddf0ea41d0d9e1bce2b154086551e425f36f46fb0da62ba7e054b95e5207ee08a6e1aa68cc611abe3c57e20a275cef95b4234b2539e1ed48e5a2363c4f2cb84178dbf6d7bf968a722ece1687376703099ccc182a30d5761b5aa8aedd33941997c63f678f4aba1c0d82", } nist3072PKCS1Key = &nistRSATestKey{ n: "f33d3234f13272c3b2b6821ce4805663ff2e8b0d2a47de363d97fc9cc879cc6b40f9e53aea695dc538a0d2b558498829aac327eacbcd889e172b34f90745c5d528b7e82605f1a58fd228ec7fd4b6f476f393864f48dc47097c8a780a2ecc02f748138dbd7df99c52d822a2e5154c6047fb0eeb4f49da38edcae3c32d3fde435f291f96cad1e09e1030ad7efb4944b69e074d0d7964becb3cb86238d8d293bef3030d141d14868bc21fa133e9de1115f749991cf86ef506e663ac162b2c8567ff131a6b467a6f564d6c588860becbd88970354198ecdd4f1f4baee8f8bdaf7255835385f5673625f113550b123628a0be3994d91c3a19a82e5d73448dabf684ee6794fba7a2b1afbee0287e5a11180c29ce0896795d52ac7f408fe28e8e9116fe0b61a1083f95c5227d62d5537b5040b79e21b3a8e83c225bf3efebb2f808541e97d28a2468359fc60f588e74faad611262064628a25d8d61f9d03d8b21cca515595aaf2343a759b74a6a8afeffca139a389aa281995cd18e16a9cf7b7ff0dddb", e: "00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000010001", p: "f3fcc6aae575312778d9e896acfd7c1aa4c5524f20453e8bab255363164afa7124b2425587a077fa0bfaf61b12ef3f0540dc4c9e777122a60610a53d1d75b0a5859c654a8ddfc2ff4860758bf5a6f264bf8bc2baa7551eb7be23bc06978be992fc81d890e07a3abf95d20eee3f6bbbc089985cac96395b473b2741c66bd2ccbef228432f66b906c15b19694dd786c29f06cbc17b2e6400dde4e3db85819382b3d05a4c3009f092d40d05ed5b2e0428a214e15a7aca09b47120b9ea6cb4084fcd", q: "ff36fcdc519fe10c69aa0dde2cf3bc72cf2ce9a54ac063d809b523f4e5d7ddaa5413d500dc21f409ce661bf33018b748fba3966d874bf96f4313eafea9decfba71d540ae0508161a3658c4762d94ebb3a4e228c45661315db30c20fbd9e20e24c044e4f0b49e6ec80949b16e0ab07f3d32b248b39f48332cc3686df05d29c170a7276acdd129259aaf018ae3afb49b6e0ddb9e404a492863daee7be71dfb11279047794e45f399a9665796d32d5e65956a13a6fbe992b36bf4c842f5f519ac47", d: "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", dp: "7c2a7fd028c5e325fb52aa1344261c2a5300384b1c5920e3634db38a11a6469d9dd739fadcf2c51bf34cdc421af8b651ae186ec5967374f698cf8fc7f25e1a6fa1f75d74fb8e8c65ee2768aab971249a3100a730e64763428ef9108f2a4081b5d3db20a35a19da1bf5dad8ce5668353c5ec9b32001b35ec8794a1927296835da56d2369ec0e01897fe0c88929cc46ff70e365358a4db2fb5bcee58a130b82923e93c8ad947b5ae834bbd6075ae8d5f405ceff263dabde59e4cd15083d17b0961", dq: "6a6ac44f1dddfb9a10692f35282b4db5d5bb55856dc10120f1134df5ececf0e9f7faf9034dc6fe9a242d21946ac6b38e4417373f5e7e0879235027d99e7d60c2ce7a6c68e38236ad21622c3156da54d9e873c129f516bbdde52db6872d97fbebc91c3116494a12c9684e0924e86225fc1faa85741883a38b13c3f4ab983d3402c4404461a3c8737ca7628e46585a87c1011845496b704bde2f48e7f33be6178616bc26d1c38b4ad47eef20ddd77a18039062b76b2d3ed57fbb66d1bcfb41843b", crt: "9779d59e838e714e0f04fc936d40863b2bf492f446eb90cfe58b27205c2745e59dd7b5becd7de1f01f1d5a5b1d40e4d2281d668d545d4efc0bedaf5e7cdb4fed310661403f5f31e0e8ea23adab382ea09e3610c7548d0ed835bc693206fbee91a66f1ab9c2c80bdda3c26e1bcfd78bbf0f5fc13d646922d395848f27f5316380b196d4ee422e77309c06b9439216d3fff1c762ef662bc3b683e05b5c29af42fd765c7bc1b1356f1618d02ac9f36ca1637bc6651f8478743bd4f83ad37c5fc915", } nist4096PKCS1Key = &nistRSATestKey{ n: "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", e: "00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000010001", p: "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", q: "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", d: "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", dp: "0ae4891f962386d19d0e9f42ed3fa45aac978b0f0901d310de8c0edb599b4766c1ec628bbf14fa1038f12a652796c2c7748e0c936e72c0ba30addef42208e03cbada58e7e790dcd5957400fec1eb9e912ffd7cea7e2e10ab098df0bbf58dab283ce50463d3402b17a3b282da87023161c3a0e57fcfbe522dee7d1e396ef70cb5c1b8c61ba929b3d0da3ec04807729144d56f44fd7175004b60307c71816c7d9311918dc401ec53816c64e58da3ddbaee69413bf14abf3826562f1fa5f94ebac7f9d6bc967a628ada2daceb1384d6f1a08b6ac9cfe486440d2e1e763eff30f8ccdaa5fe1242f07b2d55a9ec70543351bfb5038a6a48fe2ef218c8b23dedd85c07", dq: "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", crt: "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", } ) type nistRSAPKCS1TestVector struct { name string sig string msg string hashType commonpb.HashType key *nistRSATestKey } func (t *nistRSAPKCS1TestVector) ToProtoKey() (*rsassapkcs1pb.RsaSsaPkcs1PrivateKey, error) { e, err := hex.DecodeString(t.key.e) if err != nil { return nil, err } n, err := hex.DecodeString(t.key.n) if err != nil { return nil, err } d, err := hex.DecodeString(t.key.d) if err != nil { return nil, err } p, err := hex.DecodeString(t.key.p) if err != nil { return nil, err } q, err := hex.DecodeString(t.key.q) if err != nil { return nil, err } dp, err := hex.DecodeString(t.key.dp) if err != nil { return nil, err } dq, err := hex.DecodeString(t.key.dq) if err != nil { return nil, err } crt, err := hex.DecodeString(t.key.crt) if err != nil { return nil, err } return &rsassapkcs1pb.RsaSsaPkcs1PrivateKey{ Version: 0, PublicKey: &rsassapkcs1pb.RsaSsaPkcs1PublicKey{ Version: 0, E: e, N: n, Params: &rsassapkcs1pb.RsaSsaPkcs1Params{ HashType: t.hashType, }, }, D: d, P: p, Q: q, Dq: dq, Dp: dp, Crt: crt, }, nil } // The following test vectors are from: // https://csrc.nist.gov/Projects/Cryptographic-Algorithm-Validation-Program/Digital-Signatures // Publication FIPS 186-2 // Signature Verification PKCS1 v1.5 var nistPKCS1TestVectors = []nistRSAPKCS1TestVector{ { name: "RSA_SSA_PKCS1_2048_SHA256", sig: "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", msg: "6918d6328ca0a8b64bbe81d91cdea519911b59fc2dbd53af76006fec4b18a320787135ce883b2b2edb26041bf86aa52c230b9620335b6e7f9ec08c7ed6b70823d819e9ab019e9929249f966fdb2069311a0ddc680ac468f514d4ed873b04a6beb0985b91a0cfd8ed51b09f9e6d06da739eaa939d5a00275901c4f8cf25076339", key: nist2048PKCS1Key, hashType: commonpb.HashType_SHA256, }, { name: "RSA_SSA_PKCS1_2048_SHA384", sig: "80d7286710e5f165eeb63d2936e8e313ac5999bd297d35590c2b6ffaa4b7b7ed30003f0b83c1d1996c8593a37bc5d7b501a3d126ac6124779a23718497002d9dd2ce891b83d185e333af05460c6deb65a509640f775a0d3c70e55112c2e4af19f4ccec7af9ebb34226164f1b47d50b8ecc1dc3e0fc09aa15abfce5aa3998b5c2b1fde261c35eb43220f0d64529f723801d7faff841faba8709f6ea7751f30428dfc58045c84995107ee013ca4a84f65b99adde1abdefb5428f834ac8da04dafb9beaf1813f73a4bff2ec94120e3a702aed1184c387ebda2abf1959970724299b9a05f4ad313d91beb5344fe1fe13b3fc3386c279f031c77d74bdc9bc97e22455", msg: "752fbf49ae63c7853b3ef6f52ed324e53867925bd5d4c49dc42b93f3ba9d7eae579c4169593da98f10e1a61e1214a2aa2fb511a4a75849dc9be89445c29184f85ddc877c6d1cbb45230a047a98ac5bfcbe7b69a397c454cba44fd90fa13f9b546f39ba0a52c8a8ae5c0038932962f8e3cd00c1e00be28c70c8a787d9be6f69c9", key: nist2048PKCS1Key, hashType: commonpb.HashType_SHA384, }, { name: "RSA_SSA_PKCS1_2048_SHA512", sig: "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", msg: "5cb7a0a74095a6f284a13d4392aac30a73a9211df0520bf2f7e9831240579fca2f7d8d24fdc8d4161306dcf8b678b13be92804598f7c7308d10c0ab3bfb1092a3adee799113498b76a500c3f64e8f8a4fa16d8012bf3354e576823daed410ff54383b7edc5007a3d5228d200e3221fac6e1ca6fc0adfd92e53a6d96f10303994", key: nist2048PKCS1Key, hashType: commonpb.HashType_SHA512, }, { name: "RSA_SSA_PKCS1_3072_SHA256", sig: "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", msg: "dbbd09ff7b1c707c2bd52014adbb773ceb146aa72637c8724f5ac39fb5a5acc4e18bfe04be599e3ffe0f6186b870cfd2565527f5ae46a3d06f4bfcc7bf00317222e885959e03c6531da3d59e127b63f25ff9f94377d63b34bfeb6d893b4636df667da49a61427120503885450205bb05d0a9e879c70e1a0409df1dce709e4473", key: nist3072PKCS1Key, hashType: commonpb.HashType_SHA256, }, { name: "RSA_SSA_PKCS1_3072_SHA384", sig: "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", msg: "88af470625e6b5be3358cf6a8698a5655ef321838f044746df83bc55b05e8529df0b120aeb1c7b3a5a1409705879f887a22a7b78a2f30186db5fb7b888cd4e8c80c6feea5d8ecb57ddf9076b8980188594947bbd0533091a19b87906e2f727fe3589138ec3652d7d86b0d0455fd78cc5fdda283a00ebe76c5e370b25060498e7", key: nist3072PKCS1Key, hashType: commonpb.HashType_SHA384, }, { name: "RSA_SSA_PKCS1_3072_SHA512", sig: "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", msg: "112b7aa9fec5c7ac703a49c298c4e29586083296f79b099e6ec422d586840ed486d36e06362d6554f14d4d01fc39a9d2167e5b7350bd18161f66185db0c4127a7b3a67951bcc9e6d5de010439746e4f43b773e65ab1ab4234fcd024be621fea819e6ce1c56aa5841db7cfa4f11f67b411c7a4233b0bbc60f267f4668cfa4baa6", key: nist3072PKCS1Key, hashType: commonpb.HashType_SHA512, }, { name: "RSA_SSA_PKCS1_4096_SHA256", sig: "2df1e58e7491739bb027c6315a70eebbcf37b8e5958df07578a589a47cbaf1edb23ff2e676f2f273a1cc0babd22e0bff874529cfd6479ae5c7250f06579eb212dd3f4058c476abae8e94c89afe05746c3aea93155cf03195ce5f4eced399d2b61aab7f4060b69844cbff6303d264c4755be78af001d125af461fececad8f46a9c4b07420ca63c4212f80a751fcca6a4737684543fcf07b39089baa9995394766f69239479e7c9778c644e022dd4ec7e07a769aa75db2571e58a5e0ba1e4377e9677092bc9dee9d9dbb448441da8f4385b4d4f8ccff4b3dc3c3c3ac8ba11a6ce8caafa930108ba3603c5b0ef65a02a7afebebf605aa88511513a69b3086fdfc25c588c4d61a06219d0d5643410d3ae4d78b2f695efe4e0b82161c53bb9d4b8a83692bb16de8da18b4a6c2abbd0f6b0e24229077fd6c3bca918bc9d9f4518598238df0c925f8587fff0852c44e8107ccbc1ce6a9be3b0941c3b28bb03c87eeb959d719dba9a64a338c7b9931cdf6bb169686de1f8de0e1fa74d03419d164f2c8bd2030562705d1470415e48144181dfd31cdd4219b5d22f9a4c659923cf5c4edbde18e8277dae11264c11423c5481402e80af223f0c4faea0c2c7aefacbf513962c2f16af353ffae1414b408f726eeb946d7c4c8577e72d8f1d49ae2301cf70abee46d286a6fac1b888c334538abb3b830fae595bbb19ea9dce46a343da031117c", msg: "8f937d50d24a1a6ed858d2e3de56e5c23b917d5a936c87b84effc06d48041391caf42207ba6d23030ed7edca864752b99ba3b089b308c3d19668bdcc2578995d4ac9ac502b347de3a37cd685f22f1bddb3cddb0e0f2ca53a311b1d45f9464edbf55a42b48d69d0167d8fb69c89d6e8376b57277211a2d4fa0560075d2d37dc12", key: nist4096PKCS1Key, hashType: commonpb.HashType_SHA256, }, { name: "RSA_SSA_PKCS1_4096_SHA384", sig: "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", msg: "450171e919ecc10bbf1d05f41eee02eab8eede088a31263433eb1652593d14b7494f7de1dd9fa465a39918283b6726d2010a9f80edaadcbab72afea43e007a782a44d633d006ad8f57e5f93219dd92254c61f187e2aa3a83ad4e7a7fc7142c9631070349bac9e371232a307880f94cc9e11b5b8532d94a78607e0f4bbe2232fb", key: nist4096PKCS1Key, hashType: commonpb.HashType_SHA384, }, { name: "RSA_SSA_PKCS1_4096_SHA512", sig: "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", msg: "42c5ea617a25f019329ee172e4932485518dabd01983249189597473b4a6616cc5ba8ee693e0ad1d76e0f0c85ac8c0fb11ecb24cee2cb7358f7593b9fa8b904aec0573eb6d99af92a899d9d0fabe5cb349256eec9797422dd60d7fd5fe73f2cf5ead7fb72fd85e3f6fd284d2edfc5e77a03ec5f73c4c2f420728220fe9e9efc3", key: nist4096PKCS1Key, hashType: commonpb.HashType_SHA512, }, } func TestVerifierKeyManagerPrimitiveNISTTestVectors(t *testing.T) { vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", publicKeyTypeURL, err) } for _, tc := range nistPKCS1TestVectors { t.Run(tc.name, func(t *testing.T) { privKey, err := tc.ToProtoKey() if err != nil { t.Fatalf("tc.ToProtoKey() err = %v, want nil", err) } serializedPubKey, err := proto.Marshal(privKey.GetPublicKey()) if err != nil { t.Fatalf("proto.Marshall() err = %v, want nil", err) } p, err := vkm.Primitive(serializedPubKey) if err != nil { t.Fatalf("Primitive() err = %v, want nil", err) } sig, err := hex.DecodeString(tc.sig) if err != nil { t.Fatalf("hex.DecodeString(tc.sig) err = %v, want nil", err) } msg, err := hex.DecodeString(tc.msg) if err != nil { t.Fatalf("hex.DecodeString(tc.msg) err = %v, want nil", err) } if err := p.(tink.Verifier).Verify(sig, msg); err != nil { t.Fatalf("Verify() err = %v, want nil", err) } }) } } ================================================ FILE: signature/rsassapss/key.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapss import ( "bytes" "crypto/rand" "crypto/rsa" "fmt" "math/big" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Variant is the prefix variant of an RSA-SSA-PSS key. // // It describes the format of the signature. For RSA-SSA-PSS there are // four options: // // - TINK: prepends '0x01' to the signature. // - CRUNCHY: prepends '0x00' to the signature. // - LEGACY: appends a 0-byte to the input message before computing the // signature, then prepends '0x00' to the signature. // - NO_PREFIX: adds no prefix to the signature. type Variant int const ( // VariantUnknown is the default value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the signature. VariantTink // VariantCrunchy prefixes '0x00' to the signature. VariantCrunchy // VariantLegacy appends a 0-byte to input message BEFORE computing the signature, // signature, then prepends '0x00' to signature. VariantLegacy // VariantNoPrefix does not prefix the signature with the key id. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantCrunchy: return "CRUNCHY" case VariantLegacy: return "LEGACY" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // HashType is the curve type of the RSA-SSA-PSS key. type HashType int const ( // UnknownHashType is the default value of HashType. UnknownHashType HashType = iota // SHA256 is the SHA256 hash type. SHA256 // SHA384 is the SHA384 hash type. SHA384 // SHA512 is the SHA512 hash type. SHA512 ) func (ht HashType) String() string { switch ht { case SHA256: return "SHA256" case SHA384: return "SHA384" case SHA512: return "SHA512" default: return "UNKNOWN" } } const ( // f4 is the public exponent 65537. f4 = 65537 maxExponent = 1<<31 - 1 ) // Parameters represents the parameters of an RSA-SSA-PSS key. type Parameters struct { modulusSizeBits int sigHashType HashType mgf1HashType HashType publicExponent int saltLengthBytes int variant Variant } var _ key.Parameters = (*Parameters)(nil) // SigHashType returns the signature hash type. func (p *Parameters) SigHashType() HashType { return p.sigHashType } // MGF1HashType returns the MGF1 hash type. func (p *Parameters) MGF1HashType() HashType { return p.mgf1HashType } // PublicExponent returns the public exponent. func (p *Parameters) PublicExponent() int { return p.publicExponent } // SaltLengthBytes returns the salt length in bytes. func (p *Parameters) SaltLengthBytes() int { return p.saltLengthBytes } // ModulusSizeBits returns the modulus size in bits. func (p *Parameters) ModulusSizeBits() int { return p.modulusSizeBits } // Variant returns the output prefix variant of the key. func (p *Parameters) Variant() Variant { return p.variant } func checkValidHash(hashType HashType) error { if hashType == SHA256 || hashType == SHA384 || hashType == SHA512 { return nil } return fmt.Errorf("unsupported hash type: %v", hashType) } // ParametersValues contains the values of a set of RSA-SSA-PSS parameters. type ParametersValues struct { ModulusSizeBits int SigHashType HashType MGF1HashType HashType PublicExponent int SaltLengthBytes int } // NewParameters creates a new RSA-SSA-PSS Parameters value. func NewParameters(values ParametersValues, variant Variant) (*Parameters, error) { // These are consistent with the checks by tink-java and tink-cc. if values.ModulusSizeBits < 2048 { return nil, fmt.Errorf("rsassapss.NewParameters: invalid modulus size: %v, want >= 2048", values.ModulusSizeBits) } if values.PublicExponent < f4 { return nil, fmt.Errorf("rsassapss.NewParameters: invalid public exponent: %v, want >= %v", values.PublicExponent, f4) } // Similar check as in crypto/rsa. if values.PublicExponent > maxExponent { return nil, fmt.Errorf("rsassapss.NewParameters: invalid public exponent: %v, want <= %v", values.PublicExponent, maxExponent) } // These are consistent with the checks by tink-java and tink-cc. if values.PublicExponent%2 != 1 { return nil, fmt.Errorf("rsassapss.NewParameters: invalid public exponent: %v, want odd", values.PublicExponent) } if values.SaltLengthBytes < 0 { return nil, fmt.Errorf("rsassapss.NewParameters: invalid salt length bytes: %v, want >= 0", values.SaltLengthBytes) } if err := checkValidHash(values.SigHashType); err != nil { return nil, err } if values.MGF1HashType != values.SigHashType { return nil, fmt.Errorf("rsassapss.NewParameters: mismatched MGF1 hash type: %v, want %v", values.MGF1HashType, values.SigHashType) } if variant == VariantUnknown { return nil, fmt.Errorf("unsupported output prefix variant: %v", variant) } return &Parameters{ modulusSizeBits: values.ModulusSizeBits, sigHashType: values.SigHashType, mgf1HashType: values.MGF1HashType, publicExponent: values.PublicExponent, saltLengthBytes: values.SaltLengthBytes, variant: variant, }, nil } // HasIDRequirement tells whether the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal tells whether this parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { that, ok := other.(*Parameters) return ok && p.HasIDRequirement() == that.HasIDRequirement() && p.modulusSizeBits == that.modulusSizeBits && p.sigHashType == that.sigHashType && p.mgf1HashType == that.mgf1HashType && p.publicExponent == that.publicExponent && p.saltLengthBytes == that.saltLengthBytes && p.variant == that.variant } // PublicKey represents a function that can verify RSA-SSA-PSS signatures // as defined in [RFC 3447, Section 8.1]. type PublicKey struct { modulus []byte // Big integer value in big-endian encoding. idRequirement uint32 outputPrefix []byte parameters *Parameters } var _ key.Key = (*PublicKey)(nil) func calculateOutputPrefix(variant Variant, idRequirement uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(idRequirement), nil case VariantCrunchy, VariantLegacy: return outputprefix.Legacy(idRequirement), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } // NewPublicKey creates a new RSA-SSA-PSS PublicKey object from modulus, // ID requirement and parameters. // // modulus is a Big integer value in big-endian encoding. Parameters must be // non-nil. func NewPublicKey(modulus []byte, idRequirement uint32, parameters *Parameters) (*PublicKey, error) { // This is set to UnknownHashType if the parameters is a struct literal. if parameters.SigHashType() == UnknownHashType { return nil, fmt.Errorf("rsassapss.NewPublicKey: invalid parameters") } modulusBigInt := new(big.Int).SetBytes(modulus) if modulusBigInt.BitLen() != parameters.ModulusSizeBits() { return nil, fmt.Errorf("rsassapss.NewPublicKey: invalid modulus bit-length: %v, want %v", modulusBigInt.BitLen(), parameters.ModulusSizeBits()) } if parameters.Variant() == VariantNoPrefix && idRequirement != 0 { return nil, fmt.Errorf("rsassapss.NewPublicKey: key ID must be zero for VariantNoPrefix") } outputPrefix, err := calculateOutputPrefix(parameters.Variant(), idRequirement) if err != nil { return nil, fmt.Errorf("rsassapss.NewPublicKey: %v", err) } return &PublicKey{ modulus: modulusBigInt.Bytes(), idRequirement: idRequirement, outputPrefix: outputPrefix, parameters: parameters, }, nil } // Modulus returns the public key modulus. func (k *PublicKey) Modulus() []byte { return bytes.Clone(k.modulus) } // Parameters returns the parameters of this key. func (k *PublicKey) Parameters() key.Parameters { return k.parameters } // IDRequirement returns the key ID requirement and whether it is required. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.Parameters().HasIDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PublicKey) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Equal tells whether this key object is equal to other. func (k *PublicKey) Equal(other key.Key) bool { actualKey, ok := other.(*PublicKey) return ok && bytes.Equal(k.modulus, actualKey.modulus) && k.idRequirement == actualKey.idRequirement && k.parameters.Equal(actualKey.parameters) } // PrivateKey represents a function that can produce RSA-SSA-PSS // signatures as defined in [RFC 3447, Section 8.1]. type PrivateKey struct { publicKey *PublicKey privateKey *rsa.PrivateKey } // PrivateKeyValues contains the values of a private key. type PrivateKeyValues struct { P, Q secretdata.Bytes D secretdata.Bytes // dp, dq and QInv must be computed by the Go library. // See https://pkg.go.dev/crypto/rsa#PrivateKey. } // privateKeySelfCheck signs a test message with a private key and verifies a // the signature with the corresponding public key. // // This is a security check to ensure that the private key is valid. func privateKeySelfCheck(privateKey *PrivateKey) error { signer, err := NewSigner(privateKey, internalapi.Token{}) if err != nil { return err } verifier, err := NewVerifier(privateKey.publicKey, internalapi.Token{}) if err != nil { return err } testMessage := []byte("Tink and Wycheproof.") signature, err := signer.Sign(testMessage) if err != nil { return err } return verifier.Verify(signature, testMessage) } // NewPrivateKey creates a new RSA-SSA-PSS PrivateKey value from a public key // and private key values. // // publicKey must be non-nil. func NewPrivateKey(publicKey *PublicKey, opts PrivateKeyValues) (*PrivateKey, error) { if publicKey.parameters == nil { return nil, fmt.Errorf("rsassapss.NewPrivateKey: invalid public key") } privateKey := rsa.PrivateKey{ PublicKey: rsa.PublicKey{ N: new(big.Int).SetBytes(publicKey.Modulus()), E: publicKey.parameters.PublicExponent(), }, D: new(big.Int).SetBytes(opts.D.Data(insecuresecretdataaccess.Token{})), Primes: []*big.Int{ new(big.Int).SetBytes(opts.P.Data(insecuresecretdataaccess.Token{})), new(big.Int).SetBytes(opts.Q.Data(insecuresecretdataaccess.Token{})), }, } if err := privateKey.Validate(); err != nil { return nil, fmt.Errorf("rsassapss.NewPrivateKey: %v", err) } privateKey.Precompute() pk := &PrivateKey{ publicKey: publicKey, privateKey: &privateKey, } if err := privateKeySelfCheck(pk); err != nil { return nil, fmt.Errorf("rsassapss.NewPrivateKey: %v", err) } return pk, nil } // P returns the prime P. func (k *PrivateKey) P() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Primes[0].Bytes(), insecuresecretdataaccess.Token{}) } // Q returns the prime Q. func (k *PrivateKey) Q() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Primes[1].Bytes(), insecuresecretdataaccess.Token{}) } // D returns the private exponent D. func (k *PrivateKey) D() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.D.Bytes(), insecuresecretdataaccess.Token{}) } // DP returns the private prime factor P-1. func (k *PrivateKey) DP() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Dp.Bytes(), insecuresecretdataaccess.Token{}) } // DQ returns the private prime factor Q-1. func (k *PrivateKey) DQ() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Dq.Bytes(), insecuresecretdataaccess.Token{}) } // QInv returns the inverse of Q. func (k *PrivateKey) QInv() secretdata.Bytes { return secretdata.NewBytesFromData(k.privateKey.Precomputed.Qinv.Bytes(), insecuresecretdataaccess.Token{}) } // PublicKey returns the corresponding public key. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // Parameters returns the parameters of this key. func (k *PrivateKey) Parameters() key.Parameters { return k.publicKey.Parameters() } // IDRequirement tells whether the key ID and whether it is required. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PrivateKey) OutputPrefix() []byte { return k.publicKey.OutputPrefix() } // Equal tells whether this key object is equal to other. func (k *PrivateKey) Equal(other key.Key) bool { that, ok := other.(*PrivateKey) return ok && k.publicKey.Equal(that.publicKey) && k.privateKey.Equal(that.privateKey) } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { rsaSSAPSSParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } hashAlg := rsaSSAPSSParams.SigHashType().String() exp := new(big.Int).SetUint64(uint64(rsaSSAPSSParams.PublicExponent())).Bytes() if err := signature.ValidateRSAPublicKeyParams(hashAlg, rsaSSAPSSParams.ModulusSizeBits(), exp); err != nil { return nil, fmt.Errorf("invalid parameters: %w", err) } rsaKey, err := rsa.GenerateKey(rand.Reader, int(rsaSSAPSSParams.ModulusSizeBits())) if err != nil { return nil, fmt.Errorf("generating RSA key: %s", err) } rsaSSAPSSPublicKey, err := NewPublicKey(rsaKey.PublicKey.N.Bytes(), idRequirement, rsaSSAPSSParams) if err != nil { return nil, fmt.Errorf("creating public key: %s", err) } return NewPrivateKey(rsaSSAPSSPublicKey, PrivateKeyValues{ P: secretdata.NewBytesFromData(rsaKey.Primes[0].Bytes(), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(rsaKey.Primes[1].Bytes(), insecuresecretdataaccess.Token{}), D: secretdata.NewBytesFromData(rsaKey.D.Bytes(), insecuresecretdataaccess.Token{}), }) } ================================================ FILE: signature/rsassapss/key_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapss_test import ( "bytes" "encoding/base64" "fmt" "math/big" "math/bits" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" ) const ( f4 = 65537 ) func TestNewParametersInvalidValues(t *testing.T) { testCases := []struct { name string parametersValues rsassapss.ParametersValues variant rsassapss.Variant }{ { name: "small public exponent", parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4 - 1, SaltLengthBytes: 1, }, variant: rsassapss.VariantTink, }, { name: "even public exponent", parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4 + 1, SaltLengthBytes: 1, }, variant: rsassapss.VariantTink, }, { name: "negative salt length", parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: -1, }, variant: rsassapss.VariantTink, }, { name: "unknown signature hash", parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.UnknownHashType, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, variant: rsassapss.VariantTink, }, { name: "unknown MGF1 hash", parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.UnknownHashType, PublicExponent: f4, SaltLengthBytes: 1, }, variant: rsassapss.VariantTink, }, { name: "mismatched hash types", parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA384, PublicExponent: f4, SaltLengthBytes: 1, }, variant: rsassapss.VariantTink, }, { name: "unknown variant", parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, variant: rsassapss.VariantUnknown, }, { name: "invalid modulus size (too small)", parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2024, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, variant: rsassapss.VariantTink, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if _, err := rsassapss.NewParameters(tc.parametersValues, tc.variant); err == nil { t.Errorf("rsassapss.NewParameters(%v, %v) = nil, want error", tc.parametersValues, tc.variant) } }) } // On 32 bit platforms, the public exponent cannot be larger than 1<<31. if bits.UintSize == 64 { expVal := 1 << (bits.UintSize/2 - 1) t.Run("large public exponent", func(t *testing.T) { values := rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: expVal, SaltLengthBytes: 1, } if _, err := rsassapss.NewParameters(values, rsassapss.VariantTink); err == nil { t.Errorf("rsassapss.NewParameters(%v, %v) = nil, want error", values, rsassapss.VariantTink) } }) } } func TestNewParameters(t *testing.T) { for _, hashType := range []rsassapss.HashType{rsassapss.SHA256, rsassapss.SHA384, rsassapss.SHA512} { for _, variant := range []rsassapss.Variant{rsassapss.VariantTink, rsassapss.VariantCrunchy, rsassapss.VariantLegacy, rsassapss.VariantNoPrefix} { for _, modulusSizeBits := range []int{2048, 3072, 4096} { for _, publicExponent := range []int{f4, 1<<31 - 1} { t.Run(fmt.Sprintf("modulusSizeBits:%v_sigHashType:%v_mgf1HashType:%v_publicExponent:%v_variant:%v", modulusSizeBits, hashType, hashType, publicExponent, variant), func(t *testing.T) { paramsValues := rsassapss.ParametersValues{ ModulusSizeBits: modulusSizeBits, SigHashType: hashType, MGF1HashType: hashType, PublicExponent: publicExponent, SaltLengthBytes: 42, } params, err := rsassapss.NewParameters(paramsValues, variant) if err != nil { t.Fatalf("rsassapss.NewParameters(%v, %v) = %v, want nil", paramsValues, variant, err) } if got, want := params.ModulusSizeBits(), modulusSizeBits; got != want { t.Errorf("params.ModulusSizeBits() = %v, want %v", got, want) } if got, want := params.SigHashType(), hashType; got != want { t.Errorf("params.SigHashType() = %v, want %v", got, want) } if got, want := params.MGF1HashType(), hashType; got != want { t.Errorf("params.MGF1HashType() = %v, want %v", got, want) } if got, want := params.PublicExponent(), publicExponent; got != want { t.Errorf("params.PublicExponent() = %v, want %v", got, want) } if got, want := params.SaltLengthBytes(), 42; got != want { t.Errorf("params.SaltLengthBytes() = %v, want %v", got, want) } if got, want := params.Variant(), variant; got != want { t.Errorf("params.Variant() = %v, want %v", got, want) } if got, want := params.HasIDRequirement(), variant != rsassapss.VariantNoPrefix; got != want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, want) } other, err := rsassapss.NewParameters(paramsValues, variant) if err != nil { t.Fatalf("rsassapss.NewParameters(%v, %v) = %v, want nil", paramsValues, variant, err) } if !params.Equal(other) { t.Errorf("params.Equal(other) = false, want true") } }) } } } } } type testParams struct { parametersValues rsassapss.ParametersValues variant rsassapss.Variant } func TestNewParametersDifferentParameters(t *testing.T) { for _, tc := range []struct { name string this testParams that testParams }{ { name: "different modulus size", this: testParams{ parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 42, }, variant: rsassapss.VariantTink, }, that: testParams{ parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 3072, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 42, }, variant: rsassapss.VariantTink, }, }, { name: "different hash type", this: testParams{ parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 42, }, variant: rsassapss.VariantTink, }, that: testParams{ parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA384, MGF1HashType: rsassapss.SHA384, PublicExponent: f4, SaltLengthBytes: 42, }, variant: rsassapss.VariantTink, }, }, { name: "different public exponent", this: testParams{ parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 42, }, variant: rsassapss.VariantTink, }, that: testParams{ parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: 1<<31 - 1, SaltLengthBytes: 42, }, variant: rsassapss.VariantTink, }, }, { name: "different salt length", this: testParams{ parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 42, }, variant: rsassapss.VariantTink, }, that: testParams{ parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, variant: rsassapss.VariantTink, }, }, { name: "different variant", this: testParams{ parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 42, }, variant: rsassapss.VariantTink, }, that: testParams{ parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 42, }, variant: rsassapss.VariantLegacy, }, }, } { t.Run(tc.name, func(t *testing.T) { this, err := rsassapss.NewParameters(tc.this.parametersValues, tc.this.variant) if err != nil { t.Fatalf("rsassapss.NewParameters(%v, %v) = %v, want nil", tc.this.parametersValues, tc.this.variant, err) } that, err := rsassapss.NewParameters(tc.that.parametersValues, tc.that.variant) if err != nil { t.Fatalf("rsassapss.NewParameters(%v, %v) = %v, want nil", tc.that.parametersValues, tc.that.variant, err) } if this.Equal(that) { t.Errorf("this.Equal(that) = true, want false") } }) } } const ( // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L13 n2048Base64 = "s1EKK81M5kTFtZSuUFnhKy8FS2WNXaWVmi_fGHG4CLw98-Yo0nkuUarVwSS0O9pFPcpc3kvPKOe9Tv-6DLS3Qru21aATy2PRqjqJ4CYn71OYtSwM_ZfSCKvrjXybzgu-sBmobdtYm-sppbdL-GEHXGd8gdQw8DDCZSR6-dPJFAzLZTCdB-Ctwe_RXPF-ewVdfaOGjkZIzDoYDw7n-OHnsYCYozkbTOcWHpjVevipR-IBpGPi1rvKgFnlcG6d_tj0hWRl_6cS7RqhjoiNEtxqoJzpXs_Kg8xbCxXbCchkf11STA8udiCjQWuWI8rcDwl69XMmHJjIQAqhKvOOQ8rYTQ" d2048Base64 = "GlAtDupse2niHVg5EB9wVFbtDvhS-0f-IQcfVMXzPIzrBmxi1yfjLSbFgTcyn4nTGVMlt5UmTBldhUcvdQfb0JYdKVH5NaJrNPCsJNFUkOESiptxOJFbx9v6j-OWNXExxUOunJhQc2jZzrCMHGGYo-2nrqGFoOl2zULCLQDwA9nxnZbqTJr8v-FEHMyALPsGifWdgExqTk9ATBUXR0XtbLi8iO8LM7oNKoDjXkO8kPNQBS5yAW51sA01ejgcnA1GcGnKZgiHyYd2Y0n8xDRgtKpRa84Hnt2HuhZDB7dSwnftlSitO6C_GHc0ntO3lmpsJAEQQJv00PreDGj9rdhH_Q" p2048Base64 = "7BJc834xCi_0YmO5suBinWOQAF7IiRPU-3G9TdhWEkSYquupg9e6K9lC5k0iP-t6I69NYF7-6mvXDTmv6Z01o6oV50oXaHeAk74O3UqNCbLe9tybZ_-FdkYlwuGSNttMQBzjCiVy0-y0-Wm3rRnFIsAtd0RlZ24aN3bFTWJINIs" q2048Base64 = "wnQqvNmJe9SwtnH5c_yCqPhKv1cF_4jdQZSGI6_p3KYNxlQzkHZ_6uvrU5V27ov6YbX8vKlKfO91oJFQxUD6lpTdgAStI3GMiJBJIZNpyZ9EWNSvwUj28H34cySpbZz3s4XdhiJBShgy-fKURvBQwtWmQHZJ3EGrcOI7PcwiyYc" dp2048Base64 = "lql5jSUCY0ALtidzQogWJ-B87N-RGHsBuJ_0cxQYinwg-ySAAVbSyF1WZujfbO_5-YBN362A_1dn3lbswCnHK_bHF9-fZNqvwprPnceQj5oK1n4g6JSZNsy6GNAhosT-uwQ0misgR8SQE4W25dDGkdEYsz-BgCsyrCcu8J5C-tU" dq2048Base64 = "BVT0GwuH9opFcis74M9KseFlA0wakQAquPKenvni2rb-57JFW6-0IDfp0vflM_NIoUdBL9cggL58JjP12ALJHDnmvOzj5nXlmZUDPFVzcCDa2eizDQS4KK37kwStVKEaNaT1BwmHasWxGCNrp2pNfJopHdlgexad4dGCOFaRmZ8" qInv2048Base64 = "HGQBidm_6MYjgzIQp2xCDG9E5ddg4lmRbOwq4rFWRWlg_ZXidHZgw4lWIlDwVQSc-rflwwOVSThKeiquscgk069wlIKoz5tYcCKgCx8HIttQ8zyybcIN0iRdUmXfYe4pg8k4whZ9zuEh_EtEecI35yjPYzq2CowOzQT85-O6pVk" // Values generated on an Android phone. Taken from: // https://github.com/tink-crypto/tink-java/blob/6e771bc8116cb2ae88b8184af2a678f470df4790/src/test/java/com/google/crypto/tink/signature/RsaSsaPkcs1PrivateKeyTest.java#L347 n2048BigInt16 = "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" d2048BigInt10 = "3221514782158521239046688407258406330028553231891834758638194651218489349712866325521438421714836367531316613927931498512071990193965798572643232627837201196644319517052327671563822639251731918047441576305607916660284178027387674162132050160094809919355636813793351064368082273962217034909172344404581974193241939373282144264114913662260588365672363893632683074989847367188654224412555194872230331733391324889200933302437700487142724975686901108577545454632839147323098141162449990768306604007013959695761622579370899486808808004842820432382650026507647986123784123174922931280866259315314620233905351359011687391313" p2048BigInt10 = "158774943353490113489753012135278111098541279368787638170427666092698662171983127156976037521575652098385551704113475827318417186165950163951987243985985522595184323477005539699476104661027759513072140468348507403972716866975866335912344241205454260491734974839813729609658331285715361068926273165265719385439" q2048BigInt10 = "142695718417290075651435513804876109623436685476916701891113040095977093917632889732962474426931910603260254832314306994757612331416172717945809235744856009131743301134864401372069413649983267047705657073804311818666915219978411279698814772814372316278090214109479349638211641740638165276131916195227128960331" dp2048BigInt10 = "54757332036492112014516953480958174268721943273163834138395198270094376648475863100263551887676471134286132102726288671270440594499638457751236945367826491626048737037509791541992445756573377184101446798993133105644007913505173122423833934109368405566843064243548986322802349874418093456823956331253120978221" dq2048BigInt10 = "4123864239778253555759629875435789731400416288406247362280362206719572392388981692085858775418603822002455447341246890276804213737312222527570116003185334716198816124470652855618955238309173562847773234932715360552895882122146435811061769377762503120843231541317940830596042685151421106138423322302824087933" qInv2048BigInt10 = "43369284071361709125656993969231593842392884522437628906059039642593092160995429320609799019215633408868044592180219813214250943675517000006014828230986217788818608645218728222984926523616075543476651226972790298584420864753413872673062587182578776079528269917000933056174453680725934830997227408181738889955" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_3072_test.json#L21 n3072Base64 = "3I94gGcvDPnWNheopYvdJxoQm63aD6gm-UuKeVUmtqSagFZMyrqKlJGpNaU-3q4dmntUY9ni7z7gznv_XUtsgUe1wHPC8iBRXVMdVaNmh6bePDR3XC8VGRrAp0LXNCIoyNkQ_mu8pDlTnEhd68vQ7g5LrjF1A7g87oEArHu0WHRny8Q3PEvaLu33xBYx5QkitYD1vOgdJLIIyrzS11_P6Z91tJPf_Fyb2ZD3_Dvy7-OS_srjbz5O9EVsG13pnMdFFzOpELaDS2HsKSdNmGvjdSw1CxOjJ9q8CN_PZWVJmtJuhTRGYz6tspcMqVvPa_Bf_bwqgEN412mFpx8G-Ql5-f73FsNqpiWkW17t9QglpT6dlDWyPKq55cZNOP06dn4YWtdyfW4V-em6svQYTWSHaV25ommMZysugjQQ2-8dk_5AydNX7p_Hf4Sd4RNj9YOvjM9Rgcoa65RMQiUWy0AelQkj5L2IFDn6EJPHdYK_4axZk2dHALZDQzngJFMV2G_L" d3072Base64 = "BQEgW9F7iNDWYm3Q_siYoP1_aPjd3MMU900WfEBJW5WKh-TtYyAuasaPT09LiOPsegfYV1enRYRot2aq2aQPdzN4VUCLKNFA51wuazYE6okHu9f46VeMJACuZF0o4t7vi_cY4pzxL8y5L--YafQ67lvWrcIjhI0WnNbCfCdmZSdm_4GZOz4BWlU97O4P_cFiTzn42Wtu1dlQR8FXC1n6LrPWiN1eFKzJQHuAlPGLRpQkTrGtzWVdhz9X_5r25P7EcL4ja687IMIECrNg11nItOYYv4vU4OxmmPG3LHFg7QUhyCtRdrYPtjUD0K4j9uL7emCTBbCvYhULkhrFP03omWZssB2wydi2UHUwFcG25oLmvzggTln3QJw4CMDlPyVJNVQKOBqWPCwad8b5h_BqB6BXJobtIogtvILngjzsCApY1ysJ0AzB0kXPFY_0nMQFmdOvcZ3DAbSqf1sDYproU-naq-KE24bVxB0EARQ98rRZPvTjdHIJxSP1p_gPAtAR" p3072Base64 = "_sahC_xJtYoshQ6v69uZdkmpVXWgwXYxsBHLINejICMqgVua9gQNe_I9Jn5eBjBMM-BMhebUgUQvAQqXWLoINkpwA175npyY7rQxUFsq-2d50ckdDqL7CmXcOR557Np9Uv191pkjsl365EjKzoKeusprPIo8tkqBgAYUQ0iVd4wg1imxJbafQpRfZrZE84QLz6b842EHQlbFCGPsyiznVrSp-36ZPQ8fpIssxIW36qYUBfvvFQ51Y8IVCBF2feD5" q3072Base64 = "3Z7BzubYqXGxZpAsRKTwLvN6YgU7QSiKHYc9OZy8nnvTBu2QZIfaL0m8HBgJwNTYgQbWh5UY7ZJf62aq1f88K4NGbFVO2XuWq-9Vs7AjFPUNA4WgodikauA-j86RtBISDwoQ3GgVcPpWS2hzus2Ze2FrK9dzP7cjreI7wQidoy5QlYNDbx40SLV5-yGyQGINIEWNCPD5lauswKOY8KtqZ8n1vPfgMvsdZo_mmNgDJ1ma4_3zqqqxm68XY5RDGUvj" dp3072Base64 = "8b-0DNVlc5cay162WwzSv0UCIo8s7KWkXDdmEVHL_bCgooIztgD-cn_WunHp8eFeTVMmCWCQf-Ac4dYU6iILrMhRJUG3hmN9UfM1X9RCIq97Di7RHZRUtPcWUjSy6KYhiN_zye8hyhwW9wqDNhUHXKK5woZBOY_U9Y_PJlD3Uqpqdgy1hN2WnOyA4ctN_etr8au4BmGJK899wopeozCcis9_A56K9T8mfVF6NzfS3hqcoVj-8XH4vaHppvA7CRKx" dq3072Base64 = "Pjwq6NNi3JKU4txx0gUPfd_Z6lTVwwKDZq9nvhoJzeev5y4nclPELatjK_CELKaY9gLZk9GG4pBMZ2q5Zsb6Oq3uxNVgAyr1sOrRAljgQS5frTGFXm3cHjdC2leECzFX6OlGut5vxv5F5X87oKXECCXfVrx2HNptJpN1fEvTGNQUxSfLdBTjUdfEnYVk7TebwAhIBs7FCAbhyGcot80rYGISpDJnv2lNZFPcyec_W3mKSaQzHSY6IiIVS12DSkNJ" qInv3072Base64 = "GMyXHpGG-GwUTRQM6rvJriLJTo2FdTVvtqSgM5ke8hC6-jmkzRq_qZszL96eVpVa8XlFmnI2pwC3_R2ICTkG9hMK58qXQtntDVxj5qnptD302LJhwS0sL5FIvAZp8WW4uIGHnD7VjUps1aPxGT6avSeEYJwB-5CUx8giUyrXrsKgiu6eJjCVrQQmRVy1kljH_Tcxyone4xgA0ZHtcklyHCUmZlDEbcv7rjBwYE0uAJkUouJpoBuvpb34u6McTztg" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_4096_test.json#L21 n4096Base64 = "9gG-DczQSqQLEvPxka4XwfnIwLaOenfhS-JcPHkHyx0zpu9BjvQYUvMsmDkrxcmu2RwaFQHFA-q4mz7m9PjrLg_PxBvQNgnPao6zqm8PviMYezPbTTS2bRKKiroKKr9Au50T2OJVRWmlerHYxhuMrS3IhZmuDaU0bhXazhuse_aXN8IvCDvptGu4seq1lXstp0AnXpbIcZW5b-EUUhWdr8_ZFs7l10mne8OQWl69OHrkRej-cPFumghmOXec7_v9QVV72Zrqajcaa0sWBhWhoSvGlY00vODIWty9g5L6EM7KUiCdVhlro9JzziKPHxERkqqS3ioDl5ihe87LTcYQDm-K6MJkPyrnaLIlXwgsl46VylUVVfEGCCMc-AA7v4B5af_x5RkUuajJuPRWRkW55dcF_60pZj9drj12ZStCLkPxPmwUkQkIBcLRJop0olEXdCfjOpqRF1w2cLkXRgCLzh_SMebk8q1wy0OspfB2AKbTHdApFSQ9_dlDoCFl2jZ6a35Nrh3S6Lg2kDCAeV0lhQdswcFd2ejS5eBHUmVpsb_TldlX65_eMl00LRRCbnHv3BiHUV5TzepYNJIfkoYp50ju0JesQCTivyVdcEEfhzc5SM-Oiqfv-isKtH1RZgkeGu3sYFaLFVvZwnvFXz7ONfg9Y2281av0hToFHblNUEU" d4096Base64 = "01Gb2G7fXb6cZKN4FxPdBJt0f1ZR_ZGMzoqbgLbWovtqqzNKtWmom1iYLgquNzCQKZ-iJ_llK4AtI-5cpoJMQz0B1AuwRzsWGQqL-xN8CnBLT0m0UBW_vuH2cERvB1lSWdcMfXmulfmyVDsBYuu3Y-u4HEtu3_nRl97eHb5X5ARm0VbU39XXY0xFU0-yu70b8leBehc8B5X9vMUzl29KDQQWDyma9dwnKoFLNtW65RFrlUIXjx1VTKt6ZFMDVIK5ga3UvY_9XVAIObI-MOvT84aPB1hMvRK6CJMlmChg9p8r3HB3tsYPWKInKCM3nhAjcEFl98FPZKGP1bJFoYFJt-2jOFpWup55UConvxOGXN41vhXeA9BqpvCLFyt-60tzy8FXAZxdkzWEqNGt1ht9vKOyU8oM-T3JqKOqwvUCJwIuaS97R2dVZiDMko1j4xB4w2Diq0txqRfhnn6wk4BILltOqIIChxwqKcpvZrL-MEr2CVIOT4HWTCZ2i7gSqGZ5NmYR9M9uieK9HZ1-KHKcfw5OMVLXrX8Yb6MvAeFp_wahIAG8F539DclCy6vFVfZ_X9BD4KM1Q0D6SQ0vEjNnvpJus-Hf_nDDFRyHRQ8yF9wqoLWnBpxaF9VWFMmZQTn3s3tJ6f54CvZaDoni5Y_qr_4WO8nRnq_ZzSmw7zzvPQE" p4096Base64 = "_CG4VcWtTKK2lwUWQG9xxuee_EEm5lmHctseCC3msN3aqiopUfBBSOhuC94oITt_YA-YcwgwHqzqE0Biuww932KNqav5PvHOPnWwlTpITb01VL1cBkmTPdd-UnVj6Q8FqAE_3ayVjDKTeOlDA7MEvl-d8f5bBDp_3ZRwCj8LHLvQUWt82UxXypbZ_SqMqXOZEhjLozocI9gQ91GdH3cCq3Kv_bP4ShsqiBFuQDO8TQz8eYnGV-D-lOlkR2rli65reHbzbAnTKxpj-MR8lKdMku7fdfwnz_4PhFI2PkvI92U_PLVer2k87HDRPIdd6TWosgQ5q36T92mBxZV_xbtE2Q" q4096Base64 = "-cf3SKUF0j7O-ahfgJfIz31wKO9skOIqM2URWC0sw2NuNOrTcgTb0i8UKj-x1fhXsDEMekM_Ua4U1GCLAbQ6qMeuZ4Nff74LnZeUiznpui06FoftuLVu5w_wU22rTQVR9x7Q2u6eQSRJ9fCZvMFeTvBVTcefh_7FoN6nF8cFQ5K_REYTk3QBu-88Ivv35zjFh3m5gWCaH5wR3W8LvpmW4nc0WeTO8kewKp_CEpasV6WxBWGCQxDPvezJDgZZg3DjaYcT_b4lKOxO89zKrnAe7cPlStbnr05o47Ob0ul6yRGZNsZHpQNRHLKD35hM_XwH8PVqqK4xZpSO8_QbCFmTTQ" dp4096Base64 = "gVSGqrCgiWv5fxPj6x9_XEkZW0nMO2J3QSo2iHmLGPRkIt9HnLlBs7VOJZZKPWm4l7zINVFg5YtK8p8XRd0sq7Zw9jS5wFjms1FJR_LCfeXtQk9zseHxvkoYiRGgMz86Zohliz7o4yZaUS5N6srcRw7jBOu1IkEjr7RhmE_oUk_gtrMNMqWfbtLcdKlrx8v9G7ROWKcJIjXF1icuEqLIYsuMjPXRCapPscZHKHWhRGDB7VIHxLIrxJTHlH63ymOoyv0xNh0ADd8WotefE92RQNl5FJtIjL9ElFpbaq8TIhv0SR67t_yifKIOIh9Jw8N7ifzy3A4stj-Pipt6FCJQWQ" dq4096Base64 = "th2E_5NKTkN7Fu4bS5_fSuEzcLU4W956VGShI8A0PfV1-eEo7535RCMNOcyc9dwO2yi350C2nvAkwb_uOfzVNA_66gAQFgxTXcCSDnzYG-Uz0A-lVKH8TT4CxGFWn158p4fxUV7fRbGWt1mITeZSw41ZNM-SUk6Ae007WQvDm8QX7kiFp2HSjdrc5sj9s7lh0-f9SAZN-TQKln-LeZl0OIQfSFeaR23bVQiMMI9o8rKdAcZZelp8jQZihPY-N6aMOHnDKqODZnX9DrJxmIOpGURWHp3X6KprsXFX8IxI-Ob65cPlortrXVgO7GyX3c2b4KSe8oOnAxrXq6jUON9OlQ" qInv4096Base64 = "IvuOX82bdnEE5xJE21MFjBgGHhsNH2O3Pi1ZqV4qEM2HQmoz2hPCh83vgTbl5H6T-5swrZJiintUP0jrARqGNWqzy0gPJ-ORsBjKGH2Xrz2C4xhh7K-mY9t4qonDvUaOaq3vs6Q_eLwAuAFMldtU6dIaAX6PIfZxVF7d6all6jLf_0XNo3_KGqUTL2yO7SIr0B_tWm59Y5WAxZVXd6hlRMLEyTm9uLTEht2lMHKGGgM0NZvbN1hHXknZDQU5lE54z8_Y__Vbsxoc68ZbKPUeeQcBsveRIYiYTwNObpbhxSUeM_44-yIbznqQqGhXxfVrbKdzB8RdUpCx8Iit4IKzSQ" ) func mustDecodeBase64(t *testing.T, value string) []byte { t.Helper() decoded, err := base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(value) if err != nil { t.Fatalf("base64 decoding failed: %v", err) } return decoded } func TestNewPublicKeyInvalidValues(t *testing.T) { modulus2048 := mustDecodeBase64(t, n2048Base64) tinkParamsValues := rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, } tinkParams, err := rsassapss.NewParameters(tinkParamsValues, rsassapss.VariantTink) if err != nil { t.Fatalf("rsassapss.NewParameters(%v, %v) = %v, want nil", tinkParamsValues, rsassapss.VariantTink, err) } noPrefixParams, err := rsassapss.NewParameters(tinkParamsValues, rsassapss.VariantNoPrefix) if err != nil { t.Fatalf("rsassapss.NewParameters(%v, %v) = %v, want nil", tinkParamsValues, rsassapss.VariantNoPrefix, err) } // Valid modules are [2^2047, 2^2048). minModulus := new(big.Int).Exp(big.NewInt(2), big.NewInt(2047), nil) maxModulus := new(big.Int).Sub(new(big.Int).Exp(big.NewInt(2), big.NewInt(2048), nil), big.NewInt(1)) // The bytes size of the slice is correct, but the value is too small or too big. tooSmallModulus := make([]byte, 256) tooSmallModulusInt := new(big.Int).Sub(minModulus, big.NewInt(1)) tooSmallModulusInt.FillBytes(tooSmallModulus) for _, tc := range []struct { name string modulus []byte idRequirement uint32 parameters *rsassapss.Parameters }{ { name: "empty params", modulus: modulus2048, idRequirement: 123, parameters: &rsassapss.Parameters{}, }, { name: "nil modulus", modulus: nil, idRequirement: 123, parameters: tinkParams, }, { name: "modulus slice too small", modulus: tooSmallModulus[:255], idRequirement: 123, parameters: tinkParams, }, { name: "modulus value too small", modulus: tooSmallModulus, idRequirement: 123, parameters: tinkParams, }, { name: "modulus too big", modulus: new(big.Int).Add(maxModulus, big.NewInt(1)).Bytes(), idRequirement: 123, parameters: tinkParams, }, { name: "invalid ID requirement", modulus: modulus2048, idRequirement: 123, parameters: noPrefixParams, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := rsassapss.NewPublicKey(tc.modulus, tc.idRequirement, tc.parameters); err == nil { t.Errorf("rsassapss.NewPublicKey(%v, %d, %v) = nil, want error", tc.modulus, tc.idRequirement, tc.parameters) } }) } } type testCase struct { name string parametersValues rsassapss.ParametersValues variant rsassapss.Variant modulus []byte idRequirement uint32 } func testCases(t *testing.T) []testCase { t.Helper() testCases := []testCase{} for _, hashType := range []rsassapss.HashType{rsassapss.SHA256, rsassapss.SHA384, rsassapss.SHA512} { for _, variant := range []rsassapss.Variant{rsassapss.VariantTink, rsassapss.VariantCrunchy, rsassapss.VariantLegacy, rsassapss.VariantNoPrefix} { for _, modulusSizeBits := range []int{2048, 3072, 4096} { idRequirement := 123 if variant == rsassapss.VariantNoPrefix { idRequirement = 0 } var modulus []byte switch modulusSizeBits { case 2048: modulus = mustDecodeBase64(t, n2048Base64) case 3072: modulus = mustDecodeBase64(t, n3072Base64) case 4096: modulus = mustDecodeBase64(t, n4096Base64) default: t.Fatalf("invalid modulus size: %v", modulusSizeBits) } testCases = append(testCases, testCase{ name: fmt.Sprintf("%v-SHA%v-%v", modulusSizeBits, hashType, variant), parametersValues: rsassapss.ParametersValues{ ModulusSizeBits: modulusSizeBits, SigHashType: hashType, MGF1HashType: hashType, PublicExponent: f4, SaltLengthBytes: 1, }, variant: variant, modulus: modulus, idRequirement: uint32(idRequirement), }) } } } return testCases } func TestNewPublicKey(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { params, err := rsassapss.NewParameters(tc.parametersValues, tc.variant) if err != nil { t.Fatalf("rsassapss.NewParameters(%v, %v) = %v, want nil", tc.parametersValues, tc.variant, err) } key, err := rsassapss.NewPublicKey(tc.modulus, tc.idRequirement, params) if err != nil { t.Fatalf("rsassapss.NewPublicKey(%v, %d, %v) = %v, want nil", tc.modulus, tc.idRequirement, params, err) } if got, want := key.Parameters(), params; !got.Equal(want) { t.Errorf("key.Parameters() = %v, want %v", got, want) } idRequirement, required := key.IDRequirement() if idRequirement != tc.idRequirement { t.Errorf("key.IDRequirement() = %v, want %v", idRequirement, tc.idRequirement) } if required != key.Parameters().HasIDRequirement() { t.Errorf("key.IDRequirement() = %v, want %v", required, key.Parameters().HasIDRequirement()) } if got, want := idRequirement, tc.idRequirement; got != want { t.Errorf("key.IDRequirement() = %v, want %v", got, want) } if got, want := key.Modulus(), tc.modulus; !bytes.Equal(got, want) { t.Errorf("key.Modulus() = %v, want %v", got, want) } otherKey, err := rsassapss.NewPublicKey(tc.modulus, tc.idRequirement, params) if err != nil { t.Fatalf("rsassapss.NewPublicKey(%v, %d, %v) = %v, want nil", tc.modulus, tc.idRequirement, params, err) } if !key.Equal(otherKey) { t.Errorf("key.Equal(otherKey) = false, want true") } }) } } func TestNewPublicKeyMinMaxValues(t *testing.T) { // Valid values: [2^(n-1), 2^n). minModulus2048 := new(big.Int).Exp(big.NewInt(2), big.NewInt(2047), nil) maxModulus2048 := new(big.Int).Sub(new(big.Int).Exp(big.NewInt(2), big.NewInt(2048), nil), big.NewInt(1)) minModulus3072 := new(big.Int).Exp(big.NewInt(2), big.NewInt(3071), nil) maxModulus3072 := new(big.Int).Sub(new(big.Int).Exp(big.NewInt(2), big.NewInt(3072), nil), big.NewInt(1)) minModulus4096 := new(big.Int).Exp(big.NewInt(2), big.NewInt(4095), nil) maxModulus4096 := new(big.Int).Sub(new(big.Int).Exp(big.NewInt(2), big.NewInt(4096), nil), big.NewInt(1)) for _, tc := range []struct { name string module []byte params *rsassapss.Parameters }{ { name: "min module 2048 bit", module: minModulus2048.Bytes(), params: mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink), }, { name: "max module 2048 bit", module: maxModulus2048.Bytes(), params: mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink), }, { name: "min module 3072 bit", module: minModulus3072.Bytes(), params: mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 3072, SigHashType: rsassapss.SHA384, MGF1HashType: rsassapss.SHA384, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink), }, { name: "max module 3072 bit", module: maxModulus3072.Bytes(), params: mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 3072, SigHashType: rsassapss.SHA384, MGF1HashType: rsassapss.SHA384, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink), }, { name: "min module 4096 bit", module: minModulus4096.Bytes(), params: mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 4096, SigHashType: rsassapss.SHA512, MGF1HashType: rsassapss.SHA512, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink), }, { name: "max module 4096 bit", module: maxModulus4096.Bytes(), params: mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 4096, SigHashType: rsassapss.SHA512, MGF1HashType: rsassapss.SHA512, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := rsassapss.NewPublicKey(tc.module, 123, tc.params); err != nil { t.Errorf("rsassapss.NewPublicKey(%v, %d, %v) err = %v, want nil", tc.module, 123, tc.params, err) } }) } } func mustCreateParameters(t *testing.T, parametersValues rsassapss.ParametersValues, variant rsassapss.Variant) *rsassapss.Parameters { t.Helper() params, err := rsassapss.NewParameters(parametersValues, variant) if err != nil { t.Fatalf("rsassapss.NewParameters(%v, %v) = %v, want nil", parametersValues, variant, err) } return params } func mustCreatePublicKey(t *testing.T, modulus []byte, idRequirement uint32, parameters *rsassapss.Parameters) *rsassapss.PublicKey { t.Helper() key, err := rsassapss.NewPublicKey(modulus, idRequirement, parameters) if err != nil { t.Fatalf("rsassapss.NewPublicKey(%v, %d, %v) = %v, want nil", modulus, idRequirement, parameters, err) } return key } func TestNewPublicKeyEqualFailsIfDifferentKeys(t *testing.T) { validModulus2048 := mustDecodeBase64(t, n2048Base64) // From: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L353 otherN2048Base64 := "3ZBFkDl4CMQxQyliPZATRThDJRsTuLPE_vVFmBEq8-sxxxEDxiWZUWdOU72Tp-NtGUcuR06-gChobZUpSE2Lr-pKBLoZVVZnYWyEeGcFlACcm8aj7-UidMumTHJHR9ftwZTk_t3jKjKJ2Uwxk25-ehXXVvVISS9bNFuSfoxhi91VCsshoXrhSDBDg9ubPHuqPkyL2OhEqITao-GNVpmMsy-brk1B1WoY3dQxPICJt16du5EoRwusmwh_thkoqw-MTIk2CwIImQCNCOi9MfkHqAfoBWrWgA3_357Z2WSpOefkgRS4SXhVGsuFyd-RlvPv9VKG1s1LOagiqKd2Ohggjw" otherValidModulus2048 := mustDecodeBase64(t, otherN2048Base64) for _, tc := range []struct { name string this *rsassapss.PublicKey that *rsassapss.PublicKey }{ { name: "different modulus", this: mustCreatePublicKey(t, validModulus2048, 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)), that: mustCreatePublicKey(t, otherValidModulus2048, 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)), }, { name: "different parameters", this: mustCreatePublicKey(t, validModulus2048, 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)), that: mustCreatePublicKey(t, validModulus2048, 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantCrunchy)), }, { name: "different ID requirement", this: mustCreatePublicKey(t, validModulus2048, 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)), that: mustCreatePublicKey(t, validModulus2048, 234, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)), }, { name: "different modulus size", this: mustCreatePublicKey(t, validModulus2048, 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)), that: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 3072, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)), }, } { t.Run(tc.name, func(t *testing.T) { if tc.this.Equal(tc.that) { t.Errorf("tc.this.Equal(tc.that) = true, want false") } if tc.that.Equal(tc.this) { t.Errorf("tc.that.Equal(tc.this) = true, want false") } }) } } func TestPublicKeyOutputPrefix(t *testing.T) { validModulus2048 := mustDecodeBase64(t, n2048Base64) for _, tc := range []struct { name string variant rsassapss.Variant idRequirement uint32 want []byte }{ { name: "Tink", variant: rsassapss.VariantTink, idRequirement: uint32(0x01020304), want: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "Crunchy", variant: rsassapss.VariantCrunchy, idRequirement: uint32(0x01020304), want: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "Legacy", variant: rsassapss.VariantLegacy, idRequirement: uint32(0x01020304), want: []byte{cryptofmt.LegacyStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "NoPrefix", variant: rsassapss.VariantNoPrefix, idRequirement: 0, want: nil, }, } { t.Run(tc.name, func(t *testing.T) { params, err := rsassapss.NewParameters(rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, tc.variant) if err != nil { t.Fatalf("rsassapss.NewParameters(%v, %v, %v) = %v, want nil", 2048, rsassapss.SHA256, tc.variant, err) } pubKey, err := rsassapss.NewPublicKey(validModulus2048, tc.idRequirement, params) if err != nil { t.Fatalf("rsassapss.NewPublicKey(%v, %v, %v) err = %v, want nil", validModulus2048, tc.idRequirement, params, err) } if got, want := pubKey.OutputPrefix(), tc.want; !bytes.Equal(got, want) { t.Errorf("pubKey.OutputPrefix() = %v, want %v", got, want) } }) } } func TestNewPrivateKeyInvalidValues(t *testing.T) { n := mustDecodeBase64(t, n2048Base64) d := mustDecodeBase64(t, d2048Base64) p := mustDecodeBase64(t, p2048Base64) q := mustDecodeBase64(t, q2048Base64) privateKeyValues := rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(p, insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(q, insecuresecretdataaccess.Token{}), D: secretdata.NewBytesFromData(d, insecuresecretdataaccess.Token{}), } paramsValues := rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, } params, err := rsassapss.NewParameters(paramsValues, rsassapss.VariantTink) if err != nil { t.Fatalf("rsassapss.NewParameters(%v, %v) = %v, want nil", paramsValues, rsassapss.VariantTink, err) } publicKey, err := rsassapss.NewPublicKey(n, 0x11223344, params) if err != nil { t.Fatalf("rsassapss.NewPublicKey(%v, %v, %v) = %v, want nil", n, 0x11223344, params, err) } invalidD := mustDecodeBase64(t, d2048Base64) invalidD[0]++ invalidP := mustDecodeBase64(t, p2048Base64) invalidP[0]++ invalidQ := mustDecodeBase64(t, q2048Base64) invalidQ[0]++ // From: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L353 differentN2048Base64 := "3ZBFkDl4CMQxQyliPZATRThDJRsTuLPE_vVFmBEq8-sxxxEDxiWZUWdOU72Tp-NtGUcuR06-gChobZUpSE2Lr-pKBLoZVVZnYWyEeGcFlACcm8aj7-UidMumTHJHR9ftwZTk_t3jKjKJ2Uwxk25-ehXXVvVISS9bNFuSfoxhi91VCsshoXrhSDBDg9ubPHuqPkyL2OhEqITao-GNVpmMsy-brk1B1WoY3dQxPICJt16du5EoRwusmwh_thkoqw-MTIk2CwIImQCNCOi9MfkHqAfoBWrWgA3_357Z2WSpOefkgRS4SXhVGsuFyd-RlvPv9VKG1s1LOagiqKd2Ohggjw" differentPublicKey := mustCreatePublicKey(t, mustDecodeBase64(t, differentN2048Base64), 0x11223344, params) token := insecuresecretdataaccess.Token{} for _, tc := range []struct { name string publicKey *rsassapss.PublicKey privateKeyValues rsassapss.PrivateKeyValues }{ { name: "empty public key", publicKey: &rsassapss.PublicKey{}, privateKeyValues: privateKeyValues, }, { name: "empty private key values", publicKey: publicKey, privateKeyValues: rsassapss.PrivateKeyValues{}, }, { name: "invalid P", publicKey: publicKey, privateKeyValues: rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(invalidP, token), Q: secretdata.NewBytesFromData(q, token), D: secretdata.NewBytesFromData(d, token), }, }, { name: "invalid Q", publicKey: publicKey, privateKeyValues: rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(p, token), Q: secretdata.NewBytesFromData(invalidQ, token), D: secretdata.NewBytesFromData(d, token), }, }, { name: "invalid D", publicKey: publicKey, privateKeyValues: rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(p, token), Q: secretdata.NewBytesFromData(q, token), D: secretdata.NewBytesFromData(invalidD, token), }, }, { name: "wrong public key", publicKey: differentPublicKey, privateKeyValues: rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(p, token), Q: secretdata.NewBytesFromData(q, token), D: secretdata.NewBytesFromData(d, token), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := rsassapss.NewPrivateKey(tc.publicKey, tc.privateKeyValues); err == nil { t.Errorf("rsassapss.NewPrivateKey(tc.publicKey, %v) = nil, want error", tc.privateKeyValues) } }) } } type privateKeyTestCase struct { name string publicKey *rsassapss.PublicKey privateKeyValues rsassapss.PrivateKeyValues dp secretdata.Bytes dq secretdata.Bytes qInv secretdata.Bytes } func setStringToBigInt(t *testing.T, s string, base int) *big.Int { t.Helper() i, ok := new(big.Int).SetString(s, base) if !ok { t.Fatalf("failed to parse %v as a base %v big number", s, base) } return i } func privateKeyTestCases(t *testing.T) []privateKeyTestCase { var testCases []privateKeyTestCase for _, hashType := range []rsassapss.HashType{rsassapss.SHA256, rsassapss.SHA384, rsassapss.SHA512} { for _, variant := range []rsassapss.Variant{rsassapss.VariantTink, rsassapss.VariantCrunchy, rsassapss.VariantLegacy, rsassapss.VariantNoPrefix} { idRequirement := uint32(123) if variant == rsassapss.VariantNoPrefix { idRequirement = 0 } // 2048 bits token := insecuresecretdataaccess.Token{} testCases = append(testCases, privateKeyTestCase{ name: fmt.Sprintf("%v-%v-%v-%v", 2048, hashType, hashType, variant), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), idRequirement, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: hashType, MGF1HashType: hashType, PublicExponent: f4, SaltLengthBytes: 1, }, variant)), privateKeyValues: rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), }, dp: secretdata.NewBytesFromData(mustDecodeBase64(t, dp2048Base64), token), dq: secretdata.NewBytesFromData(mustDecodeBase64(t, dq2048Base64), token), qInv: secretdata.NewBytesFromData(mustDecodeBase64(t, qInv2048Base64), token), }) testCases = append(testCases, privateKeyTestCase{ name: fmt.Sprintf("%v-%v-%v-%v-android", 2048, hashType, hashType, variant), publicKey: mustCreatePublicKey(t, setStringToBigInt(t, n2048BigInt16, 16).Bytes(), idRequirement, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: hashType, MGF1HashType: hashType, PublicExponent: f4, SaltLengthBytes: 1, }, variant)), privateKeyValues: rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(setStringToBigInt(t, p2048BigInt10, 10).Bytes(), token), Q: secretdata.NewBytesFromData(setStringToBigInt(t, q2048BigInt10, 10).Bytes(), token), D: secretdata.NewBytesFromData(setStringToBigInt(t, d2048BigInt10, 10).Bytes(), token), }, dp: secretdata.NewBytesFromData(setStringToBigInt(t, dp2048BigInt10, 10).Bytes(), token), dq: secretdata.NewBytesFromData(setStringToBigInt(t, dq2048BigInt10, 10).Bytes(), token), qInv: secretdata.NewBytesFromData(setStringToBigInt(t, qInv2048BigInt10, 10).Bytes(), token), }) // 3072 bits testCases = append(testCases, privateKeyTestCase{ name: fmt.Sprintf("%v-%v-%v-%v", 3072, hashType, hashType, variant), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), idRequirement, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 3072, SigHashType: hashType, MGF1HashType: hashType, PublicExponent: f4, SaltLengthBytes: 1, }, variant)), privateKeyValues: rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p3072Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q3072Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d3072Base64), token), }, dp: secretdata.NewBytesFromData(mustDecodeBase64(t, dp3072Base64), token), dq: secretdata.NewBytesFromData(mustDecodeBase64(t, dq3072Base64), token), qInv: secretdata.NewBytesFromData(mustDecodeBase64(t, qInv3072Base64), token), }) // 4096 bits testCases = append(testCases, privateKeyTestCase{ name: fmt.Sprintf("%v-%v-%v-%v", 4096, hashType, hashType, variant), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), idRequirement, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 4096, SigHashType: hashType, MGF1HashType: hashType, PublicExponent: f4, SaltLengthBytes: 1, }, variant)), privateKeyValues: rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p4096Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q4096Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d4096Base64), token), }, dp: secretdata.NewBytesFromData(mustDecodeBase64(t, dp4096Base64), token), dq: secretdata.NewBytesFromData(mustDecodeBase64(t, dq4096Base64), token), qInv: secretdata.NewBytesFromData(mustDecodeBase64(t, qInv4096Base64), token), }) } } return testCases } func TestNewPrivateKey(t *testing.T) { for _, tc := range privateKeyTestCases(t) { t.Run(tc.name, func(t *testing.T) { privateKey, err := rsassapss.NewPrivateKey(tc.publicKey, tc.privateKeyValues) if err != nil { t.Errorf("rsassapss.NewPrivateKey(tc.publicKey, %v) err = %v, want nil", tc.privateKeyValues, err) } if !privateKey.D().Equal(tc.privateKeyValues.D) { t.Errorf("privateKey.D() = %v, want %v", privateKey.D(), tc.privateKeyValues.D) } if !privateKey.P().Equal(tc.privateKeyValues.P) { t.Errorf("privateKey.P() = %v, want %v", privateKey.P(), tc.privateKeyValues.P) } if !privateKey.Q().Equal(tc.privateKeyValues.Q) { t.Errorf("privateKey.Q() = %v, want %v", privateKey.Q(), tc.privateKeyValues.Q) } if !privateKey.DP().Equal(tc.dp) { t.Errorf("privateKey.DP() = %v, want %v", privateKey.DP(), tc.dp) } if !privateKey.DQ().Equal(tc.dq) { t.Errorf("privateKey.DQ() = %v, want %v", privateKey.DQ(), tc.dq) } if !privateKey.QInv().Equal(tc.qInv) { t.Errorf("privateKey.QInv() = %v, want %v", privateKey.QInv(), tc.qInv) } gotIDRequirement, gotRequired := privateKey.IDRequirement() wantIDRequirement, wantRequired := tc.publicKey.IDRequirement() if gotIDRequirement != wantIDRequirement || gotRequired != wantRequired { t.Errorf("invalid ID requirement: got (%v, %v), want (%v, %v)", gotIDRequirement, gotRequired, wantIDRequirement, wantRequired) } if got, want := privateKey.OutputPrefix(), tc.publicKey.OutputPrefix(); !bytes.Equal(got, want) { t.Errorf("privateKey.OutputPrefix() = %v, want %v", got, want) } if got, want := privateKey.Parameters(), tc.publicKey.Parameters(); !got.Equal(want) { t.Errorf("privateKey.Parameters() = %v, want %v", got, want) } want, err := privateKey.PublicKey() if err != nil { t.Fatalf("privateKey.PublicKey() err = %v, want nil", err) } if got := tc.publicKey; !got.Equal(want) { t.Errorf("privateKey.PublicKey() = %v, want %v", got, want) } otherPrivateKey, err := rsassapss.NewPrivateKey(tc.publicKey, tc.privateKeyValues) if err != nil { t.Errorf("rsassapss.NewPrivateKey(tc.publicKey, %v) err = %v, want nil", tc.privateKeyValues, err) } if !privateKey.Equal(otherPrivateKey) { t.Errorf("privateKey.Equal(otherPrivateKey) = false, want true") } }) } } func TestNewPrivateKeyEqualFailsIfKeysAreDifferent(t *testing.T) { // From: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L353 differentN2048Base64 := "3ZBFkDl4CMQxQyliPZATRThDJRsTuLPE_vVFmBEq8-sxxxEDxiWZUWdOU72Tp-NtGUcuR06-gChobZUpSE2Lr-pKBLoZVVZnYWyEeGcFlACcm8aj7-UidMumTHJHR9ftwZTk_t3jKjKJ2Uwxk25-ehXXVvVISS9bNFuSfoxhi91VCsshoXrhSDBDg9ubPHuqPkyL2OhEqITao-GNVpmMsy-brk1B1WoY3dQxPICJt16du5EoRwusmwh_thkoqw-MTIk2CwIImQCNCOi9MfkHqAfoBWrWgA3_357Z2WSpOefkgRS4SXhVGsuFyd-RlvPv9VKG1s1LOagiqKd2Ohggjw" differentD2048Base64 := "K9aK3QFx7ZIcCSTcCkBCf9Sk_GeCHG59UNDoxzDGZeKoQ7HrJD52OnQNPGZrG7HU-UZrMrKy4JqeJuh3dZXaSKE7qfnEX20sIUueXlBL-z-vvOatsx6MFb3hloiZ7-4aXc3_DSqL8uJzAeqgeIJJRhCiPdNkTQ6wpghkUOOnvUtcRGwBgUvhbCCGGfilt0Y_ylg9k2hkv3TZZ4iq6OW648BSorQJ35oI65vnaz26uiiGPVxW7kLuzbhQdeBN6Qtt072UCNf6VpRpfBhRYjKaubV_IahMqwB8HBDZdfVJGXf-z2yUnzpWbYS-R33aqwLAdi0bIy-KYZEHFaD_pDikYQ" differentP2048Base64 := "_aykrdsX5T7qB7lJITtX2lDWWQc4ZP08IeVw60UPkBT6Q85TtM5MVayhic6TqMHWao60reJ62vdkrXV3wRvwuvFmpU8IDF8HZaSz_TlObWYKswJUy4mZ8P1wOHfHHkzvA4rK-B8IkefdBtf9WywBTmc0dm0YrbI8q655mY_z47E" differentQ2048Base64 := "35hEOarCZ7siiOU6ukmOSCWwAYJr-fgM8cChRQfziLNjRrfdWOo3FOnA5cr36lbHOsdBWysPB-sBp0oIU3RSvi7JGN6k2jMCVTQeDm_zS7JMok2V42mlulXpvRp9C6av8dpxjOsQbuHEY6f8MMEde4hcdrZfKLDzJD5ZHL6CmD8" token := insecuresecretdataaccess.Token{} for _, tc := range []struct { name string this *rsassapss.PrivateKey that *rsassapss.PrivateKey }{ { name: "different RSA keys", this: func() *rsassapss.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)) privateKeyValue := rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), } privateKey, err := rsassapss.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapss.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), that: func() *rsassapss.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, differentN2048Base64), 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)) privateKeyValue := rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, differentP2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, differentQ2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, differentD2048Base64), token), } privateKey, err := rsassapss.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapss.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), }, { name: "different parameters - ID requirement", this: func() *rsassapss.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)) privateKeyValue := rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), } privateKey, err := rsassapss.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapss.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), that: func() *rsassapss.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 456, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)) privateKeyValue := rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), } privateKey, err := rsassapss.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapss.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), }, { name: "different parameters - variant", this: func() *rsassapss.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantTink)) privateKeyValue := rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), } privateKey, err := rsassapss.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapss.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), that: func() *rsassapss.PrivateKey { publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantCrunchy)) privateKeyValue := rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), } privateKey, err := rsassapss.NewPrivateKey(publicKey, privateKeyValue) if err != nil { t.Fatalf("rsassapss.NewPrivateKey(%v, %v) = %v, want nil", publicKey, privateKeyValue, err) } return privateKey }(), }, } { t.Run(tc.name, func(t *testing.T) { if tc.this.Equal(tc.that) { t.Errorf("tc.this.Equal(tc.that) = true, want false") } if tc.that.Equal(tc.this) { t.Errorf("tc.that.Equal(tc.this) = true, want false") } }) } } func TestPrivateKeyCreator(t *testing.T) { params, err := rsassapss.NewParameters(rsassapss.ParametersValues{ ModulusSizeBits: 4096, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 12, }, rsassapss.VariantTink) if err != nil { t.Fatalf("rsassapss.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", params, err) } rsaSSAPSSPrivateKey, ok := key.(*rsassapss.PrivateKey) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*rsassapss.PrivateKey)(nil)) } idRequirement, hasIDRequirement := rsaSSAPSSPrivateKey.IDRequirement() if !hasIDRequirement || idRequirement != 0x1234 { t.Errorf("rsaSSAPSSPrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(rsaSSAPSSPrivateKey.Parameters(), params); diff != "" { t.Errorf("rsaSSAPSSPrivateKey.Parameters() diff (-want +got):\n%s", diff) } // Make sure we can sign/verify with the key. signer, err := rsassapss.NewSigner(rsaSSAPSSPrivateKey, internalapi.Token{}) if err != nil { t.Fatalf("rsassapss.NewSigner(%v) err = %v, want nil", key, err) } signature, err := signer.Sign([]byte("hello world")) if err != nil { t.Fatalf("signer.Sign() err = %v, want nil", err) } publicKey, err := rsaSSAPSSPrivateKey.PublicKey() if err != nil { t.Fatalf("rsaSSAPSSPrivateKey.PublicKey() err = %v, want nil", err) } verifier, err := rsassapss.NewVerifier(publicKey.(*rsassapss.PublicKey), internalapi.Token{}) if err != nil { t.Fatalf("rsassapss.NewVerifier(%v) err = %v, want nil", publicKey, err) } if err := verifier.Verify(signature, []byte("hello world")); err != nil { t.Errorf("verifier.Verify() err = %v, want nil", err) } } func TestPrivateKeyCreator_FailsWithInvalidParameters(t *testing.T) { for _, tc := range []struct { name string params *rsassapss.Parameters idRequirement uint32 }{ { name: "invalid id requirement", params: mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 4096, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 12, }, rsassapss.VariantNoPrefix), idRequirement: 0x1234, }, { name: "invalid exponent", params: mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 4096, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4 + 2, SaltLengthBytes: 12, }, rsassapss.VariantTink), idRequirement: 0x1234, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.params, tc.idRequirement); err == nil { t.Errorf("keygenregistry.CreateKey(%v, %v) err = nil, want error", tc.params, tc.idRequirement) } }) } } ================================================ FILE: signature/rsassapss/protoserialization.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapss import ( "fmt" "math/big" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" rsassapsspb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pss_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // publicKeyProtoVersion is the accepted [rsassapsspb.RsaSsaPssPublicKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. publicKeyProtoVersion = 0 // privateKeyProtoVersion is the accepted [rsassapsspb.RsaSsaPssPrivateKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. privateKeyProtoVersion = 0 signerTypeURL = "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey" verifierTypeURL = "type.googleapis.com/google.crypto.tink.RsaSsaPssPublicKey" ) type publicKeySerializer struct{} var _ protoserialization.KeySerializer = (*publicKeySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantCrunchy: return tinkpb.OutputPrefixType_CRUNCHY, nil case VariantLegacy: return tinkpb.OutputPrefixType_LEGACY, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func protoHashValueFromHashType(hashType HashType) (commonpb.HashType, error) { switch hashType { case SHA256: return commonpb.HashType_SHA256, nil case SHA384: return commonpb.HashType_SHA384, nil case SHA512: return commonpb.HashType_SHA512, nil default: return commonpb.HashType_UNKNOWN_HASH, fmt.Errorf("unknown hash type: %v", hashType) } } func (s *publicKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { rsaSsaPssPublicKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *rsassapss.PublicKey", key) } if rsaSsaPssPublicKey.parameters == nil { return nil, fmt.Errorf("invalid key") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(rsaSsaPssPublicKey.parameters.Variant()) if err != nil { return nil, err } sigHashType, err := protoHashValueFromHashType(rsaSsaPssPublicKey.parameters.SigHashType()) if err != nil { return nil, err } mgf1HashType, err := protoHashValueFromHashType(rsaSsaPssPublicKey.parameters.MGF1HashType()) if err != nil { return nil, err } protoKey := &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: sigHashType, Mgf1Hash: mgf1HashType, SaltLength: int32(rsaSsaPssPublicKey.parameters.SaltLengthBytes()), }, N: rsaSsaPssPublicKey.Modulus(), E: new(big.Int).SetUint64(uint64(rsaSsaPssPublicKey.parameters.PublicExponent())).Bytes(), Version: publicKeyProtoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := rsaSsaPssPublicKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type publicKeyParser struct{} var _ protoserialization.KeyParser = (*publicKeyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_CRUNCHY: return VariantCrunchy, nil case tinkpb.OutputPrefixType_LEGACY: return VariantLegacy, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func hashTypeFromProto(hashType commonpb.HashType) (HashType, error) { switch hashType { case commonpb.HashType_SHA256: return SHA256, nil case commonpb.HashType_SHA384: return SHA384, nil case commonpb.HashType_SHA512: return SHA512, nil default: return UnknownHashType, fmt.Errorf("unsupported hash type: %v", hashType) } } func parseParameters(protoHashType, protoMGF1HashType commonpb.HashType, outputPrefixType tinkpb.OutputPrefixType, modulusSizeBits int, exponent *big.Int, saltLength int) (*Parameters, error) { hashType, err := hashTypeFromProto(protoHashType) if err != nil { return nil, err } mgf1HashType, err := hashTypeFromProto(protoMGF1HashType) if err != nil { return nil, err } variant, err := variantFromProto(outputPrefixType) if err != nil { return nil, err } // Tolerate leading zeros in modulus encoding. return NewParameters(ParametersValues{ ModulusSizeBits: modulusSizeBits, SigHashType: hashType, MGF1HashType: mgf1HashType, PublicExponent: int(exponent.Int64()), SaltLengthBytes: saltLength, }, variant) } func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != verifierTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoKey := new(rsassapsspb.RsaSsaPssPublicKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != publicKeyProtoVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoKey.GetVersion()) } // Tolerate leading zeros in modulus encoding. modulus := new(big.Int).SetBytes(protoKey.GetN()) exponent := new(big.Int).SetBytes(protoKey.GetE()) signHash := protoKey.GetParams().GetSigHash() mgf1Hash := protoKey.GetParams().GetMgf1Hash() saltLength := int(protoKey.GetParams().GetSaltLength()) params, err := parseParameters(signHash, mgf1Hash, keySerialization.OutputPrefixType(), modulus.BitLen(), exponent, saltLength) if err != nil { return nil, err } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() return NewPublicKey(modulus.Bytes(), keyID, params) } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func removeLeadingZeros(keyBytes []byte) []byte { return new(big.Int).SetBytes(keyBytes).Bytes() } func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoPrivateKey := new(rsassapsspb.RsaSsaPssPrivateKey) if err := proto.Unmarshal(keyData.GetValue(), protoPrivateKey); err != nil { return nil, err } if protoPrivateKey.GetVersion() != privateKeyProtoVersion { return nil, fmt.Errorf("private key has unsupported version: %v", protoPrivateKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } protoPublicKey := protoPrivateKey.GetPublicKey() sigHashType, err := hashTypeFromProto(protoPublicKey.GetParams().GetSigHash()) if err != nil { return nil, err } mgf1HashType, err := hashTypeFromProto(protoPublicKey.GetParams().GetMgf1Hash()) if err != nil { return nil, err } // Tolerate leading zeros in modulus encoding. modulus := new(big.Int).SetBytes(protoPublicKey.GetN()) exponent := new(big.Int).SetBytes(protoPublicKey.GetE()) params, err := NewParameters(ParametersValues{ ModulusSizeBits: modulus.BitLen(), SigHashType: sigHashType, MGF1HashType: mgf1HashType, PublicExponent: int(exponent.Int64()), SaltLengthBytes: int(protoPublicKey.GetParams().GetSaltLength()), }, variant) if err != nil { return nil, err } if protoPublicKey.GetVersion() != publicKeyProtoVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoPublicKey.GetVersion()) } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() publicKey, err := NewPublicKey(modulus.Bytes(), keyID, params) if err != nil { return nil, err } token := insecuresecretdataaccess.Token{} privateKey, err := NewPrivateKey(publicKey, PrivateKeyValues{ P: secretdata.NewBytesFromData(protoPrivateKey.GetP(), token), Q: secretdata.NewBytesFromData(protoPrivateKey.GetQ(), token), D: secretdata.NewBytesFromData(protoPrivateKey.GetD(), token), }) if err != nil { return nil, err } // Make sure the precomputed values match the ones in the proto. if !privateKey.DP().Equal(secretdata.NewBytesFromData(removeLeadingZeros(protoPrivateKey.GetDp()), token)) { return nil, fmt.Errorf("private key DP doesn't match") } if !privateKey.DQ().Equal(secretdata.NewBytesFromData(removeLeadingZeros(protoPrivateKey.GetDq()), token)) { return nil, fmt.Errorf("private key DQ doesn't match") } if !privateKey.QInv().Equal(secretdata.NewBytesFromData(removeLeadingZeros(protoPrivateKey.GetCrt()), token)) { return nil, fmt.Errorf("private key QInv doesn't match") } return privateKey, nil } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { rsaSsaPssPrivateKey, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *rsassapss.PrivateKey", key) } if rsaSsaPssPrivateKey.publicKey == nil { return nil, fmt.Errorf("invalid key: public key is nil") } params := rsaSsaPssPrivateKey.publicKey.parameters outputPrefixType, err := protoOutputPrefixTypeFromVariant(params.Variant()) if err != nil { return nil, err } sigHashType, err := protoHashValueFromHashType(params.SigHashType()) if err != nil { return nil, err } mgf1HashType, err := protoHashValueFromHashType(params.MGF1HashType()) if err != nil { return nil, err } token := insecuresecretdataaccess.Token{} n := rsaSsaPssPrivateKey.publicKey.Modulus() p := rsaSsaPssPrivateKey.P().Data(token) q := rsaSsaPssPrivateKey.Q().Data(token) d := rsaSsaPssPrivateKey.D().Data(token) dp := rsaSsaPssPrivateKey.DP().Data(token) dq := rsaSsaPssPrivateKey.DQ().Data(token) crt := rsaSsaPssPrivateKey.QInv().Data(token) d, dp, dq, crt, err = signature.AdjustEncodingLengths(n, p, q, d, dp, dq, crt) if err != nil { return nil, err } protoKey := &rsassapsspb.RsaSsaPssPrivateKey{ P: p, Q: q, D: d, Dp: dp, Dq: dq, Crt: crt, PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: sigHashType, Mgf1Hash: mgf1HashType, SaltLength: int32(rsaSsaPssPrivateKey.publicKey.parameters.SaltLengthBytes()), }, N: rsaSsaPssPrivateKey.publicKey.Modulus(), E: new(big.Int).SetUint64(uint64(rsaSsaPssPrivateKey.publicKey.parameters.PublicExponent())).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := rsaSsaPssPrivateKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { rsaSsaPssParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *rsassapss.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(rsaSsaPssParameters.Variant()) if err != nil { return nil, err } sigHashType, err := protoHashValueFromHashType(rsaSsaPssParameters.SigHashType()) if err != nil { return nil, err } mgf1HashType, err := protoHashValueFromHashType(rsaSsaPssParameters.MGF1HashType()) if err != nil { return nil, err } format := &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: sigHashType, Mgf1Hash: mgf1HashType, SaltLength: int32(rsaSsaPssParameters.SaltLengthBytes()), }, ModulusSizeInBits: uint32(rsaSsaPssParameters.ModulusSizeBits()), PublicExponent: new(big.Int).SetUint64(uint64(rsaSsaPssParameters.PublicExponent())).Bytes(), } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), signerTypeURL) } format := new(rsassapsspb.RsaSsaPssKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } exponent := new(big.Int).SetBytes(format.GetPublicExponent()) signHash := format.GetParams().GetSigHash() mgf1Hash := format.GetParams().GetMgf1Hash() saltLength := int(format.GetParams().GetSaltLength()) return parseParameters(signHash, mgf1Hash, keyTemplate.GetOutputPrefixType(), int(format.GetModulusSizeInBits()), exponent, saltLength) } ================================================ FILE: signature/rsassapss/protoserialization_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapss import ( "encoding/base64" "math/big" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" rsassapsspb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pss_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L13 n2048Base64 = "s1EKK81M5kTFtZSuUFnhKy8FS2WNXaWVmi_fGHG4CLw98-Yo0nkuUarVwSS0O9pFPcpc3kvPKOe9Tv-6DLS3Qru21aATy2PRqjqJ4CYn71OYtSwM_ZfSCKvrjXybzgu-sBmobdtYm-sppbdL-GEHXGd8gdQw8DDCZSR6-dPJFAzLZTCdB-Ctwe_RXPF-ewVdfaOGjkZIzDoYDw7n-OHnsYCYozkbTOcWHpjVevipR-IBpGPi1rvKgFnlcG6d_tj0hWRl_6cS7RqhjoiNEtxqoJzpXs_Kg8xbCxXbCchkf11STA8udiCjQWuWI8rcDwl69XMmHJjIQAqhKvOOQ8rYTQ" d2048Base64 = "GlAtDupse2niHVg5EB9wVFbtDvhS-0f-IQcfVMXzPIzrBmxi1yfjLSbFgTcyn4nTGVMlt5UmTBldhUcvdQfb0JYdKVH5NaJrNPCsJNFUkOESiptxOJFbx9v6j-OWNXExxUOunJhQc2jZzrCMHGGYo-2nrqGFoOl2zULCLQDwA9nxnZbqTJr8v-FEHMyALPsGifWdgExqTk9ATBUXR0XtbLi8iO8LM7oNKoDjXkO8kPNQBS5yAW51sA01ejgcnA1GcGnKZgiHyYd2Y0n8xDRgtKpRa84Hnt2HuhZDB7dSwnftlSitO6C_GHc0ntO3lmpsJAEQQJv00PreDGj9rdhH_Q" p2048Base64 = "7BJc834xCi_0YmO5suBinWOQAF7IiRPU-3G9TdhWEkSYquupg9e6K9lC5k0iP-t6I69NYF7-6mvXDTmv6Z01o6oV50oXaHeAk74O3UqNCbLe9tybZ_-FdkYlwuGSNttMQBzjCiVy0-y0-Wm3rRnFIsAtd0RlZ24aN3bFTWJINIs" q2048Base64 = "wnQqvNmJe9SwtnH5c_yCqPhKv1cF_4jdQZSGI6_p3KYNxlQzkHZ_6uvrU5V27ov6YbX8vKlKfO91oJFQxUD6lpTdgAStI3GMiJBJIZNpyZ9EWNSvwUj28H34cySpbZz3s4XdhiJBShgy-fKURvBQwtWmQHZJ3EGrcOI7PcwiyYc" dp2048Base64 = "lql5jSUCY0ALtidzQogWJ-B87N-RGHsBuJ_0cxQYinwg-ySAAVbSyF1WZujfbO_5-YBN362A_1dn3lbswCnHK_bHF9-fZNqvwprPnceQj5oK1n4g6JSZNsy6GNAhosT-uwQ0misgR8SQE4W25dDGkdEYsz-BgCsyrCcu8J5C-tU" dq2048Base64 = "BVT0GwuH9opFcis74M9KseFlA0wakQAquPKenvni2rb-57JFW6-0IDfp0vflM_NIoUdBL9cggL58JjP12ALJHDnmvOzj5nXlmZUDPFVzcCDa2eizDQS4KK37kwStVKEaNaT1BwmHasWxGCNrp2pNfJopHdlgexad4dGCOFaRmZ8" qInv2048Base64 = "HGQBidm_6MYjgzIQp2xCDG9E5ddg4lmRbOwq4rFWRWlg_ZXidHZgw4lWIlDwVQSc-rflwwOVSThKeiquscgk069wlIKoz5tYcCKgCx8HIttQ8zyybcIN0iRdUmXfYe4pg8k4whZ9zuEh_EtEecI35yjPYzq2CowOzQT85-O6pVk" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_3072_test.json#L21 n3072Base64 = "3I94gGcvDPnWNheopYvdJxoQm63aD6gm-UuKeVUmtqSagFZMyrqKlJGpNaU-3q4dmntUY9ni7z7gznv_XUtsgUe1wHPC8iBRXVMdVaNmh6bePDR3XC8VGRrAp0LXNCIoyNkQ_mu8pDlTnEhd68vQ7g5LrjF1A7g87oEArHu0WHRny8Q3PEvaLu33xBYx5QkitYD1vOgdJLIIyrzS11_P6Z91tJPf_Fyb2ZD3_Dvy7-OS_srjbz5O9EVsG13pnMdFFzOpELaDS2HsKSdNmGvjdSw1CxOjJ9q8CN_PZWVJmtJuhTRGYz6tspcMqVvPa_Bf_bwqgEN412mFpx8G-Ql5-f73FsNqpiWkW17t9QglpT6dlDWyPKq55cZNOP06dn4YWtdyfW4V-em6svQYTWSHaV25ommMZysugjQQ2-8dk_5AydNX7p_Hf4Sd4RNj9YOvjM9Rgcoa65RMQiUWy0AelQkj5L2IFDn6EJPHdYK_4axZk2dHALZDQzngJFMV2G_L" d3072Base64 = "BQEgW9F7iNDWYm3Q_siYoP1_aPjd3MMU900WfEBJW5WKh-TtYyAuasaPT09LiOPsegfYV1enRYRot2aq2aQPdzN4VUCLKNFA51wuazYE6okHu9f46VeMJACuZF0o4t7vi_cY4pzxL8y5L--YafQ67lvWrcIjhI0WnNbCfCdmZSdm_4GZOz4BWlU97O4P_cFiTzn42Wtu1dlQR8FXC1n6LrPWiN1eFKzJQHuAlPGLRpQkTrGtzWVdhz9X_5r25P7EcL4ja687IMIECrNg11nItOYYv4vU4OxmmPG3LHFg7QUhyCtRdrYPtjUD0K4j9uL7emCTBbCvYhULkhrFP03omWZssB2wydi2UHUwFcG25oLmvzggTln3QJw4CMDlPyVJNVQKOBqWPCwad8b5h_BqB6BXJobtIogtvILngjzsCApY1ysJ0AzB0kXPFY_0nMQFmdOvcZ3DAbSqf1sDYproU-naq-KE24bVxB0EARQ98rRZPvTjdHIJxSP1p_gPAtAR" p3072Base64 = "_sahC_xJtYoshQ6v69uZdkmpVXWgwXYxsBHLINejICMqgVua9gQNe_I9Jn5eBjBMM-BMhebUgUQvAQqXWLoINkpwA175npyY7rQxUFsq-2d50ckdDqL7CmXcOR557Np9Uv191pkjsl365EjKzoKeusprPIo8tkqBgAYUQ0iVd4wg1imxJbafQpRfZrZE84QLz6b842EHQlbFCGPsyiznVrSp-36ZPQ8fpIssxIW36qYUBfvvFQ51Y8IVCBF2feD5" q3072Base64 = "3Z7BzubYqXGxZpAsRKTwLvN6YgU7QSiKHYc9OZy8nnvTBu2QZIfaL0m8HBgJwNTYgQbWh5UY7ZJf62aq1f88K4NGbFVO2XuWq-9Vs7AjFPUNA4WgodikauA-j86RtBISDwoQ3GgVcPpWS2hzus2Ze2FrK9dzP7cjreI7wQidoy5QlYNDbx40SLV5-yGyQGINIEWNCPD5lauswKOY8KtqZ8n1vPfgMvsdZo_mmNgDJ1ma4_3zqqqxm68XY5RDGUvj" dp3072Base64 = "8b-0DNVlc5cay162WwzSv0UCIo8s7KWkXDdmEVHL_bCgooIztgD-cn_WunHp8eFeTVMmCWCQf-Ac4dYU6iILrMhRJUG3hmN9UfM1X9RCIq97Di7RHZRUtPcWUjSy6KYhiN_zye8hyhwW9wqDNhUHXKK5woZBOY_U9Y_PJlD3Uqpqdgy1hN2WnOyA4ctN_etr8au4BmGJK899wopeozCcis9_A56K9T8mfVF6NzfS3hqcoVj-8XH4vaHppvA7CRKx" dq3072Base64 = "Pjwq6NNi3JKU4txx0gUPfd_Z6lTVwwKDZq9nvhoJzeev5y4nclPELatjK_CELKaY9gLZk9GG4pBMZ2q5Zsb6Oq3uxNVgAyr1sOrRAljgQS5frTGFXm3cHjdC2leECzFX6OlGut5vxv5F5X87oKXECCXfVrx2HNptJpN1fEvTGNQUxSfLdBTjUdfEnYVk7TebwAhIBs7FCAbhyGcot80rYGISpDJnv2lNZFPcyec_W3mKSaQzHSY6IiIVS12DSkNJ" qInv3072Base64 = "GMyXHpGG-GwUTRQM6rvJriLJTo2FdTVvtqSgM5ke8hC6-jmkzRq_qZszL96eVpVa8XlFmnI2pwC3_R2ICTkG9hMK58qXQtntDVxj5qnptD302LJhwS0sL5FIvAZp8WW4uIGHnD7VjUps1aPxGT6avSeEYJwB-5CUx8giUyrXrsKgiu6eJjCVrQQmRVy1kljH_Tcxyone4xgA0ZHtcklyHCUmZlDEbcv7rjBwYE0uAJkUouJpoBuvpb34u6McTztg" // Taken from: // https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_4096_test.json#L21 n4096Base64 = "9gG-DczQSqQLEvPxka4XwfnIwLaOenfhS-JcPHkHyx0zpu9BjvQYUvMsmDkrxcmu2RwaFQHFA-q4mz7m9PjrLg_PxBvQNgnPao6zqm8PviMYezPbTTS2bRKKiroKKr9Au50T2OJVRWmlerHYxhuMrS3IhZmuDaU0bhXazhuse_aXN8IvCDvptGu4seq1lXstp0AnXpbIcZW5b-EUUhWdr8_ZFs7l10mne8OQWl69OHrkRej-cPFumghmOXec7_v9QVV72Zrqajcaa0sWBhWhoSvGlY00vODIWty9g5L6EM7KUiCdVhlro9JzziKPHxERkqqS3ioDl5ihe87LTcYQDm-K6MJkPyrnaLIlXwgsl46VylUVVfEGCCMc-AA7v4B5af_x5RkUuajJuPRWRkW55dcF_60pZj9drj12ZStCLkPxPmwUkQkIBcLRJop0olEXdCfjOpqRF1w2cLkXRgCLzh_SMebk8q1wy0OspfB2AKbTHdApFSQ9_dlDoCFl2jZ6a35Nrh3S6Lg2kDCAeV0lhQdswcFd2ejS5eBHUmVpsb_TldlX65_eMl00LRRCbnHv3BiHUV5TzepYNJIfkoYp50ju0JesQCTivyVdcEEfhzc5SM-Oiqfv-isKtH1RZgkeGu3sYFaLFVvZwnvFXz7ONfg9Y2281av0hToFHblNUEU" d4096Base64 = "01Gb2G7fXb6cZKN4FxPdBJt0f1ZR_ZGMzoqbgLbWovtqqzNKtWmom1iYLgquNzCQKZ-iJ_llK4AtI-5cpoJMQz0B1AuwRzsWGQqL-xN8CnBLT0m0UBW_vuH2cERvB1lSWdcMfXmulfmyVDsBYuu3Y-u4HEtu3_nRl97eHb5X5ARm0VbU39XXY0xFU0-yu70b8leBehc8B5X9vMUzl29KDQQWDyma9dwnKoFLNtW65RFrlUIXjx1VTKt6ZFMDVIK5ga3UvY_9XVAIObI-MOvT84aPB1hMvRK6CJMlmChg9p8r3HB3tsYPWKInKCM3nhAjcEFl98FPZKGP1bJFoYFJt-2jOFpWup55UConvxOGXN41vhXeA9BqpvCLFyt-60tzy8FXAZxdkzWEqNGt1ht9vKOyU8oM-T3JqKOqwvUCJwIuaS97R2dVZiDMko1j4xB4w2Diq0txqRfhnn6wk4BILltOqIIChxwqKcpvZrL-MEr2CVIOT4HWTCZ2i7gSqGZ5NmYR9M9uieK9HZ1-KHKcfw5OMVLXrX8Yb6MvAeFp_wahIAG8F539DclCy6vFVfZ_X9BD4KM1Q0D6SQ0vEjNnvpJus-Hf_nDDFRyHRQ8yF9wqoLWnBpxaF9VWFMmZQTn3s3tJ6f54CvZaDoni5Y_qr_4WO8nRnq_ZzSmw7zzvPQE" p4096Base64 = "_CG4VcWtTKK2lwUWQG9xxuee_EEm5lmHctseCC3msN3aqiopUfBBSOhuC94oITt_YA-YcwgwHqzqE0Biuww932KNqav5PvHOPnWwlTpITb01VL1cBkmTPdd-UnVj6Q8FqAE_3ayVjDKTeOlDA7MEvl-d8f5bBDp_3ZRwCj8LHLvQUWt82UxXypbZ_SqMqXOZEhjLozocI9gQ91GdH3cCq3Kv_bP4ShsqiBFuQDO8TQz8eYnGV-D-lOlkR2rli65reHbzbAnTKxpj-MR8lKdMku7fdfwnz_4PhFI2PkvI92U_PLVer2k87HDRPIdd6TWosgQ5q36T92mBxZV_xbtE2Q" q4096Base64 = "-cf3SKUF0j7O-ahfgJfIz31wKO9skOIqM2URWC0sw2NuNOrTcgTb0i8UKj-x1fhXsDEMekM_Ua4U1GCLAbQ6qMeuZ4Nff74LnZeUiznpui06FoftuLVu5w_wU22rTQVR9x7Q2u6eQSRJ9fCZvMFeTvBVTcefh_7FoN6nF8cFQ5K_REYTk3QBu-88Ivv35zjFh3m5gWCaH5wR3W8LvpmW4nc0WeTO8kewKp_CEpasV6WxBWGCQxDPvezJDgZZg3DjaYcT_b4lKOxO89zKrnAe7cPlStbnr05o47Ob0ul6yRGZNsZHpQNRHLKD35hM_XwH8PVqqK4xZpSO8_QbCFmTTQ" dp4096Base64 = "gVSGqrCgiWv5fxPj6x9_XEkZW0nMO2J3QSo2iHmLGPRkIt9HnLlBs7VOJZZKPWm4l7zINVFg5YtK8p8XRd0sq7Zw9jS5wFjms1FJR_LCfeXtQk9zseHxvkoYiRGgMz86Zohliz7o4yZaUS5N6srcRw7jBOu1IkEjr7RhmE_oUk_gtrMNMqWfbtLcdKlrx8v9G7ROWKcJIjXF1icuEqLIYsuMjPXRCapPscZHKHWhRGDB7VIHxLIrxJTHlH63ymOoyv0xNh0ADd8WotefE92RQNl5FJtIjL9ElFpbaq8TIhv0SR67t_yifKIOIh9Jw8N7ifzy3A4stj-Pipt6FCJQWQ" dq4096Base64 = "th2E_5NKTkN7Fu4bS5_fSuEzcLU4W956VGShI8A0PfV1-eEo7535RCMNOcyc9dwO2yi350C2nvAkwb_uOfzVNA_66gAQFgxTXcCSDnzYG-Uz0A-lVKH8TT4CxGFWn158p4fxUV7fRbGWt1mITeZSw41ZNM-SUk6Ae007WQvDm8QX7kiFp2HSjdrc5sj9s7lh0-f9SAZN-TQKln-LeZl0OIQfSFeaR23bVQiMMI9o8rKdAcZZelp8jQZihPY-N6aMOHnDKqODZnX9DrJxmIOpGURWHp3X6KprsXFX8IxI-Ob65cPlortrXVgO7GyX3c2b4KSe8oOnAxrXq6jUON9OlQ" qInv4096Base64 = "IvuOX82bdnEE5xJE21MFjBgGHhsNH2O3Pi1ZqV4qEM2HQmoz2hPCh83vgTbl5H6T-5swrZJiintUP0jrARqGNWqzy0gPJ-ORsBjKGH2Xrz2C4xhh7K-mY9t4qonDvUaOaq3vs6Q_eLwAuAFMldtU6dIaAX6PIfZxVF7d6all6jLf_0XNo3_KGqUTL2yO7SIr0B_tWm59Y5WAxZVXd6hlRMLEyTm9uLTEht2lMHKGGgM0NZvbN1hHXknZDQU5lE54z8_Y__Vbsxoc68ZbKPUeeQcBsveRIYiYTwNObpbhxSUeM_44-yIbznqQqGhXxfVrbKdzB8RdUpCx8Iit4IKzSQ" // Test case generated with python, d is one byte shorter than n. This way, we test that a leading null byte will be appended to d during the serialization process. n2048Base64Short = "s3tBtRJT0gQfXrSWzicHNV-oWlaZ-Zw59s_NoZU1H1f5zuZKOSMf7PMZ8_BI5ozRhUUv6VuTainRKkutULVu3tfCI0Sx7P-oXPCz2cH8SfreEhYzt4j5kMJn6hrWBeDQRXrm2_ozk4_naC1xGvnTyQdAIt9A2uiDEeiu2usVJ1XWMWY4QlwY44smjvET_N0sClB9RCn-078cGVbYJ6FXYnqivpSI7XpzaSy7m2bPnG93ex78FKNmQ_sWGI3l43340QopG24jXBfpo_e2CoEEansHH9V6ngEACwCxGKQvbAUAHE1kpgW-Nzay0_nL9tHg7z3LCk1hwsIKUcL03PFX3w" d2048Base64Short = "ofOWVs0y1U7i_5H0ghC1cHPgdaOvTIyrwQnBgwwf4yh_QTKLxwLqy-SQho1LOr3WUWsc0HTRj_orwv6GZU1RvcLyauCRrEkEotiPcO6ZuCemOqvN_s6aYwUIvzV36dXyGL_NkLEz2PMA3AAlDzJe6Aai2NSasO0dWAudu-xkKhjEkobvNi6E1SF2SzaSZCLYyzVv6AXsZCsf4QB9Mc4Cl5LrMDiN0eloCTXE90juKayoXSWlaewqVG1B0cuqAnUqFhc91fIsvQ8eD0klV6e667_zJDsCPP2AyBXb8dg4iq1hbJz7zhi7L_DcYiLKKTYfBouYMm9JvVE9bVAzQOZh" p2048Base64Short = "8ZDa2uxtQRFgV0hdz_y_bW86ufU0kQaS39hy6e_NjWy42gaDszPXtz8MNOJwk5M-Fdkq6LrMQX61hTcjG8TT1PCvfw8OeNK9HOoU2oXVaRw86g7NOEDKMYSWilrHcUkCMFzlleNiBShwXG8uyxc7WxX_5HZ6f9jaCSRJFbolXDE" q2048Base64Short = "vjS4PXyXl4cyPaCzjZTxJttM6xO2cuIglNvm2PGu_ZtX78U1sRvAZ_9U1Bps7fbKg_H2R-yaqF6op-Fb2L4dM-Wcy2BkFmJOxNZA1Cw7mHNj77_umoCtrGxF-mEZgvkC5cy2CiQTDy9G1paqrFG748j877qUSMkYygy5dB5AwQ8" dp2048Base64Short = "S-eZbWsXFXgRTrvVhpJD0G5ABMiw4NUw95d63FlWvJaqKxAa-AdVRCZSfpecijKdMp5Ppltz7SyUeyyNIp-hdGrAqmsfwAVwGRLQxK2DFokh9uX5xDBPmGmyJ_1IaCdpwaqfFY8icL55OAJTsMs3AnMSOkakTWHleTPmpyYbsTE" dq2048Base64Short = "DetVwEop3dDrAE-OVEIeE7XgvyNGKsoZkEs3bZDiOXTwzn8kGr3pKrMoxgzZA-EXmOhQGZtbBg9HUGHRkt72zCF1g_yd1nWDRixXui8yfUmUeqsVDwFztDaIOHZ6o3cNmzuL5toU-vt-t513B_1DPrwqpnCFAX6V7dNYjwLXwkk" qInv2048Base64Short = "12-Ru9ZuczoydYqX5L1mDyE47bMy9SoXw-aBKRd9i0lYCX0nAmt32Q6peM8WSuQIPf7R9OxKSVIeBsFLxdaKiYLV4xOOkr3gSkSeYNN4adSgIl2nc5n2RxvgIVPELs7H1quU1slDq0j6AAltv8Tft71sp_9F7h1-tCkOUTLHMhY" ) func mustDecodeBase64(t *testing.T, value string) []byte { t.Helper() decoded, err := base64.URLEncoding.WithPadding(base64.NoPadding).DecodeString(value) if err != nil { t.Fatalf("base64 decoding failed: %v", err) } return decoded } func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func mustMarshalProto(t *testing.T, message proto.Message) []byte { t.Helper() serializedPrivateKey, err := proto.Marshal(message) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", message, err) } return serializedPrivateKey } func TestParsePublicKeyFails(t *testing.T) { publicKey := rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serializedPublicKey := mustMarshalProto(t, &publicKey) for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 123), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "wrong key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "wrong key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: func() []byte { publicKey := rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion + 1, } serializedPublicKey := mustMarshalProto(t, &publicKey) return serializedPublicKey }(), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "mismatched hash types", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: func() []byte { publicKey := rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA384, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serializedPublicKey := mustMarshalProto(t, &publicKey) return serializedPublicKey }(), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "negative salt length", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: func() []byte { publicKey := rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: -1, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serializedPublicKey := mustMarshalProto(t, &publicKey) return serializedPublicKey }(), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid modulus", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: func() []byte { publicKey := rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64[:255]), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion + 1, } serializedPublicKey := mustMarshalProto(t, &publicKey) return serializedPublicKey }(), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid exponent", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: func() []byte { publicKey := rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).Sub(new(big.Int).SetUint64(uint64(f4)), big.NewInt(1)).Bytes(), Version: publicKeyProtoVersion + 1, } serializedPublicKey := mustMarshalProto(t, &publicKey) return serializedPublicKey }(), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} if _, err := p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } }) } } func mustCreateParameters(t *testing.T, modulusSizeBits int, hashType HashType, publicExponent int, saltLengthBytes int, variant Variant) *Parameters { t.Helper() paramsValues := ParametersValues{ ModulusSizeBits: modulusSizeBits, SigHashType: hashType, MGF1HashType: hashType, PublicExponent: publicExponent, SaltLengthBytes: saltLengthBytes, } params, err := NewParameters(paramsValues, variant) if err != nil { t.Fatalf("NewParameters(%v, %v) = %v, want nil", paramsValues, variant, err) } return params } func mustCreatePublicKey(t *testing.T, modulus []byte, idRequirement uint32, parameters *Parameters) *PublicKey { t.Helper() key, err := NewPublicKey(modulus, idRequirement, parameters) if err != nil { t.Fatalf("NewPublicKey(%v, %d, %v) = %v, want nil", modulus, idRequirement, parameters, err) } return key } func TestParsePublicKeyWithZeroPaddingModulus(t *testing.T) { n := mustDecodeBase64(t, n2048Base64) publicKey := &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: slices.Concat([]byte{0, 0, 0, 0}, n), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serializedPublicKey := mustMarshalProto(t, publicKey) keySerialization := mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPublicKey", Value: serializedPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123) wantPublicKey := mustCreatePublicKey(t, n, 123, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantTink)) parser := &publicKeyParser{} parsedPublicKey, err := parser.ParseKey(keySerialization) if err != nil { t.Fatalf("parser.ParseKey(%v) err = %v, want non-nil", keySerialization, err) } if got, want := parsedPublicKey, wantPublicKey; !got.Equal(want) { t.Errorf("got.Equal(want) = false, want true") } } func TestParseAndSerializePublicKey(t *testing.T) { publicKey2048 := rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serialized2048ProtoPublicKey := mustMarshalProto(t, &publicKey2048) proto3072SHA384PublicKey := rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA384, Mgf1Hash: commonpb.HashType_SHA384, SaltLength: 42, }, N: mustDecodeBase64(t, n3072Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serialized3072SHA384ProtoPublicKey := mustMarshalProto(t, &proto3072SHA384PublicKey) proto3072SHA512PublicKey := rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA512, Mgf1Hash: commonpb.HashType_SHA512, SaltLength: 42, }, N: mustDecodeBase64(t, n3072Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serialized3072SHA512ProtoPublicKey := mustMarshalProto(t, &proto3072SHA512PublicKey) proto4096PublicKey := rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA512, Mgf1Hash: commonpb.HashType_SHA512, SaltLength: 42, }, N: mustDecodeBase64(t, n4096Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, } serialized4096ProtoPublicKey := mustMarshalProto(t, &proto4096PublicKey) for _, tc := range []struct { name string publicKeySerialization *protoserialization.KeySerialization publicKey *PublicKey }{ { name: "2048-SHA256-TINK", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized2048ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantTink)), }, { name: "2048-SHA256-LEGACY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized2048ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_LEGACY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantLegacy)), }, { name: "2048-SHA256-CRUNCHY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized2048ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_CRUNCHY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 123, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantCrunchy)), }, { name: "2048-SHA256-RAW", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized2048ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 0, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantNoPrefix)), }, { name: "3072-SHA384-TINK", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA384ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA384, f4, 42, VariantTink)), }, { name: "3072-SHA384-LEGACY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA384ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_LEGACY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA384, f4, 42, VariantLegacy)), }, { name: "3072-SHA384-CRUNCHY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA384ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_CRUNCHY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA384, f4, 42, VariantCrunchy)), }, { name: "3072-SHA384-RAW", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA384ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 0, mustCreateParameters(t, 3072, SHA384, f4, 42, VariantNoPrefix)), }, { name: "3072-SHA512-TINK", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA512ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA512, f4, 42, VariantTink)), }, { name: "3072-SHA512-LEGACY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA512ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_LEGACY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA512, f4, 42, VariantLegacy)), }, { name: "3072-SHA512-CRUNCHY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA512ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_CRUNCHY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 123, mustCreateParameters(t, 3072, SHA512, f4, 42, VariantCrunchy)), }, { name: "3072-SHA512-RAW", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized3072SHA512ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 0, mustCreateParameters(t, 3072, SHA512, f4, 42, VariantNoPrefix)), }, { name: "4096-SHA512-TINK", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized4096ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 123, mustCreateParameters(t, 4096, SHA512, f4, 42, VariantTink)), }, { name: "4096-SHA512-LEGACY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized4096ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_LEGACY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 123, mustCreateParameters(t, 4096, SHA512, f4, 42, VariantLegacy)), }, { name: "4096-SHA512-CRUNCHY", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized4096ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_CRUNCHY, 123), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 123, mustCreateParameters(t, 4096, SHA512, f4, 42, VariantCrunchy)), }, { name: "4096-SHA512-RAW", publicKeySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serialized4096ProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), publicKey: mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 0, mustCreateParameters(t, 4096, SHA512, f4, 42, VariantNoPrefix)), }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} gotKey, err := p.ParseKey(tc.publicKeySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", tc.publicKeySerialization, err) } if !gotKey.Equal(tc.publicKey) { t.Errorf("%v.Equal(%v) = false, want true", gotKey, tc.publicKey) } // Make sure we can serialize back the key serialization. s := &publicKeySerializer{} gotSerialization, err := s.SerializeKey(gotKey) if err != nil { t.Errorf("s.SerializeKey(%v) err = %v, want nil", tc.publicKeySerialization, err) } if !gotSerialization.Equal(tc.publicKeySerialization) { t.Errorf("gotSerialization.Equal(tc.publicKeySerialization) = false, want true") } }) } } type testParams struct{} func (p *testParams) HasIDRequirement() bool { return true } func (p *testParams) Equal(params key.Parameters) bool { return true } type testKey struct{} func (k *testKey) Parameters() key.Parameters { return &testParams{} } func (k *testKey) Equal(other key.Key) bool { return true } func (k *testKey) IDRequirement() (uint32, bool) { return 123, true } func TestSerializePublicKeyFails(t *testing.T) { for _, tc := range []struct { name string publicKey key.Key }{ { name: "nil public key", publicKey: nil, }, { name: "invalid public key", publicKey: &PublicKey{}, }, { name: "incorrect key type", publicKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &publicKeySerializer{} if _, err := s.SerializeKey(tc.publicKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } }) } } func TestParsePrivateKeyFails(t *testing.T) { privateKey := &rsassapsspb.RsaSsaPssPrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey := mustMarshalProto(t, privateKey) publicKeyWithWrongPrivateKeyVersion := proto.Clone(privateKey).(*rsassapsspb.RsaSsaPssPrivateKey) publicKeyWithWrongPrivateKeyVersion.Version = privateKeyProtoVersion + 1 serializedPrivateKeyWithWrongPrivateKeyVersion := mustMarshalProto(t, publicKeyWithWrongPrivateKeyVersion) privateKeyWithWrongPublicKeyVersion := proto.Clone(privateKey).(*rsassapsspb.RsaSsaPssPrivateKey) privateKeyWithWrongPublicKeyVersion.PublicKey.Version = publicKeyProtoVersion + 1 serializedPrivateKeyWithWrongPublicKeyVersion := mustMarshalProto(t, privateKeyWithWrongPublicKeyVersion) privateKeyWithWrongPublicKey := &rsassapsspb.RsaSsaPssPrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: make([]byte, 256), // All bytes are 0. E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKeyWithWrongPublicKeyBytes := mustMarshalProto(t, privateKeyWithWrongPublicKey) // From https://github.com/C2SP/wycheproof/blob/cd27d6419bedd83cbd24611ec54b6d4bfdb0cdca/testvectors/rsa_pkcs1_2048_test.json#L348. invalidDp := "PGEOZW9DtcYO0D3S4T0NwSICkvg7_RWlbW_-O5GZjbLgiqkelWeRFcdcP7_St5VDouNKsCS7F0lRRlQyZ91tpCF3TBuOj9tCmHfme3xbZYCnRUplwniDErBQOLCRzW2EanRrsTk5wfjNTCa24C-ONAoum42GFTnaZQbHXLy90VE" invalidDq := "qy_pDD2wmbqstiLK09V9Gb_BAWbZRIilYHIbBr8PtZmiaIJc9bZcdaaCCW1cYg4OevITF7nfyDAlE--acEqfDvzC-kd775MeNh2w5VzQ6SOZiKneGD7Ko98jFaUyF7mG-6RDS6Cs9DfmJGZ4rtsrt2ivYjQ-pujTPux9TYSOeAE" invalidQInv := "U4LZcUWgEjw4Pt5rXe0hfOUKN1HQkmFIqniV9QFWPRMavML_IiFQs-NeNT_bAGIy8fUh4pQe7FGBCl2yLBr0E78ySRjN-eAMkW7Hkctqw_vLBPomOW8FQEcKvZKZgxcvSEsQLiH0TIqwhn7JCnfX9Gpv_hBGuNTn4mF8A1v-FIo" for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 12345), }, { name: "wrong private key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong private key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKeyWithWrongPrivateKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKeyWithWrongPublicKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key bytes", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKeyWithWrongPublicKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "invalid Dp", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: mustMarshalProto(t, &rsassapsspb.RsaSsaPssPrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, invalidDp), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid Dq", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: mustMarshalProto(t, &rsassapsspb.RsaSsaPssPrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, invalidDq), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "invalid QInv", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: mustMarshalProto(t, &rsassapsspb.RsaSsaPssPrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, invalidQInv), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "mismatched hash types", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: mustMarshalProto(t, &rsassapsspb.RsaSsaPssPrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA384, SaltLength: 42, }, Version: privateKeyProtoVersion, }, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, { name: "negative salt length", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: mustMarshalProto(t, &rsassapsspb.RsaSsaPssPrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: -1, }, Version: privateKeyProtoVersion, }, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 123), }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} if _, err := p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } }) } } func mustCreatePrivateKey(t *testing.T, publicKey *PublicKey, privateKeyValues PrivateKeyValues) *PrivateKey { t.Helper() privateKey, err := NewPrivateKey(publicKey, privateKeyValues) if err != nil { t.Fatalf("NewPrivateKey(%v, %v) err = %v, want nil", publicKey, privateKeyValues, err) } return privateKey } func TestParsePrivateKeyWithZeroPaddingValues(t *testing.T) { n := mustDecodeBase64(t, n2048Base64) p := mustDecodeBase64(t, p2048Base64) q := mustDecodeBase64(t, q2048Base64) d := mustDecodeBase64(t, d2048Base64) privateKey := &rsassapsspb.RsaSsaPssPrivateKey{ D: slices.Concat([]byte{0, 0, 0, 0}, d), P: slices.Concat([]byte{0, 0, 0, 0}, p), Q: slices.Concat([]byte{0, 0, 0, 0}, q), Dp: slices.Concat([]byte{0, 0, 0, 0}, mustDecodeBase64(t, dp2048Base64)), Dq: slices.Concat([]byte{0, 0, 0, 0}, mustDecodeBase64(t, dq2048Base64)), Crt: slices.Concat([]byte{0, 0, 0, 0}, mustDecodeBase64(t, qInv2048Base64)), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, // Pad with zeros. N: slices.Concat([]byte{0, 0, 0, 0}, mustDecodeBase64(t, n2048Base64)), E: slices.Concat([]byte{0, 0, 0, 0}, new(big.Int).SetUint64(uint64(f4)).Bytes()), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey := mustMarshalProto(t, privateKey) token := insecuresecretdataaccess.Token{} keySerialization := mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345) wantPrivateKey := mustCreatePrivateKey(t, mustCreatePublicKey(t, n, 12345, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantTink)), PrivateKeyValues{ P: secretdata.NewBytesFromData(p, token), Q: secretdata.NewBytesFromData(q, token), D: secretdata.NewBytesFromData(d, token), }) parser := &privateKeyParser{} parsedPrivateKey, err := parser.ParseKey(keySerialization) if err != nil { t.Fatalf("parser.ParseKey(%v) err = %v, want non-nil", keySerialization, err) } if got, want := parsedPrivateKey, wantPrivateKey; !got.Equal(want) { t.Errorf("got.Equal(want) = false, want true") } } func TestParseAndSerializePrivateKey(t *testing.T) { privateKey2048 := &rsassapsspb.RsaSsaPssPrivateKey{ D: mustDecodeBase64(t, d2048Base64), P: mustDecodeBase64(t, p2048Base64), Q: mustDecodeBase64(t, q2048Base64), Dp: mustDecodeBase64(t, dp2048Base64), Dq: mustDecodeBase64(t, dq2048Base64), Crt: mustDecodeBase64(t, qInv2048Base64), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey2048 := mustMarshalProto(t, privateKey2048) privateKey3072 := &rsassapsspb.RsaSsaPssPrivateKey{ D: mustDecodeBase64(t, d3072Base64), P: mustDecodeBase64(t, p3072Base64), Q: mustDecodeBase64(t, q3072Base64), Dp: mustDecodeBase64(t, dp3072Base64), Dq: mustDecodeBase64(t, dq3072Base64), Crt: mustDecodeBase64(t, qInv3072Base64), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n3072Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey3072 := mustMarshalProto(t, privateKey3072) privateKey4096 := &rsassapsspb.RsaSsaPssPrivateKey{ D: mustDecodeBase64(t, d4096Base64), P: mustDecodeBase64(t, p4096Base64), Q: mustDecodeBase64(t, q4096Base64), Dp: mustDecodeBase64(t, dp4096Base64), Dq: mustDecodeBase64(t, dq4096Base64), Crt: mustDecodeBase64(t, qInv4096Base64), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n4096Base64), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey4096 := mustMarshalProto(t, privateKey4096) privateKey2048Short := &rsassapsspb.RsaSsaPssPrivateKey{ D: slices.Concat([]byte{0x00}, mustDecodeBase64(t, d2048Base64Short)), P: mustDecodeBase64(t, p2048Base64Short), Q: mustDecodeBase64(t, q2048Base64Short), Dp: mustDecodeBase64(t, dp2048Base64Short), Dq: mustDecodeBase64(t, dq2048Base64Short), Crt: mustDecodeBase64(t, qInv2048Base64Short), PublicKey: &rsassapsspb.RsaSsaPssPublicKey{ Params: &rsassapsspb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 42, }, N: mustDecodeBase64(t, n2048Base64Short), E: new(big.Int).SetUint64(uint64(f4)).Bytes(), Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedPrivateKey2048Short := mustMarshalProto(t, privateKey2048Short) token := insecuresecretdataaccess.Token{} for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization privateKey *PrivateKey }{ { name: "2048-SHA256-TINK", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey2048, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 12345, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantTink)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), }), }, { name: "2048-SHA256-LEGACY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey2048, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_LEGACY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 12345, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantLegacy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), }), }, { name: "2048-SHA256-CRUNCHY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey2048, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 12345, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantCrunchy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), }), }, { name: "2048-SHA256-RAW", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey2048, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 0, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantNoPrefix)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), token), }), }, { name: "2048-SHA256-TINK-SHORT", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey2048Short, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64Short), 12345, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantTink)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64Short), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64Short), token), D: secretdata.NewBytesFromData(slices.Concat([]byte{0x00}, mustDecodeBase64(t, d2048Base64Short)), token), }), }, { name: "2048-SHA256-LEGACY-SHORT", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey2048Short, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_LEGACY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64Short), 12345, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantLegacy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64Short), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64Short), token), D: secretdata.NewBytesFromData(slices.Concat([]byte{0x00}, mustDecodeBase64(t, d2048Base64Short)), token), }), }, { name: "2048-SHA256-CRUNCHY-SHORT", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey2048Short, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64Short), 12345, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantCrunchy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64Short), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64Short), token), D: secretdata.NewBytesFromData(slices.Concat([]byte{0x00}, mustDecodeBase64(t, d2048Base64Short)), token), }), }, { name: "2048-SHA256-RAW-SHORT", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey2048Short, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64Short), 0, mustCreateParameters(t, 2048, SHA256, f4, 42, VariantNoPrefix)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64Short), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64Short), token), D: secretdata.NewBytesFromData(slices.Concat([]byte{0x00}, mustDecodeBase64(t, d2048Base64Short)), token), }), }, { name: "3072-SHA256-TINK", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey3072, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 12345, mustCreateParameters(t, 3072, SHA256, f4, 42, VariantTink)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p3072Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q3072Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d3072Base64), token), }), }, { name: "3072-SHA256-LEGACY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey3072, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_LEGACY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 12345, mustCreateParameters(t, 3072, SHA256, f4, 42, VariantLegacy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p3072Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q3072Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d3072Base64), token), }), }, { name: "3072-SHA256-CRUNCHY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey3072, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 12345, mustCreateParameters(t, 3072, SHA256, f4, 42, VariantCrunchy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p3072Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q3072Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d3072Base64), token), }), }, { name: "3072-SHA256-RAW", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey3072, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n3072Base64), 0, mustCreateParameters(t, 3072, SHA256, f4, 42, VariantNoPrefix)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p3072Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q3072Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d3072Base64), token), }), }, { name: "4096-SHA256-TINK", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey4096, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 12345, mustCreateParameters(t, 4096, SHA256, f4, 42, VariantTink)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p4096Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q4096Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d4096Base64), token), }), }, { name: "4096-SHA256-LEGACY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey4096, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_LEGACY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 12345, mustCreateParameters(t, 4096, SHA256, f4, 42, VariantLegacy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p4096Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q4096Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d4096Base64), token), }), }, { name: "4096-SHA256-CRUNCHY", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey4096, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_CRUNCHY, 12345), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 12345, mustCreateParameters(t, 4096, SHA256, f4, 42, VariantCrunchy)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p4096Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q4096Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d4096Base64), token), }), }, { name: "4096-SHA256-RAW", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", Value: serializedPrivateKey4096, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), privateKey: mustCreatePrivateKey(t, mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 0, mustCreateParameters(t, 4096, SHA256, f4, 42, VariantNoPrefix)), PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, p4096Base64), token), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q4096Base64), token), D: secretdata.NewBytesFromData(mustDecodeBase64(t, d4096Base64), token), }), }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", tc.keySerialization, err) } if !gotKey.Equal(tc.privateKey) { t.Errorf("%v.Equal(%v) = false, want true", gotKey, tc.privateKey) } s := &privateKeySerializer{} gotKeySerialization, err := s.SerializeKey(gotKey) if err != nil { t.Fatalf("s.SerializeKey(%v) err = %v, want nil", gotKey, err) } if !gotKeySerialization.Equal(tc.keySerialization) { t.Errorf("gotKeySerialization.Equal(tc.keySerialization) = false, want true") } }) } } func TestSerializePrivateKeyFails(t *testing.T) { for _, tc := range []struct { name string privateKey key.Key }{ { name: "nil private key", privateKey: nil, }, { name: "invlid private key", privateKey: &PrivateKey{}, }, { name: "incorrect key type", privateKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &privateKeySerializer{} if _, err := s.SerializeKey(tc.privateKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "struct literal", parameters: &Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} if _, err := serializer.Serialize(tc.parameters); err == nil { t.Errorf("serializer.Serialize(%v) err = nil, want error", tc.parameters) } }) } } func mustCreateKeyTemplate(t *testing.T, outputPrefixType tinkpb.OutputPrefixType, format *rsassapsspb.RsaSsaPssKeyFormat) *tinkpb.KeyTemplate { t.Helper() serializedFormat := mustMarshalProto(t, format) return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey", OutputPrefixType: outputPrefixType, Value: serializedFormat, } } type parametersParserTest struct { name string parameters key.Parameters keyTemplate *tinkpb.KeyTemplate } func mustCreateParametersParserTests(t *testing.T) []parametersParserTest { t.Helper() return []parametersParserTest{ { name: "2048-SHA256-VariantTink", parameters: mustCreateParameters(t, 2048, SHA256, f4, 42, VariantTink), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA256-VariantCrunchy", parameters: mustCreateParameters(t, 2048, SHA256, f4, 42, VariantCrunchy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA256-VariantLegacy", parameters: mustCreateParameters(t, 2048, SHA256, f4, 42, VariantLegacy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA256-VariantNoPrefix", parameters: mustCreateParameters(t, 2048, SHA256, f4, 42, VariantNoPrefix), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA384-VariantTink", parameters: mustCreateParameters(t, 2048, SHA384, f4, 42, VariantTink), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA384-VariantCrunchy", parameters: mustCreateParameters(t, 2048, SHA384, f4, 42, VariantCrunchy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA384-VariantLegacy", parameters: mustCreateParameters(t, 2048, SHA384, f4, 42, VariantLegacy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA384-VariantNoPrefix", parameters: mustCreateParameters(t, 2048, SHA384, f4, 42, VariantNoPrefix), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA512-VariantTink", parameters: mustCreateParameters(t, 2048, SHA512, f4, 42, VariantTink), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA512-VariantCrunchy", parameters: mustCreateParameters(t, 2048, SHA512, f4, 42, VariantCrunchy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA512-VariantLegacy", parameters: mustCreateParameters(t, 2048, SHA512, f4, 42, VariantLegacy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "2048-SHA512-VariantNoPrefix", parameters: mustCreateParameters(t, 2048, SHA512, f4, 42, VariantNoPrefix), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA256-VariantTink", parameters: mustCreateParameters(t, 3072, SHA256, f4, 42, VariantTink), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA256-VariantCrunchy", parameters: mustCreateParameters(t, 3072, SHA256, f4, 42, VariantCrunchy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA256-VariantLegacy", parameters: mustCreateParameters(t, 3072, SHA256, f4, 42, VariantLegacy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA256-VariantNoPrefix", parameters: mustCreateParameters(t, 3072, SHA256, f4, 42, VariantNoPrefix), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA384-VariantTink", parameters: mustCreateParameters(t, 3072, SHA384, f4, 42, VariantTink), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA384-VariantCrunchy", parameters: mustCreateParameters(t, 3072, SHA384, f4, 42, VariantCrunchy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA384-VariantLegacy", parameters: mustCreateParameters(t, 3072, SHA384, f4, 42, VariantLegacy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA384-VariantNoPrefix", parameters: mustCreateParameters(t, 3072, SHA384, f4, 42, VariantNoPrefix), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA512-VariantTink", parameters: mustCreateParameters(t, 3072, SHA512, f4, 42, VariantTink), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA512-VariantCrunchy", parameters: mustCreateParameters(t, 3072, SHA512, f4, 42, VariantCrunchy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA512-VariantLegacy", parameters: mustCreateParameters(t, 3072, SHA512, f4, 42, VariantLegacy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "3072-SHA512-VariantNoPrefix", parameters: mustCreateParameters(t, 3072, SHA512, f4, 42, VariantNoPrefix), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 3072, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA256-VariantTink", parameters: mustCreateParameters(t, 4096, SHA256, f4, 42, VariantTink), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA256-VariantCrunchy", parameters: mustCreateParameters(t, 4096, SHA256, f4, 42, VariantCrunchy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA256-VariantLegacy", parameters: mustCreateParameters(t, 4096, SHA256, f4, 42, VariantLegacy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA256-VariantNoPrefix", parameters: mustCreateParameters(t, 4096, SHA256, f4, 42, VariantNoPrefix), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA384-VariantTink", parameters: mustCreateParameters(t, 4096, SHA384, f4, 42, VariantTink), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA384-VariantCrunchy", parameters: mustCreateParameters(t, 4096, SHA384, f4, 42, VariantCrunchy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA384-VariantLegacy", parameters: mustCreateParameters(t, 4096, SHA384, f4, 42, VariantLegacy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA384-VariantNoPrefix", parameters: mustCreateParameters(t, 4096, SHA384, f4, 42, VariantNoPrefix), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA384, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA512-VariantTink", parameters: mustCreateParameters(t, 4096, SHA512, f4, 42, VariantTink), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA512-VariantCrunchy", parameters: mustCreateParameters(t, 4096, SHA512, f4, 42, VariantCrunchy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_CRUNCHY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA512-VariantLegacy", parameters: mustCreateParameters(t, 4096, SHA512, f4, 42, VariantLegacy), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_LEGACY, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "4096-SHA512-VariantNoPrefix", parameters: mustCreateParameters(t, 4096, SHA512, f4, 42, VariantNoPrefix), keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_RAW, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA512, SigHash: commonpb.HashType_SHA512, SaltLength: 42, }, ModulusSizeInBits: 4096, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, } } func TestSerializeParameters(t *testing.T) { for _, tc := range mustCreateParametersParserTests(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Errorf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, tc := range mustCreateParametersParserTests(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.keyTemplate, err) } if diff := cmp.Diff(tc.parameters, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.keyTemplate, diff) } }) } } func TestParseParametersFails(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate }{ { name: "invalid output prefix type", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "invalid modulus size", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 1024, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "invalid public exponent", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4) - 1).Bytes(), }), }, { name: "mismatched hash types", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA384, SaltLength: 42, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, { name: "negative salt length", keyTemplate: mustCreateKeyTemplate(t, tinkpb.OutputPrefixType_TINK, &rsassapsspb.RsaSsaPssKeyFormat{ Params: &rsassapsspb.RsaSsaPssParams{ Mgf1Hash: commonpb.HashType_SHA256, SigHash: commonpb.HashType_SHA256, SaltLength: -1, }, ModulusSizeInBits: 2048, PublicExponent: new(big.Int).SetUint64(uint64(f4)).Bytes(), }), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.keyTemplate) } }) } } ================================================ FILE: signature/rsassapss/rsassapss.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package rsassapss defines RSASSA-PSS key managers. package rsassapss import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" rsassapsspb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pss_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func init() { if err := registry.RegisterKeyManager(legacykeymanager.NewPrivateKeyManager(signerTypeURL, signerConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func(b []byte) (proto.Message, error) { protoKey := &rsassapsspb.RsaSsaPssPrivateKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("rsassapss.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(verifierTypeURL, verifierConstructor, tinkpb.KeyData_ASYMMETRIC_PUBLIC, func(b []byte) (proto.Message, error) { protoKey := &rsassapsspb.RsaSsaPssPublicKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("rsassapss.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PublicKey](&publicKeySerializer{}); err != nil { panic(fmt.Sprintf("rsassapss.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(verifierTypeURL, &publicKeyParser{}); err != nil { panic(fmt.Sprintf("rsassapss.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](&privateKeySerializer{}); err != nil { panic(fmt.Sprintf("rsassapss.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(signerTypeURL, &privateKeyParser{}); err != nil { panic(fmt.Sprintf("rsassapss.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("rsassapss.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(signerTypeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("rsassapss.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PublicKey](verifierConstructor); err != nil { panic(fmt.Sprintf("rsassapss.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PrivateKey](signerConstructor); err != nil { panic(fmt.Sprintf("rsassapss.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("rsassapss.init() failed: %v", err)) } } // RegisterPrimitiveConstructor accepts a config object and registers the // RSA-SSA-PSS primitive constructors to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(c *config.Builder, t internalapi.Token) error { if err := c.RegisterPrimitiveConstructor(reflect.TypeFor[*PrivateKey](), signerConstructor, t); err != nil { return err } return c.RegisterPrimitiveConstructor(reflect.TypeFor[*PublicKey](), verifierConstructor, t) } ================================================ FILE: signature/rsassapss/rsassapss_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapss_test import ( "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" "github.com/tink-crypto/tink-go/v2/signature" ) func TestCreateKeysetHandleFromParameters(t *testing.T) { paramsValues := rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: 65537, SaltLengthBytes: 42, } params, err := rsassapss.NewParameters(paramsValues, rsassapss.VariantTink) if err != nil { t.Fatalf("rsassapss.NewParameters(%v, %v) err = %v, want nil", paramsValues, rsassapss.VariantTink, err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Make sure that we can sign and verify with the generated key. signer, err := signature.NewSigner(handle) if err != nil { t.Fatalf("signature.NewSigner(handle) err = %v, want nil", err) } message := []byte("message") signatureBytes, err := signer.Sign(message) if err != nil { t.Fatalf("signer.Sign(%v) err = %v, want nil", message, err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } verifier, err := signature.NewVerifier(publicHandle) if err != nil { t.Fatalf("signature.NewVerifier(handle) err = %v, want nil", err) } if err := verifier.Verify(signatureBytes, message); err != nil { t.Fatalf("verifier.Verify(%v, %v) err = %v, want nil", signatureBytes, message, err) } // Create another keyset handle from the same parameters. anotherManager := keyset.NewManager() keyID, err = anotherManager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("anotherManager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } anotherManager.SetPrimary(keyID) anotherHandle, err := anotherManager.Handle() if err != nil { t.Fatalf("anotherManager.Handle() err = %v, want nil", err) } anotherPublicHandle, err := anotherHandle.Public() if err != nil { t.Fatalf("anotherHandle.Public() err = %v, want nil", err) } // Get the primary key entry from both keyset handles. entry, err := handle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } // Make sure that keys are different. if entry.KeyID() == anotherEntry.KeyID() { t.Fatalf("entry.KeyID() = %v, want different from anotherEntry.KeyID() = %v", entry.KeyID(), anotherEntry.KeyID()) } if entry.Key().Equal(anotherEntry.Key()) { t.Fatalf("entry.Key().Equal(anotherEntry.Key()) = true, want false") } publicEntry, err := publicHandle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherPublicEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } if publicEntry.KeyID() == anotherPublicEntry.KeyID() { t.Fatalf("publicEntry.KeyID() = %v, want different from anotherPublicEntry.KeyID() = %v", publicEntry.KeyID(), anotherPublicEntry.KeyID()) } if publicEntry.Key().Equal(anotherPublicEntry.Key()) { t.Fatalf("publicEntry.Key().Equal(anotherPublicEntry.Key()) = true, want false") } // Make sure that a different generated key cannot verify the signature. anotherVerifier, err := signature.NewVerifier(anotherPublicHandle) if err != nil { t.Fatalf("signature.NewVerifier(anotherHandle) err = %v, want nil", err) } if err := anotherVerifier.Verify(signatureBytes, message); err == nil { t.Fatalf("anotherVerifier.Verify(%v, %v) err = nil, want error", signatureBytes, message) } } ================================================ FILE: signature/rsassapss/signer.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapss import ( "fmt" "slices" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // signer is an implementation of Signer for RSA-SSA-PSS. type signer struct { rawSigner *signature.RSA_SSA_PSS_Signer prefix []byte variant Variant } var _ tink.Signer = (*signer)(nil) // NewSigner creates a new [tink.Signer] that implements a full RSA-SSA-PSS // primitive from the given [PrivateKey]. func NewSigner(privateKey *PrivateKey, _ internalapi.Token) (tink.Signer, error) { params := privateKey.publicKey.parameters rawSigner, err := signature.New_RSA_SSA_PSS_Signer(params.SigHashType().String(), params.SaltLengthBytes(), privateKey.privateKey) if err != nil { return nil, err } return &signer{ rawSigner: rawSigner, prefix: privateKey.OutputPrefix(), variant: privateKey.publicKey.parameters.Variant(), }, nil } // Sign computes a signature for the given data. func (s *signer) Sign(data []byte) ([]byte, error) { toSign := data if s.variant == VariantLegacy { toSign = slices.Concat(data, []byte{0x00}) } signature, err := s.rawSigner.Sign(toSign) if err != nil { return nil, err } return slices.Concat(s.prefix, signature), nil } func signerConstructor(key key.Key) (any, error) { that, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is not a *rsassapss.PrivateKey") } return NewSigner(that, internalapi.Token{}) } ================================================ FILE: signature/rsassapss/signer_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapss_test import ( "encoding/hex" "math/big" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" _ "github.com/tink-crypto/tink-go/v2/signature/rsassapss" // register rsassapss key managers "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/tink" cpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" rsppb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pss_go_proto" tpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( privateKeyTypeURL = "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey" privateKeyVersion = 0 ) func TestSignerKeyManagerKeyManagerDoesSupport(t *testing.T) { skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, privateKeyTypeURL) } if !skm.DoesSupport(privateKeyTypeURL) { t.Errorf("DoesSupport(%q) err = false, want true", privateKeyTypeURL) } if skm.DoesSupport("fake.type.url") { t.Errorf("DoesSupport(%q) err = true, want false", "fake.type.url") } } func TestSignerKeyManagerKeyManagerTypeURL(t *testing.T) { skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, privateKeyTypeURL) } if skm.TypeURL() != privateKeyTypeURL { t.Errorf("TypeURL() = %q, want %q", skm.TypeURL(), privateKeyTypeURL) } } func TestSignerKeyManagerGetPrimitive(t *testing.T) { skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", privateKeyTypeURL, err) } // Test vectors from // https://github.com/tink-crypto/tink-java/tree/v1.15.0/src/main/java/com/google/crypto/tink/signature/internal/testing/RsaSsaPssTestUtil.java#L35. modulus2048Base64 := "t6Q8PWSi1dkJj9hTP8hNYFlvadM7DflW9mWepOJhJ66w7nyoK1gPNqFMSQRy" + "O125Gp-TEkodhWr0iujjHVx7BcV0llS4w5ACGgPrcAd6ZcSR0-Iqom-QFcNP" + "8Sjg086MwoqQU_LYywlAGZ21WSdS_PERyGFiNnj3QQlO8Yns5jCtLCRwLHL0" + "Pb1fEv45AuRIuUfVcPySBWYnDyGxvjYGDSM-AqWS9zIQ2ZilgT-GqUmipg0X" + "OC0Cc20rgLe2ymLHjpHciCKVAbY5-L32-lSeZO-Os6U15_aXrk9Gw8cPUaX1" + "_I8sLGuSiVdt3C_Fn2PZ3Z8i744FPFGGcG1qs2Wz-Q" publicKey := mustCreatePublicKey(t, mustDecodeBase64(t, modulus2048Base64), 0, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 1, }, rsassapss.VariantNoPrefix)) privateKey, err := rsassapss.NewPrivateKey(publicKey, rsassapss.PrivateKeyValues{ P: secretdata.NewBytesFromData(mustDecodeBase64(t, "2rnSOV4hKSN8sS4CgcQHFbs08XboFDqKum3sc4h3GRxrTmQdl1ZK9uw-PIHf"+ "QP0FkxXVrx-WE-ZEbrqivH_2iCLUS7wAl6XvARt1KkIaUxPPSYB9yk31s0Q8"+ "UK96E3_OrADAYtAJs-M3JxCLfNgqh56HDnETTQhH3rCT5T3yJws"), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, "1u_RiFDP7LBYh3N4GXLT9OpSKYP0uQZyiaZwBtOCBNJgQxaj10RWjsZu0c6I"+ "edis4S7B_coSKB0Kj9PaPaBzg-IySRvvcQuPamQu66riMhjVtG6TlV8CLCYK"+ "rYl52ziqK0E_ym2QnkwsUX7eYTB7LbAHRK9GqocDE5B0f808I4s"), insecuresecretdataaccess.Token{}), D: secretdata.NewBytesFromData(mustDecodeBase64(t, "GRtbIQmhOZtyszfgKdg4u_N-R_mZGU_9k7JQ_jn1DnfTuMdSNprTeaSTyWfS"+ "NkuaAwnOEbIQVy1IQbWVV25NY3ybc_IhUJtfri7bAXYEReWaCl3hdlPKXy9U"+ "vqPYGR0kIXTQRqns-dVJ7jahlI7LyckrpTmrM8dWBo4_PMaenNnPiQgO0xnu"+ "ToxutRZJfJvG4Ox4ka3GORQd9CsCZ2vsUDmsXOfUENOyMqADC6p1M3h33tsu"+ "rY15k9qMSpG9OX_IJAXmxzAh_tWiZOwk2K4yxH9tS3Lq1yX8C1EWmeRDkK2a"+ "hecG85-oLKQt5VEpWHKmjOi_gJSdSgqcN96X52esAQ"), insecuresecretdataaccess.Token{}), }) if err != nil { t.Fatalf("rsassapss.NewPrivateKey() err = %v, want nil", err) } message, err := hex.DecodeString("aa") if err != nil { t.Fatalf("hex.DecodeString(%v) = %v, want nil", "aa", err) } keySerialization, err := protoserialization.SerializeKey(privateKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(privateKey) err = %v, want nil", err) } p, err := skm.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("skm.Primitive(keySerialization.KeyData().GetValue())) err = %v, want nil", err) } s, ok := p.(tink.Signer) if !ok { t.Fatalf("vkm.Primitive(keySerialization.KeyData().GetValue()) = %T, want %T", p, (tink.Signer)(nil)) } sig, err := s.Sign(message) if err != nil { t.Fatalf("s.Sign(message) err = %v, want nil", err) } v, err := rsassapss.NewVerifier(publicKey, internalapi.Token{}) if err != nil { t.Fatalf("rsassapss.NewVerifier() err = %v, want nil", err) } if err := v.Verify(sig, message); err != nil { t.Errorf("v.Verify(sig, message) err = %v, want nil", err) } } func mergePrivPub(priv *rsppb.RsaSsaPssPrivateKey, pub *rsppb.RsaSsaPssPublicKey) *rsppb.RsaSsaPssPrivateKey { return &rsppb.RsaSsaPssPrivateKey{ Version: priv.GetVersion(), PublicKey: pub, D: priv.GetD(), P: priv.GetP(), Q: priv.GetQ(), Dp: priv.GetDp(), Dq: priv.GetDq(), Crt: priv.GetCrt(), } } func TestSignerKeyManagerGetPrimitiveWithInvalidInput(t *testing.T) { type testCase struct { tag string privKey *rsppb.RsaSsaPssPrivateKey } skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, privateKeyTypeURL) } validPrivKey, err := makeValidRSAPSSKey() if err != nil { t.Fatalf("makeValidRSAPSSKey() err = %v, want nil", err) } for _, tc := range []testCase{ { tag: "empty private key", privKey: &rsppb.RsaSsaPssPrivateKey{}, }, { tag: "invalid private key version", privKey: &rsppb.RsaSsaPssPrivateKey{ Version: validPrivKey.GetVersion() + 1, PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { tag: "invalid private key D", privKey: &rsppb.RsaSsaPssPrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: nil, P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { tag: "invalid private key P", privKey: &rsppb.RsaSsaPssPrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: nil, Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { tag: "invalid private key Q", privKey: &rsppb.RsaSsaPssPrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: nil, Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { tag: "invalid private key Dp", privKey: &rsppb.RsaSsaPssPrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: nil, Dq: validPrivKey.GetDq(), Crt: validPrivKey.GetCrt(), }, }, { tag: "invalid private key Dq", privKey: &rsppb.RsaSsaPssPrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: nil, Crt: validPrivKey.GetCrt(), }, }, { tag: "invalid private key Crt", privKey: &rsppb.RsaSsaPssPrivateKey{ Version: validPrivKey.GetVersion(), PublicKey: validPrivKey.GetPublicKey(), D: validPrivKey.GetD(), P: validPrivKey.GetP(), Q: validPrivKey.GetQ(), Dp: validPrivKey.GetDp(), Dq: validPrivKey.GetDq(), Crt: nil, }, }, { tag: "empty public key", privKey: mergePrivPub(validPrivKey, &rsppb.RsaSsaPssPublicKey{}), }, { tag: "nil public key params", privKey: mergePrivPub( validPrivKey, &rsppb.RsaSsaPssPublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), Params: nil, N: validPrivKey.GetPublicKey().GetN(), E: validPrivKey.GetPublicKey().GetE(), }), }, { tag: "invalid public key version", privKey: mergePrivPub( validPrivKey, &rsppb.RsaSsaPssPublicKey{ Version: validPrivKey.GetPublicKey().GetVersion() + 1, Params: validPrivKey.GetPublicKey().GetParams(), N: validPrivKey.GetPublicKey().GetN(), E: validPrivKey.GetPublicKey().GetE(), }), }, { tag: "different sig and mgf1 hash functions", privKey: mergePrivPub( validPrivKey, &rsppb.RsaSsaPssPublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), Params: &rsppb.RsaSsaPssParams{ SigHash: cpb.HashType_SHA256, Mgf1Hash: cpb.HashType_SHA384, SaltLength: validPrivKey.GetPublicKey().GetParams().GetSaltLength(), }, N: validPrivKey.GetPublicKey().GetN(), E: validPrivKey.GetPublicKey().GetE(), }), }, { tag: "negative salt length", privKey: mergePrivPub( validPrivKey, &rsppb.RsaSsaPssPublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), Params: &rsppb.RsaSsaPssParams{ SigHash: validPrivKey.GetPublicKey().GetParams().GetSigHash(), Mgf1Hash: validPrivKey.GetPublicKey().GetParams().GetMgf1Hash(), SaltLength: -1, }, N: validPrivKey.GetPublicKey().GetN(), E: validPrivKey.GetPublicKey().GetE(), }), }, { tag: "invalid hash function", privKey: mergePrivPub( validPrivKey, &rsppb.RsaSsaPssPublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), Params: &rsppb.RsaSsaPssParams{ SigHash: cpb.HashType_UNKNOWN_HASH, Mgf1Hash: cpb.HashType_UNKNOWN_HASH, SaltLength: validPrivKey.GetPublicKey().GetParams().GetSaltLength(), }, N: validPrivKey.GetPublicKey().GetN(), E: validPrivKey.GetPublicKey().GetE(), }), }, { tag: "unsafe hash function", privKey: mergePrivPub( validPrivKey, &rsppb.RsaSsaPssPublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), Params: &rsppb.RsaSsaPssParams{ SigHash: cpb.HashType_SHA1, Mgf1Hash: cpb.HashType_SHA1, SaltLength: validPrivKey.GetPublicKey().GetParams().GetSaltLength(), }, N: validPrivKey.GetPublicKey().GetN(), E: validPrivKey.GetPublicKey().GetE(), }), }, { tag: "invalid modulus", privKey: mergePrivPub( validPrivKey, &rsppb.RsaSsaPssPublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), Params: validPrivKey.GetPublicKey().GetParams(), N: []byte{0x00}, E: validPrivKey.GetPublicKey().GetE(), }), }, { tag: "invalid exponent", privKey: mergePrivPub( validPrivKey, &rsppb.RsaSsaPssPublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), Params: validPrivKey.GetPublicKey().GetParams(), N: validPrivKey.GetPublicKey().GetN(), E: []byte{0x01}, }), }, { tag: "exponent larger than 64 bits", privKey: mergePrivPub( validPrivKey, &rsppb.RsaSsaPssPublicKey{ Version: validPrivKey.GetPublicKey().GetVersion(), Params: validPrivKey.GetPublicKey().GetParams(), N: validPrivKey.GetPublicKey().GetN(), E: random.GetRandomBytes(32), }), }, } { t.Run(tc.tag, func(t *testing.T) { serializedPrivKey, err := proto.Marshal(tc.privKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := skm.Primitive(serializedPrivKey); err == nil { t.Errorf("Primitive() err = nil, want error") } if _, err := skm.(registry.PrivateKeyManager).PublicKeyData(serializedPrivKey); err == nil { t.Errorf("PublicKeyData() err = nil, want error") } }) } } func TestSignerKeyManagerGetPrimitiveWithCorruptedPrivateKey(t *testing.T) { skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, privateKeyTypeURL) } validPrivKey, err := makeValidRSAPSSKey() if err != nil { t.Fatalf("makeValidRSAPSSKey() err = %v, want nil", err) } corruptedPrivKey := validPrivKey corruptedPrivKey.P[5] <<= 1 corruptedPrivKey.P[20] <<= 1 serializedPrivKey, err := proto.Marshal(corruptedPrivKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := skm.Primitive(serializedPrivKey); err == nil { t.Errorf("Primitive() err = nil, want error") } } func TestSignerKeyManagerNewKey(t *testing.T) { keyFormat := &rsppb.RsaSsaPssKeyFormat{ Params: &rsppb.RsaSsaPssParams{ SigHash: cpb.HashType_SHA256, Mgf1Hash: cpb.HashType_SHA256, SaltLength: 32, }, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, privateKeyTypeURL) } key, err := skm.NewKey(serializedKeyFormat) if err != nil { t.Fatalf("NewKey() err = %v, want nil", err) } privKey, ok := key.(*rsppb.RsaSsaPssPrivateKey) if !ok { t.Fatalf("key isn't a *rsppb.RsaSsaPssPrivateKey") } if privKey.GetVersion() != privateKeyVersion { t.Errorf("privKey.GetVersion() = %d, want %d", privKey.GetVersion(), privateKeyVersion) } if privKey.GetD() == nil { t.Error("GetD() == nil, want []byte{}") } if privKey.GetP() == nil { t.Error("GetP() == nil, want []byte{}") } if privKey.GetQ() == nil { t.Error("GetQ() == nil, want []byte{}") } if privKey.GetDp() == nil { t.Error("GetDp() == nil, want []byte{}") } if privKey.GetDq() == nil { t.Error("GetDq() == nil, want []byte{}") } if privKey.GetCrt() == nil { t.Error("GetCrt() == nil, want []byte{}") } pubKey := privKey.GetPublicKey() if !cmp.Equal(pubKey.GetE(), keyFormat.GetPublicExponent()) { t.Errorf("GetE() = %v, want %v", pubKey.GetE(), keyFormat.GetPublicExponent()) } n := uint32(new(big.Int).SetBytes(pubKey.GetN()).BitLen()) if !cmp.Equal(n, keyFormat.GetModulusSizeInBits()) { t.Errorf("Modulus size in bits = %q, want %q", n, keyFormat.GetModulusSizeInBits()) } if !cmp.Equal(pubKey.GetParams(), keyFormat.GetParams(), protocmp.Transform()) { t.Errorf("GetParams() = %v, want %v", pubKey.GetParams(), keyFormat.GetParams()) } } func TestSignerKeyManagerNewKeyData(t *testing.T) { keyFormat := &rsppb.RsaSsaPssKeyFormat{ Params: &rsppb.RsaSsaPssParams{ SigHash: cpb.HashType_SHA256, Mgf1Hash: cpb.HashType_SHA256, SaltLength: 32, }, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, privateKeyTypeURL) } vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, publicKeyTypeURL) } keyData, err := skm.NewKeyData(serializedKeyFormat) if err != nil { t.Fatalf("skm.NewKeyData() err = %v, want nil", err) } if keyData.GetKeyMaterialType() != tpb.KeyData_ASYMMETRIC_PRIVATE { t.Errorf("keyData.GetKeyMaterialType() = %v, want %v", keyData.GetKeyMaterialType(), tpb.KeyData_ASYMMETRIC_PRIVATE) } if keyData.GetTypeUrl() != privateKeyTypeURL { t.Errorf("keyData.GetTypeUrl() = %q, want %q", keyData.GetTypeUrl(), privateKeyTypeURL) } // Creating a primitive does a self key test which signs and verifies data. s, err := skm.Primitive(keyData.GetValue()) if err != nil { t.Fatalf("Primitive() err = %v, want nil", err) } signer, ok := s.(tink.Signer) if !ok { t.Fatal("Primitive() return type isn't a tink.Signer") } data := random.GetRandomBytes(50) sig, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign() err = %v, want nil", err) } pubKeyData, err := skm.(registry.PrivateKeyManager).PublicKeyData(keyData.GetValue()) if err != nil { t.Fatalf("PublicKeyData() err = %v, want nil", err) } v, err := vkm.Primitive(pubKeyData.GetValue()) if err != nil { t.Fatalf("Primitive() err = %v, want nil", err) } verifier, ok := v.(tink.Verifier) if !ok { t.Fatal("Primitive() return type isn't a tink.Verifier") } if err := verifier.Verify(sig, data); err != nil { t.Fatalf("verifier.Verify() err = %v, want nil", err) } } func TestSignerKeyManagerNewKeyFailsWithInvalidFormat(t *testing.T) { type testCase struct { tag string keyFormat *rsppb.RsaSsaPssKeyFormat } skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, privateKeyTypeURL) } validKeyFormat := &rsppb.RsaSsaPssKeyFormat{ Params: &rsppb.RsaSsaPssParams{ SigHash: cpb.HashType_SHA256, Mgf1Hash: cpb.HashType_SHA256, SaltLength: 32, }, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, } serializedKeyFormat, err := proto.Marshal(validKeyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := skm.NewKeyData(serializedKeyFormat); err != nil { t.Fatalf("NewKeyData() err = %v, want nil", err) } for _, tc := range []testCase{ { tag: "nil params", keyFormat: &rsppb.RsaSsaPssKeyFormat{ Params: nil, ModulusSizeInBits: validKeyFormat.GetModulusSizeInBits(), PublicExponent: validKeyFormat.GetPublicExponent(), }, }, { tag: "unsafe hash function", keyFormat: &rsppb.RsaSsaPssKeyFormat{ Params: &rsppb.RsaSsaPssParams{ SigHash: cpb.HashType_SHA224, Mgf1Hash: cpb.HashType_SHA224, SaltLength: validKeyFormat.GetParams().GetSaltLength(), }, ModulusSizeInBits: validKeyFormat.GetModulusSizeInBits(), PublicExponent: validKeyFormat.GetPublicExponent(), }, }, { tag: "different signature and mgf1 hash function", keyFormat: &rsppb.RsaSsaPssKeyFormat{ Params: &rsppb.RsaSsaPssParams{ SigHash: cpb.HashType_SHA384, Mgf1Hash: cpb.HashType_SHA512, SaltLength: validKeyFormat.GetParams().GetSaltLength(), }, ModulusSizeInBits: validKeyFormat.GetModulusSizeInBits(), PublicExponent: validKeyFormat.GetPublicExponent(), }, }, { tag: "negative salt length", keyFormat: &rsppb.RsaSsaPssKeyFormat{ Params: &rsppb.RsaSsaPssParams{ SigHash: validKeyFormat.GetParams().GetSigHash(), Mgf1Hash: validKeyFormat.GetParams().GetMgf1Hash(), SaltLength: -1, }, ModulusSizeInBits: validKeyFormat.GetModulusSizeInBits(), PublicExponent: validKeyFormat.GetPublicExponent(), }, }, { tag: "insecure modulus size", keyFormat: &rsppb.RsaSsaPssKeyFormat{ Params: validKeyFormat.GetParams(), ModulusSizeInBits: 2047, PublicExponent: validKeyFormat.GetPublicExponent(), }, }, { tag: "invalid public exponent", keyFormat: &rsppb.RsaSsaPssKeyFormat{ Params: validKeyFormat.GetParams(), ModulusSizeInBits: validKeyFormat.GetModulusSizeInBits(), PublicExponent: []byte{0x00, 0x00, 0x03}, }, }, } { t.Run(tc.tag, func(t *testing.T) { serializedKeyFormat, err := proto.Marshal(tc.keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := skm.NewKey(serializedKeyFormat); err == nil { t.Fatalf("NewKey() err = nil, want error") } if _, err := skm.NewKeyData(serializedKeyFormat); err == nil { t.Fatalf("NewKeyData() err = nil, want error") } }) } } func TestSignerKeyManagerPublicKeyInvalidInput(t *testing.T) { for _, tc := range []struct { name string serializedPrivKey []byte }{ { name: "nil private key", serializedPrivKey: nil, }, { name: "empty private key", serializedPrivKey: []byte{}, }, { name: "invalid private key bytes", serializedPrivKey: []byte("1234"), }, } { t.Run(tc.name, func(t *testing.T) { skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, privateKeyTypeURL) } if _, err := skm.(registry.PrivateKeyManager).PublicKeyData(tc.serializedPrivKey); err == nil { t.Errorf("PublicKeyData() err = nil, want error") } }) } } func TestSignerKeyManagerPublicKeyData(t *testing.T) { skm, err := registry.GetKeyManager(privateKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, privateKeyTypeURL) } vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, publicKeyTypeURL) } validPrivKey, err := makeValidRSAPSSKey() if err != nil { t.Fatalf("makeValidRSAPSSKey() err = %v, want nil", err) } serializedPrivKey, err := proto.Marshal(validPrivKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } pubKeyData, err := skm.(registry.PrivateKeyManager).PublicKeyData(serializedPrivKey) if err != nil { t.Fatalf("PublicKeyData() err = %v, want nil", err) } if pubKeyData.GetKeyMaterialType() != tpb.KeyData_ASYMMETRIC_PUBLIC { t.Errorf("GetKeyMaterialType() = %v, want %v", pubKeyData.GetKeyMaterialType(), tpb.KeyData_ASYMMETRIC_PUBLIC) } if pubKeyData.GetTypeUrl() != publicKeyTypeURL { t.Errorf("GetTypeUrl() = %q, want %q", pubKeyData.GetTypeUrl(), publicKeyTypeURL) } if _, err := vkm.Primitive(pubKeyData.GetValue()); err != nil { t.Fatalf("vkm.Primitive() err = %v, want nil", err) } } ================================================ FILE: signature/rsassapss/signer_verifier_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapss_test import ( "crypto/rsa" "encoding/hex" "fmt" "math/big" "slices" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/rsassapss" "github.com/tink-crypto/tink-go/v2/subtle/random" ) type primtiveTesCase struct { name string privateKey *rsassapss.PrivateKey publicKey *rsassapss.PublicKey signature []byte message []byte } func mustDecodeHex(t *testing.T, value string) []byte { t.Helper() decoded, err := hex.DecodeString(value) if err != nil { t.Fatalf("hex decoding failed: %v", err) } return decoded } func TestSignVerify(t *testing.T) { for _, tc := range primitiveTestCases(t) { t.Run(tc.name, func(t *testing.T) { signer, err := rsassapss.NewSigner(tc.privateKey, internalapi.Token{}) if err != nil { t.Fatalf("New_RSA_SSA_PSS_Signer() err = %v, want nil", err) } verifier, err := rsassapss.NewVerifier(tc.publicKey, internalapi.Token{}) if err != nil { t.Fatalf("New_RSA_SSA_PSS_Verifier() err = %v, want nil", err) } data := random.GetRandomBytes(20) signature, err := signer.Sign(data) if err != nil { t.Fatalf("Sign() err = %v, want nil", err) } if err := verifier.Verify(signature, data); err != nil { t.Errorf("Verify() err = %v, want nil", err) } }) } } func primitiveTestCases(t *testing.T) []primtiveTesCase { t.Helper() // Test vectors from // https://github.com/tink-crypto/tink-java/tree/v1.15.0/src/main/java/com/google/crypto/tink/signature/internal/testing/RsaSsaPssTestUtil.java#L35. // Only test vectors with no prefix are used. n2048Base64 := "t6Q8PWSi1dkJj9hTP8hNYFlvadM7DflW9mWepOJhJ66w7nyoK1gPNqFMSQRy" + "O125Gp-TEkodhWr0iujjHVx7BcV0llS4w5ACGgPrcAd6ZcSR0-Iqom-QFcNP" + "8Sjg086MwoqQU_LYywlAGZ21WSdS_PERyGFiNnj3QQlO8Yns5jCtLCRwLHL0" + "Pb1fEv45AuRIuUfVcPySBWYnDyGxvjYGDSM-AqWS9zIQ2ZilgT-GqUmipg0X" + "OC0Cc20rgLe2ymLHjpHciCKVAbY5-L32-lSeZO-Os6U15_aXrk9Gw8cPUaX1" + "_I8sLGuSiVdt3C_Fn2PZ3Z8i744FPFGGcG1qs2Wz-Q" p2048Base64 := "2rnSOV4hKSN8sS4CgcQHFbs08XboFDqKum3sc4h3GRxrTmQdl1ZK9uw-PIHf" + "QP0FkxXVrx-WE-ZEbrqivH_2iCLUS7wAl6XvARt1KkIaUxPPSYB9yk31s0Q8" + "UK96E3_OrADAYtAJs-M3JxCLfNgqh56HDnETTQhH3rCT5T3yJws" q2048Base64 := "1u_RiFDP7LBYh3N4GXLT9OpSKYP0uQZyiaZwBtOCBNJgQxaj10RWjsZu0c6I" + "edis4S7B_coSKB0Kj9PaPaBzg-IySRvvcQuPamQu66riMhjVtG6TlV8CLCYK" + "rYl52ziqK0E_ym2QnkwsUX7eYTB7LbAHRK9GqocDE5B0f808I4s" d2048Base64 := "GRtbIQmhOZtyszfgKdg4u_N-R_mZGU_9k7JQ_jn1DnfTuMdSNprTeaSTyWfS" + "NkuaAwnOEbIQVy1IQbWVV25NY3ybc_IhUJtfri7bAXYEReWaCl3hdlPKXy9U" + "vqPYGR0kIXTQRqns-dVJ7jahlI7LyckrpTmrM8dWBo4_PMaenNnPiQgO0xnu" + "ToxutRZJfJvG4Ox4ka3GORQd9CsCZ2vsUDmsXOfUENOyMqADC6p1M3h33tsu" + "rY15k9qMSpG9OX_IJAXmxzAh_tWiZOwk2K4yxH9tS3Lq1yX8C1EWmeRDkK2a" + "hecG85-oLKQt5VEpWHKmjOi_gJSdSgqcN96X52esAQ" n4096Base64 := "AK9mcI3PaEhMPR2ICXxCsK0lek917W01OVK24Q6_eMKVJkzVKhf2muYn2B1Pkx_yvdWr7g0B1tjNSN66-A" + "PH7osa9F1x6WnzY16d2WY3xvidHxHMFol1sPa-xGKu94uFBp4rHqrj7nYBJX4QmHzLG95QANhJPz" + "C4P9M-lrVSyCVlHr2732NZpjoFN8dZtvNvNI_ndUb4fTgozmxbaRKGKawTjocP1DAtOzwwuOKPZM" + "WwI3nFEEDJqkhFh2uiINPWYtcs-onHXeKLpCJUwCXC4bEmgPErChOO3kvlZF6K2o8uoNBPkhnBog" + "q7tl8gxjnJWK5AdN2vZflmIwKuQaWB-12d341-5omqm-V9roqf7WpObLpkX1VeLeK9V96dnUl864" + "bap8RXvJlrQ-OMCBNax3YmtqMHWjafXe1tNavvEA8zi8dOchwyyUQ5xaPM_taf29AJA6F8xbeHFR" + "sAMX8piBOZYNZUm7SHu8tJOrAXmyDldCIeob2O4MRzMwfRgvQS_NAQNwPMuOBrpRr3b4slV6CfXs" + "k4cWTb3gs7ZXeSQFbJVmhaMDSjOFUzXxs75J4Ud639loa8jF0j7f5kInzR1t-UYj7YajigirKPaX" + "nI1OXxn0ZkBIRln0pVIbQFX5YJ96K9-YOpJnBNgYY_PNcvfl5SD87vYNOQxsbeIQIE-EkF" p4096Base64 := "AOQA7Ky1XEGqZcc7uSXwFbKjSNCmVBhCGqsDRdKJ1ErSmW98gnJ7pBIHTmiyFdJqU20SzY-YB05Xj3bfSY" + "ptJRPLO2cGiwrwjRB_EsG8OqexX_5le9_8x-8i6MhY3xGX5LABYs8dB0aLl3ysOtRgIvCeyeoJ0I" + "7nRYjwDlexxjl9z7OI28cW7Tdvljbk-LAgBmygsMluP2-n7T58Dl-SD-8BT5eiGFDFu76h_vmyTX" + "B1_zToAqBK2C5oM7OF_7Z7zuLjx7vz40xH6KD7Rkkvcwm95wfhYEZtHYFwqUhajE1vD5nCcGcCNh" + "quTLzPlW5RN2Asxm-_Dk-p7pIkH9aAP0k" q4096Base64 := "AMTv-c5IRTRvbx7Vyf06df2Rm2AwdaRlwy1QG3YAdojQ_PhICNH0-mTHqYaeNZRja6KniFKqaYimgdccW2" + "UhGGKZXQhHhyucZ-AE0NtPLFkd7RhegcrH5sbHOcDtWCSGwcne9Wzs54VyhIhGmOS5HYuLUD-sB0" + "NgMzm8vNsnF_qIt458x6L4GE97HnRnLdSJBFaNkEdLJGXN1fbtJIGgdKN1aOc5KafTi-q2DAHEe3" + "SmTzFPWD6NJ-jo0aJE9fXRQ06BUwUJtZXwaC4FCpcZKne2PSglc8AlqQOulcFLrsJ8fnG_vc7trS" + "_pw9zCxaaJQduYPyTbM9_szBj206lJb90" d4096Base64 := "QfFSeY4zl5LKG1MstcHg6IfBjyQ36inrbjSBMmk7_nPSnWo61B2LqOHr90EWgBlj03Q7IDrDymiLb-l9Gv" + "bMsRGmM4eDCKlPf5_6vtpTfN6dcrR2-KD9shaQgMVlHdgaX9a4RelBmq3dqaKVob0-sfsEBkyrbC" + "apIENUp8ECrERzJUP_vTtUKlYR3WnWRXlWmo-bYN5FPZrh2I0ZWLSF8EK9__ssfBxVO9DZgZwFd-" + "k7vSkgbisjUN6LBiVDEEF2kY1AeBIzMtvrDlkskEXPUim2qnTS6f15h7ErZfvwJYqTPR3dQL-yqz" + "RdYTBSNiGDrKdhCINL5FLI8NYQqifPF4hjPPlUVBCBoblOeSUnokh7l5VyTYShfS-Y24HjjUiZWk" + "XnNWsS0rubRYV69rq79GC45EwAvwQRPhGjYEQpS3BAzfdodjSVe_1_scCVVi7GpmhrEqz-ZJE3BY" + "i39ioGRddlGIMmMt_ddYpHNgt16qfLBGjJU2rveyxXm2zPZz-W-lJC8AjH8RqzFYikec2LNZ49xM" + "KiBAijpghSCoVCO_kTaesc6crJ125AL5T5df_C65JeXoCQsbbvQRdqQs4TG9uObkY8OWZ1VHjhUF" + "b1frplDQvc4bUqYFgQxGhrDFAbwKBECyUwqh0hJnDtQpFFcvhJj6AILVoLlVqNeWIK3iE" var testCases []primtiveTesCase publicKey2048 := &rsa.PublicKey{ N: new(big.Int).SetBytes(mustDecodeBase64(t, n2048Base64)), E: 65537, } privateKey2048 := &rsa.PrivateKey{ PublicKey: *publicKey2048, D: new(big.Int).SetBytes(mustDecodeBase64(t, d2048Base64)), Primes: []*big.Int{ new(big.Int).SetBytes(mustDecodeBase64(t, p2048Base64)), new(big.Int).SetBytes(mustDecodeBase64(t, q2048Base64)), }, } privateKey2048.Precompute() privateValues2048 := rsassapss.PrivateKeyValues{ D: secretdata.NewBytesFromData(mustDecodeBase64(t, d2048Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustDecodeBase64(t, p2048Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q2048Base64), insecuresecretdataaccess.Token{}), } // Test vector 0. testVec0PublicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 0, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 32, }, rsassapss.VariantNoPrefix)) testVec0PrivateKey, err := rsassapss.NewPrivateKey(testVec0PublicKey, privateValues2048) if err != nil { t.Fatalf("rsassapss.NewPrivateKey() err = %v, want nil", err) } testCases = append(testCases, primtiveTesCase{ name: fmt.Sprintf("2048-SHA256-RAW-salt32"), publicKey: testVec0PublicKey, privateKey: testVec0PrivateKey, signature: mustDecodeHex(t, "97db7e8f38015cb1d14530c0bf3a28dfdd61e7570f3fea2d2933ba0afbbe6358f7d0c39e9647fd27c9b441"+ "557dc3e1ce34f8664bfdf93a7b1af78650eae4ed61f16c8583058296019fe968e92bcf35f38cb85a"+ "32c2107a76790a95a715440da281d026172b8b6e043af417852988441dac5ea888c849668bdcbb58"+ "f5c34ebe9ab5d16f7fa6cff32e9ed6a65c58708d887af791a33f34f7fc2da8885a9c867d347c6f92"+ "996dcb24f99701d2b955bb66f38c057f4acd51ff02da59c3bc129593820552ca07825a7e9920c266"+ "8c8eb99f2a541d9ef34f34054fda0d8a792822cc00f3f274fa0fcbf3c6a32f9fb85cba8dc713941f"+ "92a7a4f082693a2f79ff8198d6"), message: mustDecodeHex(t, "aa"), }) // Test vector 1. testVec1PublicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 0, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA512, MGF1HashType: rsassapss.SHA512, PublicExponent: f4, SaltLengthBytes: 32, }, rsassapss.VariantNoPrefix)) testVec1PrivateKey, err := rsassapss.NewPrivateKey(testVec1PublicKey, privateValues2048) if err != nil { t.Fatalf("rsassapss.NewPrivateKey() err = %v, want nil", err) } testCases = append(testCases, primtiveTesCase{ name: fmt.Sprintf("2048-SHA512-RAW-salt32"), publicKey: testVec1PublicKey, privateKey: testVec1PrivateKey, signature: mustDecodeHex(t, "b21a035305dbe9119803932330dbfcc4ab11bf15f1b89b974e53e5e48d54433a230ec189da5f0c77e53fb0"+ "eb320fd36a9e7209ffc78759cc409c15d67b858782afa5f9c67d3880275d67cd98c40064adf08d9a"+ "58f0badb5c47b88a06ed81a23ffb131380c2f3bbc16a9290d13d31df54e2061b2f0acb3629a3693f"+ "03b3f2004b451de3e1ae2861654d145a5723f102f65533598aa5bc8e40b67190386a45fe99bf17c4"+ "610b2edf2538878989cacffd57b4c27c82ab72d95f380e50f0282423d759a6d06241cd88a817e3c9"+ "67ff0e2dd1cbbacc9402ffee0acf41bbec54ea2bbe01edadf0382c8ab2a897580c1cdf4e412032a0"+ "83d1e5d47a625a38aac8c552e1"), message: mustDecodeHex(t, "aa"), }) // Test vector 2. testVec2PublicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), uint32(0x99887766), mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 32, }, rsassapss.VariantTink)) testVec2PrivateKey, err := rsassapss.NewPrivateKey(testVec2PublicKey, privateValues2048) if err != nil { t.Fatalf("rsassapss.NewPrivateKey() err = %v, want nil", err) } testCases = append(testCases, primtiveTesCase{ name: fmt.Sprintf("2048-SHA256-TINK-salt32"), publicKey: testVec2PublicKey, privateKey: testVec2PrivateKey, signature: mustDecodeHex(t, "0199887766"+ "97db7e8f38015cb1d14530c0bf3a28dfdd61e7570f3fea2d2933ba0afbbe6358f7d0c39e9647fd27"+ "c9b441557dc3e1ce34f8664bfdf93a7b1af78650eae4ed61f16c8583058296019fe968e92bcf35f3"+ "8cb85a32c2107a76790a95a715440da281d026172b8b6e043af417852988441dac5ea888c849668b"+ "dcbb58f5c34ebe9ab5d16f7fa6cff32e9ed6a65c58708d887af791a33f34f7fc2da8885a9c867d34"+ "7c6f92996dcb24f99701d2b955bb66f38c057f4acd51ff02da59c3bc129593820552ca07825a7e99"+ "20c2668c8eb99f2a541d9ef34f34054fda0d8a792822cc00f3f274fa0fcbf3c6a32f9fb85cba8dc7"+ "13941f92a7a4f082693a2f79ff8198d6"), message: mustDecodeHex(t, "aa"), }) // Test vector 3. testVec3PublicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), uint32(0x99887766), mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 32, }, rsassapss.VariantCrunchy)) testVec3PrivateKey, err := rsassapss.NewPrivateKey(testVec3PublicKey, privateValues2048) if err != nil { t.Fatalf("rsassapss.NewPrivateKey() err = %v, want nil", err) } testCases = append(testCases, primtiveTesCase{ name: fmt.Sprintf("2048-SHA256-CRUNCHY-salt32"), publicKey: testVec3PublicKey, privateKey: testVec3PrivateKey, signature: mustDecodeHex(t, "0099887766"+ "97db7e8f38015cb1d14530c0bf3a28dfdd61e7570f3fea2d2933ba0afbbe6358f7d0c39e9647fd27"+ "c9b441557dc3e1ce34f8664bfdf93a7b1af78650eae4ed61f16c8583058296019fe968e92bcf35f3"+ "8cb85a32c2107a76790a95a715440da281d026172b8b6e043af417852988441dac5ea888c849668b"+ "dcbb58f5c34ebe9ab5d16f7fa6cff32e9ed6a65c58708d887af791a33f34f7fc2da8885a9c867d34"+ "7c6f92996dcb24f99701d2b955bb66f38c057f4acd51ff02da59c3bc129593820552ca07825a7e99"+ "20c2668c8eb99f2a541d9ef34f34054fda0d8a792822cc00f3f274fa0fcbf3c6a32f9fb85cba8dc7"+ "13941f92a7a4f082693a2f79ff8198d6"), message: mustDecodeHex(t, "aa"), }) // Test vector 4. testVec4PublicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), uint32(0x99887766), mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 32, }, rsassapss.VariantLegacy)) testVec4PrivateKey, err := rsassapss.NewPrivateKey(testVec4PublicKey, privateValues2048) if err != nil { t.Fatalf("rsassapss.NewPrivateKey() err = %v, want nil", err) } testCases = append(testCases, primtiveTesCase{ name: fmt.Sprintf("2048-SHA256-LEGACY-salt32"), publicKey: testVec4PublicKey, privateKey: testVec4PrivateKey, signature: mustDecodeHex(t, "0099887766"+ "433065815d23c7beff4780228b0e6212d7cedd6998c5528bd5b0a3ce90066a4a1f76c703745c23b4"+ "f7d92a5c84871dc9e6b2800d2bebd3d651afa86b1eb68924bacabc0699358417319f5f9f7b326e63"+ "6457c6098676f61c549b25c40975ee5cefa4c3c2b7d5d81efa0a78e4c777908762a0348022d425aa"+ "fcdc4f6ada902d359758ad75ae8988eb522ea11771c9d84fc9ffe6f3b317872335b1d4af5f60e40e"+ "1a0d2588cb6640383b5b193f094754c21250485eb9430b056bab0d781ba261bd6cf80ad520402b83"+ "bc30a81d9ce38b7de9844d7d1310696de099dbf2b642cfca8edb6b098c71d50710668870f3e47b11"+ "5ecf4a0933573c92027d737647daa9f8"), message: mustDecodeHex(t, "aa"), }) // Test vector 5. testVec5PublicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 0, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 64, }, rsassapss.VariantNoPrefix)) testVec5PrivateKey, err := rsassapss.NewPrivateKey(testVec5PublicKey, privateValues2048) if err != nil { t.Fatalf("rsassapss.NewPrivateKey() err = %v, want nil", err) } testCases = append(testCases, primtiveTesCase{ name: fmt.Sprintf("2048-SHA256-RAW-salt64"), publicKey: testVec5PublicKey, privateKey: testVec5PrivateKey, signature: mustDecodeHex(t, "aa5310c40c83878e0116ccc09efda3be6a88c667c797e61b6831e109fd6b5fbed9df08cf05711d79cb3841"+ "64fc5ddfb0de10a5110053c2b073449603bb11994fc0847d929806d5034e24db0662df5c0963fbac"+ "1d214842c4de1d7f4bfb741d8a2866e24819e8073042d17bccef92bbcdc6b34ca052486d60d12e9d"+ "992cebaaca5df2d7ea31c08af4d35338cdaa460a0ee568ff2bdaab1d72d6a8360713d98a0923ae92"+ "9cff9950fd48bf0fa05e4324f4f9561defbb8e2c4854122394dd55bda740d57064956255e36c6c1c"+ "c1970947d630121df570ba577957dd23116e9bf4c2c826ec4b52223735dd0c355165485ff6652656"+ "aa471a190c7f40e26c85440fc8"), message: mustDecodeHex(t, "aa"), }) publicKey4096 := &rsa.PublicKey{ N: new(big.Int).SetBytes(mustDecodeBase64(t, n4096Base64)), E: 65537, } privateKey4096 := &rsa.PrivateKey{ PublicKey: *publicKey4096, D: new(big.Int).SetBytes(mustDecodeBase64(t, d4096Base64)), Primes: []*big.Int{ new(big.Int).SetBytes(mustDecodeBase64(t, p4096Base64)), new(big.Int).SetBytes(mustDecodeBase64(t, q4096Base64)), }, } privateKey4096.Precompute() // Test vector 6. testVec6PublicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n4096Base64), 0, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 4096, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 32, }, rsassapss.VariantNoPrefix)) privateValues4096 := rsassapss.PrivateKeyValues{ D: secretdata.NewBytesFromData(mustDecodeBase64(t, d4096Base64), insecuresecretdataaccess.Token{}), P: secretdata.NewBytesFromData(mustDecodeBase64(t, p4096Base64), insecuresecretdataaccess.Token{}), Q: secretdata.NewBytesFromData(mustDecodeBase64(t, q4096Base64), insecuresecretdataaccess.Token{}), } testVec6PrivateKey, err := rsassapss.NewPrivateKey(testVec6PublicKey, privateValues4096) if err != nil { t.Fatalf("rsassapss.NewPrivateKey() err = %v, want nil", err) } testCases = append(testCases, primtiveTesCase{ name: fmt.Sprintf("4096-SHA256-RAW-salt32"), publicKey: testVec6PublicKey, privateKey: testVec6PrivateKey, signature: mustDecodeHex(t, "20c933ec5b1c7862d3695e4e98ce4494fb9225ffcca5cb6ff165790c856a7600092b8dc57c1e551fc8a85b"+ "6e0731f4e6b148c9b2b1ab72f8ea528591fa2cfc35a1d893d00aabff2d66471bcfa84cafa033d33c"+ "a9964c13ee316ddfdde2d1766272d60440f5df0eba22f419f2b95c2decf3621f0c3cb311b7f72bf2"+ "ca740414b31f74d3dd042abd005a1adc9aa4e57b65ef813476d7294aa516f04f96211dcc74497fd7"+ "f876997595ef1d3e9be241c0455acda0d004ecfbd66bba5b98fcec6d8bba4ede1d88ab585e422142"+ "167ac6fc096ddf389598f35a7b361f1946212e71b0d6f5ae5ae594bd4bc4ed52a8aa21607d845f2f"+ "9b921cc05edd12a8ecdb40d1265c4e038855dbcf895c9ce0012f62194eafa3aec3ae38fcf9922e80"+ "b3f123bfa6f5eea4d90036057eeabf3219fefd6bb9205489a9fb55e1ff280ab946350ca3dd7cd328"+ "c033a4e5756bffaa83f94767d02dcd2ba0c78af4e4dc51fae1125f683278c659fb9e2b269131af86"+ "410599d798e0d626477fb94af9be8e7c95f12467434b12fb415cea98c4eb05d879ef1e7eebf79268"+ "68f21d9e51c184bdc679c8aceda400bb4edc29c029b4b939b2ac43d712ef4b68a058f5f45ac70022"+ "abc5fec9389333a8b67a54b4a994f3ca7fdf14c73b5b130220fcc2607b27bdfa2b37e115bc8ccfe2"+ "489f51642f8556b0240ad86f7620d3e7664f76ac671da08e92b76f512b"), message: mustDecodeHex(t, "aa"), }) // Test vector 7. testVec7PublicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 0, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA384, MGF1HashType: rsassapss.SHA384, PublicExponent: f4, SaltLengthBytes: 32, }, rsassapss.VariantNoPrefix)) testVec7PrivateKey, err := rsassapss.NewPrivateKey(testVec7PublicKey, privateValues2048) if err != nil { t.Fatalf("rsassapss.NewPrivateKey() err = %v, want nil", err) } testCases = append(testCases, primtiveTesCase{ name: fmt.Sprintf("2048-SHA384-RAW-salt32"), publicKey: testVec7PublicKey, privateKey: testVec7PrivateKey, signature: mustDecodeHex(t, "8c87ec23317b97c5d5e3692da3aa7037c183d757d0aa79ed1a2ccc46cde8397e2a8b231057034b24358135"+ "87314335bf308f9c930682e7575ec54968fdf15d9a689230ee2822338a97f08af3ce85b81f1c4826"+ "17a2f3316b78b59ec3243541eb4e32bc3a33e20729f4019085dda89f7a6c4584ab9f4288755e6511"+ "7f3f1dca298ef9605804ee69a88bc7d7addb99b9dbee9f858d1f7df01f0b12fa9a9534bdeaf7f197"+ "c1cafcb0853f32bfed7cb9495f073fcaa2d73eab5f9398b07300dbc9b80dbff248106e6c8a52e564"+ "fd9de73e0122f576e5fa3c4bdb477663b616372568492b4f00b6261800b132a04a3dc735e44fc4ce"+ "9a72e3afaca5a0d50ea77388c9"), message: mustDecodeHex(t, "aa"), }) // Test vector 8. testVec8PublicKey := mustCreatePublicKey(t, mustDecodeBase64(t, n2048Base64), 0, mustCreateParameters(t, rsassapss.ParametersValues{ ModulusSizeBits: 2048, SigHashType: rsassapss.SHA256, MGF1HashType: rsassapss.SHA256, PublicExponent: f4, SaltLengthBytes: 0, }, rsassapss.VariantNoPrefix)) testVec8PrivateKey, err := rsassapss.NewPrivateKey(testVec8PublicKey, privateValues2048) if err != nil { t.Fatalf("rsassapss.NewPrivateKey() err = %v, want nil", err) } testCases = append(testCases, primtiveTesCase{ name: fmt.Sprintf("2048-SHA256-RAW-salt0"), publicKey: testVec8PublicKey, privateKey: testVec8PrivateKey, signature: mustDecodeHex(t, "5bfef53336a5148a2f880e28c92c71fa0523707390d075d7608a8eeab44cff5166946850f5818b00e48769"+ "22bf7cc0fedfdc1f8e265200c4c10e41686f62f8a621b8ca2771106deb28fa9b0ec2b2687f106b8f"+ "68695dddc0b80dc15bec32e7ad2de73edb2789a8222866521230f2795b6c74de777050f02a031577"+ "6855f4bb1e063c93ef8d1c4a91abe393017b0cfa09548f6f5bfd565d02bdce2116ffca232ede6f4e"+ "869aac226f703ae0ef739fe926f0f15f916a7fa17b407118d9a54353794835c224fa8c7b92137715"+ "26a7acb7575ddbd4ea3aaad6c827a5d1378773a4556763ed1442fddc76e29585c9d1992d42a8b730"+ "e744e44f3bfe5ddddc47b5d728"), message: mustDecodeHex(t, "aa"), }) return testCases } func TestVerifyCorrectness(t *testing.T) { for _, tc := range primitiveTestCases(t) { t.Run(tc.name, func(t *testing.T) { verifier, err := rsassapss.NewVerifier(tc.publicKey, internalapi.Token{}) if err != nil { t.Fatalf("rsassapss.NewVerifier() err = %v, want nil", err) } if err := verifier.Verify(tc.signature, tc.message); err != nil { t.Errorf("Verify() err = %v, want nil", err) } }) } } func TestVerifyFails(t *testing.T) { for _, tc := range primitiveTestCases(t) { t.Run(tc.name, func(t *testing.T) { verifier, err := rsassapss.NewVerifier(tc.publicKey, internalapi.Token{}) if err != nil { t.Fatalf("rsassapss.NewVerifier() err = %v, want nil", err) } prefix := tc.signature[:len(tc.privateKey.OutputPrefix())] rawSignature := tc.signature[len(tc.privateKey.OutputPrefix()):] // Modify the prefix. for i := 0; i < len(prefix); i++ { modifiedPrefix := slices.Clone(prefix) for j := 0; j < 8; j++ { modifiedPrefix[i] = byte(modifiedPrefix[i] ^ (1 << uint32(j))) s := slices.Concat(modifiedPrefix, rawSignature) if err := verifier.Verify(s, tc.message); err == nil { t.Errorf("verifier.Verify(%x, tc.message) err = nil, want error", s) } } } // Modify the signature. for i := 0; i < len(rawSignature); i++ { modifiedRawSignature := slices.Clone(rawSignature) for j := 0; j < 8; j++ { modifiedRawSignature[i] = byte(modifiedRawSignature[i] ^ (1 << uint32(j))) s := slices.Concat(prefix, modifiedRawSignature) if err := verifier.Verify(s, tc.message); err == nil { t.Errorf("verifier.Verify(%x, tc.message) err = nil, want error", s) } } } // Append a byte to the signature. for j := 0; j < 8; j++ { appendedSignature := slices.Concat(tc.signature, []byte{byte(j)}) if err := verifier.Verify(appendedSignature, tc.message); err == nil { t.Errorf("verifier.Verify(%x, tc.message) err = nil, want error", appendedSignature) } } // Truncated signature. if err := verifier.Verify(tc.signature[:len(tc.signature)-1], tc.message); err == nil { t.Errorf("verifier.Verify(%x, tc.message) err = nil, want error", tc.signature[:len(tc.signature)-1]) } // Modify the message. for i := 0; i < len(tc.message); i++ { modifiedData := slices.Clone(tc.message) for j := 0; j < 8; j++ { modifiedData[i] = byte(modifiedData[i] ^ (1 << uint32(j))) if err := verifier.Verify(tc.signature, modifiedData); err == nil { t.Errorf("verifier.Verify(signature, %x) err = nil, want error", modifiedData) } } } }) } } ================================================ FILE: signature/rsassapss/verifier.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapss import ( "bytes" "crypto/rsa" "fmt" "math/big" "slices" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/signature" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // verifier is an implementation of Verifier for RSA-SSA-PSS. type verifier struct { rawVerifier *signature.RSA_SSA_PSS_Verifier prefix []byte variant Variant } var _ tink.Verifier = (*verifier)(nil) // NewVerifier creates a new [tink.Verifier] that implements a full RSA-SSA-PSS // primitive from the given [PublicKey]. func NewVerifier(publicKey *PublicKey, _ internalapi.Token) (tink.Verifier, error) { rawVerifier, err := signature.New_RSA_SSA_PSS_Verifier(publicKey.parameters.SigHashType().String(), publicKey.parameters.SaltLengthBytes(), &rsa.PublicKey{ N: new(big.Int).SetBytes(publicKey.Modulus()), E: publicKey.parameters.PublicExponent(), }) if err != nil { return nil, err } return &verifier{ rawVerifier: rawVerifier, prefix: publicKey.OutputPrefix(), variant: publicKey.parameters.Variant(), }, nil } // Verify verifies the signature on the given data. func (v *verifier) Verify(signatureBytes, data []byte) error { if !bytes.HasPrefix(signatureBytes, v.prefix) { return fmt.Errorf("signature does not start with prefix %x", v.prefix) } toVerify := data if v.variant == VariantLegacy { toVerify = slices.Concat(data, []byte{0}) } signatureWithoutPrefix := signatureBytes[len(v.prefix):] return v.rawVerifier.Verify(signatureWithoutPrefix, toVerify) } func verifierConstructor(key key.Key) (any, error) { that, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is not a *rsassapss.PublicKey") } return NewVerifier(that, internalapi.Token{}) } ================================================ FILE: signature/rsassapss/verifier_key_manager_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package rsassapss_test import ( "crypto/rand" "crypto/rsa" "encoding/hex" "fmt" "math/big" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/tink" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" rsppb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pss_go_proto" ) const publicKeyTypeURL = "type.googleapis.com/google.crypto.tink.RsaSsaPssPublicKey" func makeValidRSAPSSKey() (*rsppb.RsaSsaPssPrivateKey, error) { rsaKey, err := rsa.GenerateKey(rand.Reader, 3072) if err != nil { return nil, err } return &rsppb.RsaSsaPssPrivateKey{ Version: 0, PublicKey: &rsppb.RsaSsaPssPublicKey{ N: rsaKey.PublicKey.N.Bytes(), E: big.NewInt(int64(rsaKey.PublicKey.E)).Bytes(), Version: 0, Params: &rsppb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 32, }, }, D: rsaKey.D.Bytes(), P: rsaKey.Primes[0].Bytes(), Q: rsaKey.Primes[1].Bytes(), Dp: rsaKey.Precomputed.Dp.Bytes(), Dq: rsaKey.Precomputed.Dq.Bytes(), Crt: rsaKey.Precomputed.Qinv.Bytes(), }, nil } func TestVerifierKeyManagerNewKeyNotSupported(t *testing.T) { vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, publicKeyTypeURL) } keyFormat := &rsppb.RsaSsaPssKeyFormat{ Params: &rsppb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA256, SaltLength: 32, }, ModulusSizeInBits: 3072, PublicExponent: []byte{0x01, 0x00, 0x01}, } serializedKeyFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := vkm.NewKey(serializedKeyFormat); err == nil { t.Errorf("NewKey() err = nil, want error") } if _, err := vkm.NewKeyData(serializedKeyFormat); err == nil { t.Errorf("NewKeyData() err = nil, want error") } } func TestVerifierKeyManagerDoesSupport(t *testing.T) { vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, publicKeyTypeURL) } if !vkm.DoesSupport(publicKeyTypeURL) { t.Errorf("DoesSupport(%q) = %v, want true", publicKeyTypeURL, vkm.DoesSupport(publicKeyTypeURL)) } if vkm.DoesSupport("fake.key.type") { t.Errorf("DoesSupport(%q) = %v, want false", "fake.key.type", vkm.DoesSupport("fake.key.type")) } } func TestVerifierKeyManagerTypeURL(t *testing.T) { vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, publicKeyTypeURL) } if vkm.TypeURL() != publicKeyTypeURL { t.Errorf("TypeURL() = %q, want %q", vkm.TypeURL(), publicKeyTypeURL) } } type nistRSATestKey struct { // public keys only require `n` and `e` to be set. n string e string d string p string q string dp string dq string crt string } // The following keys are from: // https://csrc.nist.gov/Projects/Cryptographic-Algorithm-Validation-Program/Digital-Signatures // Publication FIPS 186-4 // Signature Verification PSS // Only keys with public exponent 65537 (aka: F4, 0x010001) where chosen since golang rsa/crypto // doesn't support other exponent values. var ( rsaPSS2048NISTKey = &nistRSATestKey{ n: "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", e: "00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000010001", } rsaPSS3072NISTKey = &nistRSATestKey{ n: "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", e: "00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000010001", } rsaPSS4096NISTKey = &nistRSATestKey{ n: "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", e: "00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000010001", } ) type nistRSAPSSTestVector struct { name string msg string sig string hashFunc commonpb.HashType saltLen int pubKey *nistRSATestKey } // The following test vectors are from: // https://csrc.nist.gov/Projects/Cryptographic-Algorithm-Validation-Program/Digital-Signatures // Publication FIPS 186-4 // Signature Verification PSS var nistRSAPSSTestVectors = []nistRSAPSSTestVector{ { name: "RSA_SSA_PSS_2048_SHA256_10", msg: "81eaf473d40896dbf4deac0f35c63bd1e129147c76e7aa8d0ef921631f55a7436411079f1bcc7b98714ac2c13b5e7326e60d918db1f05ffb19da767a95bb141a84c4b73664ccebf844f3601f7c853f009b21becba11af3106f1de5827b14e9fac84b2cbf16d18c045622acb260024768e8acc4c0ae2c0bd5f60a98023828cdec", sig: "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", hashFunc: commonpb.HashType_SHA256, saltLen: 10, pubKey: rsaPSS2048NISTKey, }, { name: "RSA_SSA_PSS_2048_SHA384_10", msg: "32a7b1479acf505db793f3ebed953f4e31c9ecad1a3479df3af31e89ae7e0387f42eaf8efdfdc30f838ee85e9d6d06139197b7b1e93dfb85c9c52dd17f12352a5c05001fc2432d1b7f39098d595ebe45eab8c721afa2a7ea5bccdb7971830d1e11338a42122af64a529e3fbf4af2cface635064893ece7d5991111c8ab5bf12a", sig: "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", hashFunc: commonpb.HashType_SHA384, saltLen: 10, pubKey: rsaPSS2048NISTKey, }, { name: "RSA_SSA_PSS_2048_SHA512_10", msg: "35a37946e52678ee378f5f176838ef08f3c21392b1ad204645255be5b71fbc185fa5f161056ea65246b204fd393c77ab53c1b5d18870fc3fb3ca9a9b38b4b30ee8cb3f3d25f7527b4643a03c3dec40cd76b7b04303881ab2f731d59f0f882fb798bc6ac18ce904d1ffe93cbeb96ed1d7254d0dd26a1d0205d70114d984c2b77b", sig: "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", hashFunc: commonpb.HashType_SHA512, saltLen: 10, pubKey: rsaPSS2048NISTKey, }, { name: "RSA_SSA_PSS_3072_SHA256_10", msg: "886f83a22335aee35be0f76ec4c32e644c29467e1ba459fcbea2ebdf8541735829651880b207b84998d02eb529e6d5462a0648b5c1d36ce7936db11c2946946a9831696a61bc573196c0a4813e363241fb4c4a2beab999c5cb4d789262cc71891cfcfec6f6fd93809bd9df3bcc5c503e0526d5485efee77faf69caa9f77b109e", sig: "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", hashFunc: commonpb.HashType_SHA256, saltLen: 10, pubKey: rsaPSS3072NISTKey, }, { name: "RSA_SSA_PSS_3072_SHA384_10", msg: "5e5ca00767fad960921dcbbf16eb8e2ee85ad6db8caa6dbe2c33e17ce7607a8c6bfc6e98c6ac582679bde777ce20d3af6cb3163729c358601fceab49028d7802b131b9f10aee697503b639caf647852d3d678640ff6ec9af4906e014612f57185786eadbdcc6f497578f2b8036668bee82fe90bdb7b5a8f4d262e8a6ab4efe16", sig: "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", hashFunc: commonpb.HashType_SHA384, saltLen: 10, pubKey: rsaPSS3072NISTKey, }, { name: "RSA_SSA_PSS_3072_SHA512_10", msg: "be7d5fca06c75896b6bbb0333a625d876b851447bf121975bcc05527b3f6a98baaea82289a06ad66db8f6d51dc88cb9a17d42ede449c2b2bcdf09ec183b1fa158faedd1cab0de8c592edcdc8b449a99e2f1f95d0fbd2777564ce1ff6be6a8f155412992ea1a5b0bcc31cf81e2c6d9f9c9bae70a54a7ea55a69a1fd51ccea0f92", sig: "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", hashFunc: commonpb.HashType_SHA512, saltLen: 10, pubKey: rsaPSS3072NISTKey, }, { name: "RSA_SSA_PSS_4096_SHA256_10", sig: "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", msg: "158009419260a400e8eb9d7f65c65c9c3fdc67d3d99aca0c425fbcb7fe2e7f1b0aa788eb1a35e01b2588caf12346a65f16fd1590475d5ec1d2a411526459ea1d443df706907ffdd3ca2f193f93f5a349b50357d26748b767cde6ab5cbfe76b1acb2b9eb97da5c4d2ddc8d18e3a3b1a0326d475c1c2c49ca73c0fd3fc9540cbbb", hashFunc: commonpb.HashType_SHA256, saltLen: 10, pubKey: rsaPSS4096NISTKey, }, { name: "RSA_SSA_PSS_4096_SHA384_10", sig: "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", msg: "3874dd769d0426ee7dcbdceb67a9ad770e1781e34b15a45f656328c88ff485c1b2a083056d195afc5b20178c94f94131761cbd50a52defc8502e22cbb6f42aece9d74778d2ae4d0a76fb025a7762c856de607c7417399d463d32b14f9901e4156582f377d5ab484158c267fe1bcd880dce4b85f7ac21f700b5d79cfc3e04fd64", hashFunc: commonpb.HashType_SHA384, saltLen: 10, pubKey: rsaPSS4096NISTKey, }, { name: "RSA_SSA_PSS_4096_SHA384_10", sig: "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", msg: "b1a82d51fc2abf919b68f369f3057136f8f2f1204337f0fb66f0a76f7c953d57047f3c68efa84213f7b3f9ac332c48cbe810cbf3a39081718412c587dd7980cafca69cc9443ebcef83ae2aab7f6d10cdd281ec34f8453ea6a76983ff5e3a678e412437bc247595eee6636fad005132055d4e3a2a6ddf8e6275feca1e29625c6a", hashFunc: commonpb.HashType_SHA512, saltLen: 10, pubKey: rsaPSS4096NISTKey, }, } func (t *nistRSAPSSTestVector) ProtoKey() (*rsppb.RsaSsaPssPublicKey, error) { e, err := hex.DecodeString(t.pubKey.e) if err != nil { return nil, fmt.Errorf("hex.DecodeString(t.pubKey.e) err = %v, want nil", err) } n, err := hex.DecodeString(t.pubKey.n) if err != nil { return nil, fmt.Errorf("hex.DecodeString(t.pubKey.n) err = %v, want nil", err) } return &rsppb.RsaSsaPssPublicKey{ Version: 0, Params: &rsppb.RsaSsaPssParams{ SigHash: t.hashFunc, Mgf1Hash: t.hashFunc, SaltLength: int32(t.saltLen), }, E: e, N: n, }, nil } func TestVerifierKeyManagerPrimitive(t *testing.T) { vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, publicKeyTypeURL) } for _, tc := range nistRSAPSSTestVectors { t.Run("nist test vector", func(t *testing.T) { k, err := tc.ProtoKey() if err != nil { t.Fatalf("tc.ProtoKey() err = %v, want nil", err) } sig, err := hex.DecodeString(tc.sig) if err != nil { t.Fatalf("hex.DecodeString() err = %v, want nil", err) } msg, err := hex.DecodeString(tc.msg) if err != nil { t.Fatalf("hex.DecodeString() err = %v, want nil", err) } serializedPublic, err := proto.Marshal(k) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } v, err := vkm.Primitive(serializedPublic) if err != nil { t.Fatalf("Primitive() err = %v, want nil", err) } verifier, ok := v.(tink.Verifier) if !ok { t.Fatalf("primitive isn't a tink verifier") } if err := verifier.Verify(sig, msg); err != nil { t.Errorf("verifier.Verify() err = %v, want nil", err) } }) } } func TestVerifierKeyManagerPrimitiveFailsWithInvalidKey(t *testing.T) { type testCase struct { tag string pubKey *rsppb.RsaSsaPssPublicKey } vkm, err := registry.GetKeyManager(publicKeyTypeURL) if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", err, publicKeyTypeURL) } privKey, err := makeValidRSAPSSKey() if err != nil { t.Fatalf("makeValidRSAPSSKey() err = %v, want nil", err) } validPubKey := privKey.GetPublicKey() for _, tc := range []testCase{ { tag: "empty public key", pubKey: &rsppb.RsaSsaPssPublicKey{}, }, { tag: "nil params", pubKey: &rsppb.RsaSsaPssPublicKey{ Version: validPubKey.GetVersion(), Params: nil, N: validPubKey.GetN(), E: validPubKey.GetE(), }, }, { tag: "invalid public key version", pubKey: &rsppb.RsaSsaPssPublicKey{ Version: validPubKey.GetVersion() + 1, Params: validPubKey.GetParams(), N: validPubKey.GetN(), E: validPubKey.GetE(), }, }, { tag: "different sig and mgf1 hash functions", pubKey: &rsppb.RsaSsaPssPublicKey{ Version: validPubKey.GetVersion(), Params: &rsppb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA256, Mgf1Hash: commonpb.HashType_SHA384, SaltLength: validPubKey.GetParams().GetSaltLength(), }, N: validPubKey.GetN(), E: validPubKey.GetE(), }, }, { tag: "negative salt length", pubKey: &rsppb.RsaSsaPssPublicKey{ Version: validPubKey.GetVersion(), Params: &rsppb.RsaSsaPssParams{ SigHash: validPubKey.GetParams().GetSigHash(), Mgf1Hash: validPubKey.GetParams().GetMgf1Hash(), SaltLength: -1, }, N: validPubKey.GetN(), E: validPubKey.GetE(), }, }, { tag: "invalid hash function", pubKey: &rsppb.RsaSsaPssPublicKey{ Version: validPubKey.GetVersion(), Params: &rsppb.RsaSsaPssParams{ SigHash: commonpb.HashType_UNKNOWN_HASH, Mgf1Hash: commonpb.HashType_UNKNOWN_HASH, SaltLength: validPubKey.GetParams().GetSaltLength(), }, N: validPubKey.GetN(), E: validPubKey.GetE(), }, }, { tag: "unsafe hash function", pubKey: &rsppb.RsaSsaPssPublicKey{ Version: validPubKey.GetVersion(), Params: &rsppb.RsaSsaPssParams{ SigHash: commonpb.HashType_SHA1, Mgf1Hash: commonpb.HashType_SHA1, SaltLength: validPubKey.GetParams().GetSaltLength(), }, N: validPubKey.GetN(), E: validPubKey.GetE(), }, }, { tag: "invalid modulus", pubKey: &rsppb.RsaSsaPssPublicKey{ Version: validPubKey.GetVersion(), Params: validPubKey.GetParams(), N: []byte{0x00}, E: validPubKey.GetE(), }, }, { tag: "invalid exponent", pubKey: &rsppb.RsaSsaPssPublicKey{ Version: validPubKey.GetVersion(), Params: validPubKey.GetParams(), N: validPubKey.GetN(), E: []byte{0x01}, }, }, { tag: "exponent larger than 64 bits", pubKey: &rsppb.RsaSsaPssPublicKey{ Version: validPubKey.GetVersion(), Params: validPubKey.GetParams(), N: validPubKey.GetN(), E: random.GetRandomBytes(32), }, }, } { t.Run(tc.tag, func(t *testing.T) { serializedPubKey, err := proto.Marshal(tc.pubKey) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := vkm.Primitive(serializedPubKey); err == nil { t.Errorf("Primitive() err = nil, want error") } }) } } ================================================ FILE: signature/signature.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package signature provides implementations of the Signer and Verifier // primitives. // // To sign data using Tink you can use ECDSA, ED25519 or RSA-SSA-PSS or // RSA-SSA-PKCS1 key templates. package signature import ( _ "github.com/tink-crypto/tink-go/v2/signature/ecdsa" // register ecdsa key managers and keys _ "github.com/tink-crypto/tink-go/v2/signature/ed25519" // register ed25519 key managers and keys _ "github.com/tink-crypto/tink-go/v2/signature/mldsa" // register mldsa key managers _ "github.com/tink-crypto/tink-go/v2/signature/rsassapkcs1" // register rsassapkcs1 key managers _ "github.com/tink-crypto/tink-go/v2/signature/rsassapss" // register rsassapss key managers _ "github.com/tink-crypto/tink-go/v2/signature/slhdsa" // register slhdsa key managers ) ================================================ FILE: signature/signature_benchmark_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature_test import ( "testing" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // Benchmarks for Signature algorithms. const benchmarkDataSize = 16 * 1024 func mustCreateECDSAParams(curveType ecdsa.CurveType, hashType ecdsa.HashType, encoding ecdsa.SignatureEncoding, variant ecdsa.Variant) key.Parameters { params, err := ecdsa.NewParameters(curveType, hashType, encoding, variant) if err != nil { panic(err) } return params } var benchmarkTestCases = []struct { name string template *tinkpb.KeyTemplate params key.Parameters }{ { name: "RSA_SSA_PKCS1_3072", template: signature.RSA_SSA_PKCS1_3072_SHA256_F4_Key_Template(), }, { name: "RSA_SSA_PSS_3072", template: signature.RSA_SSA_PSS_3072_SHA256_32_F4_Key_Template(), }, { name: "RSA_SSA_PKCS1_4096", template: signature.RSA_SSA_PKCS1_4096_SHA512_F4_Key_Template(), }, { name: "RSA_SSA_PSS_4096", template: signature.RSA_SSA_PSS_4096_SHA512_64_F4_Key_Template(), }, { name: "ECDSA_P256", params: mustCreateECDSAParams(ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantTink), }, { name: "ECDSA_P256_RAW", params: mustCreateECDSAParams(ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantNoPrefix), }, { name: "ECDSA_P256_LEGACY", params: mustCreateECDSAParams(ecdsa.NistP256, ecdsa.SHA256, ecdsa.DER, ecdsa.VariantLegacy), }, { name: "ECDSA_P384", params: mustCreateECDSAParams(ecdsa.NistP384, ecdsa.SHA384, ecdsa.DER, ecdsa.VariantTink), }, { name: "ECDSA_P521", params: mustCreateECDSAParams(ecdsa.NistP521, ecdsa.SHA512, ecdsa.DER, ecdsa.VariantTink), }, { name: "ED25519", template: signature.ED25519KeyTemplate(), }, } func mustCreateKeyset(b *testing.B, template *tinkpb.KeyTemplate, params key.Parameters) *keyset.Handle { km := keyset.NewManager() var keyID uint32 var err error if params != nil { keyID, err = km.AddNewKeyFromParameters(params) } else { keyID, err = km.Add(template) } if err != nil { b.Fatal(err) } if err := km.SetPrimary(keyID); err != nil { b.Fatal(err) } handle, err := km.Handle() if err != nil { b.Fatal(err) } return handle } func BenchmarkSign(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle := mustCreateKeyset(b, tc.template, tc.params) primitive, err := signature.NewSigner(handle) if err != nil { b.Fatal(err) } data := random.GetRandomBytes(benchmarkDataSize) b.ResetTimer() for i := 0; i < b.N; i++ { _, err = primitive.Sign(data) if err != nil { b.Fatal(err) } } }) } } func BenchmarkVerify(b *testing.B) { for _, tc := range benchmarkTestCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle := mustCreateKeyset(b, tc.template, tc.params) signer, err := signature.NewSigner(handle) if err != nil { b.Fatal(err) } data := random.GetRandomBytes(benchmarkDataSize) sig, err := signer.Sign(data) if err != nil { b.Fatal(err) } publicHandle, err := handle.Public() if err != nil { b.Fatal(err) } primitive, err := signature.NewVerifier(publicHandle) if err != nil { b.Fatal(err) } b.ResetTimer() for i := 0; i < b.N; i++ { err = primitive.Verify(sig, data) if err != nil { b.Fatal(err) } } }) } } ================================================ FILE: signature/signature_factory_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature_test import ( "bytes" "fmt" "reflect" "slices" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/testing/stubkeymanager" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestSignerVerifyFactory(t *testing.T) { tinkPriv, tinkPub := newECDSAKeysetKeypair(t, commonpb.HashType_SHA512, commonpb.EllipticCurveType_NIST_P521, tinkpb.OutputPrefixType_TINK, 1) legacyPriv, legacyPub := newECDSAKeysetKeypair(t, commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256, tinkpb.OutputPrefixType_LEGACY, 2) rawPriv, rawPub := newECDSAKeysetKeypair(t, commonpb.HashType_SHA512, commonpb.EllipticCurveType_NIST_P384, tinkpb.OutputPrefixType_RAW, 3) crunchyPriv, crunchyPub := newECDSAKeysetKeypair(t, commonpb.HashType_SHA512, commonpb.EllipticCurveType_NIST_P384, tinkpb.OutputPrefixType_CRUNCHY, 4) privKeys := []*tinkpb.Keyset_Key{tinkPriv, legacyPriv, rawPriv, crunchyPriv} privKeyset := testutil.NewKeyset(privKeys[0].KeyId, privKeys) privKeysetHandle, err := testkeyset.NewHandle(privKeyset) if err != nil { t.Fatalf("testkeyset.NewHandle() err = %q, want nil", err) } pubKeys := []*tinkpb.Keyset_Key{tinkPub, legacyPub, rawPub, crunchyPub} pubKeyset := testutil.NewKeyset(pubKeys[0].KeyId, pubKeys) pubKeysetHandle, err := testkeyset.NewHandle(pubKeyset) if err != nil { t.Fatalf("testkeyset.NewHandle(pubKeyset) err = %v, want nil", err) } // sign some random data signer, err := signature.NewSigner(privKeysetHandle) if err != nil { t.Fatalf("signature.NewSigner(privKeysetHandle) err = %v, want nil", err) } data := random.GetRandomBytes(1211) sig, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(data) err = %v, want nil", err) } // verify with the same set of public keys should work verifier, err := signature.NewVerifier(pubKeysetHandle) if err != nil { t.Fatalf("signature.NewVerifier(pubKeysetHandle) err = %v, want nil", err) } if err := verifier.Verify(sig, data); err != nil { t.Errorf("verifier.Verify(sig, data) = %v, want nil", err) } // verify with other key should fail _, otherPub := newECDSAKeysetKeypair(t, commonpb.HashType_SHA512, commonpb.EllipticCurveType_NIST_P521, tinkpb.OutputPrefixType_TINK, 1) otherPubKeys := []*tinkpb.Keyset_Key{otherPub} otherPubKeyset := testutil.NewKeyset(otherPubKeys[0].KeyId, otherPubKeys) otherPubKeysetHandle, err := testkeyset.NewHandle(otherPubKeyset) if err != nil { t.Fatalf("testkeyset.NewHandle(otherPubKeyset) err = %v, want nil", err) } otherVerifier, err := signature.NewVerifier(otherPubKeysetHandle) if err != nil { t.Fatalf("signature.NewVerifier(otherPubKeysetHandle) err = %v, want nil", err) } if err = otherVerifier.Verify(sig, data); err == nil { t.Error("otherVerifier.Verify(sig, data) = nil, want not nil") } } func TestPrimitiveFactoryFailsWithEmptyHandle(t *testing.T) { handle := &keyset.Handle{} if _, err := signature.NewVerifier(handle); err == nil { t.Errorf("signature.NewVerifier(handle) err = nil, want not nil") } } func newECDSAKeysetKeypair(t *testing.T, hashType commonpb.HashType, curve commonpb.EllipticCurveType, outputPrefixType tinkpb.OutputPrefixType, keyID uint32) (*tinkpb.Keyset_Key, *tinkpb.Keyset_Key) { t.Helper() key := testutil.NewRandomECDSAPrivateKey(hashType, curve) serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keyData := testutil.NewKeyData(testutil.ECDSASignerTypeURL, serializedKey, tinkpb.KeyData_ASYMMETRIC_PRIVATE) privKey := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, keyID, outputPrefixType) serializedKey, err = proto.Marshal(key.PublicKey) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } keyData = testutil.NewKeyData(testutil.ECDSAVerifierTypeURL, serializedKey, tinkpb.KeyData_ASYMMETRIC_PUBLIC) pubKey := testutil.NewKey(keyData, tinkpb.KeyStatusType_ENABLED, keyID, outputPrefixType) return privKey, pubKey } func TestFactoryWithInvalidPrimitiveSetType(t *testing.T) { wrongKH, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } _, err = signature.NewSigner(wrongKH) if err == nil { t.Error("signature.NewSigner(wrongKH) err = nil, want not nil") } _, err = signature.NewVerifier(wrongKH) if err == nil { t.Error("signature.NewVerifier(wrongKH) err = nil, want not nil") } } func TestFactoryWithValidPrimitiveSetType(t *testing.T) { goodKH, err := keyset.NewHandle(signature.ECDSAP256KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(signature.ECDSAP256KeyTemplate()) err = %v, want nil", err) } _, err = signature.NewSigner(goodKH) if err != nil { t.Fatalf("signature.NewSigner(goodKH) err = %v, want nil", err) } goodPublicKH, err := goodKH.Public() if err != nil { t.Fatalf("goodKH.Public() err = %v, want nil", err) } _, err = signature.NewVerifier(goodPublicKH) if err != nil { t.Errorf("signature.NewVerifier(goodPublicKH) err = %v, want nil", err) } } func TestPrimitiveFactorySignVerifyWithoutAnnotationsDoesNothing(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } privHandle, err := keyset.NewHandle(signature.ED25519KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } signer, err := signature.NewSigner(privHandle) if err != nil { t.Fatalf("signature.NewSigner() err = %v, want nil", err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("privHandle.Public() err = %v, want nil", err) } verifier, err := signature.NewVerifier(pubHandle) if err != nil { t.Fatalf("signature.NewVerifier() err = %v, want nil", err) } data := []byte("some_important_data") sig, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign() err = %v, want nil", err) } if err := verifier.Verify(sig, data); err != nil { t.Fatalf("verifier.Verify() err = %v, want nil", err) } if len(client.Events()) != 0 { t.Errorf("len(client.Events()) = %d, want 0", len(client.Events())) } if len(client.Failures()) != 0 { t.Errorf("len(client.Failures()) = %d, want 0", len(client.Failures())) } } func TestPrimitiveFactoryMonitoringWithAnnotationsLogSignVerify(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } handle, err := keyset.NewHandle(signature.ED25519KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(handle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} privHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } signer, err := signature.NewSigner(privHandle) if err != nil { t.Fatalf("signature.NewSigner() err = %v, want nil", err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("privHandle.Public() err = %v, want nil", err) } buff.Reset() if err := insecurecleartextkeyset.Write(pubHandle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } pubHandle, err = insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } verifier, err := signature.NewVerifier(pubHandle) if err != nil { t.Fatalf("signature.NewVerifier() err = %v, want nil", err) } data := []byte("some_important_data") sig, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign() err = %v, want nil", err) } if err := verifier.Verify(sig, data); err != nil { t.Fatalf("verifier.Verify() err = %v, want nil", err) } if len(client.Failures()) != 0 { t.Errorf("len(client.Failures()) = %d, want 0", len(client.Failures())) } got := client.Events() wantVerifyKeysetInfo := &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: pubHandle.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: pubHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.Ed25519PublicKey", KeyPrefix: "TINK", }, }, } wantSignKeysetInfo := &monitoring.KeysetInfo{ Annotations: annotations, PrimaryKeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Entries: []*monitoring.Entry{ { KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.Ed25519PrivateKey", KeyPrefix: "TINK", }, }, } want := []*fakemonitoring.LogEvent{ { Context: monitoring.NewContext("public_key_sign", "sign", wantSignKeysetInfo), KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), }, { Context: monitoring.NewContext("public_key_verify", "verify", wantVerifyKeysetInfo), KeyID: privHandle.KeysetInfo().GetPrimaryKeyId(), NumBytes: len(data), }, } if diff := cmp.Diff(want, got); diff != "" { t.Errorf("%v", diff) } } type alwaysFailingSigner struct{} func (a *alwaysFailingSigner) Sign(data []byte) ([]byte, error) { return nil, fmt.Errorf("failed") } func TestPrimitiveFactoryMonitoringWithAnnotationsSignFailureIsLogged(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } typeURL := "TestPrimitiveFactoryMonitoringWithAnnotationsSignFailureIsLogged" + "PrivateKeyManager" km := &stubkeymanager.StubPrivateKeyManager{ StubKeyManager: stubkeymanager.StubKeyManager{ URL: typeURL, Prim: &alwaysFailingSigner{}, KeyData: &tinkpb.KeyData{ TypeUrl: typeURL, Value: []byte("serialized_key"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, }, } if err := registry.RegisterKeyManager(km); err != nil { t.Fatalf("registry.RegisterKeyManager() err = %v, want nil", err) } template := &tinkpb.KeyTemplate{ TypeUrl: typeURL, OutputPrefixType: tinkpb.OutputPrefixType_LEGACY, } kh, err := keyset.NewHandle(template) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } buff := &bytes.Buffer{} if err := insecurecleartextkeyset.Write(kh, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } annotations := map[string]string{"foo": "bar"} privHandle, err := insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } signer, err := signature.NewSigner(privHandle) if err != nil { t.Fatalf("signature.NewSigner() err = %v, want nil", err) } if _, err := signer.Sign([]byte("some_data")); err == nil { t.Fatalf("signer.Sign() err = nil, want error") } if len(client.Events()) != 0 { t.Errorf("len(client.Events()) = %d, want 0", len(client.Events())) } got := client.Failures() want := []*fakemonitoring.LogFailure{ { Context: monitoring.NewContext( "public_key_sign", "sign", monitoring.NewKeysetInfo( annotations, kh.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: kh.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: typeURL, KeyPrefix: "LEGACY", }, }, ), ), }, } if diff := cmp.Diff(want, got); diff != "" { t.Errorf("%v", diff) } } func TestPrimitiveFactoryMonitoringWithAnnotationsVerifyFailureIsLogged(t *testing.T) { defer internalregistry.ClearMonitoringClient() client := fakemonitoring.NewClient("fake-client") if err := internalregistry.RegisterMonitoringClient(client); err != nil { t.Fatalf("internalregistry.RegisterMonitoringClient() err = %v, want nil", err) } privHandle, err := keyset.NewHandle(signature.ED25519KeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("privHandle.Public() err = %v, want nil", err) } buff := &bytes.Buffer{} annotations := map[string]string{"foo": "bar"} if err := insecurecleartextkeyset.Write(pubHandle, keyset.NewBinaryWriter(buff)); err != nil { t.Fatalf("insecurecleartextkeyset.Write() err = %v, want nil", err) } pubHandle, err = insecurecleartextkeyset.Read(keyset.NewBinaryReader(buff), keyset.WithAnnotations(annotations)) if err != nil { t.Fatalf("insecurecleartextkeyset.Read() err = %v, want nil", err) } verifier, err := signature.NewVerifier(pubHandle) if err != nil { t.Fatalf("signature.NewVerifier() err = %v, want nil", err) } if err := verifier.Verify([]byte("some_invalid_signature"), []byte("some_invalid_data")); err == nil { t.Fatalf("verifier.Verify() err = nil, want error") } if len(client.Events()) != 0 { t.Errorf("len(client.Events()) = %d, want 0", len(client.Events())) } got := client.Failures() want := []*fakemonitoring.LogFailure{ { Context: monitoring.NewContext( "public_key_verify", "verify", monitoring.NewKeysetInfo( annotations, pubHandle.KeysetInfo().GetPrimaryKeyId(), []*monitoring.Entry{ { KeyID: pubHandle.KeysetInfo().GetPrimaryKeyId(), Status: monitoring.Enabled, KeyType: "tink.Ed25519PublicKey", KeyPrefix: "TINK", }, }, ), ), }, } if diff := cmp.Diff(want, got); diff != "" { t.Errorf("%v", diff) } } func TestVerifyWithLegacyKeyDoesNotHaveSideEffectOnMessage(t *testing.T) { privateKey, publicKey := newECDSAKeysetKeypair(t, commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256, tinkpb.OutputPrefixType_LEGACY, 2) privateKeyset := testutil.NewKeyset(privateKey.KeyId, []*tinkpb.Keyset_Key{privateKey}) privateHandle, err := testkeyset.NewHandle(privateKeyset) if err != nil { t.Fatalf("testkeyset.NewHandle(privateHandle) err = %v, want nil", err) } publicKeyset := testutil.NewKeyset(publicKey.KeyId, []*tinkpb.Keyset_Key{publicKey}) publicHandle, err := testkeyset.NewHandle(publicKeyset) if err != nil { t.Fatalf("testkeyset.NewHandle(publicKeyset) err = %v, want nil", err) } signer, err := signature.NewSigner(privateHandle) if err != nil { t.Fatalf("signature.NewSigner(privateHandle) err = %v, want nil", err) } verifier, err := signature.NewVerifier(publicHandle) if err != nil { t.Fatalf("signature.NewVerifier(publicHandle) err = %v, want nil", err) } data := []byte("data") message := data[:3] // Let message be a slice of data. sig, err := signer.Sign(message) if err != nil { t.Fatalf("signer.Sign(message) err = %v, want nil", err) } err = verifier.Verify(sig, message) if err != nil { t.Fatalf("verifier.Verify(sig, message) err = %v, want nil", err) } wantData := []byte("data") if !bytes.Equal(data, wantData) { t.Errorf("data = %q, want: %q", data, wantData) } } const stubPrivateKeyURL = "type.googleapis.com/google.crypto.tink.StubPrivateKey" const stubPublicKeyURL = "type.googleapis.com/google.crypto.tink.StubPublicKey" type stubFullSigner struct{} func (s *stubFullSigner) Sign(data []byte) ([]byte, error) { return slices.Concat([]byte("full_primitive_prefix"), data), nil } type stubFullVerifier struct{} func (s *stubFullVerifier) Verify(sig, data []byte) error { if !bytes.Equal(sig, slices.Concat([]byte("full_primitive_prefix"), data)) { return fmt.Errorf("invalid signature %s", sig) } return nil } var _ tink.Verifier = (*stubFullVerifier)(nil) type stubParams struct{} var _ key.Parameters = (*stubParams)(nil) func (p *stubParams) Equal(_ key.Parameters) bool { return true } func (p *stubParams) HasIDRequirement() bool { return true } type stubPublicKey struct { prefixType tinkpb.OutputPrefixType idRequirement uint32 } var _ key.Key = (*stubPublicKey)(nil) func (p *stubPublicKey) Equal(_ key.Key) bool { return true } func (p *stubPublicKey) Parameters() key.Parameters { return &stubParams{} } func (p *stubPublicKey) IDRequirement() (uint32, bool) { return p.idRequirement, p.HasIDRequirement() } func (p *stubPublicKey) HasIDRequirement() bool { return p.prefixType == tinkpb.OutputPrefixType_RAW } func (p *stubPublicKey) OutputPrefix() []byte { prefix, err := cryptofmt.OutputPrefix(&tinkpb.Keyset_Key{OutputPrefixType: p.prefixType, KeyId: p.idRequirement}) if err != nil { panic(err) } return []byte(prefix) } type stubPublicKeySerialization struct{} var _ protoserialization.KeySerializer = (*stubPublicKeySerialization)(nil) func (s *stubPublicKeySerialization) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: stubPublicKeyURL, Value: []byte("serialized_public_key"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, key.(*stubPublicKey).prefixType, key.(*stubPublicKey).idRequirement, ) } type stubPublicKeyParser struct{} var _ protoserialization.KeyParser = (*stubPublicKeyParser)(nil) func (s *stubPublicKeyParser) ParseKey(serialization *protoserialization.KeySerialization) (key.Key, error) { idRequirement, _ := serialization.IDRequirement() return &stubPublicKey{ prefixType: serialization.OutputPrefixType(), idRequirement: idRequirement, }, nil } type stubPrivateKey struct { prefixType tinkpb.OutputPrefixType idRequirement uint32 } var _ key.Key = (*stubPrivateKey)(nil) func (p *stubPrivateKey) Equal(_ key.Key) bool { return true } func (p *stubPrivateKey) Parameters() key.Parameters { return &stubParams{} } func (p *stubPrivateKey) IDRequirement() (uint32, bool) { return p.idRequirement, p.HasIDRequirement() } func (p *stubPrivateKey) HasIDRequirement() bool { return p.prefixType != tinkpb.OutputPrefixType_RAW } func (p *stubPrivateKey) PublicKey() (key.Key, error) { return &stubPublicKey{ prefixType: p.prefixType, idRequirement: p.idRequirement, }, nil } func (p *stubPrivateKey) OutputPrefix() []byte { return (&stubPublicKey{ prefixType: p.prefixType, idRequirement: p.idRequirement, }).OutputPrefix() } type stubPrivateKeySerialization struct{} var _ protoserialization.KeySerializer = (*stubPrivateKeySerialization)(nil) func (s *stubPrivateKeySerialization) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { return protoserialization.NewKeySerialization( &tinkpb.KeyData{ TypeUrl: stubPrivateKeyURL, Value: []byte("serialized_key"), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, key.(*stubPrivateKey).prefixType, key.(*stubPrivateKey).idRequirement, ) } type stubPrivateKeyParser struct{} var _ protoserialization.KeyParser = (*stubPrivateKeyParser)(nil) func (s *stubPrivateKeyParser) ParseKey(serialization *protoserialization.KeySerialization) (key.Key, error) { idRequirement, _ := serialization.IDRequirement() return &stubPrivateKey{ prefixType: serialization.OutputPrefixType(), idRequirement: idRequirement, }, nil } func TestPrimitiveFactoryUsesFullPrimitiveIfRegistered(t *testing.T) { defer primitiveregistry.UnregisterPrimitiveConstructor[*stubPrivateKey]() defer primitiveregistry.UnregisterPrimitiveConstructor[*stubPublicKey]() defer protoserialization.UnregisterKeyParser(stubPublicKeyURL) defer protoserialization.UnregisterKeyParser(stubPrivateKeyURL) defer protoserialization.UnregisterKeySerializer[*stubPrivateKey]() defer protoserialization.UnregisterKeySerializer[*stubPublicKey]() if err := protoserialization.RegisterKeyParser(stubPublicKeyURL, &stubPublicKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPublicKey](&stubPublicKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(stubPrivateKeyURL, &stubPrivateKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPrivateKey](&stubPrivateKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } // Register primitive constructors to make sure that the factory uses full // primitives. signerConstructor := func(key key.Key) (any, error) { return &stubFullSigner{}, nil } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubPrivateKey](signerConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } verifierConstructor := func(key key.Key) (any, error) { return &stubFullVerifier{}, nil } if err := primitiveregistry.RegisterPrimitiveConstructor[*stubPublicKey](verifierConstructor); err != nil { t.Fatalf("primitiveregistry.RegisterPrimitiveConstructor() err = %v, want nil", err) } km := keyset.NewManager() keyID, err := km.AddKey(&stubPrivateKey{ prefixType: tinkpb.OutputPrefixType_RAW, idRequirement: 0, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } signer, err := signature.NewSigner(handle) if err != nil { t.Fatalf("signature.NewSigner() err = %v, want nil", err) } data := []byte("data") sig, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign() err = %v, want nil", err) } if !bytes.Equal(sig, slices.Concat([]byte("full_primitive_prefix"), data)) { t.Errorf("sig = %q, want: %q", sig, data) } // Try verifying the signature. publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } verifier, err := signature.NewVerifier(publicHandle) if err != nil { t.Fatalf("signature.NewVerifier() err = %v, want nil", err) } if err := verifier.Verify(sig, data); err != nil { t.Errorf("verifier.Verify() err = %v, want nil", err) } } type stubLegacySigner struct{} var _ tink.Signer = (*stubLegacySigner)(nil) func (s *stubLegacySigner) Sign(data []byte) ([]byte, error) { return slices.Concat([]byte("legacy_signer_prefix"), data), nil } type stubPrivateKeyManager struct{} var _ registry.KeyManager = (*stubPrivateKeyManager)(nil) func (km *stubPrivateKeyManager) NewKey(_ []byte) (proto.Message, error) { return nil, fmt.Errorf("not implemented") } func (km *stubPrivateKeyManager) NewKeyData(_ []byte) (*tinkpb.KeyData, error) { return nil, fmt.Errorf("not implemented") } func (km *stubPrivateKeyManager) DoesSupport(keyURL string) bool { return keyURL == stubPrivateKeyURL } func (km *stubPrivateKeyManager) TypeURL() string { return stubPrivateKeyURL } func (km *stubPrivateKeyManager) Primitive(_ []byte) (any, error) { return &stubLegacySigner{}, nil } type stubLegacyVerifier struct{} var _ tink.Verifier = (*stubLegacyVerifier)(nil) func (s *stubLegacyVerifier) Verify(sig, data []byte) error { if !bytes.Equal(sig, slices.Concat([]byte("legacy_signer_prefix"), data)) { return fmt.Errorf("invalid data") } return nil } type stubPublicKeyManager struct{} var _ registry.KeyManager = (*stubPublicKeyManager)(nil) func (km *stubPublicKeyManager) NewKey(_ []byte) (proto.Message, error) { return nil, fmt.Errorf("not implemented") } func (km *stubPublicKeyManager) NewKeyData(_ []byte) (*tinkpb.KeyData, error) { return nil, fmt.Errorf("not implemented") } func (km *stubPublicKeyManager) DoesSupport(keyURL string) bool { return keyURL == stubPublicKeyURL } func (km *stubPublicKeyManager) TypeURL() string { return stubPublicKeyURL } func (km *stubPublicKeyManager) Primitive(_ []byte) (any, error) { return &stubLegacyVerifier{}, nil } func TestPrimitiveFactoryUsesLegacyPrimitive(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubPublicKeyURL) defer protoserialization.UnregisterKeyParser(stubPrivateKeyURL) defer protoserialization.UnregisterKeySerializer[*stubPrivateKey]() defer protoserialization.UnregisterKeySerializer[*stubPublicKey]() if err := protoserialization.RegisterKeyParser(stubPublicKeyURL, &stubPublicKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPublicKey](&stubPublicKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(stubPrivateKeyURL, &stubPrivateKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPrivateKey](&stubPrivateKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := registry.RegisterKeyManager(&stubPrivateKeyManager{}); err != nil { t.Fatalf("registry.RegisterKeyManager() err = %v, want nil", err) } if err := registry.RegisterKeyManager(&stubPublicKeyManager{}); err != nil { t.Fatalf("registry.RegisterKeyManager() err = %v, want nil", err) } data := []byte("data") legacyPrefix := []byte("legacy_signer_prefix") for _, tc := range []struct { name string key *stubPrivateKey wantSigature []byte }{ { name: "TINK", key: &stubPrivateKey{tinkpb.OutputPrefixType_TINK, 0x1234}, wantSigature: slices.Concat([]byte{cryptofmt.TinkStartByte, 0x00, 0x00, 0x12, 0x34}, legacyPrefix, data), }, { name: "LEGACY", key: &stubPrivateKey{tinkpb.OutputPrefixType_LEGACY, 0x1234}, wantSigature: slices.Concat([]byte{cryptofmt.LegacyStartByte, 0x00, 0x00, 0x12, 0x34}, legacyPrefix, data, []byte{0}), }, { name: "CRUNCHY", key: &stubPrivateKey{tinkpb.OutputPrefixType_CRUNCHY, 0x1234}, wantSigature: slices.Concat([]byte{cryptofmt.LegacyStartByte, 0x00, 0x00, 0x12, 0x34}, legacyPrefix, data), }, { name: "RAW", key: &stubPrivateKey{tinkpb.OutputPrefixType_RAW, 0}, wantSigature: slices.Concat(legacyPrefix, data), }, } { t.Run(tc.name, func(t *testing.T) { // Create a keyset with a single key. km := keyset.NewManager() keyID, err := km.AddKey(tc.key) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } handle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } signer, err := signature.NewSigner(handle) if err != nil { t.Fatalf("signature.NewSigner() err = %v, want nil", err) } sig, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign() err = %v, want nil", err) } if !bytes.Equal(sig, tc.wantSigature) { t.Errorf("sig = %q, want: %q", sig, data) } // Try verifying the signature. publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } verifier, err := signature.NewVerifier(publicHandle) if err != nil { t.Fatalf("signature.NewVerifier() err = %v, want nil", err) } if err := verifier.Verify(sig, data); err != nil { t.Errorf("verifier.Verify() err = %v, want nil", err) } }) } } func TestNewWithConfig(t *testing.T) { defer protoserialization.UnregisterKeyParser(stubPublicKeyURL) defer protoserialization.UnregisterKeyParser(stubPrivateKeyURL) defer protoserialization.UnregisterKeySerializer[*stubPrivateKey]() defer protoserialization.UnregisterKeySerializer[*stubPublicKey]() if err := protoserialization.RegisterKeyParser(stubPublicKeyURL, &stubPublicKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPublicKey](&stubPublicKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } if err := protoserialization.RegisterKeyParser(stubPrivateKeyURL, &stubPrivateKeyParser{}); err != nil { t.Fatalf("protoserialization.RegisterKeyParser() err = %v, want nil", err) } if err := protoserialization.RegisterKeySerializer[*stubPrivateKey](&stubPrivateKeySerialization{}); err != nil { t.Fatalf("protoserialization.RegisterKeySerializer() err = %v, want nil", err) } signerConstructor := func(key key.Key) (any, error) { return &stubFullSigner{}, nil } verifierConstructor := func(key key.Key) (any, error) { return &stubFullVerifier{}, nil } configBuilder := config.NewBuilder() if err := configBuilder.RegisterPrimitiveConstructor(reflect.TypeFor[*stubPrivateKey](), signerConstructor, internalapi.Token{}); err != nil { t.Fatalf("configBuilder.RegisterPrimitiveConstructor() err = %v, want nil", err) } if err := configBuilder.RegisterPrimitiveConstructor(reflect.TypeFor[*stubPublicKey](), verifierConstructor, internalapi.Token{}); err != nil { t.Fatalf("configBuilder.RegisterPrimitiveConstructor() err = %v, want nil", err) } config := configBuilder.Build() km := keyset.NewManager() keyID, err := km.AddKey(&stubPrivateKey{ prefixType: tinkpb.OutputPrefixType_RAW, idRequirement: 0, }) if err != nil { t.Fatalf("km.AddKey() err = %v, want nil", err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary() err = %v, want nil", err) } privHandle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("privHandle.Public() err = %v, want nil", err) } signer, err := signature.NewSignerWithConfig(privHandle, &config) if err != nil { t.Fatalf("signature.NewSignerWithConfig() err = %v, want nil", err) } data := []byte("message") sig, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign() err = %v, want nil", err) } wantPrefix := []byte("full_primitive_prefix") if !bytes.HasPrefix(sig, wantPrefix) { t.Errorf("sig = %q, want prefix: %q", sig, wantPrefix) } verifier, err := signature.NewVerifierWithConfig(pubHandle, &config) if err != nil { t.Fatalf("signature.NewVerifierWithConfig() err = %v, want nil", err) } if err := verifier.Verify(sig, data); err != nil { t.Errorf("verifier.Verify() err = %v, want nil", err) } } ================================================ FILE: signature/signature_init_test.go ================================================ // Copyright 2023 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature_test import ( "testing" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestSignatureInit(t *testing.T) { // Check that the ECDSA signer key manager is in the global registry. if _, err := registry.GetKeyManager(testutil.ECDSASignerTypeURL); err != nil { t.Errorf("unexpected error: %s", err) } // Check that the ECDSA verifier key manager is in the global registry. if _, err := registry.GetKeyManager(testutil.ECDSAVerifierTypeURL); err != nil { t.Errorf("unexpected error: %s", err) } } ================================================ FILE: signature/signature_key_templates.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/tinkerror" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" ecdsapb "github.com/tink-crypto/tink-go/v2/proto/ecdsa_go_proto" rsppb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pkcs1_go_proto" rspsspb "github.com/tink-crypto/tink-go/v2/proto/rsa_ssa_pss_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // This file contains pre-generated KeyTemplates for Signer and Verifier. // One can use these templates to generate new Keysets. const ( ed25519SignerTypeURL = "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey" ecdsaSignerTypeURL = "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey" rsaSSAPKCS1SignerTypeURL = "type.googleapis.com/google.crypto.tink.RsaSsaPkcs1PrivateKey" rsaSSAPSSSignerTypeURL = "type.googleapis.com/google.crypto.tink.RsaSsaPssPrivateKey" ) // ECDSAP256KeyTemplate is a KeyTemplate that generates a new ECDSA private key with the following parameters: // - Hash function: SHA256 // - Curve: NIST P-256 // - Signature encoding: DER // - Output prefix type: TINK func ECDSAP256KeyTemplate() *tinkpb.KeyTemplate { return createECDSAKeyTemplate(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256, ecdsapb.EcdsaSignatureEncoding_DER, tinkpb.OutputPrefixType_TINK) } // ECDSAP256KeyWithoutPrefixTemplate is a KeyTemplate that generates a new ECDSA private key with the following // parameters: // - Hash function: SHA256 // - Curve: NIST P-256 // - Signature encoding: DER // - Output prefix type: RAW // // Note that this template uses a different encoding than ESDSA_P256_RAW in Tinkey. func ECDSAP256KeyWithoutPrefixTemplate() *tinkpb.KeyTemplate { return createECDSAKeyTemplate(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256, ecdsapb.EcdsaSignatureEncoding_DER, tinkpb.OutputPrefixType_RAW) } // ECDSAP256RawKeyTemplate is a KeyTemplate that generates a new ECDSA private key with the following // parameters: // - Hash function: SHA256 // - Curve: NIST P-256 // - Signature encoding: IEEE_P1363 // - Output prefix type: RAW func ECDSAP256RawKeyTemplate() *tinkpb.KeyTemplate { return createECDSAKeyTemplate(commonpb.HashType_SHA256, commonpb.EllipticCurveType_NIST_P256, ecdsapb.EcdsaSignatureEncoding_IEEE_P1363, tinkpb.OutputPrefixType_RAW) } // ECDSAP384SHA384KeyTemplate is a KeyTemplate that generates a new ECDSA private key with the following parameters: // - Hash function: SHA384 // - Curve: NIST P-384 // - Signature encoding: DER // - Output prefix type: TINK func ECDSAP384SHA384KeyTemplate() *tinkpb.KeyTemplate { return createECDSAKeyTemplate(commonpb.HashType_SHA384, commonpb.EllipticCurveType_NIST_P384, ecdsapb.EcdsaSignatureEncoding_DER, tinkpb.OutputPrefixType_TINK) } // ECDSAP384SHA384KeyWithoutPrefixTemplate is a KeyTemplate that generates a new ECDSA private key with the following parameters: // - Hash function: SHA384 // - Curve: NIST P-384 // - Signature encoding: DER // - Output prefix type: RAW func ECDSAP384SHA384KeyWithoutPrefixTemplate() *tinkpb.KeyTemplate { return createECDSAKeyTemplate(commonpb.HashType_SHA384, commonpb.EllipticCurveType_NIST_P384, ecdsapb.EcdsaSignatureEncoding_DER, tinkpb.OutputPrefixType_RAW) } // ECDSAP384SHA512KeyTemplate is a KeyTemplate that generates a new ECDSA private key with the following parameters: // - Hash function: SHA512 // - Curve: NIST P-384 // - Signature encoding: DER // - Output prefix type: TINK func ECDSAP384SHA512KeyTemplate() *tinkpb.KeyTemplate { return createECDSAKeyTemplate(commonpb.HashType_SHA512, commonpb.EllipticCurveType_NIST_P384, ecdsapb.EcdsaSignatureEncoding_DER, tinkpb.OutputPrefixType_TINK) } // ECDSAP384KeyWithoutPrefixTemplate is a KeyTemplate that generates a new ECDSA private key with the following // parameters: // - Hash function: SHA512 // - Curve: NIST P-384 // - Signature encoding: DER // - Output prefix type: RAW func ECDSAP384KeyWithoutPrefixTemplate() *tinkpb.KeyTemplate { return createECDSAKeyTemplate(commonpb.HashType_SHA512, commonpb.EllipticCurveType_NIST_P384, ecdsapb.EcdsaSignatureEncoding_DER, tinkpb.OutputPrefixType_RAW) } // ECDSAP521KeyTemplate is a KeyTemplate that generates a new ECDSA private key with the following parameters: // - Hash function: SHA512 // - Curve: NIST P-521 // - Signature encoding: DER // - Output prefix type: TINK func ECDSAP521KeyTemplate() *tinkpb.KeyTemplate { return createECDSAKeyTemplate(commonpb.HashType_SHA512, commonpb.EllipticCurveType_NIST_P521, ecdsapb.EcdsaSignatureEncoding_DER, tinkpb.OutputPrefixType_TINK) } // ECDSAP521KeyWithoutPrefixTemplate is a KeyTemplate that generates a new ECDSA private key with the following // parameters: // - Hash function: SHA512 // - Curve: NIST P-521 // - Signature encoding: DER // - Output prefix type: RAW func ECDSAP521KeyWithoutPrefixTemplate() *tinkpb.KeyTemplate { return createECDSAKeyTemplate(commonpb.HashType_SHA512, commonpb.EllipticCurveType_NIST_P521, ecdsapb.EcdsaSignatureEncoding_DER, tinkpb.OutputPrefixType_RAW) } // createECDSAKeyTemplate creates a KeyTemplate containing a EcdasKeyFormat // with the given parameters. func createECDSAKeyTemplate(hashType commonpb.HashType, curve commonpb.EllipticCurveType, encoding ecdsapb.EcdsaSignatureEncoding, prefixType tinkpb.OutputPrefixType) *tinkpb.KeyTemplate { params := &ecdsapb.EcdsaParams{ HashType: hashType, Curve: curve, Encoding: encoding, } format := &ecdsapb.EcdsaKeyFormat{Params: params} serializedFormat, err := proto.Marshal(format) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: ecdsaSignerTypeURL, Value: serializedFormat, OutputPrefixType: prefixType, } } // ED25519KeyTemplate is a KeyTemplate that generates a new ED25519 private key. func ED25519KeyTemplate() *tinkpb.KeyTemplate { return &tinkpb.KeyTemplate{ TypeUrl: ed25519SignerTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_TINK, } } // ED25519KeyWithoutPrefixTemplate is a KeyTemplate that generates a new ED25519 private key. func ED25519KeyWithoutPrefixTemplate() *tinkpb.KeyTemplate { return &tinkpb.KeyTemplate{ TypeUrl: ed25519SignerTypeURL, OutputPrefixType: tinkpb.OutputPrefixType_RAW, } } func create_RSA_SSA_PKCS1_Template(prefixType tinkpb.OutputPrefixType, hashType commonpb.HashType, modulusSizeInBits uint32) *tinkpb.KeyTemplate { keyFormat := &rsppb.RsaSsaPkcs1KeyFormat{ Params: &rsppb.RsaSsaPkcs1Params{ HashType: hashType, }, ModulusSizeInBits: modulusSizeInBits, PublicExponent: []byte{0x01, 0x00, 0x01}, } serializedFormat, err := proto.Marshal(keyFormat) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: rsaSSAPKCS1SignerTypeURL, OutputPrefixType: prefixType, Value: serializedFormat, } } func create_RSA_SSA_PSS_Template(prefixType tinkpb.OutputPrefixType, hashType commonpb.HashType, saltLength int32, modulusSizeInBits uint32) *tinkpb.KeyTemplate { keyFormat := &rspsspb.RsaSsaPssKeyFormat{ Params: &rspsspb.RsaSsaPssParams{ SigHash: hashType, Mgf1Hash: hashType, SaltLength: saltLength, }, ModulusSizeInBits: modulusSizeInBits, PublicExponent: []byte{0x01, 0x00, 0x01}, } serializedFormat, err := proto.Marshal(keyFormat) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key format: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: rsaSSAPSSSignerTypeURL, OutputPrefixType: prefixType, Value: serializedFormat, } } // RSA_SSA_PKCS1_3072_SHA256_F4_Key_Template is a KeyTemplate that generates a new RSA SSA PKCS1 private key with the following // parameters: // - Modulus size in bits: 3072. // - Hash function: SHA256. // - Public Exponent: 65537 (aka F4). // - OutputPrefixType: TINK func RSA_SSA_PKCS1_3072_SHA256_F4_Key_Template() *tinkpb.KeyTemplate { return create_RSA_SSA_PKCS1_Template(tinkpb.OutputPrefixType_TINK, commonpb.HashType_SHA256, 3072) } // RSA_SSA_PKCS1_3072_SHA256_F4_RAW_Key_Template is a KeyTemplate that generates a new RSA SSA PKCS1 private key with the following // parameters: // - Modulus size in bits: 3072. // - Hash function: SHA256. // - Public Exponent: 65537 (aka F4). // - OutputPrefixType: RAW func RSA_SSA_PKCS1_3072_SHA256_F4_RAW_Key_Template() *tinkpb.KeyTemplate { return create_RSA_SSA_PKCS1_Template(tinkpb.OutputPrefixType_RAW, commonpb.HashType_SHA256, 3072) } // RSA_SSA_PKCS1_4096_SHA512_F4_Key_Template is a KeyTemplate that generates a new RSA SSA PKCS1 private key with the following // parameters: // - Modulus size in bits: 4096. // - Hash function: SHA512. // - Public Exponent: 65537 (aka F4). // - OutputPrefixType: TINK func RSA_SSA_PKCS1_4096_SHA512_F4_Key_Template() *tinkpb.KeyTemplate { return create_RSA_SSA_PKCS1_Template(tinkpb.OutputPrefixType_TINK, commonpb.HashType_SHA512, 4096) } // RSA_SSA_PKCS1_4096_SHA512_F4_RAW_Key_Template is a KeyTemplate that generates a new RSA SSA PKCS1 private key with the following // parameters: // - Modulus size in bits: 4096. // - Hash function: SHA512. // - Public Exponent: 65537 (aka F4). // - OutputPrefixType: RAW func RSA_SSA_PKCS1_4096_SHA512_F4_RAW_Key_Template() *tinkpb.KeyTemplate { return create_RSA_SSA_PKCS1_Template(tinkpb.OutputPrefixType_RAW, commonpb.HashType_SHA512, 4096) } // RSA_SSA_PSS_3072_SHA256_32_F4_Key_Template is a KeyTemplate that generates a new RSA SSA PSS private key with the following // parameters: // - Modulus size in bits: 3072. // - Signature hash: SHA256. // - MGF1 hash: SHA256. // - Salt length: 32 (i.e., SHA256's output length). // - Public Exponent: 65537 (aka F4). // - OutputPrefixType: TINK func RSA_SSA_PSS_3072_SHA256_32_F4_Key_Template() *tinkpb.KeyTemplate { return create_RSA_SSA_PSS_Template(tinkpb.OutputPrefixType_TINK, commonpb.HashType_SHA256, 32, 3072) } // RSA_SSA_PSS_3072_SHA256_32_F4_Raw_Key_Template is a KeyTemplate that generates a new RSA SSA PSS private key with the following // parameters: // - Modulus size in bits: 3072. // - Signature hash: SHA256. // - MGF1 hash: SHA256. // - Salt length: 32 (i.e., SHA256's output length). // - Public Exponent: 65537 (aka F4). // - OutputPrefixType: RAW func RSA_SSA_PSS_3072_SHA256_32_F4_Raw_Key_Template() *tinkpb.KeyTemplate { return create_RSA_SSA_PSS_Template(tinkpb.OutputPrefixType_RAW, commonpb.HashType_SHA256, 32, 3072) } // RSA_SSA_PSS_4096_SHA512_64_F4_Key_Template is a KeyTemplate that generates a new RSA SSA PSS private key with the following // parameters: // - Modulus size in bits: 4096. // - Signature hash: SHA512. // - MGF1 hash: SHA512. // - Salt length: 64 (i.e., SHA512's output length). // - Public Exponent: 65537 (aka F4). // - OutputPrefixType: TINK func RSA_SSA_PSS_4096_SHA512_64_F4_Key_Template() *tinkpb.KeyTemplate { return create_RSA_SSA_PSS_Template(tinkpb.OutputPrefixType_TINK, commonpb.HashType_SHA512, 64, 4096) } // RSA_SSA_PSS_4096_SHA512_64_F4_Raw_Key_Template is a KeyTemplate that generates a new RSA SSA PSS private key with the following // parameters: // - Modulus size in bits: 4096. // - Signature hash: SHA512. // - MGF1 hash: SHA512. // - Salt length: 64 (i.e., SHA512's output length). // - Public Exponent: 65537 (aka F4). // - OutputPrefixType: RAW func RSA_SSA_PSS_4096_SHA512_64_F4_Raw_Key_Template() *tinkpb.KeyTemplate { return create_RSA_SSA_PSS_Template(tinkpb.OutputPrefixType_RAW, commonpb.HashType_SHA512, 64, 4096) } ================================================ FILE: signature/signature_key_templates_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature_test import ( "fmt" "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/signature" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyTemplates(t *testing.T) { var testCases = []struct { name string template *tinkpb.KeyTemplate }{ {name: "ECDSA_P256", template: signature.ECDSAP256KeyTemplate()}, {name: "ECDSA_P384_SHA384", template: signature.ECDSAP384SHA384KeyTemplate()}, {name: "ECDSA_P384_SHA512", template: signature.ECDSAP384SHA512KeyTemplate()}, {name: "ECDSA_P521", template: signature.ECDSAP521KeyTemplate()}, {name: "ECDSA_P256_RAW", template: signature.ECDSAP256RawKeyTemplate()}, {name: "ECDSA_P256_NO_PREFIX", template: signature.ECDSAP256KeyWithoutPrefixTemplate()}, {name: "ECDSA_P384_NO_PREFIX", template: signature.ECDSAP384KeyWithoutPrefixTemplate()}, {name: "ECDSA_P384_SHA384_NO_PREFIX", template: signature.ECDSAP384SHA384KeyWithoutPrefixTemplate()}, {name: "ECDSA_P521_NO_PREFIX", template: signature.ECDSAP521KeyWithoutPrefixTemplate()}, {name: "RSA_SSA_PKCS1_3072_SHA256_F4", template: signature.RSA_SSA_PKCS1_3072_SHA256_F4_Key_Template()}, {name: "RSA_SSA_PKCS1_3072_SHA256_F4_RAW", template: signature.RSA_SSA_PKCS1_3072_SHA256_F4_RAW_Key_Template()}, {name: "RSA_SSA_PKCS1_4096_SHA512_F4", template: signature.RSA_SSA_PKCS1_4096_SHA512_F4_Key_Template()}, {name: "RSA_SSA_PKCS1_4096_SHA512_F4_RAW", template: signature.RSA_SSA_PKCS1_4096_SHA512_F4_RAW_Key_Template()}, {name: "RSA_SSA_PSS_3072_SHA256_32_F4", template: signature.RSA_SSA_PSS_3072_SHA256_32_F4_Key_Template()}, {name: "RSA_SSA_PSS_3072_SHA256_32_F4_RAW", template: signature.RSA_SSA_PSS_3072_SHA256_32_F4_Raw_Key_Template()}, {name: "RSA_SSA_PSS_4096_SHA512_64_F4", template: signature.RSA_SSA_PSS_4096_SHA512_64_F4_Key_Template()}, {name: "RSA_SSA_PSS_4096_SHA512_64_F4_RAW", template: signature.RSA_SSA_PSS_4096_SHA512_64_F4_Raw_Key_Template()}, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { if err := testSignVerify(tc.template); err != nil { t.Error(err) } }) } } func testSignVerify(template *tinkpb.KeyTemplate) error { privateHandle, err := keyset.NewHandle(template) if err != nil { return fmt.Errorf("keyset.NewHandle(tc.template) failed: %s", err) } signer, err := signature.NewSigner(privateHandle) if err != nil { return fmt.Errorf("signature.NewSigner(privateHandle) failed: %s", err) } publicHandle, err := privateHandle.Public() if err != nil { return fmt.Errorf("privateHandle.Public() failed: %s", err) } verifier, err := signature.NewVerifier(publicHandle) if err != nil { return fmt.Errorf("signature.NewVerifier(publicHandle) failed: %s", err) } var testInputs = []struct { message1 []byte message2 []byte }{ { message1: []byte("this data needs to be signed"), message2: []byte("this data needs to be signed"), }, { message1: []byte(""), message2: []byte(""), }, { message1: []byte(""), message2: nil, }, { message1: nil, message2: []byte(""), }, { message1: nil, message2: nil, }, } for _, ti := range testInputs { sig, err := signer.Sign(ti.message1) if err != nil { return fmt.Errorf("signer.Sign(ti.message1) failed: %s", err) } if err := verifier.Verify(sig, ti.message2); err != nil { return fmt.Errorf("verifier.Verify(sig, ti.message2) failed: %s", err) } } return nil } ================================================ FILE: signature/signature_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature_test // [START signature-example] import ( "bytes" "fmt" "log" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/signature" ) func Example() { // A private keyset created with // "tinkey create-keyset --key-template=ECDSA_P256 --out private_keyset.cfg". // Note that this keyset has the secret key information in cleartext. privateJSONKeyset := `{ "key": [{ "keyData": { "keyMaterialType": "ASYMMETRIC_PRIVATE", "typeUrl": "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey", "value": "EkwSBggDEAIYAhogEiSZ9u2nDtvZuDgWgGsVTIZ5/V08N4ycUspTX0RYRrkiIHpEwHxQd1bImkyMvV2bqtUbgMh5uPSTdnUEGrPXdt56GiEA3iUi+CRN71qy0fOCK66xAW/IvFyjOGtxjppRhSFUneo=" }, "keyId": 611814836, "outputPrefixType": "TINK", "status": "ENABLED" }], "primaryKeyId": 611814836 }` // The corresponding public keyset created with // "tinkey create-public-keyset --in private_keyset.cfg" publicJSONKeyset := `{ "key": [{ "keyData": { "keyMaterialType": "ASYMMETRIC_PUBLIC", "typeUrl": "type.googleapis.com/google.crypto.tink.EcdsaPublicKey", "value": "EgYIAxACGAIaIBIkmfbtpw7b2bg4FoBrFUyGef1dPDeMnFLKU19EWEa5IiB6RMB8UHdWyJpMjL1dm6rVG4DIebj0k3Z1BBqz13beeg==" }, "keyId": 611814836, "outputPrefixType": "TINK", "status": "ENABLED" }], "primaryKeyId": 611814836 }` // Create a keyset handle from the cleartext private keyset in the previous // step. The keyset handle provides abstract access to the underlying keyset to // limit the access of the raw key material. // // WARNING: In practice, it is unlikely you will want to use a insecurecleartextkeyset, // as it implies that your key material is passed in cleartext, which is a security risk. // Consider encrypting it with a remote key in Cloud KMS, AWS KMS or HashiCorp Vault. // See https://developers.google.com/tink/key-management-overview. privateKeysetHandle, err := insecurecleartextkeyset.Read( keyset.NewJSONReader(bytes.NewBufferString(privateJSONKeyset))) if err != nil { log.Fatal(err) } // Retrieve the Signer primitive from privateKeysetHandle. signer, err := signature.NewSigner(privateKeysetHandle) if err != nil { log.Fatal(err) } // Use the primitive to sign a message. In this case, the primary key of the // keyset will be used (which is also the only key in this example). data := []byte("data") sig, err := signer.Sign(data) if err != nil { log.Fatal(err) } // Create a keyset handle from the keyset containing the public key. Because the // public keyset does not contain any secrets, we can use [keyset.ReadWithNoSecrets]. publicKeysetHandle, err := keyset.ReadWithNoSecrets( keyset.NewJSONReader(bytes.NewBufferString(publicJSONKeyset))) if err != nil { log.Fatal(err) } // Retrieve the Verifier primitive from publicKeysetHandle. verifier, err := signature.NewVerifier(publicKeysetHandle) if err != nil { log.Fatal(err) } if err = verifier.Verify(sig, data); err != nil { log.Fatal(err) } fmt.Printf("sig is valid") // Output: sig is valid } // [END signature-example] ================================================ FILE: signature/signer_factory.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature import ( "fmt" "slices" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // NewSignerWithConfig returns a [tink.Signer] primitive from the given // [keyset.Handle] and [keyset.Config]. func NewSignerWithConfig(handle *keyset.Handle, config keyset.Config) (tink.Signer, error) { ps, err := keyset.Primitives[tink.Signer](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("public_key_sign_factory: cannot obtain primitive set: %s", err) } return newWrappedSigner(ps) } // NewSigner returns a [tink.Signer] primitive from the given // [keyset.Handle]. func NewSigner(handle *keyset.Handle) (tink.Signer, error) { return NewSignerWithConfig(handle, ®istryconfig.RegistryConfig{}) } // wrappedSigner is an Signer implementation that uses the underlying primitive set for signing. type wrappedSigner struct { signer tink.Signer signerKeyID uint32 logger monitoring.Logger } // Asserts that wrappedSigner implements the Signer interface. var _ tink.Signer = (*wrappedSigner)(nil) type fullSignerAdapter struct { primitive tink.Signer prefix []byte prefixType tinkpb.OutputPrefixType } var _ tink.Signer = (*fullSignerAdapter)(nil) func (a *fullSignerAdapter) Sign(data []byte) ([]byte, error) { toSign := data if a.prefixType == tinkpb.OutputPrefixType_LEGACY { toSign = slices.Concat(data, []byte{0}) } s, err := a.primitive.Sign(toSign) if err != nil { return nil, err } return slices.Concat(a.prefix, s), nil } // extractFullSigner returns a [tink.Signer] from the given entry as a "full" // primitive. // // It wraps legacy primitives in a full primitive adapter. func extractFullSigner(e *primitiveset.Entry[tink.Signer]) (tink.Signer, error) { if e.FullPrimitive != nil { return e.FullPrimitive, nil } protoKey, err := protoserialization.SerializeKey(e.Key) if err != nil { return nil, err } return &fullSignerAdapter{ primitive: e.Primitive, prefix: e.OutputPrefix(), prefixType: protoKey.OutputPrefixType(), }, nil } func newWrappedSigner(ps *primitiveset.PrimitiveSet[tink.Signer]) (*wrappedSigner, error) { signer, err := extractFullSigner(ps.Primary) if err != nil { return nil, err } logger, err := createSignerLogger(ps) if err != nil { return nil, err } return &wrappedSigner{ signer: signer, signerKeyID: ps.Primary.KeyID, logger: logger, }, nil } func createSignerLogger(ps *primitiveset.PrimitiveSet[tink.Signer]) (monitoring.Logger, error) { // Only keysets which contain annotations are monitored. if len(ps.Annotations) == 0 { return &monitoringutil.DoNothingLogger{}, nil } keysetInfo, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { return nil, err } return internalregistry.GetMonitoringClient().NewLogger(&monitoring.Context{ KeysetInfo: keysetInfo, Primitive: "public_key_sign", APIFunction: "sign", }) } // Sign signs the given data using the primary key. func (s *wrappedSigner) Sign(data []byte) ([]byte, error) { signature, err := s.signer.Sign(data) if err != nil { s.logger.LogFailure() return nil, err } s.logger.Log(s.signerKeyID, len(data)) return signature, nil } ================================================ FILE: signature/slhdsa/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/outputprefix" "github.com/tink-crypto/tink-go/v2/internal/signature/slhdsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" ) // Variant is the prefix variant of a SLH-DSA key. // // It describes the format of the signature. For SLH-DSA, there are two options: // // - TINK: prepends '0x01' to the signature. // - NO_PREFIX: adds no prefix to the signature. type Variant int const ( // VariantUnknown is the default value of Variant. VariantUnknown Variant = iota // VariantTink prefixes '0x01' to the signature. VariantTink // VariantNoPrefix does not prefix the signature with the key id. VariantNoPrefix ) func (variant Variant) String() string { switch variant { case VariantTink: return "TINK" case VariantNoPrefix: return "NO_PREFIX" default: return "UNKNOWN" } } // HashType is the hash type of the SLH-DSA key. type HashType int const ( // UnknownHashType is the default value of HashType. UnknownHashType HashType = iota // SHA2 hashing. SHA2 // SHAKE hashing. SHAKE ) // SignatureType is the signature type of the SLH-DSA key. type SignatureType int const ( // UnknownSignatureType is the default value of SignatureType. UnknownSignatureType SignatureType = iota // FastSigning selects fast signing. FastSigning // SmallSignature selects small signatures. SmallSignature ) type parameterSet struct { hashType HashType keySize int sigType SignatureType } // Parameters represents the parameters of a SLH-DSA key. type Parameters struct { paramSet parameterSet variant Variant } func slhDSASHA2128s() parameterSet { return parameterSet{ hashType: SHA2, keySize: 64, sigType: SmallSignature, } } func slhDSASHAKE128s() parameterSet { return parameterSet{ hashType: SHAKE, keySize: 64, sigType: SmallSignature, } } func slhDSASHA2128f() parameterSet { return parameterSet{ hashType: SHA2, keySize: 64, sigType: FastSigning, } } func slhDSASHAKE128f() parameterSet { return parameterSet{ hashType: SHAKE, keySize: 64, sigType: FastSigning, } } func slhDSASHA2192s() parameterSet { return parameterSet{ hashType: SHA2, keySize: 96, sigType: SmallSignature, } } func slhDSASHAKE192s() parameterSet { return parameterSet{ hashType: SHAKE, keySize: 96, sigType: SmallSignature, } } func slhDSASHA2192f() parameterSet { return parameterSet{ hashType: SHA2, keySize: 96, sigType: FastSigning, } } func slhDSASHAKE192f() parameterSet { return parameterSet{ hashType: SHAKE, keySize: 96, sigType: FastSigning, } } func slhDSASHA2256s() parameterSet { return parameterSet{ hashType: SHA2, keySize: 128, sigType: SmallSignature, } } func slhDSASHAKE256s() parameterSet { return parameterSet{ hashType: SHAKE, keySize: 128, sigType: SmallSignature, } } func slhDSASHA2256f() parameterSet { return parameterSet{ hashType: SHA2, keySize: 128, sigType: FastSigning, } } func slhDSASHAKE256f() parameterSet { return parameterSet{ hashType: SHAKE, keySize: 128, sigType: FastSigning, } } func checkSupportedParameters(paramSet parameterSet) error { switch paramSet { case slhDSASHA2128s(), slhDSASHAKE128s(), slhDSASHA2128f(), slhDSASHAKE128f(), slhDSASHA2192s(), slhDSASHAKE192s(), slhDSASHA2192f(), slhDSASHAKE192f(), slhDSASHA2256s(), slhDSASHAKE256s(), slhDSASHA2256f(), slhDSASHAKE256f(): return nil default: return fmt.Errorf("unsupported parameters: %v", paramSet) } } var _ key.Parameters = (*Parameters)(nil) // NewParameters creates a new Parameters. func NewParameters(hashType HashType, keySize int, sigType SignatureType, variant Variant) (*Parameters, error) { paramSet := parameterSet{hashType: hashType, keySize: keySize, sigType: sigType} if err := checkSupportedParameters(paramSet); err != nil { return nil, fmt.Errorf("slhdsa.NewParameters: %w", err) } if variant == VariantUnknown { return nil, fmt.Errorf("slhdsa.NewParameters: variant must not be %v", VariantUnknown) } return &Parameters{ paramSet: paramSet, variant: variant, }, nil } // HashType returns the hash type. func (p *Parameters) HashType() HashType { return p.paramSet.hashType } // KeySize returns the key size in bytes. func (p *Parameters) KeySize() int { return p.paramSet.keySize } // SignatureType returns the signature type. func (p *Parameters) SignatureType() SignatureType { return p.paramSet.sigType } // Variant returns the prefix variant of the parameters. func (p *Parameters) Variant() Variant { return p.variant } // HasIDRequirement returns true if the key has an ID requirement. func (p *Parameters) HasIDRequirement() bool { return p.variant != VariantNoPrefix } // Equal returns true if this parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { then, ok := other.(*Parameters) return ok && p.paramSet == then.paramSet && p.variant == then.variant } // PublicKey represents a SLH-DSA public key. type PublicKey struct { keyBytes []byte idRequirement uint32 params *Parameters outputPrefix []byte } var _ key.Key = (*PublicKey)(nil) func calculateOutputPrefix(variant Variant, keyID uint32) ([]byte, error) { switch variant { case VariantTink: return outputprefix.Tink(keyID), nil case VariantNoPrefix: return nil, nil default: return nil, fmt.Errorf("invalid output prefix variant: %v", variant) } } func publicKeyLengthForParams(paramSet parameterSet) (int, error) { switch paramSet { case slhDSASHA2128s(): return slhdsa.SLH_DSA_SHA2_128s.PublicKeyLength(), nil case slhDSASHAKE128s(): return slhdsa.SLH_DSA_SHAKE_128s.PublicKeyLength(), nil case slhDSASHA2128f(): return slhdsa.SLH_DSA_SHA2_128f.PublicKeyLength(), nil case slhDSASHAKE128f(): return slhdsa.SLH_DSA_SHAKE_128f.PublicKeyLength(), nil case slhDSASHA2192s(): return slhdsa.SLH_DSA_SHA2_192s.PublicKeyLength(), nil case slhDSASHAKE192s(): return slhdsa.SLH_DSA_SHAKE_192s.PublicKeyLength(), nil case slhDSASHA2192f(): return slhdsa.SLH_DSA_SHA2_192f.PublicKeyLength(), nil case slhDSASHAKE192f(): return slhdsa.SLH_DSA_SHAKE_192f.PublicKeyLength(), nil case slhDSASHA2256s(): return slhdsa.SLH_DSA_SHA2_256s.PublicKeyLength(), nil case slhDSASHAKE256s(): return slhdsa.SLH_DSA_SHAKE_256s.PublicKeyLength(), nil case slhDSASHA2256f(): return slhdsa.SLH_DSA_SHA2_256f.PublicKeyLength(), nil case slhDSASHAKE256f(): return slhdsa.SLH_DSA_SHAKE_256f.PublicKeyLength(), nil default: return 0, fmt.Errorf("invalid parameters: %v", paramSet) } } func privateKeyLengthForParams(paramSet parameterSet) (int, error) { switch paramSet { case slhDSASHA2128s(): return slhdsa.SLH_DSA_SHA2_128s.SecretKeyLength(), nil case slhDSASHAKE128s(): return slhdsa.SLH_DSA_SHAKE_128s.SecretKeyLength(), nil case slhDSASHA2128f(): return slhdsa.SLH_DSA_SHA2_128f.SecretKeyLength(), nil case slhDSASHAKE128f(): return slhdsa.SLH_DSA_SHAKE_128f.SecretKeyLength(), nil case slhDSASHA2192s(): return slhdsa.SLH_DSA_SHA2_192s.SecretKeyLength(), nil case slhDSASHAKE192s(): return slhdsa.SLH_DSA_SHAKE_192s.SecretKeyLength(), nil case slhDSASHA2192f(): return slhdsa.SLH_DSA_SHA2_192f.SecretKeyLength(), nil case slhDSASHAKE192f(): return slhdsa.SLH_DSA_SHAKE_192f.SecretKeyLength(), nil case slhDSASHA2256s(): return slhdsa.SLH_DSA_SHA2_256s.SecretKeyLength(), nil case slhDSASHAKE256s(): return slhdsa.SLH_DSA_SHAKE_256s.SecretKeyLength(), nil case slhDSASHA2256f(): return slhdsa.SLH_DSA_SHA2_256f.SecretKeyLength(), nil case slhDSASHAKE256f(): return slhdsa.SLH_DSA_SHAKE_256f.SecretKeyLength(), nil default: return 0, fmt.Errorf("invalid parameters: %v", paramSet) } } // checkPublicKeyLengthForParameters assumes that params are not nil. func checkPublicKeyLengthForParameters(length int, params *Parameters) error { expLength, err := publicKeyLengthForParams(params.paramSet) if err != nil { return err } if length != expLength { return fmt.Errorf("invalid public key length: %v", length) } return nil } // checkPrivateKeyLengthForParameters assumes that params are not nil. func checkPrivateKeyLengthForParameters(length int, params *Parameters) error { expLength, err := privateKeyLengthForParams(params.paramSet) if err != nil { return err } if length != expLength { return fmt.Errorf("invalid private key length: %v", length) } return nil } // NewPublicKey creates a new SLH-DSA public key. // // idRequirement is the ID of the key in the keyset. It must be zero if params // doesn't have an ID requirement. func NewPublicKey(keyBytes []byte, idRequirement uint32, params *Parameters) (*PublicKey, error) { if !params.HasIDRequirement() && idRequirement != 0 { return nil, fmt.Errorf("slhdsa.NewPublicKey: idRequirement must be zero if params doesn't have an ID requirement") } if err := checkPublicKeyLengthForParameters(len(keyBytes), params); err != nil { return nil, fmt.Errorf("slhdsa.NewPublicKey: %w", err) } outputPrefix, err := calculateOutputPrefix(params.variant, idRequirement) if err != nil { return nil, fmt.Errorf("slhdsa.NewPublicKey: %w", err) } return &PublicKey{ keyBytes: bytes.Clone(keyBytes), idRequirement: idRequirement, params: params, outputPrefix: outputPrefix, }, nil } // KeyBytes returns the public key bytes. func (k *PublicKey) KeyBytes() []byte { return bytes.Clone(k.keyBytes) } // OutputPrefix returns the output prefix of this key. func (k *PublicKey) OutputPrefix() []byte { return bytes.Clone(k.outputPrefix) } // Parameters returns the parameters of the key. func (k *PublicKey) Parameters() key.Parameters { return k.params } // IDRequirement returns the ID requirement of the key, and whether it is // required. func (k *PublicKey) IDRequirement() (uint32, bool) { return k.idRequirement, k.params.HasIDRequirement() } // Equal returns true if this key is equal to other. func (k *PublicKey) Equal(other key.Key) bool { if k == other { return true } that, ok := other.(*PublicKey) return ok && k.params.Equal(that.Parameters()) && bytes.Equal(k.keyBytes, that.keyBytes) && k.idRequirement == that.idRequirement } // PrivateKey represents a SLH-DSA private key. type PrivateKey struct { publicKey *PublicKey // keyBytes is the seed used to generate the private key. keyBytes secretdata.Bytes // expandedKeyBytes is the expanded private key. // We cache the expanded private key as an optimization. Decoding it is // faster than recomputing it from the seed every time we create a signer. expandedKeyBytes secretdata.Bytes } var _ key.Key = (*PrivateKey)(nil) // publicKeyForParameters assumes that len(privateKeyBytes) is correct and that params are not nil. func publicKeyForParameters(privateKeyBytes secretdata.Bytes, params *Parameters) ([]byte, error) { var sk *slhdsa.SecretKey var err error switch params.paramSet { case slhDSASHA2128s(): sk, err = slhdsa.SLH_DSA_SHA2_128s.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE128s(): sk, err = slhdsa.SLH_DSA_SHAKE_128s.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHA2128f(): sk, err = slhdsa.SLH_DSA_SHA2_128f.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE128f(): sk, err = slhdsa.SLH_DSA_SHAKE_128f.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHA2192s(): sk, err = slhdsa.SLH_DSA_SHA2_192s.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE192s(): sk, err = slhdsa.SLH_DSA_SHAKE_192s.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHA2192f(): sk, err = slhdsa.SLH_DSA_SHA2_192f.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE192f(): sk, err = slhdsa.SLH_DSA_SHAKE_192f.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHA2256s(): sk, err = slhdsa.SLH_DSA_SHA2_256s.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE256s(): sk, err = slhdsa.SLH_DSA_SHAKE_256s.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHA2256f(): sk, err = slhdsa.SLH_DSA_SHA2_256f.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE256f(): sk, err = slhdsa.SLH_DSA_SHAKE_256f.DecodeSecretKey(privateKeyBytes.Data(insecuresecretdataaccess.Token{})) default: return nil, fmt.Errorf("invalid parameters: %v", params) } if err != nil { return nil, fmt.Errorf("invalid private key bytes: %w", err) } return sk.PublicKey().Encode(), nil } // NewPrivateKey creates a new SLH-DSA private key from privateKeyBytes, with // idRequirement and params. func NewPrivateKey(privateKeyBytes secretdata.Bytes, idRequirement uint32, params *Parameters) (*PrivateKey, error) { if params == nil { return nil, fmt.Errorf("slhdsa.NewPrivateKey: params must not be nil") } if err := checkPrivateKeyLengthForParameters(privateKeyBytes.Len(), params); err != nil { return nil, fmt.Errorf("slhdsa.NewPrivateKey: %w", err) } pubKeyBytes, err := publicKeyForParameters(privateKeyBytes, params) if err != nil { return nil, fmt.Errorf("slhdsa.NewPrivateKey: %w", err) } pubKey, err := NewPublicKey(pubKeyBytes, idRequirement, params) if err != nil { return nil, fmt.Errorf("slhdsa.NewPrivateKey: %w", err) } return &PrivateKey{ publicKey: pubKey, keyBytes: privateKeyBytes, }, nil } // NewPrivateKeyWithPublicKey creates a new SLH-DSA private key from // privateKeyBytes and a [PublicKey]. func NewPrivateKeyWithPublicKey(privateKeyBytes secretdata.Bytes, pubKey *PublicKey) (*PrivateKey, error) { if pubKey == nil { return nil, fmt.Errorf("slhdsa.NewPrivateKeyWithPublicKey: pubKey must not be nil") } if pubKey.params == nil { return nil, fmt.Errorf("slhdsa.NewPrivateKeyWithPublicKey: pubKey.params must not be nil") } if err := checkPrivateKeyLengthForParameters(privateKeyBytes.Len(), pubKey.params); err != nil { return nil, fmt.Errorf("slhdsa.NewPrivateKeyWithPublicKey: %w", err) } // Make sure the public key is correct. pubKeyBytes, err := publicKeyForParameters(privateKeyBytes, pubKey.params) if err != nil { return nil, fmt.Errorf("slhdsa.NewPrivateKey: %w", err) } if !bytes.Equal(pubKeyBytes, pubKey.KeyBytes()) { return nil, fmt.Errorf("slhdsa.NewPrivateKeyWithPublicKey: public key does not match private key") } return &PrivateKey{ publicKey: pubKey, keyBytes: privateKeyBytes, }, nil } // PrivateKeyBytes returns the private key seed. func (k *PrivateKey) PrivateKeyBytes() secretdata.Bytes { return k.keyBytes } // PublicKey returns the public key of the key. // // This implements the privateKey interface defined in handle.go. func (k *PrivateKey) PublicKey() (key.Key, error) { return k.publicKey, nil } // Parameters returns the parameters of the key. func (k *PrivateKey) Parameters() key.Parameters { return k.publicKey.params } // IDRequirement returns the ID requirement of the key, and whether it is // required. func (k *PrivateKey) IDRequirement() (uint32, bool) { return k.publicKey.IDRequirement() } // OutputPrefix returns the output prefix of this key. func (k *PrivateKey) OutputPrefix() []byte { return bytes.Clone(k.publicKey.outputPrefix) } // Equal returns true if this key is equal to other. func (k *PrivateKey) Equal(other key.Key) bool { if k == other { return true } that, ok := other.(*PrivateKey) return ok && k.publicKey.Equal(that.publicKey) && k.keyBytes.Equal(that.keyBytes) && k.expandedKeyBytes.Equal(that.expandedKeyBytes) } func createPrivateKey(p key.Parameters, idRequirement uint32) (key.Key, error) { slhDSAParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: %T", p) } // Make sure the parameters are not "empty". var sk *slhdsa.SecretKey switch slhDSAParams.paramSet { case slhDSASHA2128s(): sk, _ = slhdsa.SLH_DSA_SHA2_128s.KeyGen() case slhDSASHAKE128s(): sk, _ = slhdsa.SLH_DSA_SHAKE_128s.KeyGen() case slhDSASHA2128f(): sk, _ = slhdsa.SLH_DSA_SHA2_128f.KeyGen() case slhDSASHAKE128f(): sk, _ = slhdsa.SLH_DSA_SHAKE_128f.KeyGen() case slhDSASHA2192s(): sk, _ = slhdsa.SLH_DSA_SHA2_192s.KeyGen() case slhDSASHAKE192s(): sk, _ = slhdsa.SLH_DSA_SHAKE_192s.KeyGen() case slhDSASHA2192f(): sk, _ = slhdsa.SLH_DSA_SHA2_192f.KeyGen() case slhDSASHAKE192f(): sk, _ = slhdsa.SLH_DSA_SHAKE_192f.KeyGen() case slhDSASHA2256s(): sk, _ = slhdsa.SLH_DSA_SHA2_256s.KeyGen() case slhDSASHAKE256s(): sk, _ = slhdsa.SLH_DSA_SHAKE_256s.KeyGen() case slhDSASHA2256f(): sk, _ = slhdsa.SLH_DSA_SHA2_256f.KeyGen() case slhDSASHAKE256f(): sk, _ = slhdsa.SLH_DSA_SHAKE_256f.KeyGen() default: return nil, fmt.Errorf("invalid parameters: %v", slhDSAParams) } return NewPrivateKey(secretdata.NewBytesFromData(sk.Encode(), insecuresecretdataaccess.Token{}), idRequirement, slhDSAParams) } ================================================ FILE: signature/slhdsa/key_pairs_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa_test import ( "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/signature/slhdsa" ) const ( // Copied from Tink C++ SLH-DSA signature verification test. privKeySHA2128sHex = "d44f6f06a73a07451096ad4bfbd240cb54b779330a65ed34ec0cd372c96fe48bf2b907c6" + "b73d52125c3930a195ef650baf7f68a07f4f3435408ac5ecaafaf4f3" pubKeySHA2128sHex = "f2b907c6b73d52125c3930a195ef650baf7f68a07f4f3435408ac5ecaafaf4f3" msgSHA2128sHex = "6d657373616765" sigSHA2128sHex = "677020005c0922919fb6b837c42783b93a71a10db1794c86683f5f22dd1f0b984a66f749" + "3cac79fc4a344ba07d1c2b7921e7b2ce50d7e5de20a47c9883059dd8e800a433d962a332" + "c3a884f0ae8cc14977baa4d0c9067ea9ac54c52ff9bd715ea8dc5210ff5dee5bdf00541b" + "b3d5a05305ba6da0920d35a596040a53f7704a430fa4eee2a21bc6d9dd942fa201cd9316" + "0d8e15347460bbef6ca99b0963c6050626855738d98201e8927e8543595422897954c62e" + "8263e09a7f97d16a4a268afb7dbe022cc468bb3ff8fdf4cc865675045a010226a67663a1" + "299d05913fed902eb3738cf326c45a712ac54ec462eee8bffd0624e7f40d34f24ffec7dd" + "00b3c73aa92e3558c003a4103c404790eef989f2dd6c98bf225e5a465a5120b40133fc97" + "5fbe82c42c8a15435d55a72b97b13835e4bc6d71cb336659bb6b1ed4d4ceba4e98acd61e" + "1180da27efc2ac6879a389b214bc8c4bf450410c786b82c0533a65ea6ce971281ba93de1" + "5f3983b57accb464dc9134490e88da36604f0b8bfeee10566c9a7c12cc18a42be2449cf5" + "237c4d4c42ec384d77a02bbfeec73b0929dd08dddde0aefc26509c2db2de6c337af131e6" + "1487005ab54a3af835942a79a6abaffbd51056cc83231d894d0ca89013af28e93758dd6e" + "913326ba459c0261df519b200b849cbd9994b55bfb8b89add46796cea6832fc9cfcda7c4" + "181abc2fc119fbe7a264da627a4093e922032fb09f1d87765f3fe03fdd4695b6ffac1e1e" + "a638141157960e539630e1b3f8e74b4ec62ed68a349a2020f08c59689e13eabaa7371fd1" + "98df194c985d2df93647ebd910f9ccbfc3465fed3fa015d6a890f42e1dd1359b7cd4c59a" + "4b0d2743f1acf733efe9f9fc349745048c0fef0e1852fd0e9f5189eae8fb04f98cc3bee0" + "a1574f46c4c54a700a0a669175867395a6c7bba1c0c4881db0b8688666beef55cf98c9aa" + "e3357f7c5c659daf36e72c2ae7dc2e757957bc45086c207aa2151eca1399f596732d25ba" + "17f9de45188eec6782f919daa18e2f7a37cb51a75421bf5d1b9397cad979bbef09a87c7c" + "57a871c3cbe0ebf36633281531b2bc9fbde43da9164101fb98204a56fea1d015a0518fd5" + "930020cfaf26486c8e20ae54590a2a026ed5f240f38675fbd25b27caa2af4920645bd6df" + "2dc49fd393adc95593cc3596c8f9b0c6183389b6bd4a1d1a5b682a41cfaac0dd4727df26" + "b4443bc886ed5bda5101a7b2582f59ee41aade795e21e6cb9abc4fcdc3b150c9cea6eb49" + "207b806b25020a369563a5ccbff289d808f005460f133dfbf4a621e9c93fc7d74edc0716" + "993aa727c4038b8c4855216f2d0301a22541ec1e93846f6c89f1f16dfe5b916bf16e82a5" + "e35a09f8865ad28d55833e9a566f7c12cb338e48c1d22c5233d2e17fee5b09eed81dfc65" + "5fb003f4045082b5269ce7263234bcb68225e403626249bd462f259ffaa065cf38318403" + "12d7993219f79e96e42e1e46801c7e809131510007b3aac2ff7c8f897d75109a26fb0d4e" + "e8c76a316a666f335a453ef8507a409809dfef3c4b1cf1f89ccf677a649084519dda826e" + "ad3d348a290bd1d39eff5f4a21487c210c37aac96e66e4bc9604ef988242a88ae0c24c7b" + "034cc1063f3daff93a6c3edcaed6d27fecc521155787389d0398b268e233b1803a35ffc5" + "9b94847acdb4685efecafa383971a9d1ff64f093db635221fbca2ddbf90b25cb8e45ce3a" + "474d16a9dd3018bd8b9a60287325000c0580004c9486fe4a65f0a9a6370523e1063d08f5" + "862ff966e8277ccf27860505944b431e372cc2f85036828e2a3b5c50456bc41deb27aec6" + "11b5650b202d13634eba83ed4715f9220b1c6eff1e378a6241b9f400dffd06ac588439a2" + "c25ee4b2796ade04d1d4bb2c616a0c6d37c95c0db4bab167f95c2e62682f17e585610562" + "f5db06127a1478fdf166ef1e309f1618595b2eddf045f41899697f69bc383b1ca6f25943" + "75f1541cc60c9be199d5ebc585daed75d8856e156c356b65d7bb253534102c790d6a14d0" + "556c3949f38e3102bf2388ff8afeb0ad0338fdc1e0351293bb84b2164c5922fab682b966" + "d7777109d9b180749604c5cadebcaa9b668ce966a93ea0945b8ea7b763c56f23b1b266c7" + 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"bf52c3d448f163f0c4427cf8d933bedd364f370aeec777e79743d8184d052343720867a1" + "4911d35c6fd86dc51a655fd23b34ab33307f50a5de8852f607fb11a7a9fcdb7997498a56" + "fa7fc212b26209edcb7ac03d3be52d261e2f7f8120eec51391f386badd591a9fee82e49b" + "375095b31048af565178c21d89e4f1017f32457e62e41013e49a68d3eec723d4dd16c7d6" + "e11c1d784c5706b9740f3ad6acb5e3bd2ec10eb4f1226d947605fdc85f0d703eec9cb739" + "d6be581b1a2acc37bd4d90aff0b2687e3b3464a48011ee0b9a1c571c02fc4efb94091dbc" + "e2357266713e160718d8b5ab1bacb6cb5330ff2e9dea49d11a18eb924d1c3edb7b4fff9a" + "6c60f23dfd1cc4c9" // Generated using the reference implementation (https://github.com/sphincs/sphincsplus). privKeySHAKE256fHex = "5b099ffc42a7b162c9cfbc188d7bffb19e0250ab36220b7de908e6af0f494456300339e3e832ba67eba181a30933aeb62f57d117fb2d28cc8271d359e0295f53c543272795c138347744d243ee143a0bd8e978e9638fff2ae5af533614316cb6ab4de2bd00bd9d54d21dafa97fd46155f5717a8bb4ef0b854c3cef55e5c553da" pubKeySHAKE256fHex = "c543272795c138347744d243ee143a0bd8e978e9638fff2ae5af533614316cb6ab4de2bd00bd9d54d21dafa97fd46155f5717a8bb4ef0b854c3cef55e5c553da" msgSHAKE256fHex = "6d657373616765" sigSHAKE256fHex = 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// Generated using the SLH-DSA python library (https://pypi.org/project/SLH-DSA/). privKeySHAKE128sHex = "45b32c442eaa9b16d6526a28e6a2e5c093192be127635dbede23d76af7dac295d83c84a82119918454cb7c5ec7f4919da51acc1658770fccfb8cc1f81368356b" pubKeySHAKE128sHex = "d83c84a82119918454cb7c5ec7f4919da51acc1658770fccfb8cc1f81368356b" msgSHAKE128sHex = "6d657373616765" sigSHAKE128sHex = "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" privKeySHA2128fHex = "8769f76c1d0a498b7be70def6eddfbda8cd87210aa0ce0bde8ffae1b634d72c1acb3c41a190d60556dd01e8c88a2b1fbdf5362ca1aa16fa9162c63ffd071556e" pubKeySHA2128fHex = "acb3c41a190d60556dd01e8c88a2b1fbdf5362ca1aa16fa9162c63ffd071556e" msgSHA2128fHex = "6d657373616765" sigSHA2128fHex = "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privKeySHAKE128fHex = "4e16cd45fa10f59698f95645662ff833bf41e5b1674a85d58fe154dc593449a3ca7af695ae14d8c4bf4bbd8927086bbe6c6d6020e3d3a737c2700538b445b746" pubKeySHAKE128fHex = "ca7af695ae14d8c4bf4bbd8927086bbe6c6d6020e3d3a737c2700538b445b746" msgSHAKE128fHex = "6d657373616765" sigSHAKE128fHex = "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" privKeySHA2192sHex = "de5f20d249d64b2211a23804f053583d6a594f4f5086837b66da0ca2ceeb50f93986cc27007f69896081252165ce9662df2f2cc42fc7710de51b0ad3293830b4048b40a7791d439e576675e4cc7d4f1f9735e1c51e8f742f87d01435bc5d5324" pubKeySHA2192sHex = "df2f2cc42fc7710de51b0ad3293830b4048b40a7791d439e576675e4cc7d4f1f9735e1c51e8f742f87d01435bc5d5324" msgSHA2192sHex = "6d657373616765" sigSHA2192sHex = "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e156d7da8a557f6013e2f8e4a159871ac84fa668f6301ce24510b3b9f077de3489b0ed0518310b12f109e2156618ed52445d3d35a4e038bd73501f6e1df7679bded3e1a460540c37bfb00c93b4b01f5791b09485a7de22a52f747abb5ee321697d50042f2980fb028338901f99cac70c8fabaecc69c2c571ecff99102044b921a16945206a74f9085d970de7a581926f24d7459580ee887c38fdc53473626fd65546a29a10e615c4961a08959a7cc7f6c08d6812d649101af5bc2c4dc9cab9426760d502991b2cdf1781d22044081f3f6951f07c5e7df3c1a982ab75efeb3ad18bbbe8832d76f0ac167508b0612b2d649d2bcc338e5c2f500c64c7374c8d052d47101e604fb734d52d5ebda01130f6a9c84831f1300b6ed5b8d767f3b633374ff37d071403af6f68dd79ed48977cb30c9043e59c381edecbe061a55a5a95031c8f847c9f6412a0cbde7da52a5a0cd1fc6e7a0df6339f00284cc4930b97788e5360eb9e52a94073696ea51cb57fa5541fe08459941325e70817d7b09ac981a2b6b469d117b4eecd269a6419467e8c401f0ec05c55aacae2d17b8e97d855705855e2bf413d33850b196334776b944f8850402719859954b2ee1b455a607ff47c282cb4e489bcdc2b122fd4790f109a027cac47283d8c116289563396ae71c24998b34e97501d77dcd5bdfb4eaee2051957285b779585588a5919b17ada2f113eb34486dd54a0d56f3fb39c919933a6dc28a4cc55df79a1e22da2204ba81ddc579e7d39af2d4529284013b3ee384c4e51504c140d0440a42a289385c0e3b7efd028b61f6df955199099a0fb3974b20d9ded94dd32597f2943bc387e99b2fae73ec7b2d8dcd1a95873f0efbac19a9444ada1cdc1470e926d96b6ede198d8854dbebdf567bc690a09451e47fe931e6bec8ed03e682344a553597f00f9fb812b21cdcac3a7e429d0c64b9a8c9d18bd32404cf1329afd6c83081441e256983914d3c85738a62d15bc40e0acd2080ac8686c8a8cb07a7a824265702853bff8bf6b92163d1eca6a21d3a8f84216f88103259b78421fa0aa5c7fe1cf5bb6b6b26f39c2d4e38f327f87000fbf84cac036f3bc4db1e3130f4b94c96dd986a0d8afa8635ee184f084dda578cddf71f7d10a2d65a24af2e1ea6aa8275ed6b652b7b20ea7977648d8476e89c6a99eeaf068e92dde4ad25bcc6654edb075eca7262c80eb5f52a901edbe03d985531ba6166ff5e8cfcc75fcaded87171166c4218d00e27e912f4f5cbf0e2d0607cb5a7f31a14c0dd54dc3df6869d4780bde13b42bb139a58c2308cc5dc9a59ea9f1a19e12d5b90349707f454393a4da2b99674970517505f05098821990dd2e79c0811c61c63d2938bd8e51f950bb127cf9180cce008c306d80c605f5b1c34a76914e3fa3e378814581849c238ea7620b64148485cb0741487c9c518db9e0c57173687bb6e7fe788e6c8a2142931718fcf55691f03f1d9e0a6c9f8d85cc946468f5abca0996b18435f0ae7628283b9fd31941749867b053e37373571c40fb3931d1da1dd9fdc420fdccccaa65b0c8e97b1e329841d9a9c65eefc84d6fe5dfd13e4a059389f2be9354a97c9092e8a0e7e91d14a292522eeae321adaa7b7e5a1c1bf7d34a493fd9fcf83d752b66ace0ed69d71cc1dd0eb6d67f2d20e10505a09c436249149eca5c8281d44518693b7f082c76e5da3521649eb38f8d74c416cd49b0b8ff077" privKeySHAKE192sHex = "26ceb67a6214bfa953055dcfc8c6fa2ecb2e0918ab48d752f9cc86c6275a8bf3190db578e3ea682650341427534be9c7dfd6d03170ee08abe8656d4cdb180bbfb68470365da78c6f68593813efbf48a8d9cb02be9291da4d7ccff2deaa579660" pubKeySHAKE192sHex = "dfd6d03170ee08abe8656d4cdb180bbfb68470365da78c6f68593813efbf48a8d9cb02be9291da4d7ccff2deaa579660" msgSHAKE192sHex = "6d657373616765" sigSHAKE192sHex = 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a928e8a0a02bd28c9406b57a0f42a284fc0a97f769f7d142f0d966042c55feaeb679bc7762ca9124663ae9c84b78efd8504fc1394c5098dfb9ef0171687d968dafce1b8d8f13ae244e74ae227db5cddc8f52e21de27b7a804e0fcaa7d7ff4c5dc1624b64328f9c80bde4abef8715831ad3d7e630afb25ee829e8f20fb4da80f994867dd80bd96abab3f82a433c2a63484ff5d98837d92c2dcd53b4908da0caa21cc39dc647bb0494e61db0f569c284cf776d5226678c80807c95f556dbc5139e8fd76609968ff0384b6a0c56435b4bde32fcfafcfad724866eb1296c173a9f82583969b75e01d70833454b7a5d6707337228ab50ec8404aa6aedaaa9111be31a287ce4b621656fe48cf2198033179ed8b8e2b6dd2bb6f357f09030fd870c34201be912223f5d443e0a000e38c67a81af6044dd26ff0bcdab8b1df2982eac9dc14742408e4711d28686d17ad6ed57d0714edc0742a72e5921678b7645470478f0b82a3f1404c07de7d928b76ac95f1de866984e46293985a2dde561cf56a4d49fca76923351efabf29249c465f3ca8aca6adf7cbe8380777079f6ee558822e8d812c1584af657e4ec7b382222ab011c9ab50e9a9c9381237e0546aee29e7e7de73cb8d55022ca01fde4544ca9b0a417b1f45d1e01b1563641871fc5ae07c13edd7e8e4b1b9e8c3a8b6d76dc5c7b44d341b6a69a415ff712a38d3bfd050fc595b127271b00c9647902db11a0f06e454c705fe95486f08076e083c5bbdaf28b2b55693e37311464a88d1cdfb71af2b2cf9c1a2fc3feb8129d8b3e8fb4239caa966862e1eb796f5ed6dde534d54d961ccf944786faf1c8006407d648e01e2ca078bc4682eeefec03e6fe325898d4c24fe7dc2d48f16a70245c613e30ed2a2ef23bdddbcfee760cf8174a5c7b3794ed998c300b7428fff2629c1f2da9bdcf247983aca954403867a1970cea56657b69d68521b9a0e83205291b0d4ad451b33c4d7d5c7e46b8e948c8d43f7036f64533589fb5f1ba2e0063fadaa40894a31bc7e83c916c57d5f3f0fcf71366c3876b3f5f5cdc9393affaa367a70b74d98776f85322123babcf5834689c3d1a146d4734b60f2779953469346630ce2fc940e3c0c6595ec79cd5626a7b06bc165d1989c29f0d5cb2525af29e1dc5aafa44daa1ecf3c3b9698948a8f12a71af62c4f5d8d1d4e46dba900cc5d3ee45acd6f84c568a286a328afde2d6dcd66ea06e1b07475bb5e37901bb02705d1d10b94848316ea7e02e0bf6f9dc2d717c7224b81f2f6e473386b017e08a14aa036fbac1c5eaa1960f7099f1eb48013a0ecfe2ccc27314bf5bd48327fc9bbd219fd1fbde07e8808e9acd5ff92fdb6b7123bef922d8f9a4ee7c58b4e561c721ff98a92616becce425406ca95683c8a73a3eaebe51f60e6dc3b1b6bc7a461054df58363254a68c996b1b6bfd0ff3c64216d62c42d7634d01f482446c9de5b53cde211752b9c23c9c584b8167304db1ef02107d497bdae313ecd8ba0fc4c921193b1df2b8182192570b9b64c4f6620de7ce72b981db17a56f92fba2819b3c9ecbeda6ab75d976ad6f967322a06bdb32f491c578a4c9bf91daaf40c2fa198dcae9a8998571c6a226072d5136a1f670dfddb301e0be58d0f0131284bdf3e4bd1e32c31f093f02a3d0b391aa25fb8b8ecbd32da62a213d1b9d9e9039ae8afb63f2614f2cf7b209a07ef415e8f0712b1aa07acac0d7ef4" privKeySHA2192fHex = "92443ede1902c36e613ed6d7f4a8b7cfe0997cfb46472e9f87a0cb847c9ecefdc8e4ef7d97c8649bec3a3aef9df4b07e6f99487996fba94930492ef535ac5ac450b02df4a3be2737af588b516fc39fbaa6b090e1b3881772804f8e24f1adaf11" pubKeySHA2192fHex = "6f99487996fba94930492ef535ac5ac450b02df4a3be2737af588b516fc39fbaa6b090e1b3881772804f8e24f1adaf11" msgSHA2192fHex = "6d657373616765" sigSHA2192fHex = 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" privKeySHAKE192fHex = "f7390d9318d2c6f8c95d84d4396024ac24bcedbe72fadd9118fd179f5905d4bf296ec15ace997e5aac0c5b40e1a7599742c19b7c824edebe0cfe80b0f85ad661f799ce6f65e61e4cf4083c92155cfe32b9e7d9221cfa0f6e5a84c86d3de96d2f" pubKeySHAKE192fHex = "42c19b7c824edebe0cfe80b0f85ad661f799ce6f65e61e4cf4083c92155cfe32b9e7d9221cfa0f6e5a84c86d3de96d2f" msgSHAKE192fHex = "6d657373616765" sigSHAKE192fHex = 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" privKeySHA2256sHex = "0d0602392b87d995f10226fb7cb82611a5f14efbb7e78130828afc53e81fd5a282ac064ba6fe8ff03df6d088f01c798c1b958f446e763c812e3b5bdd892e2d7b8d3a97231ab56c3f578cd262ca5ce6ecb82b1ab6eedc1ac2f685968a86009377ad1c2e194760440bfbccb59de8c63660c158a78342e6286494ad9322f3c6bbd5" pubKeySHA2256sHex = "8d3a97231ab56c3f578cd262ca5ce6ecb82b1ab6eedc1ac2f685968a86009377ad1c2e194760440bfbccb59de8c63660c158a78342e6286494ad9322f3c6bbd5" msgSHA2256sHex = "6d657373616765" sigSHA2256sHex = 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privKeySHAKE256sHex = "fc1c2a7aa1cece1195562f4d62d4167331a61e1a674a2b9f5ad1719cd52cabd713c947d196aa2e0ff111371b76e91d2fe9688dfaaf7400dbc7f025e0002df1d06ccac31bda83e3336c0b5ddaff248e8b385a4ac763d377a9b7e8f0a87e31556213fade22e1ebac0c6e5660affd73e63610aaa24157c822b41f0f583d776322de" pubKeySHAKE256sHex = "6ccac31bda83e3336c0b5ddaff248e8b385a4ac763d377a9b7e8f0a87e31556213fade22e1ebac0c6e5660affd73e63610aaa24157c822b41f0f583d776322de" msgSHAKE256sHex = "6d657373616765" sigSHAKE256sHex = "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privKeySHA2256fHex = "b74903941828f680df8f2d98778c0b4e1f42ae9266293448406a4f4fa86b8af55052240e97898396e38b9dd22ec33699a8f97c2c11a1e058f26a6f7f56996be0a2171c9581a63258e1ae68f31665701658fe35baf8c62390238afd40529258670b8e3eb554685ef4533d26d9ea6cc5a73f75997ba473fa096af9ee95310e4fc6" pubKeySHA2256fHex = "a2171c9581a63258e1ae68f31665701658fe35baf8c62390238afd40529258670b8e3eb554685ef4533d26d9ea6cc5a73f75997ba473fa096af9ee95310e4fc6" msgSHA2256fHex = "6d657373616765" sigSHA2256fHex = "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" ) type testKeyPair struct { pubKey []byte privKey []byte } func generateTestKeyPair(t *testing.T, hashType slhdsa.HashType, keySize int, sigType slhdsa.SignatureType) testKeyPair { t.Helper() if hashType == slhdsa.SHA2 && keySize == 64 && sigType == slhdsa.SmallSignature { pubKeyBytes, err := hex.DecodeString(pubKeySHA2128sHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHA2128sHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } if hashType == slhdsa.SHAKE && keySize == 128 && sigType == slhdsa.FastSigning { pubKeyBytes, err := hex.DecodeString(pubKeySHAKE256fHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHAKE256fHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } if hashType == slhdsa.SHAKE && keySize == 64 && sigType == slhdsa.SmallSignature { pubKeyBytes, err := hex.DecodeString(pubKeySHAKE128sHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHAKE128sHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } if hashType == slhdsa.SHA2 && keySize == 64 && sigType == slhdsa.FastSigning { pubKeyBytes, err := hex.DecodeString(pubKeySHA2128fHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHA2128fHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } if hashType == slhdsa.SHAKE && keySize == 64 && sigType == slhdsa.FastSigning { pubKeyBytes, err := hex.DecodeString(pubKeySHAKE128fHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHAKE128fHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } if hashType == slhdsa.SHA2 && keySize == 96 && sigType == slhdsa.SmallSignature { pubKeyBytes, err := hex.DecodeString(pubKeySHA2192sHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHA2192sHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } if hashType == slhdsa.SHAKE && keySize == 96 && sigType == slhdsa.SmallSignature { pubKeyBytes, err := hex.DecodeString(pubKeySHAKE192sHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHAKE192sHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } if hashType == slhdsa.SHA2 && keySize == 96 && sigType == slhdsa.FastSigning { pubKeyBytes, err := hex.DecodeString(pubKeySHA2192fHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHA2192fHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } if hashType == slhdsa.SHAKE && keySize == 96 && sigType == slhdsa.FastSigning { pubKeyBytes, err := hex.DecodeString(pubKeySHAKE192fHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHAKE192fHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } if hashType == slhdsa.SHA2 && keySize == 128 && sigType == slhdsa.SmallSignature { pubKeyBytes, err := hex.DecodeString(pubKeySHA2256sHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHA2256sHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } if hashType == slhdsa.SHAKE && keySize == 128 && sigType == slhdsa.SmallSignature { pubKeyBytes, err := hex.DecodeString(pubKeySHAKE256sHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHAKE256sHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } if hashType == slhdsa.SHA2 && keySize == 128 && sigType == slhdsa.FastSigning { pubKeyBytes, err := hex.DecodeString(pubKeySHA2256fHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeySHA2256fHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return testKeyPair{pubKeyBytes, privKeyBytes} } t.Fatalf("unsupported hashType: %v, keySize: %v, sigType: %v", hashType, keySize, sigType) return testKeyPair{nil, nil} } ================================================ FILE: signature/slhdsa/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa_test import ( "bytes" "encoding/hex" "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/core/cryptofmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature/slhdsa" ) func TestNewParameters(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType variant slhdsa.Variant }{ { name: "tink SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, { name: "no prefix SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, }, { name: "tink SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, }, { name: "no prefix SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, }, { name: "tink SHAKE-128s", hashType: slhdsa.SHAKE, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, { name: "no prefix SHAKE-128s", hashType: slhdsa.SHAKE, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, }, { name: "tink SHA2-128f", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, }, { name: "no prefix SHA2-128f", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, }, { name: "tink SHAKE-128f", hashType: slhdsa.SHAKE, keySize: 64, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, }, { name: "no prefix SHAKE-128f", hashType: slhdsa.SHAKE, keySize: 64, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, }, { name: "tink SHA2-192s", hashType: slhdsa.SHA2, keySize: 96, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, { name: "no prefix SHA2-192s", hashType: slhdsa.SHA2, keySize: 96, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, }, { name: "tink SHAKE-192s", hashType: slhdsa.SHAKE, keySize: 96, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, { name: "no prefix SHAKE-192s", hashType: slhdsa.SHAKE, keySize: 96, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, }, { name: "tink SHA2-192f", hashType: slhdsa.SHA2, keySize: 96, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, }, { name: "no prefix SHA2-192f", hashType: slhdsa.SHA2, keySize: 96, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, }, { name: "tink SHAKE-192f", hashType: slhdsa.SHAKE, keySize: 96, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, }, { name: "no prefix SHAKE-192f", hashType: slhdsa.SHAKE, keySize: 96, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, }, { name: "tink SHA2-256s", hashType: slhdsa.SHA2, keySize: 128, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, { name: "no prefix SHA2-256s", hashType: slhdsa.SHA2, keySize: 128, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, }, { name: "tink SHAKE-256s", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, { name: "no prefix SHAKE-256s", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, }, { name: "tink SHA2-256f", hashType: slhdsa.SHA2, keySize: 128, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, }, { name: "no prefix SHA2-256f", hashType: slhdsa.SHA2, keySize: 128, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tc.variant) if err != nil { t.Errorf("slhdsa.NewParameters(%v, %v, %v, %v) err = %v, want nil", tc.hashType, tc.keySize, tc.sigType, tc.variant, err) } if got := params.HashType(); got != tc.hashType { t.Errorf("params.HashType() = %v, want %v", got, tc.hashType) } if got := params.KeySize(); got != tc.keySize { t.Errorf("params.KeySize() = %v, want %v", got, tc.keySize) } if got := params.SignatureType(); got != tc.sigType { t.Errorf("params.SignatureType() = %v, want %v", got, tc.sigType) } if got := params.Variant(); got != tc.variant { t.Errorf("params.Variant() = %v, want %v", got, tc.variant) } }) } } func TestNewParametersFails(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType variant slhdsa.Variant }{ { name: "unknown", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantUnknown, }, { name: "invalid hash type", hashType: slhdsa.UnknownHashType, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, { name: "invalid key size", hashType: slhdsa.SHA2, keySize: 256, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, { name: "invalid signature type", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.UnknownSignatureType, variant: slhdsa.VariantTink, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tc.variant); err == nil { t.Errorf("slhdsa.NewParameters(%v, %v, %v, %v) err = nil, want error", tc.hashType, tc.keySize, tc.sigType, tc.variant) } }) } } func TestParametersHasIDRequirement(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType variant slhdsa.Variant want bool }{ { name: "tink", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, want: true, }, { name: "no prefix", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, want: false, }, } { t.Run(tc.name, func(t *testing.T) { params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tc.variant) if err != nil { t.Fatalf("slhdsa.NewParameters(%v, %v, %v, %v) err = %v, want nil", tc.hashType, tc.keySize, tc.sigType, tc.variant, err) } if got := params.HasIDRequirement(); got != tc.want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, tc.want) } }) } } func TestParametersEqual(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType }{ { name: "SLH-DSA_SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, }, { name: "SLH-DSA_SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, }, } { t.Run(fmt.Sprintf("%s", tc.name), func(t *testing.T) { tinkVariant, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantTink) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantTink, err) } noPrefixVariant, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantNoPrefix) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantNoPrefix, err) } if !tinkVariant.Equal(tinkVariant) { t.Errorf("tinkVariant.Equal(tinkVariant) = false, want true") } if !noPrefixVariant.Equal(noPrefixVariant) { t.Errorf("noPrefixVariant.Equal(noPrefixVariant) = false, want true") } if tinkVariant.Equal(noPrefixVariant) { t.Errorf("tinkVariant.Equal(noPrefixVariant) = true, want false") } }) } } func TestNewPublicKeyFails(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType privHex string }{ { name: "SLH-DSA-SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, privHex: privKeySHA2128sHex, }, { name: "SLH-DSA-SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, privHex: privKeySHAKE256fHex, }, } { t.Run(tc.name, func(t *testing.T) { tinkParams, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantTink) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantTink, err) } noPrefixParams, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantNoPrefix) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantNoPrefix, err) } privKeyBytes, err := hex.DecodeString(tc.privHex) if err != nil { t.Fatalf("hex.DecodeString(inst.privHex) err = %v, want nil", err) } for _, tc := range []struct { name string params *slhdsa.Parameters keyBytes []byte idRequirement uint32 }{ { name: "nil key bytes", params: tinkParams, keyBytes: nil, idRequirement: 123, }, { name: "invalid key bytes size", params: tinkParams, keyBytes: []byte("123"), idRequirement: 123, }, { name: "invalid ID requirement", params: noPrefixParams, keyBytes: privKeyBytes, idRequirement: 123, }, { name: "invalid params", params: &slhdsa.Parameters{}, keyBytes: privKeyBytes, idRequirement: 123, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := slhdsa.NewPublicKey(tc.keyBytes, tc.idRequirement, tc.params); err == nil { t.Errorf("slhdsa.NewPublicKey(%v, %v, %v) err = nil, want error", tc.keyBytes, tc.idRequirement, tc.params) } }) } }) } } func TestPublicKey(t *testing.T) { for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { keyBytes, err := hex.DecodeString(tc.pubKeyBytesHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tc.variant) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", tc.variant, err) } pubKey, err := slhdsa.NewPublicKey(keyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, tc.idRequirement, params, err) } if got := pubKey.OutputPrefix(); !bytes.Equal(got, tc.wantOutputPrefix) { t.Errorf("params.OutputPrefix() = %v, want %v", got, tc.wantOutputPrefix) } gotIDRequrement, gotRequired := pubKey.IDRequirement() if got, want := gotRequired, params.HasIDRequirement(); got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } if got, want := gotIDRequrement, tc.idRequirement; got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } otherPubKey, err := slhdsa.NewPublicKey(keyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, tc.idRequirement, params, err) } if !otherPubKey.Equal(pubKey) { t.Errorf("otherPubKey.Equal(pubKey) = false, want true") } }) } } func TestPublicKeyEqualSelf(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType pubKeyHex string }{ { name: "SLH-DSA-SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, pubKeyHex: pubKeySHA2128sHex, }, { name: "SLH-DSA-SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, pubKeyHex: pubKeySHAKE256fHex, }, } { t.Run(tc.name, func(t *testing.T) { params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantTink) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantTink, err) } keyBytes, err := hex.DecodeString(tc.pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } pubKey, err := slhdsa.NewPublicKey(keyBytes, 123, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, 123, params, err) } if !pubKey.Equal(pubKey) { t.Errorf("pubKey.Equal(pubKey) = false, want true") } }) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 123, true } func TestPublicKeyEqual_FalseIfDifferentType(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType pubKeyHex string }{ { name: "SLH-DSA-SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, pubKeyHex: pubKeySHA2128sHex, }, { name: "SLH-DSA-SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, pubKeyHex: pubKeySHAKE256fHex, }, } { t.Run(tc.name, func(t *testing.T) { params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantTink) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantTink, err) } keyBytes, err := hex.DecodeString(tc.pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } pubKey, err := slhdsa.NewPublicKey(keyBytes, 123, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, 123, params, err) } if pubKey.Equal(&stubKey{}) { t.Errorf("pubKey.Equal(&stubKey{}) = true, want false") } }) } } type TestPublicKeyParams struct { keyHex string changeKeyBytes bool idRequirement uint32 hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType variant slhdsa.Variant } func TestPublicKeyEqualFalse(t *testing.T) { for _, tc := range []struct { name string firstKey *TestPublicKeyParams secondKey *TestPublicKeyParams }{ { name: "different ID requirement", firstKey: &TestPublicKeyParams{ keyHex: pubKeySHA2128sHex, idRequirement: 123, hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, secondKey: &TestPublicKeyParams{ keyHex: pubKeySHA2128sHex, idRequirement: 456, hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, }, { name: "different key bytes", firstKey: &TestPublicKeyParams{ keyHex: pubKeySHA2128sHex, idRequirement: 123, hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, secondKey: &TestPublicKeyParams{ keyHex: pubKeySHA2128sHex, changeKeyBytes: true, idRequirement: 123, hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, }, { name: "different variant", firstKey: &TestPublicKeyParams{ keyHex: pubKeySHA2128sHex, idRequirement: 0, hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, }, secondKey: &TestPublicKeyParams{ keyHex: pubKeySHA2128sHex, idRequirement: 0, hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, }, }, } { t.Run(tc.name, func(t *testing.T) { firstKeyBytes, err := hex.DecodeString(tc.firstKey.keyHex) if err != nil { t.Fatalf("hex.DecodeString(tc.firstKey.keyHex) err = %v, want nil", err) } if tc.firstKey.changeKeyBytes { firstKeyBytes[0] ^= 1 } secondKeyBytes, err := hex.DecodeString(tc.secondKey.keyHex) if err != nil { t.Fatalf("hex.DecodeString(tc.secondKey.keyHex) err = %v, want nil", err) } if tc.secondKey.changeKeyBytes { secondKeyBytes[0] ^= 1 } firstParams, err := slhdsa.NewParameters(tc.firstKey.hashType, tc.firstKey.keySize, tc.firstKey.sigType, tc.firstKey.variant) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", tc.firstKey.variant, err) } firstPubKey, err := slhdsa.NewPublicKey(firstKeyBytes, tc.firstKey.idRequirement, firstParams) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", firstKeyBytes, tc.firstKey.idRequirement, firstParams, err) } secondParams, err := slhdsa.NewParameters(tc.secondKey.hashType, tc.secondKey.keySize, tc.secondKey.sigType, tc.secondKey.variant) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", tc.secondKey.variant, err) } secondPubKey, err := slhdsa.NewPublicKey(secondKeyBytes, tc.secondKey.idRequirement, secondParams) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", secondKeyBytes, tc.secondKey.idRequirement, secondParams, err) } if firstPubKey.Equal(secondPubKey) { t.Errorf("firstPubKey.Equal(secondPubKey) = true, want false") } }) } } func TestPublicKeyKeyBytes(t *testing.T) { for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tc.variant) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", tc.variant, err) } keyBytes, err := hex.DecodeString(tc.pubKeyBytesHex) if err != nil { t.Fatalf("hex.DecodeString(tc.pubKeyBytesHex) err = %v, want nil", err) } pubKey, err := slhdsa.NewPublicKey(keyBytes, tc.idRequirement, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, tc.idRequirement, params, err) } gotPubKeyBytes := pubKey.KeyBytes() if !bytes.Equal(gotPubKeyBytes, keyBytes) { t.Errorf("bytes.Equal(gotPubKeyBytes, keyBytes) = false, want true") } // Make sure a copy is made when creating the public key. keyBytes[0] ^= 1 if bytes.Equal(pubKey.KeyBytes(), keyBytes) { t.Errorf("bytes.Equal(pubKey.KeyBytes(), keyBytes) = true, want false") } // Make sure no changes are made to the internal state of the public key. gotPubKeyBytes[1] ^= 1 if bytes.Equal(pubKey.KeyBytes(), gotPubKeyBytes) { t.Errorf("bytes.Equal((pubKey.KeyBytes(), gotPubKeyBytes) = true, want false") } }) } } var testCases = []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType variant slhdsa.Variant privKeyBytesHex string pubKeyBytesHex string idRequirement uint32 wantOutputPrefix []byte }{ // SHA2-128s { name: "tink SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHA2128sHex, pubKeyBytesHex: pubKeySHA2128sHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHA2128sHex, pubKeyBytesHex: pubKeySHA2128sHex, idRequirement: 0, wantOutputPrefix: nil, }, // SHAKE-128s { name: "tink SHAKE-128s", hashType: slhdsa.SHAKE, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHAKE128sHex, pubKeyBytesHex: pubKeySHAKE128sHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHAKE-128s", hashType: slhdsa.SHAKE, keySize: 64, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHAKE128sHex, pubKeyBytesHex: pubKeySHAKE128sHex, idRequirement: 0, wantOutputPrefix: nil, }, // SHA2-128f { name: "tink SHA2-128f", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHA2128fHex, pubKeyBytesHex: pubKeySHA2128fHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHA2-128f", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHA2128fHex, pubKeyBytesHex: pubKeySHA2128fHex, idRequirement: 0, wantOutputPrefix: nil, }, // SHAKE-128f { name: "tink SHAKE-128f", hashType: slhdsa.SHAKE, keySize: 64, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHAKE128fHex, pubKeyBytesHex: pubKeySHAKE128fHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHAKE-128f", hashType: slhdsa.SHAKE, keySize: 64, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHAKE128fHex, pubKeyBytesHex: pubKeySHAKE128fHex, idRequirement: 0, wantOutputPrefix: nil, }, // SHA2-192s { name: "tink SHA2-192s", hashType: slhdsa.SHA2, keySize: 96, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHA2192sHex, pubKeyBytesHex: pubKeySHA2192sHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHA2-192s", hashType: slhdsa.SHA2, keySize: 96, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHA2192sHex, pubKeyBytesHex: pubKeySHA2192sHex, idRequirement: 0, wantOutputPrefix: nil, }, // SHAKE-192s { name: "tink SHAKE-192s", hashType: slhdsa.SHAKE, keySize: 96, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHAKE192sHex, pubKeyBytesHex: pubKeySHAKE192sHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHAKE-192s", hashType: slhdsa.SHAKE, keySize: 96, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHAKE192sHex, pubKeyBytesHex: pubKeySHAKE192sHex, idRequirement: 0, wantOutputPrefix: nil, }, // SHA2-192f { name: "tink SHA2-192f", hashType: slhdsa.SHA2, keySize: 96, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHA2192fHex, pubKeyBytesHex: pubKeySHA2192fHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHA2-192f", hashType: slhdsa.SHA2, keySize: 96, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHA2192fHex, pubKeyBytesHex: pubKeySHA2192fHex, idRequirement: 0, wantOutputPrefix: nil, }, // SHAKE-192f { name: "tink SHAKE-192f", hashType: slhdsa.SHAKE, keySize: 96, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHAKE192fHex, pubKeyBytesHex: pubKeySHAKE192fHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHAKE-192f", hashType: slhdsa.SHAKE, keySize: 96, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHAKE192fHex, pubKeyBytesHex: pubKeySHAKE192fHex, idRequirement: 0, wantOutputPrefix: nil, }, // SHA2-256s { name: "tink SHA2-256s", hashType: slhdsa.SHA2, keySize: 128, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHA2256sHex, pubKeyBytesHex: pubKeySHA2256sHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHA2-256s", hashType: slhdsa.SHA2, keySize: 128, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHA2256sHex, pubKeyBytesHex: pubKeySHA2256sHex, idRequirement: 0, wantOutputPrefix: nil, }, // SHAKE-256s { name: "tink SHAKE-256s", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHAKE256sHex, pubKeyBytesHex: pubKeySHAKE256sHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHAKE-256s", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.SmallSignature, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHAKE256sHex, pubKeyBytesHex: pubKeySHAKE256sHex, idRequirement: 0, wantOutputPrefix: nil, }, // SHA2-256f { name: "tink SHA2-256f", hashType: slhdsa.SHA2, keySize: 128, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHA2256fHex, pubKeyBytesHex: pubKeySHA2256fHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHA2-256f", hashType: slhdsa.SHA2, keySize: 128, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHA2256fHex, pubKeyBytesHex: pubKeySHA2256fHex, idRequirement: 0, wantOutputPrefix: nil, }, // SHAKE-256f { name: "tink SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, variant: slhdsa.VariantTink, privKeyBytesHex: privKeySHAKE256fHex, pubKeyBytesHex: pubKeySHAKE256fHex, idRequirement: uint32(0x01020304), wantOutputPrefix: []byte{cryptofmt.TinkStartByte, 0x01, 0x02, 0x03, 0x04}, }, { name: "no prefix SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, variant: slhdsa.VariantNoPrefix, privKeyBytesHex: privKeySHAKE256fHex, pubKeyBytesHex: pubKeySHAKE256fHex, idRequirement: 0, wantOutputPrefix: nil, }, } func TestPrivateKeyNewPrivateKeyWithPublicKey(t *testing.T) { for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tc.variant) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", tc.variant, err) } keyPair := generateTestKeyPair(t, tc.hashType, tc.keySize, tc.sigType) pubKey, err := slhdsa.NewPublicKey(keyPair.pubKey, tc.idRequirement, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyPair.pubKey, tc.idRequirement, params, err) } secretKey := secretdata.NewBytesFromData(keyPair.privKey, insecuresecretdataaccess.Token{}) privKey, err := slhdsa.NewPrivateKeyWithPublicKey(secretKey, pubKey) if err != nil { t.Fatalf("slhdsa.NewPrivateKeyWithPublicKey(%v, %v) err = %v, want nil", secretKey, pubKey, err) } // Test IDRequirement. gotIDRequrement, gotRequired := privKey.IDRequirement() if got, want := gotRequired, params.HasIDRequirement(); got != want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, want) } if got, want := gotIDRequrement, tc.idRequirement; got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } // Test OutputPrefix. if got := privKey.OutputPrefix(); !bytes.Equal(got, tc.wantOutputPrefix) { t.Errorf("params.OutputPrefix() = %v, want %v", got, tc.wantOutputPrefix) } // Test Equal. otherPubKey, err := slhdsa.NewPublicKey(keyPair.pubKey, tc.idRequirement, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyPair.pubKey, tc.idRequirement, params, err) } otherPrivKey, err := slhdsa.NewPrivateKeyWithPublicKey(secretKey, otherPubKey) if err != nil { t.Fatalf("slhdsa.NewPrivateKeyWithPublicKey(%v, %v) err = %v, want nil", secretKey, pubKey, err) } if !otherPrivKey.Equal(privKey) { t.Errorf("otherPrivKey.Equal(privKey) = false, want true") } // Test PublicKey. got, err := privKey.PublicKey() if err != nil { t.Fatalf("privKey.PublicKey() err = %v, want nil", err) } if !got.Equal(pubKey) { t.Errorf("privKey.PublicKey().Equal(pubKey) = false, want true") } // Test Parameters. if got := privKey.Parameters(); !got.Equal(params) { t.Errorf("privKey.Parameters().Equal(¶ms) = false, want true") } }) } } func TestPrivateKeyNewPrivateKey(t *testing.T) { for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tc.variant) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", tc.variant, err) } keyPair := generateTestKeyPair(t, tc.hashType, tc.keySize, tc.sigType) secretKey := secretdata.NewBytesFromData(keyPair.privKey, insecuresecretdataaccess.Token{}) privKey, err := slhdsa.NewPrivateKey(secretKey, tc.idRequirement, params) if err != nil { t.Fatalf("slhdsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", secretKey, tc.idRequirement, params, err) } // Test IDRequirement. gotIDRequrement, gotRequired := privKey.IDRequirement() if got, want := gotRequired, params.HasIDRequirement(); got != want { t.Errorf("params.HasIDRequirement() = %v, want %v", got, want) } if got, want := gotIDRequrement, tc.idRequirement; got != want { t.Errorf("params.IDRequirement() = %v, want %v", got, want) } // Test OutputPrefix. if got := privKey.OutputPrefix(); !bytes.Equal(got, tc.wantOutputPrefix) { t.Errorf("params.OutputPrefix() = %v, want %v", got, tc.wantOutputPrefix) } // Test Equal. otherPrivKey, err := slhdsa.NewPrivateKey(secretKey, tc.idRequirement, params) if err != nil { t.Fatalf("slhdsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", secretKey, tc.idRequirement, params, err) } if !otherPrivKey.Equal(privKey) { t.Errorf("otherPrivKey.Equal(privKey) = false, want true") } // Test PublicKey. want, err := slhdsa.NewPublicKey(keyPair.pubKey, tc.idRequirement, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyPair.pubKey, tc.idRequirement, params, err) } got, err := privKey.PublicKey() if err != nil { t.Fatalf("privKey.PublicKey() err = %v, want nil", err) } if !got.Equal(want) { t.Errorf("privKey.PublicKey().Equal(want) = false, want true") } // Test Parameters. if got := privKey.Parameters(); !got.Equal(params) { t.Errorf("privKey.Parameters().Equal(¶ms) = false, want true") } }) } } func TestNewPrivateKeyFails(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType pubKeyHex string }{ { name: "SLH-DSA-SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, }, } { t.Run(tc.name, func(t *testing.T) { paramsTink, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantTink) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantTink, err) } paramsNoPrefix, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantNoPrefix) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantNoPrefix, err) } for _, tc := range []struct { name string params *slhdsa.Parameters idRequrement uint32 privKeyBytes secretdata.Bytes }{ { name: "nil private key bytes", params: paramsTink, idRequrement: 123, privKeyBytes: secretdata.NewBytesFromData(nil, insecuresecretdataaccess.Token{}), }, { name: "invalid private key bytes size", params: paramsTink, idRequrement: 123, privKeyBytes: secretdata.NewBytesFromData([]byte("123"), insecuresecretdataaccess.Token{}), }, { name: "empty params", params: &slhdsa.Parameters{}, idRequrement: 123, privKeyBytes: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), }, { name: "invalid ID requiremet", idRequrement: 123, params: paramsNoPrefix, privKeyBytes: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := slhdsa.NewPrivateKey(tc.privKeyBytes, tc.idRequrement, tc.params); err == nil { t.Errorf("slhdsa.NewPrivateKey(%v, %v, %v) err = nil, want error", tc.privKeyBytes, tc.idRequrement, tc.params) } }) } }) } } func TestNewPrivateKeyWithPublicKeyFails(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType pubKeyHex string }{ { name: "SLH-DSA-SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, }, } { t.Run(tc.name, func(t *testing.T) { params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantTink) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantTink, err) } keyPair := generateTestKeyPair(t, tc.hashType, tc.keySize, tc.sigType) pubKey, err := slhdsa.NewPublicKey(keyPair.pubKey, 123, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyPair.pubKey, 123, params, err) } for _, tc := range []struct { name string params *slhdsa.Parameters pubKey *slhdsa.PublicKey privateKeyBytes secretdata.Bytes }{ { name: "nil private key bytes", pubKey: pubKey, privateKeyBytes: secretdata.NewBytesFromData(nil, insecuresecretdataaccess.Token{}), }, { name: "invalid private key bytes size", pubKey: pubKey, privateKeyBytes: secretdata.NewBytesFromData([]byte("123"), insecuresecretdataaccess.Token{}), }, { name: "empty public key", pubKey: &slhdsa.PublicKey{}, privateKeyBytes: secretdata.NewBytesFromData(keyPair.privKey, insecuresecretdataaccess.Token{}), }, { name: "nil public key", pubKey: nil, privateKeyBytes: secretdata.NewBytesFromData(keyPair.privKey, insecuresecretdataaccess.Token{}), }, { name: "invalid public key", pubKey: pubKey, privateKeyBytes: secretdata.NewBytesFromData([]byte("12345678123456781234567812345678"), insecuresecretdataaccess.Token{}), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := slhdsa.NewPrivateKeyWithPublicKey(tc.privateKeyBytes, tc.pubKey); err == nil { t.Errorf("slhdsa.NewPrivateKeyWithPublicKey(%v, %v) err = nil, want error", tc.privateKeyBytes, tc.pubKey) } }) } }) } } func TestPrivateKeyEqualSelf(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType pubKeyHex string }{ { name: "SLH-DSA-SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, }, } { t.Run(tc.name, func(t *testing.T) { params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantTink) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantTink, err) } keyPair := generateTestKeyPair(t, tc.hashType, tc.keySize, tc.sigType) pubKey, err := slhdsa.NewPublicKey(keyPair.pubKey, 123, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v", keyPair.pubKey, 123, params, err) } secretKey := secretdata.NewBytesFromData(keyPair.privKey, insecuresecretdataaccess.Token{}) privKey, err := slhdsa.NewPrivateKeyWithPublicKey(secretKey, pubKey) if err != nil { t.Fatalf("slhdsa.NewPrivateKeyWithPublicKey(%v, %v) err = %v", secretKey, pubKey, err) } if !privKey.Equal(privKey) { t.Errorf("privKey.Equal(privKey) = false, want true") } }) } } func TestPrivateKeyEqual_FalseIfDifferentType(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType pubKeyHex string }{ { name: "SLH-DSA-SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, }, } { t.Run(tc.name, func(t *testing.T) { params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantTink) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantTink, err) } keyPair := generateTestKeyPair(t, tc.hashType, tc.keySize, tc.sigType) pubKey, err := slhdsa.NewPublicKey(keyPair.pubKey, 123, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v", keyPair.pubKey, 123, params, err) } secretKey := secretdata.NewBytesFromData(keyPair.privKey, insecuresecretdataaccess.Token{}) privKey, err := slhdsa.NewPrivateKeyWithPublicKey(secretKey, pubKey) if err != nil { t.Fatalf("slhdsa.NewPrivateKeyWithPublicKey(%v, %v) err = %v", secretKey, pubKey, err) } if privKey.Equal(&stubKey{}) { t.Errorf("privKey.Equal(&stubKey{}) = true, want false") } }) } } func TestPrivateKeyEqualFalse(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType pubKeyHex string }{ { name: "SLH-DSA-SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, }, } { t.Run(tc.name, func(t *testing.T) { paramsTink, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantTink) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantTink, err) } paramsNoPrefix, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantNoPrefix) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", slhdsa.VariantNoPrefix, err) } for _, tc := range []struct { name string privKeyBytes1 secretdata.Bytes params1 *slhdsa.Parameters idRequirement1 uint32 privKeyBytes2 secretdata.Bytes params2 *slhdsa.Parameters idRequirement2 uint32 }{ { name: "different private key bytes", privKeyBytes1: secretdata.NewBytesFromData([]byte("1234567812345678123456781234567812345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params1: paramsTink, idRequirement1: 123, privKeyBytes2: secretdata.NewBytesFromData([]byte("1234567812345678123456781234567812345678123456781234567812345679"), insecuresecretdataaccess.Token{}), params2: paramsTink, idRequirement2: 123, }, { name: "different ID requirement", privKeyBytes1: secretdata.NewBytesFromData([]byte("1234567812345678123456781234567812345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params1: paramsTink, idRequirement1: 123, privKeyBytes2: secretdata.NewBytesFromData([]byte("1234567812345678123456781234567812345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params2: paramsTink, idRequirement2: 456, }, { name: "different params", privKeyBytes1: secretdata.NewBytesFromData([]byte("1234567812345678123456781234567812345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params1: paramsTink, idRequirement1: 0, privKeyBytes2: secretdata.NewBytesFromData([]byte("1234567812345678123456781234567812345678123456781234567812345678"), insecuresecretdataaccess.Token{}), params2: paramsNoPrefix, idRequirement2: 0, }, } { t.Run(tc.name, func(t *testing.T) { firstPrivKey, err := slhdsa.NewPrivateKey(tc.privKeyBytes1, tc.idRequirement1, tc.params1) if err != nil { t.Fatalf("slhdsa.NewPrivateKey(%v, %v, %v) err = %v", tc.privKeyBytes1, tc.idRequirement1, tc.params1, err) } secondPrivKey, err := slhdsa.NewPrivateKey(tc.privKeyBytes2, tc.idRequirement2, tc.params2) if err != nil { t.Fatalf("slhdsa.NewPrivateKey(%v, %v, %v) err = %v", tc.privKeyBytes2, tc.idRequirement2, tc.params2, err) } if firstPrivKey.Equal(secondPrivKey) { t.Errorf("firstPrivKey.Equal(secondPrivKey) = true, want false") } }) } }) } } func TestPrivateKeyKeyBytes(t *testing.T) { for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { keyPair := generateTestKeyPair(t, tc.hashType, tc.keySize, tc.sigType) params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tc.variant) if err != nil { t.Fatalf("slhdsa.NewParameters(%v) err = %v, want nil", tc.variant, err) } pubKey, err := slhdsa.NewPublicKey(keyPair.pubKey, tc.idRequirement, params) if err != nil { t.Fatalf("slhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyPair.pubKey, tc.idRequirement, params, err) } secretKey := secretdata.NewBytesFromData(keyPair.privKey, insecuresecretdataaccess.Token{}) privKey, err := slhdsa.NewPrivateKeyWithPublicKey(secretKey, pubKey) if err != nil { t.Fatalf("slhdsa.NewPrivateKeyWithPublicKey(%v, %v) err = %v, want nil", secretKey, pubKey, err) } if got, want := privKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{}), keyPair.privKey; !bytes.Equal(got, want) { t.Errorf("bytes.Equal(got, want) = false, want true") } }) } } func TestKeyCreator(t *testing.T) { params, err := slhdsa.NewParameters(slhdsa.SHA2, 64, slhdsa.SmallSignature, slhdsa.VariantTink) if err != nil { t.Fatalf("slhdsa.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0x1234) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) err = %v, want nil", params, err) } slhdsaPrivateKey, ok := key.(*slhdsa.PrivateKey) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0x1234) returned key of type %T, want %T", params, key, (*slhdsa.PrivateKey)(nil)) } idRequirement, hasIDRequirement := slhdsaPrivateKey.IDRequirement() if !hasIDRequirement || idRequirement != 0x1234 { t.Errorf("slhdsaPrivateKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 123, true) } if diff := cmp.Diff(slhdsaPrivateKey.Parameters(), params); diff != "" { t.Errorf("slhdsaPrivateKey.Parameters() diff (-want +got):\n%s", diff) } } func TestPrivateKeyCreator_Fails(t *testing.T) { paramsNoPrefix, err := slhdsa.NewParameters(slhdsa.SHA2, 64, slhdsa.SmallSignature, slhdsa.VariantNoPrefix) if err != nil { t.Fatalf("slhdsa.NewParameters() err = %v, want nil", err) } for _, tc := range []struct { name string params *slhdsa.Parameters idRequirement uint32 }{ { name: "invalid id requirement", params: paramsNoPrefix, idRequirement: 0x1234, }, { name: "invalid parameters", params: &slhdsa.Parameters{}, idRequirement: 0x1234, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.params, tc.idRequirement); err == nil { t.Errorf("keygenregistry.CreateKey(%v, %v) err = nil, want error", tc.params, tc.idRequirement) } }) } } ================================================ FILE: signature/slhdsa/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" slhdsapb "github.com/tink-crypto/tink-go/v2/proto/slh_dsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // publicKeyProtoVersion is the accepted [slhdsapb.SlhDsaPublicKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. publicKeyProtoVersion = 0 // privateKeyProtoVersion is the accepted [slhdsapb.SlhDsaPrivateKey] proto // version. // // Currently, only version 0 is supported; other versions are rejected. privateKeyProtoVersion = 0 signerTypeURL = "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey" verifierTypeURL = "type.googleapis.com/google.crypto.tink.SlhDsaPublicKey" ) type publicKeySerializer struct{} var _ protoserialization.KeySerializer = (*publicKeySerializer)(nil) func protoOutputPrefixTypeFromVariant(variant Variant) (tinkpb.OutputPrefixType, error) { switch variant { case VariantTink: return tinkpb.OutputPrefixType_TINK, nil case VariantNoPrefix: return tinkpb.OutputPrefixType_RAW, nil default: return tinkpb.OutputPrefixType_UNKNOWN_PREFIX, fmt.Errorf("unknown output prefix variant: %v", variant) } } func protoSlhDsaHashTypeFromHashType(hashType HashType) (slhdsapb.SlhDsaHashType, error) { switch hashType { case SHA2: return slhdsapb.SlhDsaHashType_SHA2, nil case SHAKE: return slhdsapb.SlhDsaHashType_SHAKE, nil default: return slhdsapb.SlhDsaHashType_SLH_DSA_HASH_TYPE_UNSPECIFIED, fmt.Errorf("unknown hash type: %v", hashType) } } func protoSlhDsaSignatureTypeFromSignatureType(sigType SignatureType) (slhdsapb.SlhDsaSignatureType, error) { switch sigType { case FastSigning: return slhdsapb.SlhDsaSignatureType_FAST_SIGNING, nil case SmallSignature: return slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, nil default: return slhdsapb.SlhDsaSignatureType_SLH_DSA_SIGNATURE_TYPE_UNSPECIFIED, fmt.Errorf("unknown signature type: %v", sigType) } } func (s *publicKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { slhdsaPubKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *slhdsa.PublicKey", key) } if slhdsaPubKey.params == nil { return nil, fmt.Errorf("invalid key: parameters are nil") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(slhdsaPubKey.params.Variant()) if err != nil { return nil, err } slhdsaHashType, err := protoSlhDsaHashTypeFromHashType(slhdsaPubKey.params.HashType()) if err != nil { return nil, err } slhdsaSigType, err := protoSlhDsaSignatureTypeFromSignatureType(slhdsaPubKey.params.SignatureType()) if err != nil { return nil, err } protoKey := &slhdsapb.SlhDsaPublicKey{ KeyValue: slhdsaPubKey.KeyBytes(), Params: &slhdsapb.SlhDsaParams{ KeySize: int32(slhdsaPubKey.params.KeySize()), HashType: slhdsaHashType, SigType: slhdsaSigType, }, Version: publicKeyProtoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := slhdsaPubKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type privateKeySerializer struct{} var _ protoserialization.KeySerializer = (*privateKeySerializer)(nil) func (s *privateKeySerializer) SerializeKey(key key.Key) (*protoserialization.KeySerialization, error) { slhdsaPrivKey, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("invalid key type: %T, want *slhdsa.PrivateKey", key) } if slhdsaPrivKey.publicKey == nil { return nil, fmt.Errorf("invalid key: public key is nil") } params := slhdsaPrivKey.publicKey.params if params == nil { return nil, fmt.Errorf("invalid key: public key parameters are nil") } outputPrefixType, err := protoOutputPrefixTypeFromVariant(params.Variant()) if err != nil { return nil, err } slhdsaHashType, err := protoSlhDsaHashTypeFromHashType(params.HashType()) if err != nil { return nil, err } slhdsaSigType, err := protoSlhDsaSignatureTypeFromSignatureType(params.SignatureType()) if err != nil { return nil, err } protoKey := &slhdsapb.SlhDsaPrivateKey{ KeyValue: slhdsaPrivKey.PrivateKeyBytes().Data(insecuresecretdataaccess.Token{}), PublicKey: &slhdsapb.SlhDsaPublicKey{ KeyValue: slhdsaPrivKey.publicKey.KeyBytes(), Params: &slhdsapb.SlhDsaParams{ KeySize: int32(params.KeySize()), HashType: slhdsaHashType, SigType: slhdsaSigType, }, Version: publicKeyProtoVersion, }, Version: privateKeyProtoVersion, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } // idRequirement is zero if the key doesn't have a key requirement. idRequirement, _ := slhdsaPrivKey.IDRequirement() keyData := &tinkpb.KeyData{ TypeUrl: signerTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, } return protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) } type publicKeyParser struct{} var _ protoserialization.KeyParser = (*publicKeyParser)(nil) func variantFromProto(prefixType tinkpb.OutputPrefixType) (Variant, error) { switch prefixType { case tinkpb.OutputPrefixType_TINK: return VariantTink, nil case tinkpb.OutputPrefixType_RAW: return VariantNoPrefix, nil default: return VariantUnknown, fmt.Errorf("unsupported output prefix type: %v", prefixType) } } func hashTypeFromProto(hashType slhdsapb.SlhDsaHashType) (HashType, error) { switch hashType { case slhdsapb.SlhDsaHashType_SHA2: return SHA2, nil case slhdsapb.SlhDsaHashType_SHAKE: return SHAKE, nil default: return UnknownHashType, fmt.Errorf("unsupported hash type: %v", hashType) } } func signatureTypeFromProto(sigType slhdsapb.SlhDsaSignatureType) (SignatureType, error) { switch sigType { case slhdsapb.SlhDsaSignatureType_FAST_SIGNING: return FastSigning, nil case slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE: return SmallSignature, nil default: return UnknownSignatureType, fmt.Errorf("unsupported signature type: %v", sigType) } } func (s *publicKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != verifierTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PUBLIC { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoKey := new(slhdsapb.SlhDsaPublicKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != publicKeyProtoVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } hashType, err := hashTypeFromProto(protoKey.GetParams().GetHashType()) if err != nil { return nil, err } sigType, err := signatureTypeFromProto(protoKey.GetParams().GetSigType()) if err != nil { return nil, err } params, err := NewParameters(hashType, int(protoKey.GetParams().GetKeySize()), sigType, variant) if err != nil { return nil, err } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() return NewPublicKey(protoKey.GetKeyValue(), keyID, params) } type privateKeyParser struct{} var _ protoserialization.KeyParser = (*privateKeyParser)(nil) func (s *privateKeyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid key type URL: %v", keyData.GetTypeUrl()) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_ASYMMETRIC_PRIVATE { return nil, fmt.Errorf("invalid key material type: %v", keyData.GetKeyMaterialType()) } protoKey := new(slhdsapb.SlhDsaPrivateKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != privateKeyProtoVersion { return nil, fmt.Errorf("private key has unsupported version: %v", protoKey.GetVersion()) } variant, err := variantFromProto(keySerialization.OutputPrefixType()) if err != nil { return nil, err } hashType, err := hashTypeFromProto(protoKey.GetPublicKey().GetParams().GetHashType()) if err != nil { return nil, err } sigType, err := signatureTypeFromProto(protoKey.GetPublicKey().GetParams().GetSigType()) if err != nil { return nil, err } params, err := NewParameters(hashType, int(protoKey.GetPublicKey().GetParams().GetKeySize()), sigType, variant) if err != nil { return nil, err } if protoKey.GetPublicKey().GetVersion() != publicKeyProtoVersion { return nil, fmt.Errorf("public key has unsupported version: %v", protoKey.GetPublicKey().GetVersion()) } // keySerialization.IDRequirement() returns zero if the key doesn't have a key requirement. keyID, _ := keySerialization.IDRequirement() publicKey, err := NewPublicKey(protoKey.GetPublicKey().GetKeyValue(), keyID, params) if err != nil { return nil, err } privateKeyBytes := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) return NewPrivateKeyWithPublicKey(privateKeyBytes, publicKey) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(parameters key.Parameters) (*tinkpb.KeyTemplate, error) { slhdsaParameters, ok := parameters.(*Parameters) if !ok { return nil, fmt.Errorf("invalid parameters type: got %T, want *slhdsa.Parameters", parameters) } outputPrefixType, err := protoOutputPrefixTypeFromVariant(slhdsaParameters.Variant()) if err != nil { return nil, err } slhdsaHashType, err := protoSlhDsaHashTypeFromHashType(slhdsaParameters.HashType()) if err != nil { return nil, err } slhdsaSigType, err := protoSlhDsaSignatureTypeFromSignatureType(slhdsaParameters.SignatureType()) if err != nil { return nil, err } format := &slhdsapb.SlhDsaKeyFormat{ Params: &slhdsapb.SlhDsaParams{ KeySize: int32(slhdsaParameters.KeySize()), HashType: slhdsaHashType, SigType: slhdsaSigType, }, Version: 0, } serializedFormat, err := proto.Marshal(format) if err != nil { return nil, err } return &tinkpb.KeyTemplate{ TypeUrl: signerTypeURL, OutputPrefixType: outputPrefixType, Value: serializedFormat, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(keyTemplate *tinkpb.KeyTemplate) (key.Parameters, error) { if keyTemplate.GetTypeUrl() != signerTypeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyTemplate.GetTypeUrl(), signerTypeURL) } format := new(slhdsapb.SlhDsaKeyFormat) if err := proto.Unmarshal(keyTemplate.GetValue(), format); err != nil { return nil, err } if format.GetVersion() != 0 { return nil, fmt.Errorf("unsupported key version: got %d, want %d", format.GetVersion(), 0) } variant, err := variantFromProto(keyTemplate.GetOutputPrefixType()) if err != nil { return nil, err } hashType, err := hashTypeFromProto(format.GetParams().GetHashType()) if err != nil { return nil, err } sigType, err := signatureTypeFromProto(format.GetParams().GetSigType()) if err != nil { return nil, err } params, err := NewParameters(hashType, int(format.GetParams().GetKeySize()), sigType, variant) if err != nil { return nil, err } return params, nil } ================================================ FILE: signature/slhdsa/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "bytes" "encoding/hex" "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" slhdsapb "github.com/tink-crypto/tink-go/v2/proto/slh_dsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // Copied from Tink C++ SLH-DSA signature verification test. privKeyHex = "d44f6f06a73a07451096ad4bfbd240cb54b779330a65ed34ec0cd372c96fe48bf2b907c6" + "b73d52125c3930a195ef650baf7f68a07f4f3435408ac5ecaafaf4f3" pubKeyHex = "f2b907c6b73d52125c3930a195ef650baf7f68a07f4f3435408ac5ecaafaf4f3" ) func mustCreateKeySerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", keyData, outputPrefixType, idRequirement, err) } return ks } func TestParsePublicKeyFails(t *testing.T) { keyBytes, err := hex.DecodeString(pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } protoPublicKey := slhdsapb.SlhDsaPublicKey{ KeyValue: keyBytes, Version: publicKeyProtoVersion, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, } serializedProtoPublicKey, err := proto.Marshal(&protoPublicKey) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey) err = %v, want nil", err) } protoPublicKeyWithWrongPrivateKeyVersion := slhdsapb.SlhDsaPublicKey{ KeyValue: keyBytes, Version: publicKeyProtoVersion + 1, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, } serializedProtoPublicKeyWithWrongVersion, err := proto.Marshal(&protoPublicKeyWithWrongPrivateKeyVersion) if err != nil { t.Fatalf("proto.Marshal(protoPublicKeyWithWrongPrivateKeyVersion) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKeyWithWrongVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} if _, err = p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } }) } } func TestParsePublicKey(t *testing.T) { keyBytes, err := hex.DecodeString(pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } protoPublicKey := slhdsapb.SlhDsaPublicKey{ KeyValue: keyBytes, Version: publicKeyProtoVersion, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, } serializedProtoPublicKey, err := proto.Marshal(&protoPublicKey) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantVariant Variant }{ { name: "key with TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: VariantTink, }, { name: "key with RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { p := &publicKeyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want nil", tc.keySerialization, err) } wantParams, err := NewParameters(SHA2, 64, SmallSignature, tc.wantVariant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.wantVariant, err) } idRequirement, _ := tc.keySerialization.IDRequirement() wantKey, err := NewPublicKey(protoPublicKey.GetKeyValue(), idRequirement, wantParams) if err != nil { t.Fatalf("NewPublicKey(%v, %v, %v) err = %v, want nil", protoPublicKey.GetKeyValue(), idRequirement, wantParams, err) } if !gotKey.Equal(wantKey) { t.Errorf("%v.Equal(%v) = false, want true", gotKey, wantKey) } // Test serialization returns back tc.keySerialization. s := publicKeySerializer{} keySerialization, err := s.SerializeKey(gotKey) if err != nil { t.Fatalf("s.SerializeKey(gotKey) err = %v, want nil", err) } if got, want := keySerialization, tc.keySerialization; !got.Equal(want) { t.Errorf("s.SerializeKey(gotKey) = %v, want %v", got, want) } }) } } type testParams struct{} func (p *testParams) HasIDRequirement() bool { return true } func (p *testParams) Equal(params key.Parameters) bool { return true } type testKey struct{} func (k *testKey) Parameters() key.Parameters { return &testParams{} } func (k *testKey) Equal(other key.Key) bool { return true } func (k *testKey) IDRequirement() (uint32, bool) { return 123, true } func TestSerializePublicKeyFails(t *testing.T) { for _, tc := range []struct { name string publicKey key.Key }{ { name: "nil public key", publicKey: nil, }, { name: "invalid public key", publicKey: &PublicKey{}, }, { name: "incorrect key type", publicKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &publicKeySerializer{} if _, err := s.SerializeKey(tc.publicKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } }) } } func mustCreatePublicKey(t *testing.T, keyBytes []byte, idRequirement uint32, variant Variant) *PublicKey { t.Helper() params, err := NewParameters(SHA2, 64, SmallSignature, variant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", variant, err) } pubKey, err := NewPublicKey(keyBytes, idRequirement, params) if err != nil { t.Fatalf("NewPublicKey(%v, %v, %v) err = %v, want nil", keyBytes, idRequirement, params, err) } return pubKey } func TestSerializePublicKey(t *testing.T) { keyBytes, err := hex.DecodeString(pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } protoPublicKey := slhdsapb.SlhDsaPublicKey{ KeyValue: keyBytes, Version: publicKeyProtoVersion, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, } serializedProtoPublicKey, err := proto.Marshal(&protoPublicKey) if err != nil { t.Fatalf("proto.Marshal(protoPublicKey) err = %v, want nil", err) } for _, tc := range []struct { name string publicKey key.Key want *protoserialization.KeySerialization }{ { name: "Public key with TINK output prefix type", publicKey: mustCreatePublicKey(t, keyBytes, 12345, VariantTink), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "Public key with RAW output prefix type", publicKey: mustCreatePublicKey(t, keyBytes, 0, VariantNoPrefix), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: verifierTypeURL, Value: serializedProtoPublicKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { s := &publicKeySerializer{} got, err := s.SerializeKey(tc.publicKey) if err != nil { t.Fatalf("s.SerializeKey(%v) err = nil, want non-nil", tc.publicKey) } if !got.Equal(tc.want) { t.Errorf("s.SerializeKey(%v) = %v, want %v", tc.publicKey, got, tc.want) } }) } } func getTestKeyPair(t *testing.T) ([]byte, []byte) { t.Helper() pubKeyBytes, err := hex.DecodeString(pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(pubKeyHex) err = %v, want nil", err) } privKeyBytes, err := hex.DecodeString(privKeyHex) if err != nil { t.Fatalf("hex.DecodeString(privKeyHex) err = %v, want nil", err) } return pubKeyBytes, privKeyBytes } func TestParsePrivateKeyFails(t *testing.T) { pubKeyBytes, privKeyBytes := getTestKeyPair(t) protoPrivateKey := &slhdsapb.SlhDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &slhdsapb.SlhDsaPublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, }, Version: publicKeyProtoVersion, } serializedProtoPrivateKey, err := proto.Marshal(protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKey, err) } protoPublicKeyWithWrongPrivateKeyVersion := &slhdsapb.SlhDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &slhdsapb.SlhDsaPublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, }, Version: privateKeyProtoVersion + 1, } serializedProtoPrivateKeyWithWrongPrivateKeyVersion, err := proto.Marshal(protoPublicKeyWithWrongPrivateKeyVersion) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPublicKeyWithWrongPrivateKeyVersion, err) } protoPrivateKeyWithWrongPublicKeyVersion := &slhdsapb.SlhDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &slhdsapb.SlhDsaPublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion + 1, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, }, Version: privateKeyProtoVersion, } serializedProtoPrivateKeyWithWrongPublicKeyVersion, err := proto.Marshal(protoPrivateKeyWithWrongPublicKeyVersion) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKeyWithWrongPublicKeyVersion, err) } otherPubKeyBytes := bytes.Clone(pubKeyBytes) otherPubKeyBytes[0] = 0x99 protoPrivateKeyWithWrongPublicKeyBytes := &slhdsapb.SlhDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &slhdsapb.SlhDsaPublicKey{ KeyValue: otherPubKeyBytes, Version: publicKeyProtoVersion, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, }, Version: privateKeyProtoVersion, } serializedProtoPrivateKeyWithWrongPublicKeyBytes, err := proto.Marshal(protoPrivateKeyWithWrongPublicKeyBytes) if err != nil { t.Fatalf("proto.Marshal(%v) err = %v, want nil", protoPrivateKeyWithWrongPublicKeyBytes, err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization }{ { name: "key data is nil", keySerialization: mustCreateKeySerialization(t, nil, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong type URL", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "invalid_type_url", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_UNKNOWN_PREFIX, 12345), }, { name: "wrong private key material type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong private key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", Value: serializedProtoPrivateKeyWithWrongPrivateKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key version", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", Value: serializedProtoPrivateKeyWithWrongPublicKeyVersion, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "wrong public key bytes", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", Value: serializedProtoPrivateKeyWithWrongPublicKeyBytes, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} if _, err = p.ParseKey(tc.keySerialization); err == nil { t.Errorf("p.ParseKey(%v) err = nil, want non-nil", tc.keySerialization) } }) } } func TestParsePrivateKey(t *testing.T) { pubKeyBytes, privKeyBytes := getTestKeyPair(t) protoPrivateKey := slhdsapb.SlhDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &slhdsapb.SlhDsaPublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, }, Version: publicKeyProtoVersion, } serializedProtoPrivateKey, err := proto.Marshal(&protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(protoPrivateKey) err = %v, want nil", err) } for _, tc := range []struct { name string keySerialization *protoserialization.KeySerialization wantVariant Variant }{ { name: "key with TINK output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), wantVariant: VariantTink, }, { name: "key with RAW output prefix type", keySerialization: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), wantVariant: VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { p := &privateKeyParser{} gotKey, err := p.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("p.ParseKey(%v) err = %v, want non-nil", tc.keySerialization, err) } wantParams, err := NewParameters(SHA2, 64, SmallSignature, tc.wantVariant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", tc.wantVariant, err) } idRequirement, _ := tc.keySerialization.IDRequirement() privateKeyBytes := secretdata.NewBytesFromData(protoPrivateKey.GetKeyValue(), insecuresecretdataaccess.Token{}) wantKey, err := NewPrivateKey(privateKeyBytes, idRequirement, wantParams) if err != nil { t.Fatalf("NewPrivateKey(%v, %v, %v) err = %v, want nil", privateKeyBytes, idRequirement, wantParams, err) } if !gotKey.Equal(wantKey) { t.Errorf("%v.Equal(%v) = false, want true", gotKey, wantKey) } // Test serialization returns back tc.keySerialization. s := privateKeySerializer{} keySerialization, err := s.SerializeKey(gotKey) if err != nil { t.Fatalf("s.SerializeKey(gotKey) err = %v, want nil", err) } if got, want := keySerialization, tc.keySerialization; !got.Equal(want) { t.Errorf("s.SerializeKey(gotKey) = %v, want %v", got, want) } }) } } func TestSerializePrivateKeyFails(t *testing.T) { for _, tc := range []struct { name string privateKey key.Key }{ { name: "nil private key", privateKey: nil, }, { name: "invlid private key", privateKey: &PrivateKey{}, }, { name: "incorrect key type", privateKey: &testKey{}, }, } { t.Run(tc.name, func(t *testing.T) { s := &privateKeySerializer{} if _, err := s.SerializeKey(tc.privateKey); err == nil { t.Errorf("s.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } }) } } func mustCreatePrivateKey(t *testing.T, keyBytes secretdata.Bytes, idRequirement uint32, variant Variant) *PrivateKey { t.Helper() params, err := NewParameters(SHA2, 64, SmallSignature, variant) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", variant, err) } pubKey, err := NewPrivateKey(keyBytes, idRequirement, params) if err != nil { t.Fatalf("NewPrivateKey(%v, %v, %v) err = %v, want nil", keyBytes, idRequirement, params, err) } return pubKey } func TestSerializePrivateKey(t *testing.T) { pubKeyBytes, privKeyBytes := getTestKeyPair(t) protoPrivateKey := slhdsapb.SlhDsaPrivateKey{ KeyValue: privKeyBytes, PublicKey: &slhdsapb.SlhDsaPublicKey{ KeyValue: pubKeyBytes, Version: publicKeyProtoVersion, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, }, Version: publicKeyProtoVersion, } serializedProtoPrivateKey, err := proto.Marshal(&protoPrivateKey) if err != nil { t.Fatalf("proto.Marshal(protoPrivateKey) err = %v, want nil", err) } privateKeyBytes := secretdata.NewBytesFromData(privKeyBytes, insecuresecretdataaccess.Token{}) for _, tc := range []struct { name string privateKey *PrivateKey want *protoserialization.KeySerialization }{ { name: "Private key with TINK output prefix type", privateKey: mustCreatePrivateKey(t, privateKeyBytes, 12345, VariantTink), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_TINK, 12345), }, { name: "Private key with RAW output prefix type", privateKey: mustCreatePrivateKey(t, privateKeyBytes, 0, VariantNoPrefix), want: mustCreateKeySerialization(t, &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", Value: serializedProtoPrivateKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, tinkpb.OutputPrefixType_RAW, 0), }, } { t.Run(tc.name, func(t *testing.T) { s := &privateKeySerializer{} got, err := s.SerializeKey(tc.privateKey) if err != nil { t.Fatalf("s.SerializeKey(%v) err = nil, want non-nil", tc.privateKey) } if !got.Equal(tc.want) { t.Errorf("s.SerializeKey(%v) = %v, want %v", tc.privateKey, got, tc.want) } }) } } func TestSerializeParametersFailsWithWrongParameters(t *testing.T) { for _, tc := range []struct { name string parameters key.Parameters }{ { name: "empty parameters", parameters: &Parameters{}, }, { name: "nil", parameters: nil, }, { name: "wrong type", parameters: &testParams{}, }, } { t.Run(tc.name, func(t *testing.T) { serializer := ¶metersSerializer{} if _, err := serializer.Serialize(tc.parameters); err == nil { t.Errorf("serializer.Serialize(%v) err = nil, want error", tc.parameters) } }) } } func TestSerializeParameters(t *testing.T) { format := &slhdsapb.SlhDsaKeyFormat{ Version: 0, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, } serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(format) err = %v, want nil", err) } for _, tc := range []struct { name string parameters key.Parameters want *tinkpb.KeyTemplate }{ { name: "parameters with TINK variant", parameters: &Parameters{ paramSet: parameterSet{ hashType: SHA2, keySize: 64, sigType: SmallSignature, }, variant: VariantTink, }, want: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: serializedFormat, }, }, { name: "parameters with NO_PREFIX variant", parameters: &Parameters{ paramSet: parameterSet{ hashType: SHA2, keySize: 64, sigType: SmallSignature, }, variant: VariantNoPrefix, }, want: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat, }, }, } { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters(%v) err = %v, want nil", tc.parameters, err) } if diff := cmp.Diff(tc.want, got, protocmp.Transform()); diff != "" { t.Errorf("protoserialization.SerializeParameters(%v) returned unexpected diff (-want +got):\n%s", tc.parameters, diff) } }) } } func TestParseParameters(t *testing.T) { for _, p := range []struct { hashType HashType keySize int sigType SignatureType pHashType slhdsapb.SlhDsaHashType pSigType slhdsapb.SlhDsaSignatureType }{ { hashType: SHA2, keySize: 64, sigType: SmallSignature, pHashType: slhdsapb.SlhDsaHashType_SHA2, pSigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { hashType: SHAKE, keySize: 64, sigType: SmallSignature, pHashType: slhdsapb.SlhDsaHashType_SHAKE, pSigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { hashType: SHA2, keySize: 64, sigType: FastSigning, pHashType: slhdsapb.SlhDsaHashType_SHA2, pSigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, { hashType: SHAKE, keySize: 64, sigType: FastSigning, pHashType: slhdsapb.SlhDsaHashType_SHAKE, pSigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, { hashType: SHA2, keySize: 96, sigType: SmallSignature, pHashType: slhdsapb.SlhDsaHashType_SHA2, pSigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { hashType: SHAKE, keySize: 96, sigType: SmallSignature, pHashType: slhdsapb.SlhDsaHashType_SHAKE, pSigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { hashType: SHA2, keySize: 96, sigType: FastSigning, pHashType: slhdsapb.SlhDsaHashType_SHA2, pSigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, { hashType: SHAKE, keySize: 96, sigType: FastSigning, pHashType: slhdsapb.SlhDsaHashType_SHAKE, pSigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, { hashType: SHA2, keySize: 128, sigType: SmallSignature, pHashType: slhdsapb.SlhDsaHashType_SHA2, pSigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { hashType: SHAKE, keySize: 128, sigType: SmallSignature, pHashType: slhdsapb.SlhDsaHashType_SHAKE, pSigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { hashType: SHA2, keySize: 128, sigType: FastSigning, pHashType: slhdsapb.SlhDsaHashType_SHA2, pSigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, { hashType: SHAKE, keySize: 128, sigType: FastSigning, pHashType: slhdsapb.SlhDsaHashType_SHAKE, pSigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, } { name := fmt.Sprintf("%v_%d_%v", p.hashType, p.keySize, p.sigType) t.Run(name, func(t *testing.T) { format := &slhdsapb.SlhDsaKeyFormat{ Version: 0, Params: &slhdsapb.SlhDsaParams{ KeySize: int32(p.keySize), HashType: p.pHashType, SigType: p.pSigType, }, } serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(format) err = %v, want nil", err) } for _, tc := range []struct { name string want key.Parameters template *tinkpb.KeyTemplate }{ { name: "parameters with TINK variant", want: &Parameters{ paramSet: parameterSet{ hashType: p.hashType, keySize: p.keySize, sigType: p.sigType, }, variant: VariantTink, }, template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: serializedFormat, }, }, { name: "parameters with NO_PREFIX variant", want: &Parameters{ paramSet: parameterSet{ hashType: p.hashType, keySize: p.keySize, sigType: p.sigType, }, variant: VariantNoPrefix, }, template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_RAW, Value: serializedFormat, }, }, } { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.ParseParameters(tc.template) if err != nil { t.Fatalf("protoserialization.ParseParameters(%v) err = %v, want nil", tc.template, err) } if diff := cmp.Diff(tc.want, got); diff != "" { t.Errorf("protoserialization.ParseParameters(%v) returned unexpected diff (-want +got):\n%s", tc.template, diff) } }) } }) } } func mustMarshal(t *testing.T, format proto.Message) []byte { t.Helper() serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("proto.Marshal(format) err = %v, want nil", err) } return serializedFormat } func TestParseParametersFails(t *testing.T) { for _, tc := range []struct { name string template *tinkpb.KeyTemplate }{ { name: "invalid output prefix type", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_UNKNOWN_PREFIX, Value: mustMarshal(t, &slhdsapb.SlhDsaKeyFormat{ Version: 0, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, }), }, }, { name: "invalid version", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &slhdsapb.SlhDsaKeyFormat{ Version: 1, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, }), }, }, { name: "invalid value", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: []byte("invalid_value"), }, }, { name: "invalid hash type", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &slhdsapb.SlhDsaKeyFormat{ Version: 0, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SLH_DSA_HASH_TYPE_UNSPECIFIED, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, }), }, }, { name: "invalid key size", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &slhdsapb.SlhDsaKeyFormat{ Version: 0, Params: &slhdsapb.SlhDsaParams{ KeySize: 256, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, }), }, }, { name: "invalid signature type", template: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", OutputPrefixType: tinkpb.OutputPrefixType_TINK, Value: mustMarshal(t, &slhdsapb.SlhDsaKeyFormat{ Version: 0, Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SLH_DSA_SIGNATURE_TYPE_UNSPECIFIED, }, }), }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.template); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want error", tc.template) } }) } } ================================================ FILE: signature/slhdsa/signer.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "fmt" "slices" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/signature/slhdsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // signer is an implementation of [tink.Signer] for SLH-DSA. type signer struct { secretKey *slhdsa.SecretKey prefix []byte variant Variant } var _ tink.Signer = (*signer)(nil) // These checks are gated by NewParameters filtering out invalid parameters. func slhdsaSecretKeyFromPrivateKey(privateKey *PrivateKey) (*slhdsa.SecretKey, error) { switch privateKey.publicKey.params.paramSet { case slhDSASHA2128s(): return slhdsa.SLH_DSA_SHA2_128s.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE128s(): return slhdsa.SLH_DSA_SHAKE_128s.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHA2128f(): return slhdsa.SLH_DSA_SHA2_128f.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE128f(): return slhdsa.SLH_DSA_SHAKE_128f.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHA2192s(): return slhdsa.SLH_DSA_SHA2_192s.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE192s(): return slhdsa.SLH_DSA_SHAKE_192s.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHA2192f(): return slhdsa.SLH_DSA_SHA2_192f.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE192f(): return slhdsa.SLH_DSA_SHAKE_192f.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHA2256s(): return slhdsa.SLH_DSA_SHA2_256s.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE256s(): return slhdsa.SLH_DSA_SHAKE_256s.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHA2256f(): return slhdsa.SLH_DSA_SHA2_256f.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) case slhDSASHAKE256f(): return slhdsa.SLH_DSA_SHAKE_256f.DecodeSecretKey(privateKey.keyBytes.Data(insecuresecretdataaccess.Token{})) default: return nil, fmt.Errorf("invalid parameters: %v", privateKey.publicKey.params) } } // NewSigner creates a new [tink.Signer] for SLH-DSA. // // This is an internal API. func NewSigner(privateKey *PrivateKey, _ internalapi.Token) (tink.Signer, error) { secretKey, err := slhdsaSecretKeyFromPrivateKey(privateKey) if err != nil { return nil, err } return &signer{ secretKey: secretKey, prefix: privateKey.OutputPrefix(), variant: privateKey.publicKey.params.Variant(), }, nil } // Sign computes a signature for the given data. // // If the key has a prefix, the signature will be prefixed with the output // prefix. func (e *signer) Sign(data []byte) ([]byte, error) { r, err := e.secretKey.Sign(data, nil) if err != nil { return nil, err } return slices.Concat(e.prefix, r), nil } func signerConstructor(key key.Key) (any, error) { that, ok := key.(*PrivateKey) if !ok { return nil, fmt.Errorf("key is not a %T", (*PrivateKey)(nil)) } return NewSigner(that, internalapi.Token{}) } ================================================ FILE: signature/slhdsa/signer_key_manager_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa_test import ( "bytes" "fmt" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/signature/slhdsa" "github.com/tink-crypto/tink-go/v2/secretdata" tinkslhdsa "github.com/tink-crypto/tink-go/v2/signature/slhdsa" "github.com/tink-crypto/tink-go/v2/tink" slhdsapb "github.com/tink-crypto/tink-go/v2/proto/slh_dsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestSignerKeyManagerGetPrimitiveBasic(t *testing.T) { for _, tc := range []struct { name string hashType tinkslhdsa.HashType keySize int sigType tinkslhdsa.SignatureType }{ { name: "SLH-DSA-SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-256f", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.FastSigning, }, } { t.Run(tc.name, func(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey") if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", "type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey", err) } params, err := tinkslhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tinkslhdsa.VariantNoPrefix) if err != nil { t.Fatalf("tinkslhdsa.NewParameters(%v) err = %v, want nil", tinkslhdsa.VariantNoPrefix, err) } keyPair := generateTestKeyPair(t, tc.hashType, tc.keySize, tc.sigType) privateKey, err := tinkslhdsa.NewPrivateKey(secretdata.NewBytesFromData(keyPair.privKey, insecuresecretdataaccess.Token{}), 0, params) if err != nil { t.Fatalf("tinkslhdsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", keyPair.privKey, 0, params, err) } keySerialization, err := protoserialization.SerializeKey(privateKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", privateKey, err) } p, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) err = %v, want nil", err) } s, ok := p.(tink.Signer) if !ok { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) = %T, want %T", p, (tink.Signer)(nil)) } pubKey, err := privateKey.PublicKey() if err != nil { t.Fatalf("privateKey.PublicKey() err = %v, want nil", err) } actualPubKey, ok := pubKey.(*tinkslhdsa.PublicKey) if !ok { t.Fatalf("not a *tinkslhdsa.PublicKey: %v", pubKey) } v, err := tinkslhdsa.NewVerifier(actualPubKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkslhdsa.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", actualPubKey, err) } message := []byte("message") got, err := s.Sign(message) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", message, err) } if err := v.Verify(got, message); err != nil { t.Errorf("v.Verify(%x, %x) err = %v, want nil", got, message, err) } }) } } func TestSignerKeyManagerGetPrimitiveWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey") if err != nil { t.Errorf("cannot obtain SLHDSASigner key manager: %s", err) } for _, tc := range []struct { name string hashType tinkslhdsa.HashType keySize int sigType tinkslhdsa.SignatureType }{ { name: "SLH-DSA-SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-128s", hashType: tinkslhdsa.SHAKE, keySize: 64, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHA2-128f", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHAKE-128f", hashType: tinkslhdsa.SHAKE, keySize: 64, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHA2-192s", hashType: tinkslhdsa.SHA2, keySize: 96, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-192s", hashType: tinkslhdsa.SHAKE, keySize: 96, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHA2-192f", hashType: tinkslhdsa.SHA2, keySize: 96, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHAKE-192f", hashType: tinkslhdsa.SHAKE, keySize: 96, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHA2-256s", hashType: tinkslhdsa.SHA2, keySize: 128, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-256s", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHA2-256f", hashType: tinkslhdsa.SHA2, keySize: 128, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHAKE-256f", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.FastSigning, }, } { t.Run(tc.name, func(t *testing.T) { // invalid version key := newSLHDSAPrivateKey(tc.hashType, tc.keySize, tc.sigType) key.Version = 1 serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("expect an error when version is invalid") } // nil input if _, err := km.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } if _, err := km.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty slice") } }) } } func TestSignerKeyManagerNewKeyDataBasic(t *testing.T) { for _, tc := range []struct { name string hashType slhdsapb.SlhDsaHashType keySize int32 sigType slhdsapb.SlhDsaSignatureType }{ { name: "SLH-DSA-SHA2-128s", hashType: slhdsapb.SlhDsaHashType_SHA2, keySize: 64, sigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { name: "SLH-DSA-SHAKE-128s", hashType: slhdsapb.SlhDsaHashType_SHAKE, keySize: 64, sigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { name: "SLH-DSA-SHA2-128f", hashType: slhdsapb.SlhDsaHashType_SHA2, keySize: 64, sigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, { name: "SLH-DSA-SHAKE-128f", hashType: slhdsapb.SlhDsaHashType_SHAKE, keySize: 64, sigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, { name: "SLH-DSA-SHA2-192s", hashType: slhdsapb.SlhDsaHashType_SHA2, keySize: 96, sigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { name: "SLH-DSA-SHAKE-192s", hashType: slhdsapb.SlhDsaHashType_SHAKE, keySize: 96, sigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { name: "SLH-DSA-SHA2-192f", hashType: slhdsapb.SlhDsaHashType_SHA2, keySize: 96, sigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, { name: "SLH-DSA-SHAKE-192f", hashType: slhdsapb.SlhDsaHashType_SHAKE, keySize: 96, sigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, { name: "SLH-DSA-SHA2-256s", hashType: slhdsapb.SlhDsaHashType_SHA2, keySize: 128, sigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { name: "SLH-DSA-SHAKE-256s", hashType: slhdsapb.SlhDsaHashType_SHAKE, keySize: 128, sigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, { name: "SLH-DSA-SHA2-256f", hashType: slhdsapb.SlhDsaHashType_SHA2, keySize: 128, sigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, { name: "SLH-DSA-SHAKE-256f", hashType: slhdsapb.SlhDsaHashType_SHAKE, keySize: 128, sigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, } { t.Run(tc.name, func(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey") if err != nil { t.Errorf("cannot obtain SLHDSASigner key manager: %s", err) } keyFormat := &slhdsapb.SlhDsaKeyFormat{ Version: 0, Params: &slhdsapb.SlhDsaParams{ KeySize: tc.keySize, HashType: tc.hashType, SigType: tc.sigType, }, } serializedFormat, err := proto.Marshal(keyFormat) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } tmp, err := km.NewKeyData(serializedFormat) if err != nil { t.Errorf("unexpected error: %s", err) } var key slhdsapb.SlhDsaPrivateKey if err := proto.Unmarshal(tmp.Value, &key); err != nil { t.Errorf("unexpected error: %s", err) } if err := validateSLHDSAPrivateKey(tc.hashType, tc.keySize, tc.sigType, &key); err != nil { t.Errorf("invalid private key in test case: %s", err) } }) } } func TestSignerKeyManagerPublicKeyDataBasic(t *testing.T) { for _, tc := range []struct { name string hashType tinkslhdsa.HashType keySize int sigType tinkslhdsa.SignatureType }{ { name: "SLH-DSA-SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-128s", hashType: tinkslhdsa.SHAKE, keySize: 64, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHA2-128f", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHAKE-128f", hashType: tinkslhdsa.SHAKE, keySize: 64, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHA2-192s", hashType: tinkslhdsa.SHA2, keySize: 96, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-192s", hashType: tinkslhdsa.SHAKE, keySize: 96, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHA2-192f", hashType: tinkslhdsa.SHA2, keySize: 96, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHAKE-192f", hashType: tinkslhdsa.SHAKE, keySize: 96, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHA2-256s", hashType: tinkslhdsa.SHA2, keySize: 128, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-256s", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHA2-256f", hashType: tinkslhdsa.SHA2, keySize: 128, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHAKE-256f", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.FastSigning, }, } { t.Run(tc.name, func(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey") if err != nil { t.Errorf("cannot obtain SLHDSASigner key manager: %s", err) } pkm, ok := km.(registry.PrivateKeyManager) if !ok { t.Errorf("cannot obtain private key manager") } key := newSLHDSAPrivateKey(tc.hashType, tc.keySize, tc.sigType) serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } pubKeyData, err := pkm.PublicKeyData(serializedKey) if err != nil { t.Errorf("unexpect error in test case: %s ", err) } if pubKeyData.TypeUrl != "type.googleapis.com/google.crypto.tink.SlhDsaPublicKey" { t.Errorf("incorrect type url: %s", pubKeyData.TypeUrl) } if pubKeyData.KeyMaterialType != tinkpb.KeyData_ASYMMETRIC_PUBLIC { t.Errorf("incorrect key material type: %d", pubKeyData.KeyMaterialType) } pubKey := new(slhdsapb.SlhDsaPublicKey) if err = proto.Unmarshal(pubKeyData.Value, pubKey); err != nil { t.Errorf("invalid public key: %s", err) } }) } } func TestSignerKeyManagerPublicKeyDataWithInvalidInput(t *testing.T) { for _, tc := range []struct { name string hashType tinkslhdsa.HashType keySize int sigType tinkslhdsa.SignatureType }{ { name: "SLH-DSA-SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-128s", hashType: tinkslhdsa.SHAKE, keySize: 64, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHA2-128f", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHAKE-128f", hashType: tinkslhdsa.SHAKE, keySize: 64, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHA2-192s", hashType: tinkslhdsa.SHA2, keySize: 96, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-192s", hashType: tinkslhdsa.SHAKE, keySize: 96, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHA2-192f", hashType: tinkslhdsa.SHA2, keySize: 96, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHAKE-192f", hashType: tinkslhdsa.SHAKE, keySize: 96, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHA2-256s", hashType: tinkslhdsa.SHA2, keySize: 128, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-256s", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHA2-256f", hashType: tinkslhdsa.SHA2, keySize: 128, sigType: tinkslhdsa.FastSigning, }, { name: "SLH-DSA-SHAKE-256f", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.FastSigning, }, } { t.Run(tc.name, func(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.SlhDsaPrivateKey") if err != nil { t.Errorf("cannot obtain SLHDSASigner key manager: %s", err) } pkm, ok := km.(registry.PrivateKeyManager) if !ok { t.Errorf("cannot obtain private key manager") } // modified key key := newSLHDSAPrivateKey(tc.hashType, tc.keySize, tc.sigType) serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } serializedKey[0] = 0 if _, err := pkm.PublicKeyData(serializedKey); err == nil { t.Errorf("expect an error when input is a modified serialized key") } // invalid with a single byte if _, err := pkm.PublicKeyData([]byte{42}); err == nil { t.Errorf("expect an error when input is an empty slice") } }) } } func newSLHDSAPrivateKey(hashType tinkslhdsa.HashType, keySize int, sigType tinkslhdsa.SignatureType) *slhdsapb.SlhDsaPrivateKey { if hashType == tinkslhdsa.SHA2 && keySize == 64 && sigType == tinkslhdsa.SmallSignature { private, public := slhdsa.SLH_DSA_SHA2_128s.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } if hashType == tinkslhdsa.SHAKE && keySize == 64 && sigType == tinkslhdsa.SmallSignature { private, public := slhdsa.SLH_DSA_SHAKE_128s.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHAKE, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } if hashType == tinkslhdsa.SHA2 && keySize == 64 && sigType == tinkslhdsa.FastSigning { private, public := slhdsa.SLH_DSA_SHA2_128f.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } if hashType == tinkslhdsa.SHAKE && keySize == 64 && sigType == tinkslhdsa.FastSigning { private, public := slhdsa.SLH_DSA_SHAKE_128f.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 64, HashType: slhdsapb.SlhDsaHashType_SHAKE, SigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } if hashType == tinkslhdsa.SHA2 && keySize == 96 && sigType == tinkslhdsa.SmallSignature { private, public := slhdsa.SLH_DSA_SHA2_192s.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 96, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } if hashType == tinkslhdsa.SHAKE && keySize == 96 && sigType == tinkslhdsa.SmallSignature { private, public := slhdsa.SLH_DSA_SHAKE_192s.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 96, HashType: slhdsapb.SlhDsaHashType_SHAKE, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } if hashType == tinkslhdsa.SHA2 && keySize == 96 && sigType == tinkslhdsa.FastSigning { private, public := slhdsa.SLH_DSA_SHA2_192f.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 96, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } if hashType == tinkslhdsa.SHAKE && keySize == 96 && sigType == tinkslhdsa.FastSigning { private, public := slhdsa.SLH_DSA_SHAKE_192f.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 96, HashType: slhdsapb.SlhDsaHashType_SHAKE, SigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } if hashType == tinkslhdsa.SHA2 && keySize == 128 && sigType == tinkslhdsa.SmallSignature { private, public := slhdsa.SLH_DSA_SHA2_256s.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 128, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } if hashType == tinkslhdsa.SHAKE && keySize == 128 && sigType == tinkslhdsa.SmallSignature { private, public := slhdsa.SLH_DSA_SHAKE_256s.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 128, HashType: slhdsapb.SlhDsaHashType_SHAKE, SigType: slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } if hashType == tinkslhdsa.SHA2 && keySize == 128 && sigType == tinkslhdsa.FastSigning { private, public := slhdsa.SLH_DSA_SHA2_256f.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 128, HashType: slhdsapb.SlhDsaHashType_SHA2, SigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } if hashType == tinkslhdsa.SHAKE && keySize == 128 && sigType == tinkslhdsa.FastSigning { private, public := slhdsa.SLH_DSA_SHAKE_256f.KeyGen() publicProto := &slhdsapb.SlhDsaPublicKey{ Params: &slhdsapb.SlhDsaParams{ KeySize: 128, HashType: slhdsapb.SlhDsaHashType_SHAKE, SigType: slhdsapb.SlhDsaSignatureType_FAST_SIGNING, }, Version: 0, KeyValue: public.Encode(), } return &slhdsapb.SlhDsaPrivateKey{ Version: 0, PublicKey: publicProto, KeyValue: private.Encode(), } } panic(fmt.Sprintf("Unsupported SLH-DSA parameters: %v, %v, %v", hashType, keySize, sigType)) } func validateSLHDSAPrivateKey(hashType slhdsapb.SlhDsaHashType, keySize int32, sigType slhdsapb.SlhDsaSignatureType, key *slhdsapb.SlhDsaPrivateKey) error { if key.Version != 0 { return fmt.Errorf("incorrect private key's version: expect %d, got %d", 0, key.Version) } publicKey := key.PublicKey if publicKey.Version != 0 { return fmt.Errorf("incorrect public key's version: expect %d, got %d", 0, key.Version) } var secretKey *slhdsa.SecretKey if hashType == slhdsapb.SlhDsaHashType_SHA2 && keySize == 64 && sigType == slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE { sk, err := slhdsa.SLH_DSA_SHA2_128s.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else if hashType == slhdsapb.SlhDsaHashType_SHAKE && keySize == 64 && sigType == slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE { sk, err := slhdsa.SLH_DSA_SHAKE_128s.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else if hashType == slhdsapb.SlhDsaHashType_SHA2 && keySize == 64 && sigType == slhdsapb.SlhDsaSignatureType_FAST_SIGNING { sk, err := slhdsa.SLH_DSA_SHA2_128f.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else if hashType == slhdsapb.SlhDsaHashType_SHAKE && keySize == 64 && sigType == slhdsapb.SlhDsaSignatureType_FAST_SIGNING { sk, err := slhdsa.SLH_DSA_SHAKE_128f.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else if hashType == slhdsapb.SlhDsaHashType_SHA2 && keySize == 96 && sigType == slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE { sk, err := slhdsa.SLH_DSA_SHA2_192s.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else if hashType == slhdsapb.SlhDsaHashType_SHAKE && keySize == 96 && sigType == slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE { sk, err := slhdsa.SLH_DSA_SHAKE_192s.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else if hashType == slhdsapb.SlhDsaHashType_SHA2 && keySize == 96 && sigType == slhdsapb.SlhDsaSignatureType_FAST_SIGNING { sk, err := slhdsa.SLH_DSA_SHA2_192f.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else if hashType == slhdsapb.SlhDsaHashType_SHAKE && keySize == 96 && sigType == slhdsapb.SlhDsaSignatureType_FAST_SIGNING { sk, err := slhdsa.SLH_DSA_SHAKE_192f.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else if hashType == slhdsapb.SlhDsaHashType_SHA2 && keySize == 128 && sigType == slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE { sk, err := slhdsa.SLH_DSA_SHA2_256s.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else if hashType == slhdsapb.SlhDsaHashType_SHAKE && keySize == 128 && sigType == slhdsapb.SlhDsaSignatureType_SMALL_SIGNATURE { sk, err := slhdsa.SLH_DSA_SHAKE_256s.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else if hashType == slhdsapb.SlhDsaHashType_SHA2 && keySize == 128 && sigType == slhdsapb.SlhDsaSignatureType_FAST_SIGNING { sk, err := slhdsa.SLH_DSA_SHA2_256f.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else if hashType == slhdsapb.SlhDsaHashType_SHAKE && keySize == 128 && sigType == slhdsapb.SlhDsaSignatureType_FAST_SIGNING { sk, err := slhdsa.SLH_DSA_SHAKE_256f.DecodeSecretKey(key.KeyValue) if err != nil { return fmt.Errorf("DecodeSecretKey() failed: %w", err) } secretKey = sk } else { return fmt.Errorf("unsupported SLH-DSA parameters: %v, %v, %v", hashType, keySize, sigType) } pubEncoded := secretKey.PublicKey().Encode() if !bytes.Equal(pubEncoded, publicKey.KeyValue) { return fmt.Errorf("incorrect public key's key value: expect %x, got %x", pubEncoded, publicKey.KeyValue) } return nil } ================================================ FILE: signature/slhdsa/signer_verifier_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa_test import ( "slices" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/signature/slhdsa" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/signature" tinkslhdsa "github.com/tink-crypto/tink-go/v2/signature/slhdsa" "github.com/tink-crypto/tink-go/v2/subtle/random" ) func TestSignVerifyManager(t *testing.T) { message := random.GetRandomBytes(20) for _, tc := range []struct { name string hashType tinkslhdsa.HashType keySize int sigType tinkslhdsa.SignatureType variant tinkslhdsa.Variant idRequirement uint32 }{ { name: "TINK SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, variant: tinkslhdsa.VariantTink, idRequirement: uint32(0x01020304), }, { name: "RAW SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, variant: tinkslhdsa.VariantNoPrefix, idRequirement: uint32(0), }, { name: "TINK SHAKE-256f", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.FastSigning, variant: tinkslhdsa.VariantTink, idRequirement: uint32(0x01020304), }, { name: "RAW SHAKE-256f", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.FastSigning, variant: tinkslhdsa.VariantNoPrefix, idRequirement: uint32(0), }, } { t.Run(tc.name, func(t *testing.T) { params, err := tinkslhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tc.variant) if err != nil { t.Fatalf("tinkslhdsa.NewParameters(%v) err = %v, want nil", tc.variant, err) } keyPair := generateTestKeyPair(t, tc.hashType, tc.keySize, tc.sigType) publicKey, err := tinkslhdsa.NewPublicKey(keyPair.pubKey, tc.idRequirement, params) if err != nil { t.Fatalf("tinkslhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", keyPair.pubKey, tc.idRequirement, params, err) } privateKey, err := tinkslhdsa.NewPrivateKey(secretdata.NewBytesFromData(keyPair.privKey, insecuresecretdataaccess.Token{}), tc.idRequirement, params) if err != nil { t.Fatalf("tinkslhdsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", keyPair.privKey, tc.idRequirement, params, err) } // Signer verifier from keys. signer, err := tinkslhdsa.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkslhdsa.NewSigner(%v, internalapi.Token{}) err = %v, want nil", privateKey, err) } sigBytes, err := signer.Sign(message) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", message, err) } verifier, err := tinkslhdsa.NewVerifier(publicKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkslhdsa.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", publicKey, err) } if err := verifier.Verify(sigBytes, message); err != nil { t.Errorf("verifier.Verify(%x, %x) err = %v, want nil", sigBytes, message, err) } // Signer verifier from keyset handle. km := keyset.NewManager() keyID, err := km.AddKey(privateKey) if err != nil { t.Fatalf("km.AddKey(%v) err = %v, want nil", privateKey, err) } if err := km.SetPrimary(keyID); err != nil { t.Fatalf("km.SetPrimary(%v) err = %v, want nil", keyID, err) } keysetHandle, err := km.Handle() if err != nil { t.Fatalf("km.Handle() err = %v, want nil", err) } publicKeysetHandle, err := keysetHandle.Public() if err != nil { t.Fatalf("keysetHandle.Public() err = %v, want nil", err) } signerFromKeyset, err := signature.NewSigner(keysetHandle) if err != nil { t.Fatalf("signature.NewSigner(%v) err = %v, want nil", keysetHandle, err) } sigBytesFromKeyset, err := signerFromKeyset.Sign(message) if err != nil { t.Fatalf("signerFromKeyset.Sign(%x) err = %v, want nil", message, err) } verifierFromKeyset, err := signature.NewVerifier(publicKeysetHandle) if err != nil { t.Fatalf("signature.NewVerifier() err = %v, want nil", err) } if err := verifierFromKeyset.Verify(sigBytesFromKeyset, message); err != nil { t.Errorf("verifierFromKeyset.Verify(%x, %x) err = %v, want nil", sigBytesFromKeyset, message, err) } }) } } // This test is extremely slow and times out for the large SLH-DSA parameter sets, // so we only test the fast enough configurations. The verification correctness is // already tested in the internal implementation for all SLH-DSA configurations. func TestVerifyFails(t *testing.T) { for _, tc := range []struct { name string hashType tinkslhdsa.HashType keySize int sigType tinkslhdsa.SignatureType variant tinkslhdsa.Variant }{ { name: "TINK SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, variant: tinkslhdsa.VariantTink, }, { name: "RAW SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, variant: tinkslhdsa.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { sk, _ := keyGen(t, tc.hashType, tc.keySize, tc.sigType) params, err := tinkslhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tc.variant) if err != nil { t.Fatalf("tinkslhdsa.NewParameters(%v, %v, %v, %v) err = %v, want nil", tc.hashType, tc.keySize, tc.sigType, tc.variant, err) } privateKey, err := tinkslhdsa.NewPrivateKey(secretdata.NewBytesFromData(sk.Encode(), insecuresecretdataaccess.Token{}), 0, params) if err != nil { t.Fatalf("tinkslhdsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", sk.Encode(), 0, params, err) } publicKey, _ := privateKey.PublicKey() slhdsaPublicKey, ok := publicKey.(*tinkslhdsa.PublicKey) if !ok { t.Fatalf("privateKey.PublicKey() is not a *tinkslhdsa.PublicKey") } signer, err := tinkslhdsa.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkslhdsa.NewSigner(%v, internalapi.Token{}) err = %v, want nil", privateKey, err) } verifier, err := tinkslhdsa.NewVerifier(slhdsaPublicKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkslhdsa.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", slhdsaPublicKey, err) } data := random.GetRandomBytes(10) signature, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", data, err) } prefix := signature[:len(slhdsaPublicKey.OutputPrefix())] rawSignature := signature[len(slhdsaPublicKey.OutputPrefix()):] // Modify the prefix. // This is slow, so we do not test every possible bit flip. for i := 0; i < len(prefix); i++ { modifiedPrefix := slices.Clone(prefix) mask := byte(1 + random.GetRandomUint32()&0xFE) modifiedPrefix[i] = byte(modifiedPrefix[i] ^ mask) s := slices.Concat(modifiedPrefix, rawSignature) if err := verifier.Verify(s, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", s) } } // Modify the signature. // This is slow, so we do not test every possible bit flip. for i := 0; i < len(rawSignature); i++ { modifiedRawSignature := slices.Clone(rawSignature) mask := byte(1 + random.GetRandomUint32()&0xFE) modifiedRawSignature[i] = byte(modifiedRawSignature[i] ^ mask) s := slices.Concat(prefix, modifiedRawSignature) if err := verifier.Verify(s, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", s) } } // Modify the message. // This is slow, so we do not test every possible bit flip. for i := 0; i < len(data); i++ { modifiedData := slices.Clone(data) mask := byte(1 + random.GetRandomUint32()&0xFE) modifiedData[i] = byte(modifiedData[i] ^ mask) if err := verifier.Verify(signature, modifiedData); err == nil { t.Errorf("verifier.Verify(signature, %x) err = nil, want error", modifiedData) } } }) } } func TestSignVerifyCorrectness(t *testing.T) { for _, tc := range []struct { name string hashType tinkslhdsa.HashType keySize int sigType tinkslhdsa.SignatureType variant tinkslhdsa.Variant }{ { name: "TINK SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, variant: tinkslhdsa.VariantTink, }, { name: "RAW SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, variant: tinkslhdsa.VariantNoPrefix, }, { name: "TINK SHAKE-256f", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.FastSigning, variant: tinkslhdsa.VariantTink, }, { name: "RAW SHAKE-256f", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.FastSigning, variant: tinkslhdsa.VariantNoPrefix, }, } { t.Run(tc.name, func(t *testing.T) { sk, _ := keyGen(t, tc.hashType, tc.keySize, tc.sigType) params, err := tinkslhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tc.variant) if err != nil { t.Fatalf("tinkslhdsa.NewParameters(%v, %v, %v, %v) err = %v, want nil", tc.hashType, tc.keySize, tc.sigType, tc.variant, err) } privateKey, err := tinkslhdsa.NewPrivateKey(secretdata.NewBytesFromData(sk.Encode(), insecuresecretdataaccess.Token{}), 0, params) if err != nil { t.Fatalf("tinkslhdsa.NewPrivateKey(%v, %v, %v) err = %v, want nil", sk.Encode(), 0, params, err) } publicKey, _ := privateKey.PublicKey() slhdsaPublicKey, ok := publicKey.(*tinkslhdsa.PublicKey) if !ok { t.Fatalf("privateKey.PublicKey() is not a *tinkslhdsa.PublicKey") } signer, err := tinkslhdsa.NewSigner(privateKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkslhdsa.NewSigner(%v, internalapi.Token{}) err = %v, want nil", privateKey, err) } verifier, err := tinkslhdsa.NewVerifier(slhdsaPublicKey, internalapi.Token{}) if err != nil { t.Fatalf("tinkslhdsa.NewVerifier(%v, internalapi.Token{}) err = %v, want nil", slhdsaPublicKey, err) } // This is slow, so we limit the number of iterations. for i := 0; i < 10; i++ { data := random.GetRandomBytes(20) signatureBytes, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", data, err) } if err := verifier.Verify(signatureBytes, data); err != nil { t.Errorf("verifier.Verify(%x, %x) err = %v, want nil", signatureBytes, data, err) } } }) } } func keyGen(t *testing.T, hashType tinkslhdsa.HashType, keySize int, sigType tinkslhdsa.SignatureType) (*slhdsa.SecretKey, *slhdsa.PublicKey) { if hashType == tinkslhdsa.SHA2 && keySize == 64 && sigType == tinkslhdsa.SmallSignature { return slhdsa.SLH_DSA_SHA2_128s.KeyGen() } if hashType == tinkslhdsa.SHAKE && keySize == 128 && sigType == tinkslhdsa.FastSigning { return slhdsa.SLH_DSA_SHAKE_256f.KeyGen() } t.Fatalf("unsupported parameters: %v, %v, %v", hashType, keySize, sigType) return nil, nil } ================================================ FILE: signature/slhdsa/slhdsa.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package slhdsa provides SLH-DSA keys and parameters definitions, and key // managers. package slhdsa import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" slhdsapb "github.com/tink-crypto/tink-go/v2/proto/slh_dsa_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func init() { if err := registry.RegisterKeyManager(legacykeymanager.NewPrivateKeyManager(signerTypeURL, signerConstructor, tinkpb.KeyData_ASYMMETRIC_PRIVATE, func(b []byte) (proto.Message, error) { protoKey := &slhdsapb.SlhDsaPrivateKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("slhdsa.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(verifierTypeURL, verifierConstructor, tinkpb.KeyData_ASYMMETRIC_PUBLIC, func(b []byte) (proto.Message, error) { protoKey := &slhdsapb.SlhDsaPublicKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("slhdsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PublicKey](&publicKeySerializer{}); err != nil { panic(fmt.Sprintf("slhdsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(verifierTypeURL, &publicKeyParser{}); err != nil { panic(fmt.Sprintf("slhdsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeySerializer[*PrivateKey](&privateKeySerializer{}); err != nil { panic(fmt.Sprintf("slhdsa.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(signerTypeURL, &privateKeyParser{}); err != nil { panic(fmt.Sprintf("slhdsa.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("slhdsa.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(signerTypeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("slhdsa.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PublicKey](verifierConstructor); err != nil { panic(fmt.Sprintf("slhdsa.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*PrivateKey](signerConstructor); err != nil { panic(fmt.Sprintf("slhdsa.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createPrivateKey); err != nil { panic(fmt.Sprintf("slhdsa.init() failed: %v", err)) } } // RegisterPrimitiveConstructors accepts a config object and registers the // SLH-DSA primitive constructors to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructors(c *config.Builder, t internalapi.Token) error { if err := c.RegisterPrimitiveConstructor(reflect.TypeFor[*PrivateKey](), signerConstructor, t); err != nil { return err } return c.RegisterPrimitiveConstructor(reflect.TypeFor[*PublicKey](), verifierConstructor, t) } ================================================ FILE: signature/slhdsa/slhdsa_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa_test import ( "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/signature" "github.com/tink-crypto/tink-go/v2/signature/slhdsa" ) func TestCreateKeysetHandleFromParameters(t *testing.T) { for _, tc := range []struct { name string hashType slhdsa.HashType keySize int sigType slhdsa.SignatureType }{ { name: "SLH-DSA-SHA2-128s", hashType: slhdsa.SHA2, keySize: 64, sigType: slhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-256f", hashType: slhdsa.SHAKE, keySize: 128, sigType: slhdsa.FastSigning, }, } { t.Run(tc.name, func(t *testing.T) { params, err := slhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, slhdsa.VariantNoPrefix) if err != nil { t.Fatalf("slhdsa.NewParameters(%v, %v, %v, slhdsa.VariantNoPrefix) err = %v, want nil", tc.hashType, tc.keySize, tc.sigType, err) } manager := keyset.NewManager() keyID, err := manager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("manager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } manager.SetPrimary(keyID) handle, err := manager.Handle() if err != nil { t.Fatalf("manager.Handle() err = %v, want nil", err) } // Make sure that we can sign and verify with the generated key. signer, err := signature.NewSigner(handle) if err != nil { t.Fatalf("signature.NewSigner(handle) err = %v, want nil", err) } message := []byte("message") signatureBytes, err := signer.Sign(message) if err != nil { t.Fatalf("signer.Sign(%v) err = %v, want nil", message, err) } publicHandle, err := handle.Public() if err != nil { t.Fatalf("handle.Public() err = %v, want nil", err) } verifier, err := signature.NewVerifier(publicHandle) if err != nil { t.Fatalf("signature.NewVerifier(handle) err = %v, want nil", err) } if err := verifier.Verify(signatureBytes, message); err != nil { t.Fatalf("verifier.Verify(%v, %v) err = %v, want nil", signatureBytes, message, err) } // Create another keyset handle from the same parameters. anotherManager := keyset.NewManager() keyID, err = anotherManager.AddNewKeyFromParameters(params) if err != nil { t.Fatalf("anotherManager.AddNewKeyFromParameters(%v) err = %v, want nil", params, err) } anotherManager.SetPrimary(keyID) anotherHandle, err := anotherManager.Handle() if err != nil { t.Fatalf("anotherManager.Handle() err = %v, want nil", err) } anotherPublicHandle, err := anotherHandle.Public() if err != nil { t.Fatalf("anotherHandle.Public() err = %v, want nil", err) } // Get the primary key entry from both keyset handles. entry, err := handle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } // Make sure that keys are different. if entry.KeyID() == anotherEntry.KeyID() { t.Fatalf("entry.KeyID() = %v, want different from anotherEntry.KeyID() = %v", entry.KeyID(), anotherEntry.KeyID()) } if entry.Key().Equal(anotherEntry.Key()) { t.Fatalf("entry.Key().Equal(anotherEntry.Key()) = true, want false") } publicEntry, err := publicHandle.Primary() if err != nil { t.Fatalf("handle.Primary() err = %v, want nil", err) } anotherPublicEntry, err := anotherHandle.Primary() if err != nil { t.Fatalf("anotherHandle.Primary() err = %v, want nil", err) } if publicEntry.KeyID() == anotherPublicEntry.KeyID() { t.Fatalf("publicEntry.KeyID() = %v, want different from anotherPublicEntry.KeyID() = %v", publicEntry.KeyID(), anotherPublicEntry.KeyID()) } if publicEntry.Key().Equal(anotherPublicEntry.Key()) { t.Fatalf("publicEntry.Key().Equal(anotherPublicEntry.Key()) = true, want false") } // Make sure that a different generated key cannot verify the signature. anotherVerifier, err := signature.NewVerifier(anotherPublicHandle) if err != nil { t.Fatalf("signature.NewVerifier(anotherHandle) err = %v, want nil", err) } if err := anotherVerifier.Verify(signatureBytes, message); err == nil { t.Fatalf("anotherVerifier.Verify(%v, %v) err = nil, want error", signatureBytes, message) } }) } } ================================================ FILE: signature/slhdsa/verifier.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa import ( "bytes" "fmt" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/signature/slhdsa" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/tink" ) // verifier is an implementation of [tink.Verifier] for SLH-DSA. type verifier struct { publicKey *slhdsa.PublicKey prefix []byte variant Variant } var _ tink.Verifier = (*verifier)(nil) // These checks are gated by NewParameters filtering out invalid parameters. func slhdsaPublicKeyFromPublicKey(publicKey *PublicKey) (*slhdsa.PublicKey, error) { switch publicKey.params.paramSet { case slhDSASHA2128s(): return slhdsa.SLH_DSA_SHA2_128s.DecodePublicKey(publicKey.KeyBytes()) case slhDSASHAKE128s(): return slhdsa.SLH_DSA_SHAKE_128s.DecodePublicKey(publicKey.KeyBytes()) case slhDSASHA2128f(): return slhdsa.SLH_DSA_SHA2_128f.DecodePublicKey(publicKey.KeyBytes()) case slhDSASHAKE128f(): return slhdsa.SLH_DSA_SHAKE_128f.DecodePublicKey(publicKey.KeyBytes()) case slhDSASHA2192s(): return slhdsa.SLH_DSA_SHA2_192s.DecodePublicKey(publicKey.KeyBytes()) case slhDSASHAKE192s(): return slhdsa.SLH_DSA_SHAKE_192s.DecodePublicKey(publicKey.KeyBytes()) case slhDSASHA2192f(): return slhdsa.SLH_DSA_SHA2_192f.DecodePublicKey(publicKey.KeyBytes()) case slhDSASHAKE192f(): return slhdsa.SLH_DSA_SHAKE_192f.DecodePublicKey(publicKey.KeyBytes()) case slhDSASHA2256s(): return slhdsa.SLH_DSA_SHA2_256s.DecodePublicKey(publicKey.KeyBytes()) case slhDSASHAKE256s(): return slhdsa.SLH_DSA_SHAKE_256s.DecodePublicKey(publicKey.KeyBytes()) case slhDSASHA2256f(): return slhdsa.SLH_DSA_SHA2_256f.DecodePublicKey(publicKey.KeyBytes()) case slhDSASHAKE256f(): return slhdsa.SLH_DSA_SHAKE_256f.DecodePublicKey(publicKey.KeyBytes()) default: return nil, fmt.Errorf("invalid parameters: %v", publicKey.params) } } // NewVerifier creates a new [tink.Verifier] for SLH-DSA. // // This is an internal API. func NewVerifier(publicKey *PublicKey, _ internalapi.Token) (tink.Verifier, error) { pubKey, err := slhdsaPublicKeyFromPublicKey(publicKey) if err != nil { return nil, err } return &verifier{ publicKey: pubKey, variant: publicKey.params.Variant(), prefix: publicKey.OutputPrefix(), }, nil } // Verify verifies whether the given signature is valid for the given data. // // It returns an error if the prefix is not valid or the signature is not // valid. func (v *verifier) Verify(signature, data []byte) error { if !bytes.HasPrefix(signature, v.prefix) { return fmt.Errorf("the signature does not have the expected prefix") } return v.publicKey.Verify(data, signature[len(v.prefix):], nil) } func verifierConstructor(key key.Key) (any, error) { publicKey, ok := key.(*PublicKey) if !ok { return nil, fmt.Errorf("key is not a %T", (*PublicKey)(nil)) } return NewVerifier(publicKey, internalapi.Token{}) } ================================================ FILE: signature/slhdsa/verifier_key_manager_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package slhdsa_test import ( "encoding/hex" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" tinkslhdsa "github.com/tink-crypto/tink-go/v2/signature/slhdsa" "github.com/tink-crypto/tink-go/v2/tink" slhdsapb "github.com/tink-crypto/tink-go/v2/proto/slh_dsa_go_proto" ) func TestVerifierKeyManagerGetPrimitiveBasic(t *testing.T) { for _, tc := range []struct { name string hashType tinkslhdsa.HashType keySize int sigType tinkslhdsa.SignatureType pub []byte sig []byte msg []byte }{ { name: "SLH-DSA-SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, pub: mustDecodeString(t, pubKeySHA2128sHex), sig: mustDecodeString(t, sigSHA2128sHex), msg: mustDecodeString(t, msgSHA2128sHex), }, { name: "SLH-DSA-SHAKE-256f", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.FastSigning, pub: mustDecodeString(t, pubKeySHAKE256fHex), sig: mustDecodeString(t, sigSHAKE256fHex), msg: mustDecodeString(t, msgSHAKE256fHex), }, } { t.Run(tc.name, func(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.SlhDsaPublicKey") if err != nil { t.Fatalf("registry.GetKeyManager(%q) err = %v, want nil", "type.googleapis.com/google.crypto.tink.SlhDsaPublicKey", err) } params, err := tinkslhdsa.NewParameters(tc.hashType, tc.keySize, tc.sigType, tinkslhdsa.VariantNoPrefix) if err != nil { t.Fatalf("tinkslhdsa.NewParameters(%v) err = %v, want nil", tinkslhdsa.VariantNoPrefix, err) } publicKey, err := tinkslhdsa.NewPublicKey(tc.pub, 0, params) if err != nil { t.Fatalf("tinkslhdsa.NewPublicKey(%v, %v, %v) err = %v, want nil", tc.pub, 0, params, err) } keySerialization, err := protoserialization.SerializeKey(publicKey) if err != nil { t.Fatalf("protoserialization.SerializeKey(%v) err = %v, want nil", publicKey, err) } p, err := km.Primitive(keySerialization.KeyData().GetValue()) if err != nil { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) err = %v, want nil", err) } v, ok := p.(tink.Verifier) if !ok { t.Fatalf("km.Primitive(keySerialization.KeyData().GetValue()) = %T, want %T", p, (tink.Verifier)(nil)) } if err := v.Verify(tc.sig, tc.msg); err != nil { t.Errorf("v.Verify(%x, %x) err = %v, want nil", tc.sig, tc.msg, err) } }) } } func TestVerifierKeyManagerGetPrimitiveWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager("type.googleapis.com/google.crypto.tink.SlhDsaPublicKey") if err != nil { t.Errorf("cannot obtain SLHDSAVerifier key manager: %s", err) } // invalid version for _, tc := range []struct { name string hashType tinkslhdsa.HashType keySize int sigType tinkslhdsa.SignatureType }{ { name: "SLH-DSA-SHA2-128s", hashType: tinkslhdsa.SHA2, keySize: 64, sigType: tinkslhdsa.SmallSignature, }, { name: "SLH-DSA-SHAKE-256f", hashType: tinkslhdsa.SHAKE, keySize: 128, sigType: tinkslhdsa.FastSigning, }, } { t.Run(tc.name, func(t *testing.T) { key := newSLHDSAPublicKey(tc.hashType, tc.keySize, tc.sigType) key.Version = 1 serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal() err = %q, want nil", err) } if _, err := km.Primitive(serializedKey); err == nil { t.Errorf("expect an error when version is invalid") } }) } // nil input if _, err := km.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } if _, err := km.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty slice") } } func newSLHDSAPublicKey(hashType tinkslhdsa.HashType, keySize int, sigType tinkslhdsa.SignatureType) *slhdsapb.SlhDsaPublicKey { return newSLHDSAPrivateKey(hashType, keySize, sigType).PublicKey } func mustDecodeString(t *testing.T, s string) []byte { t.Helper() b, err := hex.DecodeString(s) if err != nil { t.Fatalf("hex.DecodeString(%q) failed: %v", s, err) } return b } ================================================ FILE: signature/subtle/ecdsa.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "errors" "fmt" "math/big" "github.com/tink-crypto/tink-go/v2/internal/signature/ecdsa" ) var errUnsupportedEncoding = errors.New("ecdsa: unsupported encoding") // ECDSASignature is a struct holding the r and s values of an ECDSA signature. type ECDSASignature struct { R, S *big.Int } // NewECDSASignature creates a new ECDSASignature instance. func NewECDSASignature(r, s *big.Int) *ECDSASignature { return &ECDSASignature{R: r, S: s} } // EncodeECDSASignature converts the signature to the given encoding format. func (sig *ECDSASignature) EncodeECDSASignature(encoding, curveName string) ([]byte, error) { s := &ecdsa.Signature{R: sig.R, S: sig.S} var enc []byte var err error switch encoding { case "IEEE_P1363": enc, err = ecdsa.IEEEP1363Encode(s, curveName) case "DER": enc, err = ecdsa.ASN1Encode(s) default: err = errUnsupportedEncoding } if err != nil { return nil, fmt.Errorf("ecdsa: can't convert ECDSA signature to %s encoding: %v", encoding, err) } return enc, nil } // DecodeECDSASignature creates a new ECDSA signature using the given byte slice. // The function assumes that the byte slice is the concatenation of the BigEndian // representation of two big integer r and s. func DecodeECDSASignature(encodedBytes []byte, encoding string) (*ECDSASignature, error) { var sig *ecdsa.Signature var err error switch encoding { case "IEEE_P1363": sig, err = ecdsa.IEEEP1363Decode(encodedBytes) case "DER": sig, err = ecdsa.ASN1Decode(encodedBytes) default: err = errUnsupportedEncoding } if err != nil { return nil, fmt.Errorf("ecdsa: %s", err) } return &ECDSASignature{R: sig.R, S: sig.S}, nil } // ValidateECDSAParams validates ECDSA parameters. // The hash's strength must not be weaker than the curve's strength. // DER and IEEE_P1363 encodings are supported. func ValidateECDSAParams(hashAlg string, curve string, encoding string) error { switch encoding { case "DER": case "IEEE_P1363": default: return errUnsupportedEncoding } switch curve { case "NIST_P256": if hashAlg != "SHA256" { return errors.New("invalid hash type, expect SHA-256") } case "NIST_P384": if hashAlg != "SHA384" && hashAlg != "SHA512" { return errors.New("invalid hash type, expect SHA-384 or SHA-512") } case "NIST_P521": if hashAlg != "SHA512" { return errors.New("invalid hash type, expect SHA-512") } default: return fmt.Errorf("unsupported curve: %s", curve) } return nil } ================================================ FILE: signature/subtle/ecdsa_signer.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/ecdsa" "crypto/rand" "errors" "fmt" "hash" "math/big" "github.com/tink-crypto/tink-go/v2/subtle" ) // ECDSASigner is an implementation of Signer for ECDSA. // At the moment, the implementation only accepts DER encoding. type ECDSASigner struct { privateKey *ecdsa.PrivateKey hashFunc func() hash.Hash encoding string } // NewECDSASigner creates a new instance of ECDSASigner. func NewECDSASigner(hashAlg, curve, encoding string, keyValue []byte) (*ECDSASigner, error) { privKey := new(ecdsa.PrivateKey) c := subtle.GetCurve(curve) if c == nil { return nil, errors.New("ecdsa_signer: invalid curve") } privKey.PublicKey.Curve = c privKey.D = new(big.Int).SetBytes(keyValue) privKey.PublicKey.X, privKey.PublicKey.Y = c.ScalarBaseMult(keyValue) return NewECDSASignerFromPrivateKey(hashAlg, encoding, privKey) } // NewECDSASignerFromPrivateKey creates a new instance of ECDSASigner func NewECDSASignerFromPrivateKey(hashAlg, encoding string, privateKey *ecdsa.PrivateKey) (*ECDSASigner, error) { if privateKey.Curve == nil { return nil, errors.New("ecdsa_signer: privateKey.Curve can't be nil") } curve := subtle.ConvertCurveName(privateKey.Curve.Params().Name) if err := ValidateECDSAParams(hashAlg, curve, encoding); err != nil { return nil, fmt.Errorf("ecdsa_signer: %s", err) } hashFunc := subtle.GetHashFunc(hashAlg) return &ECDSASigner{ privateKey: privateKey, hashFunc: hashFunc, encoding: encoding, }, nil } // Sign computes a signature for the given data. func (e *ECDSASigner) Sign(data []byte) ([]byte, error) { hashed, err := subtle.ComputeHash(e.hashFunc, data) if err != nil { return nil, err } var signatureBytes []byte switch e.encoding { case "IEEE_P1363": r, s, err := ecdsa.Sign(rand.Reader, e.privateKey, hashed) if err != nil { return nil, err } sig := NewECDSASignature(r, s) signatureBytes, err = sig.EncodeECDSASignature(e.encoding, e.privateKey.PublicKey.Curve.Params().Name) if err != nil { return nil, fmt.Errorf("ecdsa_signer: signing failed: %s", err) } case "DER": signatureBytes, err = ecdsa.SignASN1(rand.Reader, e.privateKey, hashed) if err != nil { return nil, fmt.Errorf("ecdsa_signer: signing failed: %s", err) } default: return nil, fmt.Errorf("ecdsa_signer: unsupported encoding: %s", e.encoding) } return signatureBytes, nil } ================================================ FILE: signature/subtle/ecdsa_signer_verifier_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "crypto/ecdsa" "crypto/rand" "fmt" "slices" "testing" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" subtleSignature "github.com/tink-crypto/tink-go/v2/signature/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/subtle" ) func TestSignVerify(t *testing.T) { data := random.GetRandomBytes(20) hash := "SHA256" curve := "NIST_P256" encodings := []string{"DER", "IEEE_P1363"} for _, encoding := range encodings { priv, err := ecdsa.GenerateKey(subtle.GetCurve(curve), rand.Reader) if err != nil { t.Fatalf("ecdsa.GenerateKey() err = %q, want nil", err) } // Use the private key and public key directly to create new instances signer, err := subtleSignature.NewECDSASignerFromPrivateKey(hash, encoding, priv) if err != nil { t.Errorf("unexpected error when creating ECDSASigner: %s", err) } verifier, err := subtleSignature.NewECDSAVerifierFromPublicKey(hash, encoding, &priv.PublicKey) if err != nil { t.Errorf("unexpected error when creating ECDSAVerifier: %s", err) } signature, err := signer.Sign(data) if err != nil { t.Errorf("unexpected error when signing: %s", err) } if err := verifier.Verify(signature, data); err != nil { t.Errorf("unexpected error when verifying: %s", err) } // Use byte slices to create new instances signer, err = subtleSignature.NewECDSASigner(hash, curve, encoding, priv.D.Bytes()) if err != nil { t.Errorf("unexpected error when creating ECDSASigner: %s", err) } verifier, err = subtleSignature.NewECDSAVerifier(hash, curve, encoding, priv.X.Bytes(), priv.Y.Bytes()) if err != nil { t.Errorf("unexpected error when creating ECDSAVerifier: %s", err) } signature, err = signer.Sign(data) if err != nil { t.Errorf("unexpected error when signing: %s", err) } if err = verifier.Verify(signature, data); err != nil { t.Errorf("unexpected error when verifying: %s", err) } } } func TestECDSAInvalidPublicKey(t *testing.T) { if _, err := subtleSignature.NewECDSAVerifier("SHA256", "NIST_P256", "IEEE_P1363", []byte{0, 32, 0}, []byte{0, 32}); err == nil { t.Errorf("subtleSignature.NewECDSAVerifier() err = nil, want error") } } func TestECDSAInvalidCurve(t *testing.T) { priv, err := ecdsa.GenerateKey(subtle.GetCurve("NIST_P256"), rand.Reader) if err != nil { t.Fatalf("ecdsa.GenerateKey() err = %q, want nil", err) } if _, err := subtleSignature.NewECDSAVerifier("SHA256", "INVALID", "IEEE_P1363", priv.X.Bytes(), priv.Y.Bytes()); err == nil { t.Errorf("subtleSignature.NewECDSAVerifier() err = nil, want error") } } func TestECDSAWycheproofCases(t *testing.T) { vectors := []struct { Filename string Encoding string }{ {Filename: "ecdsa_secp256r1_sha256_test.json", Encoding: "DER"}, {Filename: "ecdsa_secp384r1_sha512_test.json", Encoding: "DER"}, {Filename: "ecdsa_secp521r1_sha512_test.json", Encoding: "DER"}, {Filename: "ecdsa_secp256r1_sha256_p1363_test.json", Encoding: "IEEE_P1363"}, {Filename: "ecdsa_secp384r1_sha512_p1363_test.json", Encoding: "IEEE_P1363"}, {Filename: "ecdsa_secp521r1_sha512_p1363_test.json", Encoding: "IEEE_P1363"}, } for _, v := range vectors { suite := new(ecdsaSuite) wycheproof.PopulateSuiteV1(t, suite, v.Filename) for _, group := range suite.TestGroups { hash := subtle.ConvertHashName(group.SHA) curve := subtle.ConvertCurveName(group.PublicKey.Curve) if hash == "" || curve == "" { continue } x, err := subtle.NewBigIntFromHex(group.PublicKey.Wx) if err != nil { t.Errorf("cannot decode wx: %s", err) continue } y, err := subtle.NewBigIntFromHex(group.PublicKey.Wy) if err != nil { t.Errorf("cannot decode wy: %s", err) continue } verifier, err := subtleSignature.NewECDSAVerifier(hash, curve, v.Encoding, x.Bytes(), y.Bytes()) if err != nil { continue } for _, test := range group.Tests { // There is no requirement that libraries check the length of P1363 encoded signatures. // // See https://github.com/C2SP/wycheproof/blob/fca0d3ba9f1286c3af57801ace39c633e29a88f1/testvectors_v1/ecdsa_secp256r1_sha256_p1363_test.json#L66-L69 // expectedSignatureSizeNilErr := slices.Contains(test.Flags, "SignatureSize") && v.Encoding == "IEEE_P1363" caseName := fmt.Sprintf("%s-%s:Case-%d", group.Type, group.SHA, test.CaseID) t.Run(caseName, func(t *testing.T) { err := verifier.Verify(test.Signature, test.Message) switch test.Result { case "valid": if err != nil { t.Fatalf("ECDSAVerifier.Verify() failed in a valid test case: %s", err) } case "invalid": if err == nil { if expectedSignatureSizeNilErr { return } t.Fatalf("ECDSAVerifier.Verify() succeeded in an invalid test case") } case "acceptable": // TODO: b/379282500 - Use acceptable test vectors. default: t.Fatalf("unsupported test result: %q", test.Result) } }) } } } } ================================================ FILE: signature/subtle/ecdsa_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/asn1" "encoding/hex" "math/big" "testing" "github.com/tink-crypto/tink-go/v2/signature/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" ) type paramsTestECDSA struct { hash string curve string encoding string } func TestECDSAEncodeDecodeDER(t *testing.T) { nTest := 1000 for i := 0; i < nTest; i++ { sig := newECDSARandomSignature() encoding := "DER" encoded, err := sig.EncodeECDSASignature(encoding, "P-256") if err != nil { t.Errorf("unexpected error during encoding: %s", err) } // first byte is 0x30 if encoded[0] != byte(0x30) { t.Errorf("first byte is incorrect, expected 48, got %v", encoded[0]) } // tag is 2 if encoded[2] != byte(2) || encoded[4+encoded[3]] != byte(2) { t.Errorf("expect tag to be 2 (integer), got %d and %d", encoded[2], encoded[4+encoded[3]]) } // length if len(encoded) != int(encoded[1])+2 { t.Errorf("incorrect length, expected %d, got %d", len(encoded), encoded[1]+2) } decodedSig, err := subtle.DecodeECDSASignature(encoded, encoding) if err != nil { t.Errorf("unexpected error during decoding: %s", err) } if decodedSig.R.Cmp(sig.R) != 0 || decodedSig.S.Cmp(sig.S) != 0 { t.Errorf("decoded signature doesn't match original value") } } } func TestECDSAEncodeDecodeIEEEP1363(t *testing.T) { nTest := 1000 for i := 0; i < nTest; i++ { sig := newECDSARandomSignature() encoding := "IEEE_P1363" encoded, err := sig.EncodeECDSASignature(encoding, "P-256") if err != nil { t.Errorf("unexpected error during encoding: %s", err) } if len(encoded) != 64 { t.Errorf("incorrect length, expected %d, got %d", 64, len(encoded)) } if len(sig.R.Bytes()) < 32 { expectedZeros := 32 - len(sig.R.Bytes()) for i := 0; i < expectedZeros; i++ { if encoded[i] != 0 { t.Errorf("expect byte %d to be 0, got %d. encoded data = %s", i, encoded[i], hex.Dump(encoded)) } } } if len(sig.S.Bytes()) < 32 { expectedZeros := 32 - len(sig.S.Bytes()) for i := 32; i < (32 + expectedZeros); i++ { if encoded[i] != 0 { t.Errorf("expect byte %d to be 0, got %d. encoded data = %s", i, encoded[i], hex.Dump(encoded)) } } } decodedSig, err := subtle.DecodeECDSASignature(encoded, encoding) if err != nil { t.Errorf("unexpected error during decoding: %s", err) } if decodedSig.R.Cmp(sig.R) != 0 || decodedSig.S.Cmp(sig.S) != 0 { t.Errorf("decoded signature doesn't match original value") } } } func TestECDSAEncodeWithInvalidInput(t *testing.T) { testCases := []struct { name string sig *subtle.ECDSASignature encoding string curve string }{ { name: "invalid_encoding", sig: newECDSARandomSignature(), encoding: "UNKNOWN_ENCODING", curve: "P-256", }, { name: "too_large_IEEE_P1363", sig: subtle.NewECDSASignature(new(big.Int).SetBytes(bytes.Repeat([]byte{0xff}, 33)), new(big.Int).SetBytes(bytes.Repeat([]byte{0xff}, 33))), encoding: "IEEE_P1363", curve: "P-256", }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { _, err := tc.sig.EncodeECDSASignature(tc.encoding, tc.curve) if err == nil { t.Errorf("sig.EncodeECDSASignature(%q, %q) err = nil, want not nil", tc.encoding, tc.curve) } }) } } func TestECDSADecodeWithModifiedFirstByte(t *testing.T) { sig := newECDSARandomSignature() encoded, err := sig.EncodeECDSASignature("DER", "P-256") if err != nil { t.Fatalf("sig.EncodeECDSASignature() err = %q, want nil", err) } encoded[0] = 0x31 if _, err := subtle.DecodeECDSASignature(encoded, "DER"); err == nil { t.Errorf("expect an error when first byte is not 0x30") } } func TestECDSADecodeWithModifiedTag(t *testing.T) { sig := newECDSARandomSignature() encoded, err := sig.EncodeECDSASignature("DER", "P-256") if err != nil { t.Fatalf("sig.EncodeECDSASignature() err = %q, want nil", err) } encoded[2] = encoded[2] + 1 if _, err := subtle.DecodeECDSASignature(encoded, "DER"); err == nil { t.Errorf("expect an error when tag is modified") } } func TestECDSADecodeWithModifiedLength(t *testing.T) { sig := newECDSARandomSignature() encoded, err := sig.EncodeECDSASignature("DER", "P-256") if err != nil { t.Fatalf("sig.EncodeECDSASignature() err = %q, want nil", err) } encoded[1] = encoded[1] + 1 if _, err := subtle.DecodeECDSASignature(encoded, "DER"); err == nil { t.Errorf("expect an error when length is modified") } } func TestECDSADecodeWithUnusedZeros(t *testing.T) { sig := newECDSARandomSignature() encoded, err := sig.EncodeECDSASignature("DER", "P-256") if err != nil { t.Fatalf("sig.EncodeECDSASignature() err = %q, want nil", err) } tmp := make([]byte, len(encoded)+4) copy(tmp, encoded) if _, err := subtle.DecodeECDSASignature(tmp, "DER"); err == nil { t.Errorf("expect an error when unused 0s are appended to signature") } } func TestECDSADecodeWithStructWithThreeNumbers(t *testing.T) { randomStruct := struct{ X, Y, Z *big.Int }{ X: new(big.Int).SetBytes(random.GetRandomBytes(32)), Y: new(big.Int).SetBytes(random.GetRandomBytes(32)), Z: new(big.Int).SetBytes(random.GetRandomBytes(32)), } encoded, err := asn1.Marshal(randomStruct) if err != nil { t.Fatalf("asn1.Marshal() err = %q, want nil", err) } if _, err := subtle.DecodeECDSASignature(encoded, "DER"); err == nil { t.Errorf("expect an error when input is not an ECDSASignature") } } func TestECDSAValidateParams(t *testing.T) { params := genECDSAValidParams() for i := 0; i < len(params); i++ { if err := subtle.ValidateECDSAParams(params[i].hash, params[i].curve, params[i].encoding); err != nil { t.Errorf("unexpected error for valid params: %s, i = %d", err, i) } } params = genECDSAInvalidParams() for i := 0; i < len(params); i++ { if err := subtle.ValidateECDSAParams(params[i].hash, params[i].curve, params[i].encoding); err == nil { t.Errorf("expect an error when params are invalid, i = %d", i) } } } func genECDSAInvalidParams() []paramsTestECDSA { encodings := []string{"DER", "IEEE_P1363"} testCases := []paramsTestECDSA{ // invalid encoding {hash: "SHA256", curve: "NIST_P256", encoding: "UNKNOWN_ENCODING"}, // invalid hash {hash: "SHA1", curve: "NIST_P256", encoding: "IEEE_P1363"}, // invalid curve {hash: "SHA1", curve: "UNKNOWN_CURVE", encoding: "IEEE_P1363"}, } for _, encoding := range encodings { testCases = append(testCases, // invalid curve paramsTestECDSA{hash: "SHA256", curve: "UNKNOWN_CURVE", encoding: encoding}, // invalid hash: P256 and SHA-512 paramsTestECDSA{hash: "SHA512", curve: "NIST_P256", encoding: encoding}, // invalid hash: P521 and SHA-256 paramsTestECDSA{hash: "SHA256", curve: "NIST_P521", encoding: encoding}, // invalid hash: P384 and SHA-256 paramsTestECDSA{hash: "SHA256", curve: "NIST_P384", encoding: encoding}, ) } return testCases } func genECDSAValidParams() []paramsTestECDSA { return []paramsTestECDSA{ {hash: "SHA256", curve: "NIST_P256", encoding: "DER"}, {hash: "SHA256", curve: "NIST_P256", encoding: "IEEE_P1363"}, {hash: "SHA384", curve: "NIST_P384", encoding: "DER"}, {hash: "SHA384", curve: "NIST_P384", encoding: "IEEE_P1363"}, {hash: "SHA512", curve: "NIST_P384", encoding: "DER"}, {hash: "SHA512", curve: "NIST_P384", encoding: "IEEE_P1363"}, {hash: "SHA512", curve: "NIST_P521", encoding: "DER"}, {hash: "SHA512", curve: "NIST_P521", encoding: "IEEE_P1363"}, } } func newECDSARandomSignature() *subtle.ECDSASignature { r := new(big.Int).SetBytes(random.GetRandomBytes(32)) s := new(big.Int).SetBytes(random.GetRandomBytes(32)) return subtle.NewECDSASignature(r, s) } ================================================ FILE: signature/subtle/ecdsa_verifier.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/ecdsa" "errors" "fmt" "hash" "math/big" internalecdsa "github.com/tink-crypto/tink-go/v2/internal/signature/ecdsa" "github.com/tink-crypto/tink-go/v2/subtle" ) // ECDSAVerifier is an implementation of Verifier for ECDSA. // At the moment, the implementation only accepts signatures with strict DER encoding. type ECDSAVerifier struct { publicKey *ecdsa.PublicKey hashFunc func() hash.Hash encoding string } // NewECDSAVerifier creates a new instance of ECDSAVerifier. func NewECDSAVerifier(hashAlg string, curve string, encoding string, x []byte, y []byte) (*ECDSAVerifier, error) { publicKey := &ecdsa.PublicKey{ Curve: subtle.GetCurve(curve), X: new(big.Int).SetBytes(x), Y: new(big.Int).SetBytes(y), } return NewECDSAVerifierFromPublicKey(hashAlg, encoding, publicKey) } // NewECDSAVerifierFromPublicKey creates a new instance of ECDSAVerifier. func NewECDSAVerifierFromPublicKey(hashAlg string, encoding string, publicKey *ecdsa.PublicKey) (*ECDSAVerifier, error) { if publicKey.Curve == nil { return nil, errors.New("ecdsa_verifier: invalid curve") } if !publicKey.Curve.IsOnCurve(publicKey.X, publicKey.Y) { return nil, fmt.Errorf("ecdsa_verifier: invalid public key") } curve := subtle.ConvertCurveName(publicKey.Curve.Params().Name) if err := ValidateECDSAParams(hashAlg, curve, encoding); err != nil { return nil, fmt.Errorf("ecdsa_verifier: %s", err) } hashFunc := subtle.GetHashFunc(hashAlg) return &ECDSAVerifier{ publicKey: publicKey, hashFunc: hashFunc, encoding: encoding, }, nil } // Verify verifies whether the given signature is valid for the given data. // It returns an error if the signature is not valid; nil otherwise. func (e *ECDSAVerifier) Verify(signatureBytes, data []byte) error { hashed, err := subtle.ComputeHash(e.hashFunc, data) if err != nil { return err } var asn1Signature []byte switch e.encoding { case "DER": asn1Signature = signatureBytes case "IEEE_P1363": decodedSig, err := internalecdsa.IEEEP1363Decode(signatureBytes) if err != nil { return err } asn1Signature, err = internalecdsa.ASN1Encode(decodedSig) if err != nil { return err } default: return fmt.Errorf("ecdsa: unsupported encoding: %s", e.encoding) } if ok := ecdsa.VerifyASN1(e.publicKey, hashed, asn1Signature); !ok { return fmt.Errorf("ecdsa_verifier: invalid signature") } return nil } ================================================ FILE: signature/subtle/ed25519_signer.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/ed25519" "fmt" ) // ED25519Signer is an implementation of Signer for ED25519. type ED25519Signer struct { privateKey *ed25519.PrivateKey } // NewED25519Signer creates a new instance of ED25519Signer. func NewED25519Signer(keyValue []byte) (*ED25519Signer, error) { if len(keyValue) != ed25519.SeedSize { return nil, fmt.Errorf("ed25519: invalid key length %d, want %d", len(keyValue), ed25519.SeedSize) } p := ed25519.NewKeyFromSeed(keyValue) return NewED25519SignerFromPrivateKey(&p) } // NewED25519SignerFromPrivateKey creates a new instance of ED25519Signer func NewED25519SignerFromPrivateKey(privateKey *ed25519.PrivateKey) (*ED25519Signer, error) { return &ED25519Signer{ privateKey: privateKey, }, nil } // Sign computes a signature for the given data. func (e *ED25519Signer) Sign(data []byte) ([]byte, error) { r := ed25519.Sign(*e.privateKey, data) if len(r) != ed25519.SignatureSize { return nil, errInvalidED25519Signature } return r, nil } ================================================ FILE: signature/subtle/ed25519_signer_verifier_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "crypto/ed25519" "crypto/rand" "encoding/hex" "fmt" "slices" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" subtleSignature "github.com/tink-crypto/tink-go/v2/signature/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/tink" ) func TestED25519SignVerifyCorrectness(t *testing.T) { // Taken from https://datatracker.ietf.org/doc/html/rfc8032#section-7.1 - TEST 3. message := []byte{0xaf, 0x82} privKeyHex := "c5aa8df43f9f837bedb7442f31dcb7b166d38535076f094b85ce3a2e0b4458f7" privKeySeed, err := hex.DecodeString(privKeyHex) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", privKeyHex, err) } privateKey := ed25519.NewKeyFromSeed(privKeySeed) pubKeyHex := "fc51cd8e6218a1a38da47ed00230f0580816ed13ba3303ac5deb911548908025" pubKeyBytes, err := hex.DecodeString(pubKeyHex) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", pubKeyHex, err) } publicKey := ed25519.PublicKey(pubKeyBytes) signatureHex := "6291d657deec24024827e69c3abe01a30ce548a284743a445e3680d7db5ac3ac18ff9b538d16f290ae67f760984dc6594a7c15e9716ed28dc027beceea1ec40a" wantSignature, err := hex.DecodeString(signatureHex) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", signatureHex, err) } signer, err := subtleSignature.NewED25519SignerFromPrivateKey(&privateKey) if err != nil { t.Fatalf("unexpected error when creating ED25519 Signer: %s", err) } verifier, err := subtleSignature.NewED25519VerifierFromPublicKey(&publicKey) if err != nil { t.Fatalf("unexpected error when creating ED25519 Verifier: %s", err) } gotSignature, err := signer.Sign(message) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", message, err) } if diff := cmp.Diff(gotSignature, wantSignature); diff != "" { t.Errorf("signer.Sign() returned unexpected diff (-want +got):\n%s", diff) } if err := verifier.Verify(wantSignature, message); err != nil { t.Errorf("verifier.Verify(%x, %x) err = %v, want nil", wantSignature, message, err) } } func TestED25519VerifyFails(t *testing.T) { publicKey, privateKey, err := ed25519.GenerateKey(rand.Reader) if err != nil { t.Fatalf("key generation error: %s", err) } signer, err := subtleSignature.NewED25519SignerFromPrivateKey(&privateKey) if err != nil { t.Fatalf("unexpected error when creating ED25519 Signer: %s", err) } verifier, err := subtleSignature.NewED25519VerifierFromPublicKey(&publicKey) if err != nil { t.Fatalf("unexpected error when creating ED25519 Verifier: %s", err) } data := random.GetRandomBytes(20) signatureBytes, err := signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", data, err) } // Modify the signature. for i := 0; i < len(signatureBytes); i++ { modifiedRawSignature := slices.Clone(signatureBytes) for j := 0; j < 8; j++ { modifiedRawSignature[i] = byte(modifiedRawSignature[i] ^ (1 << uint32(j))) if err := verifier.Verify(modifiedRawSignature, data); err == nil { t.Errorf("verifier.Verify(%x, data) err = nil, want error", modifiedRawSignature) } } } // Modify the message. for i := 0; i < len(data); i++ { modifiedData := slices.Clone(data) for j := 0; j < 8; j++ { modifiedData[i] = byte(modifiedData[i] ^ (1 << uint32(j))) if err := verifier.Verify(signatureBytes, modifiedData); err == nil { t.Errorf("verifier.Verify(signature, %x) err = nil, want error", modifiedData) } } } } func TestED25519SignVerify(t *testing.T) { publicKey, privateKey, err := ed25519.GenerateKey(rand.Reader) if err != nil { t.Fatalf("key generation error: %s", err) } for _, tc := range []struct { name string signer tink.Signer verifier tink.Verifier }{ { name: "signer from private key", signer: func() tink.Signer { signer, err := subtleSignature.NewED25519SignerFromPrivateKey(&privateKey) if err != nil { t.Fatalf("unexpected error when creating ED25519 Signer: %s", err) } return signer }(), verifier: func() tink.Verifier { verifier, err := subtleSignature.NewED25519VerifierFromPublicKey(&publicKey) if err != nil { t.Fatalf("unexpected error when creating ED25519 Verifier: %s", err) } return verifier }(), }, { name: "signer from slice", signer: func() tink.Signer { signer, err := subtleSignature.NewED25519Signer(privateKey[:ed25519.SeedSize]) if err != nil { t.Fatalf("unexpected error when creating ED25519 Signer: %s", err) } return signer }(), verifier: func() tink.Verifier { verifier, err := subtleSignature.NewED25519VerifierFromPublicKey(&publicKey) if err != nil { t.Fatalf("unexpected error when creating ED25519 Verifier: %s", err) } return verifier }(), }, } { t.Run(tc.name, func(t *testing.T) { for i := 0; i < 100; i++ { data := random.GetRandomBytes(20) signatureBytes, err := tc.signer.Sign(data) if err != nil { t.Fatalf("signer.Sign(%x) err = %v, want nil", data, err) } if err := tc.verifier.Verify(signatureBytes, data); err != nil { t.Errorf("tc.verifier.Verify(%x, %x) err = %v, want nil", signatureBytes, data, err) } } }) } } func NewED25519SignerInvalidKeyLength(t *testing.T) { seedHex := "fc51cd8e6218a1a38da47ed00230f0580816ed13ba3303ac5deb911548908025" seedBytes, err := hex.DecodeString(seedHex) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", seedHex, err) } for _, tc := range []struct { name string keyValue []byte }{ { name: "nil key", keyValue: nil, }, { name: "empty key", keyValue: []byte{}, }, { name: "too small", keyValue: seedBytes[:len(seedBytes)-1], }, { name: "too large", keyValue: slices.Concat(seedBytes, []byte{0xFF}), }, } { t.Run(tc.name, func(t *testing.T) { _, err := subtleSignature.NewED25519Signer(tc.keyValue) if err == nil { t.Errorf("NewED25519Signer(0x%x) err = nil, want error", tc.keyValue) } }) } } func TestED25519WycheproofCases(t *testing.T) { suite := new(ed25519Suite) wycheproof.PopulateSuiteV1(t, suite, "ed25519_test.json") for _, group := range suite.TestGroups { public := ed25519.PublicKey(group.PublicKey.PK) verifier, err := subtleSignature.NewED25519Verifier(public) if err != nil { continue } for _, test := range group.Tests { caseName := fmt.Sprintf("Verify-%s-%s:Case-%d", suite.Algorithm, group.Type, test.CaseID) t.Run(caseName, func(t *testing.T) { err := verifier.Verify(test.Signature, test.Message) switch test.Result { case "valid": if err != nil { t.Fatalf("ED25519Verifier.Verify() failed in a valid test case: %s", err) } case "invalid": if err == nil { t.Fatal("ED25519Verifier.Verify() succeeded in an invalid test case.") } default: t.Fatalf("unsupported test result: %q", test.Result) } }) } } } ================================================ FILE: signature/subtle/ed25519_verifier.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/ed25519" "errors" "fmt" ) var errInvalidED25519Signature = errors.New("ed25519: invalid signature") // ED25519Verifier is an implementation of Verifier for ED25519. // At the moment, the implementation only accepts signatures with strict DER encoding. type ED25519Verifier struct { publicKey *ed25519.PublicKey } // NewED25519Verifier creates a new instance of ED25519Verifier. func NewED25519Verifier(pub []byte) (*ED25519Verifier, error) { publicKey := ed25519.PublicKey(pub) return NewED25519VerifierFromPublicKey(&publicKey) } // NewED25519VerifierFromPublicKey creates a new instance of ED25519Verifier. func NewED25519VerifierFromPublicKey(publicKey *ed25519.PublicKey) (*ED25519Verifier, error) { return &ED25519Verifier{ publicKey: publicKey, }, nil } // Verify verifies whether the given signature is valid for the given data. // It returns an error if the signature is not valid; nil otherwise. func (e *ED25519Verifier) Verify(signature, data []byte) error { if len(signature) != ed25519.SignatureSize { return fmt.Errorf("the length of the signature is not %d", ed25519.SignatureSize) } if !ed25519.Verify(*e.publicKey, data, signature) { return errInvalidED25519Signature } return nil } ================================================ FILE: signature/subtle/subtle.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package subtle provides subtle implementations of the digital signature // primitive. package subtle ================================================ FILE: signature/subtle/subtle_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/testutil" ) type ecdsaSuite struct { wycheproof.Suite TestGroups []*ecdsaGroup `json:"testGroups"` } type ecdsaGroup struct { wycheproof.Group JWK *ecdsaJWK `json:"jwk,omitempty"` PublicKeyDER string `json:"PublicKeyDer"` PublicKeyPEM string `json:"PublicKeyPem"` SHA string `json:"sha"` PublicKey *ecdsaTestKey `json:"PublicKey"` Tests []*ecdsaCase `json:"tests"` } type ecdsaCase struct { wycheproof.Case Message testutil.HexBytes `json:"msg"` Signature testutil.HexBytes `json:"sig"` } type ecdsaTestKey struct { Curve string `json:"curve"` Type string `json:"type"` Wx string `json:"wx"` Wy string `json:"wy"` } type ecdsaJWK struct { JWK string `json:"jwk"` Curve string `json:"crv"` Kid string `json:"kid"` Kty string `json:"kty"` X string `json:"x"` Y string `json:"y"` } type ed25519Suite struct { wycheproof.Suite TestGroups []*ed25519Group `json:"testGroups"` } type ed25519Group struct { wycheproof.Group PublicKeyDER string `json:"publicKeyDer"` PublicKeyPEM string `json:"publicKeyPem"` SHA string `json:"sha"` PublicKey *ed25519TestKey `json:"publicKey"` Tests []*ed25519Case `json:"tests"` } type ed25519Case struct { wycheproof.Case Message testutil.HexBytes `json:"msg"` Signature testutil.HexBytes `json:"sig"` } type ed25519TestKey struct { PK testutil.HexBytes `json:"pk"` } ================================================ FILE: signature/verifier_factory.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package signature import ( "bytes" "fmt" "slices" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/internalregistry" "github.com/tink-crypto/tink-go/v2/internal/monitoringutil" "github.com/tink-crypto/tink-go/v2/internal/prefixmap" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/tink" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // NewVerifierWithConfig returns a [tink.Verifier] primitive from the given // [keyset.Handle] and [keyset.Config]. func NewVerifierWithConfig(handle *keyset.Handle, config keyset.Config) (tink.Verifier, error) { ps, err := keyset.Primitives[tink.Verifier](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("verifier_factory: cannot obtain primitive set: %s", err) } return newWrappedVerifier(ps) } // NewVerifier returns a [tink.Verifier] primitive from the given // [keyset.Handle]. func NewVerifier(handle *keyset.Handle) (tink.Verifier, error) { return NewVerifierWithConfig(handle, ®istryconfig.RegistryConfig{}) } // verifierSet is a Verifier implementation that uses the // underlying primitive set for verifying. type wrappedVerifier struct { verifiers *prefixmap.PrefixMap[verifierAndID] logger monitoring.Logger } type verifierAndID struct { verifier tink.Verifier keyID uint32 } func (a *verifierAndID) Verify(signatureBytes, data []byte) error { return a.verifier.Verify(signatureBytes, data) } // Asserts that verifierSet implements the Verifier interface. var _ tink.Verifier = (*wrappedVerifier)(nil) type fullVerifierAdapter struct { primitive tink.Verifier prefix []byte outputPrefixType tinkpb.OutputPrefixType } var _ tink.Verifier = (*fullVerifierAdapter)(nil) func (a *fullVerifierAdapter) Verify(signatureBytes, data []byte) error { if !bytes.HasPrefix(signatureBytes, a.prefix) { return fmt.Errorf("verifier_factory: invalid signature prefix") } message := data if a.outputPrefixType == tinkpb.OutputPrefixType_LEGACY { message = slices.Concat(message, []byte{0}) } return a.primitive.Verify(signatureBytes[len(a.prefix):], message) } // extractFullVerifier returns a [tink.Verifier] from the given entry as a // "full" primitive. // // It wraps legacy primitives in a full primitive adapter. func extractFullVerifier(e *primitiveset.Entry[tink.Verifier]) (tink.Verifier, error) { if e.FullPrimitive != nil { return e.FullPrimitive, nil } protoKey, err := protoserialization.SerializeKey(e.Key) if err != nil { return nil, err } prefixType := protoKey.OutputPrefixType() return &fullVerifierAdapter{ primitive: e.Primitive, prefix: e.OutputPrefix(), outputPrefixType: prefixType, }, nil } func newWrappedVerifier(ps *primitiveset.PrimitiveSet[tink.Verifier]) (*wrappedVerifier, error) { verifiers := prefixmap.New[verifierAndID]() for _, entries := range ps.Entries { for _, e := range entries { verifier, err := extractFullVerifier(e) if err != nil { return nil, err } verifiers.Insert(string(e.OutputPrefix()), verifierAndID{ verifier: verifier, keyID: e.KeyID, }) } } logger, err := createVerifierLogger(ps) if err != nil { return nil, err } return &wrappedVerifier{ verifiers: verifiers, logger: logger, }, nil } func createVerifierLogger(ps *primitiveset.PrimitiveSet[tink.Verifier]) (monitoring.Logger, error) { // only keysets which contain annotations are monitored. if len(ps.Annotations) == 0 { return &monitoringutil.DoNothingLogger{}, nil } keysetInfo, err := monitoringutil.KeysetInfoFromPrimitiveSet(ps) if err != nil { return nil, err } return internalregistry.GetMonitoringClient().NewLogger(&monitoring.Context{ KeysetInfo: keysetInfo, Primitive: "public_key_verify", APIFunction: "verify", }) } // Verify checks whether the given signature is a valid signature of the given data. func (v *wrappedVerifier) Verify(signature, data []byte) error { it := v.verifiers.PrimitivesMatchingPrefix(signature) for verifier, ok := it.Next(); ok; verifier, ok = it.Next() { if err := verifier.Verify(signature, data); err != nil { continue } v.logger.Log(verifier.keyID, len(data)) return nil } v.logger.LogFailure() return fmt.Errorf("verifier_factory: invalid signature") } ================================================ FILE: streamingaead/aesctrhmac/aesctrhmac.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aesctrhmac provides a key manager for AES-CTR-HMAC streaming AEADs. package aesctrhmac import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" streamaeadpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_streaming_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // RegisterPrimitiveConstructor accepts a config object and registers the // AES-CTR-HMAC primitive constructors to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(b *config.Builder, t internalapi.Token) error { if err := b.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t); err != nil { return err } return nil } func init() { if err := protoserialization.RegisterKeySerializer[*Key](&keySerializer{}); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, &keyParser{}); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &streamaeadpb.AesCtrHmacStreamingKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("aesctrhmac.init() failed: %v", err)) } } ================================================ FILE: streamingaead/aesctrhmac/aesctrhmac_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac_test import ( "reflect" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/streamingaead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/tink" ) func TestRegisterPrimitiveConstructor(t *testing.T) { aesCTRHMACParams, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: 32, HkdfHashType: aesctrhmac.SHA256, DerivedKeySizeInBytes: 32, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 1024, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } keyMaterialCTRHMAC := secretdata.NewBytesFromData([]byte("12345678901234567890123456789012"), insecuresecretdataaccess.Token{}) aesCTRHMACKey, err := aesctrhmac.NewKey(aesCTRHMACParams, keyMaterialCTRHMAC) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } b := config.NewBuilder() configWithoutAESCTRHMAC := b.Build() // Should fail because aesctrhmac.RegisterPrimitiveConstructor() was not called. if _, err := configWithoutAESCTRHMAC.PrimitiveFromKey(aesCTRHMACKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutAESCTRHMAC.PrimitiveFromKey() err = nil, want error") } // Register aesctrhmac.RegisterPrimitiveConstructor() and check that it now works. if err := aesctrhmac.RegisterPrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("aesctrhmac.RegisterPrimitiveConstructor() err = %v, want nil", err) } configWithAESCTRHMAC := b.Build() p, err := configWithAESCTRHMAC.PrimitiveFromKey(aesCTRHMACKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithAESCTRHMAC.PrimitiveFromKey() err = %v, want nil", err) } if _, ok := p.(tink.StreamingAEAD); !ok { t.Fatalf("p was of type %v, want tink.StreamingAEAD", reflect.TypeOf(p)) } } ================================================ FILE: streamingaead/aesctrhmac/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac import ( "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/aead" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/streamingaead/subtle" ) // Key represents an AES-CTR-HMAC Streaming AEAD key. type Key struct { parameters *Parameters keyBytes secretdata.Bytes } // This ensures that the Key type implements the [key.Key] interface. var _ key.Key = (*Key)(nil) // NewKey creates a new AES-CTR-HMAC Streaming AEAD key. func NewKey(parameters *Parameters, keyBytes secretdata.Bytes) (*Key, error) { if parameters == nil { return nil, fmt.Errorf("aesctrhmac.NewKey: Parameters must not be nil") } if keyBytes.Len() != parameters.KeySizeInBytes() { return nil, fmt.Errorf("aesctrhmac.NewKey: key has size %d, but must have size %d", keyBytes.Len(), parameters.KeySizeInBytes()) } return &Key{ parameters: parameters, keyBytes: keyBytes, }, nil } // Parameters returns the parameters of the key. func (k *Key) Parameters() key.Parameters { return k.parameters } // KeyBytes returns the initial key material. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // IDRequirement always returns (0, false) for this key type. func (k *Key) IDRequirement() (uint32, bool) { return 0, false } // Equal returns true if k and other are equal. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.parameters.Equal(that.parameters) && k.keyBytes.Equal(that.keyBytes) } func primitiveConstructor(k key.Key) (any, error) { that, ok := k.(*Key) if !ok { return nil, fmt.Errorf("key is of type %T, want %T", k, (*Key)(nil)) } if err := aead.ValidateAESKeySize(uint32(that.keyBytes.Len())); err != nil { return nil, fmt.Errorf("invalid key size: %v", err) } params := k.Parameters().(*Parameters) return subtle.NewAESCTRHMAC( that.keyBytes.Data(insecuresecretdataaccess.Token{}), params.HkdfHashType().String(), params.DerivedKeySizeInBytes(), params.HmacHashType().String(), params.HmacTagSizeInBytes(), int(params.SegmentSizeInBytes()), 0) } // validateHashType checks if the given hash type is supported for key // generation. // // We only support a subset of the hash types: SHA256 and SHA512. func validateHashType(hashType HashType) error { switch hashType { case SHA256: case SHA512: // Do nothing. default: return fmt.Errorf("unsupported hash type: %v", hashType) } return nil } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { aesCTRHMACParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("parameters is not a aesctrhmac.Parameters") } if idRequirement != 0 { return nil, fmt.Errorf("ID requirements are not supported") } if err := aead.ValidateAESKeySize(uint32(aesCTRHMACParams.KeySizeInBytes())); err != nil { return nil, fmt.Errorf("invalid key size: %v", err) } if err := validateHashType(aesCTRHMACParams.HkdfHashType()); err != nil { return nil, fmt.Errorf("invalid HKDF hash type: %v", err) } if err := validateHashType(aesCTRHMACParams.HmacHashType()); err != nil { return nil, fmt.Errorf("invalid HMAC hash type: %v", err) } keyBytes, err := secretdata.NewBytesFromRand(uint32(aesCTRHMACParams.KeySizeInBytes())) if err != nil { return nil, fmt.Errorf("failed to generate random key material: %v", err) } return NewKey(aesCTRHMACParams, keyBytes) } ================================================ FILE: streamingaead/aesctrhmac/key_manager_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac_test import ( "bytes" "fmt" "io" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" _ "github.com/tink-crypto/tink-go/v2/streamingaead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/streamingaead/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ctrhmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_streaming_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestGetPrimitiveBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACTypeURL) if err != nil { t.Fatalf("cannot obtain AES-CTR-HMAC key manager: %s", err) } for _, keySize := range []uint32{16, 32} { key := testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion, keySize, commonpb.HashType_SHA256, keySize, commonpb.HashType_SHA256, 16, 4096) serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("failed to marshal key: %s", err) } p, err := keyManager.Primitive(serializedKey) if err != nil { t.Fatalf("unexpected error: %s", err) } if err := validatePrimitive(p, key); err != nil { t.Errorf("%s", err) } } } func TestGetPrimitiveWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACTypeURL) if err != nil { t.Fatalf("cannot obtain AES-CTR-HMAC key manager: %s", err) } for _, tc := range []struct { name string protoKey proto.Message }{ { name: "not a AESCTRHMACKey", protoKey: testutil.NewAESCTRHMACKeyFormat(32, commonpb.HashType_SHA256, 32, commonpb.HashType_SHA256, 16, 4096), }, { name: "bad key size", protoKey: testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion, 17, commonpb.HashType_SHA256, 16, commonpb.HashType_SHA256, 16, 4096), }, { name: "bad derived key size", protoKey: testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion, 16, commonpb.HashType_SHA256, 17, commonpb.HashType_SHA256, 16, 4096), }, { name: "bad keys size", protoKey: testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion, 33, commonpb.HashType_SHA256, 33, commonpb.HashType_SHA256, 16, 4096), }, { name: "bad version", protoKey: testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion+1, 16, commonpb.HashType_SHA256, 16, commonpb.HashType_SHA256, 16, 4096), }, { name: "bad ciphertext_segment_size", protoKey: testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion, 16, commonpb.HashType_SHA256, 16, commonpb.HashType_SHA256, 16, 2147483648)}, { name: "bad hmac params hash type", protoKey: testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion, 16, commonpb.HashType_SHA256, 16, commonpb.HashType_SHA224, 16, 4096)}, { name: "bad hmac params hash type", protoKey: testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion, 16, commonpb.HashType_SHA256, 16, commonpb.HashType_SHA384, 16, 4096)}, { name: "bad hkdf hash type", protoKey: testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion, 16, commonpb.HashType_SHA224, 16, commonpb.HashType_SHA256, 16, 4096)}, { name: "bad hkdf hash type", protoKey: testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion, 16, commonpb.HashType_SHA384, 16, commonpb.HashType_SHA256, 16, 4096)}, } { t.Run(tc.name, func(t *testing.T) { serializedKey, err := proto.Marshal(tc.protoKey) if err != nil { t.Fatalf("proto.Marshal(tc.protoKey) err = %v, want nil", err) } if _, err := keyManager.Primitive(serializedKey); err == nil { t.Errorf("keyManager.Primitive(serializedKey) err = nil, want non-nil") } }) } if _, err := keyManager.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } if _, err := keyManager.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } keyNilParams := testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion, 32, commonpb.HashType_SHA256, 32, commonpb.HashType_SHA256, 16, 4096) keyNilParams.Params = nil serializedKeyNilParams, err := proto.Marshal(keyNilParams) if err != nil { t.Errorf("proto.Marshal(keyNilParams) err = %v, want nil", err) } if _, err := keyManager.Primitive(serializedKeyNilParams); err == nil { t.Errorf("keyManager.Primitive(serializedKeyNilParams) err = nil, want non-nil") } } func TestNewKeyMultipleTimes(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACTypeURL) if err != nil { t.Errorf("cannot obtain AES-CTR-HMAC key manager: %s", err) } format := testutil.NewAESCTRHMACKeyFormat(32, commonpb.HashType_SHA256, 32, commonpb.HashType_SHA256, 16, 4096) serializedFormat, err := proto.Marshal(format) if err != nil { t.Errorf("failed to marshal key: %s", err) } keys := make(map[string]struct{}) n := 26 for i := 0; i < n; i++ { key, err := keyManager.NewKey(serializedFormat) if err != nil { t.Fatalf("keyManager.NewKey() err = %q, want nil", err) } serializedKey, err := proto.Marshal(key) if err != nil { t.Errorf("failed to marshal key: %s", err) } keys[string(serializedKey)] = struct{}{} keyData, err := keyManager.NewKeyData(serializedFormat) if err != nil { t.Fatalf("keyManager.NewKeyData() err = %q, want nil", err) } serializedKey = keyData.Value keys[string(serializedKey)] = struct{}{} } if len(keys) != n*2 { t.Errorf("key is repeated") } } func TestNewKeyBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACTypeURL) if err != nil { t.Errorf("cannot obtain AES-CTR-HMAC key manager: %s", err) } for _, keySize := range []uint32{16, 32} { format := testutil.NewAESCTRHMACKeyFormat(keySize, commonpb.HashType_SHA256, keySize, commonpb.HashType_SHA256, 16, 4096) serializedFormat, err := proto.Marshal(format) if err != nil { t.Errorf("failed to marshal key: %s", err) } m, err := keyManager.NewKey(serializedFormat) if err != nil { t.Errorf("unexpected error: %s", err) } key := m.(*ctrhmacpb.AesCtrHmacStreamingKey) if err := validateAESCTRHMACKey(key, format); err != nil { t.Errorf("%s", err) } } } func TestNewKeyWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACTypeURL) if err != nil { t.Errorf("cannot obtain AES-CTR-HMAC key manager: %s", err) } // bad format badFormats := genInvalidAESCTRHMACKeyFormats() for i := 0; i < len(badFormats); i++ { serializedFormat, err := proto.Marshal(badFormats[i]) if err != nil { t.Errorf("failed to marshal key: %s", err) } if _, err := keyManager.NewKey(serializedFormat); err == nil { t.Errorf("expect an error in test case %d", i) } } // nil if _, err := keyManager.NewKey(nil); err == nil { t.Errorf("expect an error when input is nil") } // empty array if _, err := keyManager.NewKey([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } // params field is unset formatNilParams := testutil.NewAESCTRHMACKeyFormat(32, commonpb.HashType_SHA256, 32, commonpb.HashType_SHA256, 16, 4096) formatNilParams.Params = nil serializedFormatNilParams, err := proto.Marshal(formatNilParams) if err != nil { t.Errorf("proto.Marshal(formatNilParams) err = %v, want nil", err) } if _, err := keyManager.NewKey(serializedFormatNilParams); err == nil { t.Errorf("keyManager.NewKey(serializedFormatNilParams) err = nil, want non-nil") } } func TestNewKeyDataBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACTypeURL) if err != nil { t.Errorf("cannot obtain AES-CTR-HMAC key manager: %s", err) } for _, keySize := range []uint32{16, 32} { format := testutil.NewAESCTRHMACKeyFormat(keySize, commonpb.HashType_SHA256, keySize, commonpb.HashType_SHA256, 16, 4096) serializedFormat, err := proto.Marshal(format) if err != nil { t.Errorf("failed to marshal key: %s", err) } keyData, err := keyManager.NewKeyData(serializedFormat) if err != nil { t.Errorf("unexpected error: %s", err) } if keyData.TypeUrl != testutil.AESCTRHMACTypeURL { t.Errorf("incorrect type url") } if keyData.KeyMaterialType != tinkpb.KeyData_SYMMETRIC { t.Errorf("incorrect key material type") } key := new(ctrhmacpb.AesCtrHmacStreamingKey) if err := proto.Unmarshal(keyData.Value, key); err != nil { t.Errorf("incorrect key value") } if err := validateAESCTRHMACKey(key, format); err != nil { t.Errorf("%s", err) } p, err := registry.PrimitiveFromKeyData(keyData) if err != nil { t.Errorf("registry.PrimitiveFromKeyData(kd) err = %v, want nil", err) } _, ok := p.(*subtle.AESCTRHMAC) if !ok { t.Error("registry.PrimitiveFromKeyData(kd) did not return a AESCTRHMAC primitive") } } } func TestNewKeyDataWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESCTRHMACTypeURL) if err != nil { t.Errorf("cannot obtain AES-CTR-HMAC key manager: %s", err) } badFormats := genInvalidAESCTRHMACKeyFormats() for i := 0; i < len(badFormats); i++ { serializedFormat, err := proto.Marshal(badFormats[i]) if err != nil { t.Errorf("failed to marshal key: %s", err) } if _, err := km.NewKeyData(serializedFormat); err == nil { t.Errorf("expect an error in test case %d", i) } } // nil input if _, err := km.NewKeyData(nil); err == nil { t.Errorf("expect an error when input is nil") } // empty input if _, err := km.NewKeyData([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } } func TestDoesSupport(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACTypeURL) if err != nil { t.Errorf("cannot obtain AES-CTR-HMAC key manager: %s", err) } if !keyManager.DoesSupport(testutil.AESCTRHMACTypeURL) { t.Errorf("AESCTRHMACKeyManager must support %s", testutil.AESCTRHMACTypeURL) } if keyManager.DoesSupport("some bad type") { t.Errorf("AESCTRHMACKeyManager must support only %s", testutil.AESCTRHMACTypeURL) } } func TestTypeURL(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESCTRHMACTypeURL) if err != nil { t.Errorf("cannot obtain AES-CTR-HMAC key manager: %s", err) } if keyManager.TypeURL() != testutil.AESCTRHMACTypeURL { t.Errorf("incorrect key type") } } func genInvalidAESCTRHMACKeyFormats() []proto.Message { return []proto.Message{ // not AESCTRHMACKeyFormat testutil.NewAESCTRHMACKey(testutil.AESCTRHMACKeyVersion, 16, commonpb.HashType_SHA256, 16, commonpb.HashType_SHA256, 16, 4096), // invalid key size testutil.NewAESCTRHMACKeyFormat(17, commonpb.HashType_SHA256, 16, commonpb.HashType_SHA256, 16, 4096), testutil.NewAESCTRHMACKeyFormat(16, commonpb.HashType_SHA256, 17, commonpb.HashType_SHA256, 16, 4096), testutil.NewAESCTRHMACKeyFormat(33, commonpb.HashType_SHA256, 33, commonpb.HashType_SHA256, 16, 4096), } } func validateAESCTRHMACKey(key *ctrhmacpb.AesCtrHmacStreamingKey, format *ctrhmacpb.AesCtrHmacStreamingKeyFormat) error { if uint32(len(key.KeyValue)) != format.KeySize { return fmt.Errorf("incorrect key size") } if key.Version != testutil.AESCTRHMACKeyVersion { return fmt.Errorf("incorrect key version") } if key.Params.CiphertextSegmentSize != format.Params.CiphertextSegmentSize { return fmt.Errorf("incorrect ciphertext segment size") } if key.Params.DerivedKeySize != format.Params.DerivedKeySize { return fmt.Errorf("incorrect derived key size") } if key.Params.HkdfHashType != format.Params.HkdfHashType { return fmt.Errorf("incorrect HKDF hash type") } // try to encrypt and decrypt p, err := subtle.NewAESCTRHMAC( key.KeyValue, key.Params.HkdfHashType.String(), int(key.Params.DerivedKeySize), key.Params.HmacParams.Hash.String(), int(key.Params.HmacParams.TagSize), int(key.Params.CiphertextSegmentSize), 0, ) if err != nil { return fmt.Errorf("invalid key") } return validatePrimitive(p, key) } func validatePrimitive(p any, key *ctrhmacpb.AesCtrHmacStreamingKey) error { cipher := p.(*subtle.AESCTRHMAC) return encryptDecrypt(cipher, cipher, 32, 32) } func encryptDecrypt(encryptCipher, decryptCipher tink.StreamingAEAD, ptSize, aadSize int) error { pt := random.GetRandomBytes(uint32(ptSize)) aad := random.GetRandomBytes(uint32(aadSize)) buf := &bytes.Buffer{} w, err := encryptCipher.NewEncryptingWriter(buf, aad) if err != nil { return fmt.Errorf("cannot create encrypt writer: %v", err) } if _, err := w.Write(pt); err != nil { return fmt.Errorf("error writing data: %v", err) } if err := w.Close(); err != nil { return fmt.Errorf("error closing writer: %v", err) } r, err := decryptCipher.NewDecryptingReader(buf, aad) if err != nil { return fmt.Errorf("cannot create decrypt reader: %v", err) } ptGot := make([]byte, len(pt)+1) n, err := io.ReadFull(r, ptGot) if err != nil && err != io.ErrUnexpectedEOF { return fmt.Errorf("decryption failed: %v", err) } ptGot = ptGot[:n] if !bytes.Equal(pt, ptGot) { return fmt.Errorf("decryption failed") } return nil } ================================================ FILE: streamingaead/aesctrhmac/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac_test import ( "bytes" "io" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/streamingaead/aesctrhmac" "github.com/tink-crypto/tink-go/v2/tink" ) func TestNewKey_Fails(t *testing.T) { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 32, SegmentSizeInBytes: 4096, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } for _, tc := range []struct { name string keyBytes secretdata.Bytes parameters *aesctrhmac.Parameters }{ { name: "nil parameters", keyBytes: secretdata.NewBytesFromData([]byte("0123456789abcdef0123456789abcdef"), insecuresecretdataaccess.Token{}), parameters: nil, }, { name: "invalid key size", keyBytes: secretdata.NewBytesFromData([]byte("0123456789abcdef"), insecuresecretdataaccess.Token{}), parameters: params, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := aesctrhmac.NewKey(tc.parameters, tc.keyBytes); err == nil { t.Errorf("aesctrhmac.NewKey() err = nil, want error") } }) } } func TestNewKey_Success(t *testing.T) { keyBytes := []byte("0123456789abcdef0123456789abcdef") for _, tc := range getParametersTestCases(t) { t.Run(tc.name, func(t *testing.T) { params, err := aesctrhmac.NewParameters(tc.parameterOpts) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } secretKeyBytes := secretdata.NewBytesFromData(keyBytes[:tc.parameterOpts.KeySizeInBytes], insecuresecretdataaccess.Token{}) k, err := aesctrhmac.NewKey(params, secretKeyBytes) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } if diff := cmp.Diff(params, k.Parameters()); diff != "" { t.Errorf("k.Parameters() returned unexpected diff (-want +got):\n%s", diff) } if diff := cmp.Diff(secretKeyBytes, k.KeyBytes()); diff != "" { t.Errorf("k.KeyBytes() returned unexpected diff (-want +got):\n%s", diff) } }) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 0, false } func TestKeyEqual_FalseIfDifferent(t *testing.T) { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 32, SegmentSizeInBytes: 4096, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData([]byte("0123456789abcdef0123456789abcdef"), insecuresecretdataaccess.Token{}) k, err := aesctrhmac.NewKey(params, keyBytes) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } for _, tc := range []struct { name string key key.Key }{ { name: "different_key_size", key: func() *aesctrhmac.Key { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 32, SegmentSizeInBytes: 4096, }, ) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData([]byte("0123456789abcdef"), insecuresecretdataaccess.Token{}) k, err := aesctrhmac.NewKey(params, keyBytes) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } return k }(), }, { name: "different_key_bytes", key: func() *aesctrhmac.Key { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 32, SegmentSizeInBytes: 4096, }, ) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData([]byte("fedcba9876543210fedcba9876543210"), insecuresecretdataaccess.Token{}) k, err := aesctrhmac.NewKey(params, keyBytes) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } return k }(), }, { name: "different_key_type", key: &stubKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if diff := cmp.Diff(tc.key, k); diff == "" { t.Errorf("k.Equal(k2) = true, want false, diff: %v", diff) } }) } } func TestKeyCreator(t *testing.T) { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 32, SegmentSizeInBytes: 4096, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0) err = %v, want nil", params, err) } aesGCMKey, ok := key.(*aesctrhmac.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0) returned key of type %T, want %T", params, key, (*aesctrhmac.Key)(nil)) } idRequirement, hasIDRequirement := aesGCMKey.IDRequirement() if hasIDRequirement || idRequirement != 0 { t.Errorf("aesGCMKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0, true) } if got := aesGCMKey.KeyBytes().Len(); got != params.KeySizeInBytes() { t.Errorf("aesGCMKey.KeyBytes().Len() = %d, want 32", aesGCMKey.KeyBytes().Len()) } if diff := cmp.Diff(aesGCMKey.Parameters(), params); diff != "" { t.Errorf("aesGCMKey.Parameters() diff (-want +got):\n%s", diff) } config := ®istryconfig.RegistryConfig{} p, err := config.PrimitiveFromKey(key, internalapi.Token{}) if err != nil { t.Fatalf("config.PrimitiveFromKey(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } streamingAEAD, ok := p.(tink.StreamingAEAD) if !ok { t.Errorf("config.PrimitiveFromKey(%v, %v) did not return a AESCTRHMAC primitive", key, internalapi.Token{}) } // Encrypt and decrypt some data. plaintext := []byte("plaintext") ciphertextBuffer := bytes.NewBuffer(nil) writer, err := streamingAEAD.NewEncryptingWriter(ciphertextBuffer, []byte("aad")) if err != nil { t.Fatalf("streamingAEAD.NewEncryptingWriter() err = %v, want nil", err) } if _, err := io.Copy(writer, bytes.NewBuffer(plaintext)); err != nil { t.Fatalf("io.Copy() err = %v, want nil", err) } if err := writer.Close(); err != nil { t.Fatalf("writer.Close() err = %v, want nil", err) } reader, err := streamingAEAD.NewDecryptingReader(ciphertextBuffer, []byte("aad")) if err != nil { t.Fatalf("streamingAEAD.NewDecryptingReader() err = %v, want nil", err) } decryptedBuffer := bytes.NewBuffer(nil) if _, err := io.Copy(decryptedBuffer, reader); err != nil { t.Fatalf("io.Copy() err = %v, want nil", err) } if diff := cmp.Diff(plaintext, decryptedBuffer.Bytes()); diff != "" { t.Errorf("decryptedBuffer.Bytes() diff (-want +got):\n%s", diff) } } func TestKeyCreator_FailsIfUnsupportedParamValues(t *testing.T) { for _, tc := range []struct { name string parameters *aesctrhmac.Parameters }{ { name: "unsupported key size", parameters: mustCreateParameters(t, aesctrhmac.ParametersOpts{ KeySizeInBytes: 33, DerivedKeySizeInBytes: 32, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 32, SegmentSizeInBytes: 4096, }), }, { name: "unsupported HKDF hash type", parameters: mustCreateParameters(t, aesctrhmac.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, HkdfHashType: aesctrhmac.SHA1, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 32, SegmentSizeInBytes: 4096, }), }, { name: "unsupported HMAC hash type", parameters: mustCreateParameters(t, aesctrhmac.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA1, HmacTagSizeInBytes: 20, SegmentSizeInBytes: 4096, }), }, } { t.Run(tc.name, func(t *testing.T) { if _, err := keygenregistry.CreateKey(tc.parameters, 0); err == nil { t.Fatalf("keygenregistry.CreateKey(%v, 0) err = nil, want error", tc.parameters) } else { t.Logf("keygenregistry.CreateKey(%v, 0) err = %v", tc.parameters, err) } }) } } ================================================ FILE: streamingaead/aesctrhmac/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac import ( "fmt" "github.com/tink-crypto/tink-go/v2/key" ) // HashType is the hash algorithm used. type HashType int const ( // UnknownHashType is the default value of HashType. UnknownHashType HashType = iota // SHA1 is the SHA1 hash type. SHA1 // SHA256 is the SHA256 hash type. SHA256 // SHA512 is the SHA512 hash type. SHA512 ) func (ht HashType) String() string { switch ht { case SHA1: return "SHA1" case SHA256: return "SHA256" case SHA512: return "SHA512" default: return "UNKNOWN" } } // Parameters defines the parameters for an AES-CTR-HMAC Streaming AEAD key. type Parameters struct { keySizeInBytes int derivedKeySizeInBytes int hkdfHashType HashType hmacHashType HashType hmacTagSizeInBytes int segmentSizeInBytes int32 // For compatibility with Tink Java. } // KeySizeInBytes returns the key size in bytes. func (p *Parameters) KeySizeInBytes() int { return p.keySizeInBytes } // DerivedKeySizeInBytes returns the derived key size in bytes. func (p *Parameters) DerivedKeySizeInBytes() int { return p.derivedKeySizeInBytes } // HkdfHashType returns the HKDF hash type. func (p *Parameters) HkdfHashType() HashType { return p.hkdfHashType } // HmacHashType returns the HMAC hash type. func (p *Parameters) HmacHashType() HashType { return p.hmacHashType } // HmacTagSizeInBytes returns the HMAC tag size in bytes. func (p *Parameters) HmacTagSizeInBytes() int { return p.hmacTagSizeInBytes } // SegmentSizeInBytes returns the ciphertext segment size in bytes. func (p *Parameters) SegmentSizeInBytes() int32 { return p.segmentSizeInBytes } // HasIDRequirement returns false because AES-CTR-HMAC keys do not have an ID // requirement. func (p *Parameters) HasIDRequirement() bool { return false } // Equal returns true if p and other are equal. func (p *Parameters) Equal(other key.Parameters) bool { that, ok := other.(*Parameters) return ok && p.keySizeInBytes == that.keySizeInBytes && p.derivedKeySizeInBytes == that.derivedKeySizeInBytes && p.hkdfHashType == that.hkdfHashType && p.hmacHashType == that.hmacHashType && p.hmacTagSizeInBytes == that.hmacTagSizeInBytes && p.segmentSizeInBytes == that.segmentSizeInBytes } // This ensures that the Parameters type implements the key.Parameters interface. var _ key.Parameters = (*Parameters)(nil) // ParametersOpts holds options for creating new AES-CTR-HMAC Streaming AEAD // parameters. type ParametersOpts struct { KeySizeInBytes int DerivedKeySizeInBytes int HkdfHashType HashType HmacHashType HashType HmacTagSizeInBytes int SegmentSizeInBytes int32 } const ( // See // https://developers.google.com/tink/streaming-aead/aes_ctr_hmac_streaming#splitting_the_message. noncePrefixSize = 7 // Header length is encoded as a single byte. headerLengthSize = 1 ) // NewParameters creates a new Parameters object from ParametersOpts. func NewParameters(opts ParametersOpts) (*Parameters, error) { if opts.DerivedKeySizeInBytes != 16 && opts.DerivedKeySizeInBytes != 32 { return nil, fmt.Errorf("invalid derived key size: %d", opts.DerivedKeySizeInBytes) } if opts.KeySizeInBytes < opts.DerivedKeySizeInBytes { return nil, fmt.Errorf("invalid key size: %d", opts.KeySizeInBytes) } switch opts.HkdfHashType { case SHA1: case SHA256: case SHA512: default: return nil, fmt.Errorf("unsupported HKDF hash type: %v", opts.HkdfHashType) } if opts.HmacTagSizeInBytes < 10 { return nil, fmt.Errorf("HMAC tag size too small, need at least 10 bytes, got %d", opts.HmacTagSizeInBytes) } switch opts.HmacHashType { case SHA1: if opts.HmacTagSizeInBytes > 20 { return nil, fmt.Errorf("HMAC tag size too large for SHA1, want at most %d, got %d", 20, opts.HmacTagSizeInBytes) } case SHA256: if opts.HmacTagSizeInBytes > 32 { return nil, fmt.Errorf("HMAC tag size too large for SHA256, want at most %d, got %d", 32, opts.HmacTagSizeInBytes) } case SHA512: if opts.HmacTagSizeInBytes > 64 { return nil, fmt.Errorf("HMAC tag size too large for SHA512, want at most %d, got %d", 64, opts.HmacTagSizeInBytes) } default: return nil, fmt.Errorf("unsupported HMAC hash type: %v", opts.HmacHashType) } minCiphertextSegmentSize := int32(opts.DerivedKeySizeInBytes + noncePrefixSize + headerLengthSize + opts.HmacTagSizeInBytes + 1) // The segment size must be at least the header + the HMAC tag size. if opts.SegmentSizeInBytes < minCiphertextSegmentSize { return nil, fmt.Errorf("ciphertext segment size is too small") } return &Parameters{ keySizeInBytes: opts.KeySizeInBytes, derivedKeySizeInBytes: opts.DerivedKeySizeInBytes, hkdfHashType: opts.HkdfHashType, hmacHashType: opts.HmacHashType, hmacTagSizeInBytes: opts.HmacTagSizeInBytes, segmentSizeInBytes: opts.SegmentSizeInBytes, }, nil } ================================================ FILE: streamingaead/aesctrhmac/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/streamingaead/aesctrhmac" ) func TestNewParameters_InvalidKeySize(t *testing.T) { for _, derivedKeySize := range []int{16, 32} { t.Run(fmt.Sprintf("derivedKeySize=%d, keySize=%d", derivedKeySize, derivedKeySize-1), func(t *testing.T) { _, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: derivedKeySize - 1, DerivedKeySizeInBytes: derivedKeySize, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256, }) if err == nil { t.Errorf("NewParameters() err = nil, want error") } }) } } func TestNewParameters_InvalidDerivedKeySize(t *testing.T) { for _, derivedKeySize := range []int{0, 15, 33} { t.Run(fmt.Sprintf("derivedKeySize=%d", derivedKeySize), func(t *testing.T) { _, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: derivedKeySize, DerivedKeySizeInBytes: derivedKeySize, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256, }) if err == nil { t.Errorf("NewParameters() err = nil, want error") } }) } } func TestNewParameters_InvalidHkdfHashType(t *testing.T) { _, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.UnknownHashType, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256, }) if err == nil { t.Errorf("NewParameters() err = nil, want error") } } func TestNewParameters_InvalidHmacHashType(t *testing.T) { _, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.UnknownHashType, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256, }) if err == nil { t.Errorf("NewParameters() err = nil, want error") } } func TestNewParameters_InvalidTagSize(t *testing.T) { for _, tc := range []struct { name string opts aesctrhmac.ParametersOpts }{ { name: "SHA1_tag_size_9", opts: aesctrhmac.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA1, HmacTagSizeInBytes: 9, SegmentSizeInBytes: 256, }, }, { name: "SHA1_tag_size_21", opts: aesctrhmac.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA1, HmacTagSizeInBytes: 21, SegmentSizeInBytes: 256, }, }, { name: "SHA256_tag_size_9", opts: aesctrhmac.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 9, SegmentSizeInBytes: 256, }, }, { name: "SHA256_tag_size_33", opts: aesctrhmac.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 33, SegmentSizeInBytes: 256, }, }, { name: "SHA512_tag_size_9", opts: aesctrhmac.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA512, HmacTagSizeInBytes: 9, SegmentSizeInBytes: 256, }, }, { name: "SHA512_tag_size_65", opts: aesctrhmac.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA512, HmacTagSizeInBytes: 65, SegmentSizeInBytes: 256, }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := aesctrhmac.NewParameters(tc.opts); err == nil { t.Errorf("NewParameters() err = nil, want error") } }) } } func TestNewParameters_InvalidCiphertextSegmentSize(t *testing.T) { _, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 40, // derivedKeySize(16) + tagSize(16) + noncePrefix(7) + headerLength(1) = 40. Should be at least 41. }) if err == nil { t.Errorf("NewParameters() err = nil, want error") } } type parametersTestCases struct { name string parameterOpts aesctrhmac.ParametersOpts } func getParametersTestCases(t *testing.T) []parametersTestCases { t.Helper() var testCases []parametersTestCases for _, derivedKeySize := range []int{16, 32} { for _, hkdfHashType := range []aesctrhmac.HashType{aesctrhmac.SHA1, aesctrhmac.SHA256, aesctrhmac.SHA512} { for _, ht := range []struct { hashType aesctrhmac.HashType hashSize int }{{aesctrhmac.SHA1, 20}, {aesctrhmac.SHA256, 32}, {aesctrhmac.SHA512, 64}} { hmacHashType := ht.hashType hmacTagSize := ht.hashSize testCases = append(testCases, parametersTestCases{ name: fmt.Sprintf("keySizeInBytes=%d, derivedKeySize=%d, hkdfHashType=%s, hmacHashType=%s", derivedKeySize, derivedKeySize, hkdfHashType, hmacHashType), parameterOpts: aesctrhmac.ParametersOpts{ KeySizeInBytes: derivedKeySize, DerivedKeySizeInBytes: derivedKeySize, HkdfHashType: hkdfHashType, HmacHashType: hmacHashType, HmacTagSizeInBytes: hmacTagSize, SegmentSizeInBytes: 1024, }, }) } } } return testCases } func TestNewParameters(t *testing.T) { testCases := getParametersTestCases(t) for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { params, err := aesctrhmac.NewParameters(tc.parameterOpts) if err != nil { t.Fatalf("NewParameters() err = %v, want nil", err) } if params.KeySizeInBytes() != tc.parameterOpts.KeySizeInBytes { t.Errorf("params.KeySizeInBytes() = %d, want %d", params.KeySizeInBytes(), tc.parameterOpts.KeySizeInBytes) } if params.DerivedKeySizeInBytes() != tc.parameterOpts.DerivedKeySizeInBytes { t.Errorf("params.DerivedKeySizeInBytes() = %d, want %d", params.DerivedKeySizeInBytes(), tc.parameterOpts.DerivedKeySizeInBytes) } if params.HkdfHashType() != tc.parameterOpts.HkdfHashType { t.Errorf("params.HkdfHashType() = %s, want %s", params.HkdfHashType(), tc.parameterOpts.HkdfHashType) } if params.HmacHashType() != tc.parameterOpts.HmacHashType { t.Errorf("params.HmacHashType() = %s, want %s", params.HmacHashType(), tc.parameterOpts.HmacHashType) } if params.HmacTagSizeInBytes() != tc.parameterOpts.HmacTagSizeInBytes { t.Errorf("params.HmacTagSizeInBytes() = %d, want %d", params.HmacTagSizeInBytes(), tc.parameterOpts.HmacTagSizeInBytes) } if params.SegmentSizeInBytes() != tc.parameterOpts.SegmentSizeInBytes { t.Errorf("params.SegmentSizeInBytes() = %d, want %d", params.SegmentSizeInBytes(), tc.parameterOpts.SegmentSizeInBytes) } if params.HasIDRequirement() { t.Errorf("params.HasIDRequirement() = true, want false") } // Test equality. if diff := cmp.Diff(params, params, cmp.AllowUnexported(aesctrhmac.Parameters{})); diff != "" { t.Errorf("params.Equal(params) returned unexpected diff (-want +got):\n%s", diff) } otherParams, err := aesctrhmac.NewParameters(tc.parameterOpts) if err != nil { t.Fatalf("NewParameters() err = %v, want nil", err) } if diff := cmp.Diff(params, otherParams, cmp.AllowUnexported(aesctrhmac.Parameters{})); diff != "" { t.Errorf("params.Equal(otherParams) returned unexpected diff (-want +got):\n%s", diff) } }) } } func mustCreateParameters(t *testing.T, opts aesctrhmac.ParametersOpts) *aesctrhmac.Parameters { t.Helper() params, err := aesctrhmac.NewParameters(opts) if err != nil { t.Fatalf("NewParameters(%v) err = %v, want nil", opts, err) } return params } func TestParametersEqual_FalseIfDifferent(t *testing.T) { for _, tc := range []struct { name string params1 *aesctrhmac.Parameters params2 *aesctrhmac.Parameters }{ { name: "different key size", params1: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256}), params2: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 32, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256}), }, { name: "different derived key size", params1: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 32, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256}), params2: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256}), }, { name: "different hkdf hash type", params1: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256}), params2: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA512, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256}), }, { name: "different hmac hash type", params1: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256}), params2: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA512, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256}), }, { name: "different hmac tag size", params1: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256}), params2: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 32, SegmentSizeInBytes: 256}), }, { name: "different ciphertext segment size", params1: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 256}), params2: mustCreateParameters(t, aesctrhmac.ParametersOpts{KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HkdfHashType: aesctrhmac.SHA256, HmacHashType: aesctrhmac.SHA256, HmacTagSizeInBytes: 16, SegmentSizeInBytes: 512}), }, } { t.Run(tc.name, func(t *testing.T) { if diff := cmp.Diff(tc.params1, tc.params2, cmp.AllowUnexported(aesctrhmac.Parameters{})); diff == "" { t.Errorf("params1.Equal(params2) = true, want false. Diff: %v", diff) } }) } } func TestHashType_String(t *testing.T) { for _, tc := range []struct { hashType aesctrhmac.HashType want string }{ {aesctrhmac.SHA1, "SHA1"}, {aesctrhmac.SHA256, "SHA256"}, {aesctrhmac.SHA512, "SHA512"}, {0, "UNKNOWN"}, } { t.Run(tc.want, func(t *testing.T) { if diff := cmp.Diff(tc.hashType.String(), tc.want); diff != "" { t.Errorf("tc.hashType.String() returned unexpected diff (-want +got):\n%s", diff) } }) } } ================================================ FILE: streamingaead/aesctrhmac/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" streamaeadpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_streaming_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( typeURL = "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey" ) type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func hashTypeToProto(ht HashType) (commonpb.HashType, error) { switch ht { case SHA1: return commonpb.HashType_SHA1, nil case SHA256: return commonpb.HashType_SHA256, nil case SHA512: return commonpb.HashType_SHA512, nil default: return commonpb.HashType_UNKNOWN_HASH, fmt.Errorf("unknown hash type: %v", ht) } } func (s *keySerializer) SerializeKey(k key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := k.(*Key) if !ok { return nil, fmt.Errorf("key is not a %T", (*Key)(nil)) } actualParameters, ok := actualKey.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("key parameters is not a %T", (*Parameters)(nil)) } hkdfHashType, err := hashTypeToProto(actualParameters.HkdfHashType()) if err != nil { return nil, err } hmacHashType, err := hashTypeToProto(actualParameters.HmacHashType()) if err != nil { return nil, err } protoKey := &streamaeadpb.AesCtrHmacStreamingKey{ Version: 0, KeyValue: actualKey.KeyBytes().Data(insecuresecretdataaccess.Token{}), Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: hkdfHashType, DerivedKeySize: uint32(actualParameters.DerivedKeySizeInBytes()), CiphertextSegmentSize: uint32(actualParameters.SegmentSizeInBytes()), HmacParams: &hmacpb.HmacParams{ Hash: hmacHashType, TagSize: uint32(actualParameters.HmacTagSizeInBytes()), }, }, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, tinkpb.OutputPrefixType_RAW, 0) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func hashTypeFromProto(ht commonpb.HashType) (HashType, error) { switch ht { case commonpb.HashType_SHA1: return SHA1, nil case commonpb.HashType_SHA256: return SHA256, nil case commonpb.HashType_SHA512: return SHA512, nil default: return UnknownHashType, fmt.Errorf("unknown hash type: %v", ht) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyData.GetTypeUrl(), typeURL) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { return nil, fmt.Errorf("key is not a SYMMETRIC key") } protoKey := new(streamaeadpb.AesCtrHmacStreamingKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != 0 { return nil, fmt.Errorf("unsupported key version: got %q, want %q", protoKey.GetVersion(), 0) } paramsProto := protoKey.GetParams() hkdfHashType, err := hashTypeFromProto(paramsProto.GetHkdfHashType()) if err != nil { return nil, err } hmacParams := paramsProto.GetHmacParams() hmacHashType, err := hashTypeFromProto(hmacParams.GetHash()) if err != nil { return nil, err } params, err := NewParameters(ParametersOpts{ KeySizeInBytes: len(protoKey.GetKeyValue()), DerivedKeySizeInBytes: int(paramsProto.GetDerivedKeySize()), HkdfHashType: hkdfHashType, HmacHashType: hmacHashType, HmacTagSizeInBytes: int(hmacParams.GetTagSize()), SegmentSizeInBytes: int32(paramsProto.GetCiphertextSegmentSize()), }) if err != nil { return nil, err } keyBytes := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) return NewKey(params, keyBytes) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(params key.Parameters) (*tinkpb.KeyTemplate, error) { actualParams, ok := params.(*Parameters) if !ok { return nil, fmt.Errorf("parameters is not a %T", (*Parameters)(nil)) } hkdfHashType, err := hashTypeToProto(actualParams.HkdfHashType()) if err != nil { return nil, fmt.Errorf("invalid HKDF hash type: %v", actualParams.HkdfHashType()) } hmacHashType, err := hashTypeToProto(actualParams.HmacHashType()) if err != nil { return nil, fmt.Errorf("invalid HMAC hash type: %v", actualParams.HmacHashType()) } protoParams := &streamaeadpb.AesCtrHmacStreamingKeyFormat{ Version: 0, Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: hkdfHashType, DerivedKeySize: uint32(actualParams.DerivedKeySizeInBytes()), CiphertextSegmentSize: uint32(actualParams.SegmentSizeInBytes()), HmacParams: &hmacpb.HmacParams{ Hash: hmacHashType, TagSize: uint32(actualParams.HmacTagSizeInBytes()), }, }, KeySize: uint32(actualParams.KeySizeInBytes()), } serializedParams, err := proto.Marshal(protoParams) if err != nil { return nil, fmt.Errorf("failed to marshal parameters: %v", err) } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: serializedParams, OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(kt *tinkpb.KeyTemplate) (key.Parameters, error) { if kt.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", kt.GetTypeUrl(), typeURL) } if kt.GetOutputPrefixType() != tinkpb.OutputPrefixType_RAW { return nil, fmt.Errorf("output prefix type is not RAW") } keyFormat := new(streamaeadpb.AesCtrHmacStreamingKeyFormat) if err := proto.Unmarshal(kt.GetValue(), keyFormat); err != nil { return nil, fmt.Errorf("failed to unmarshal key format: %v", err) } if keyFormat.GetVersion() != 0 { return nil, fmt.Errorf("unsupported key version: got %d, want %d", keyFormat.GetVersion(), 0) } protoParams := keyFormat.GetParams() hkdfHashType, err := hashTypeFromProto(protoParams.GetHkdfHashType()) if err != nil { return nil, fmt.Errorf("invalid HKDF hash type: %v", protoParams.GetHkdfHashType()) } hmacParams := protoParams.GetHmacParams() hmacHashType, err := hashTypeFromProto(hmacParams.GetHash()) if err != nil { return nil, fmt.Errorf("invalid HMAC hash type: %v", hmacParams.GetHash()) } return NewParameters(ParametersOpts{ DerivedKeySizeInBytes: int(protoParams.GetDerivedKeySize()), HkdfHashType: hkdfHashType, HmacHashType: hmacHashType, HmacTagSizeInBytes: int(hmacParams.GetTagSize()), SegmentSizeInBytes: int32(protoParams.GetCiphertextSegmentSize()), KeySizeInBytes: int(keyFormat.GetKeySize()), }) } ================================================ FILE: streamingaead/aesctrhmac/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesctrhmac_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/streamingaead/aesctrhmac" streamaeadpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_streaming_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, p proto.Message) []byte { t.Helper() data, err := proto.Marshal(p) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } return data } type keyParsingTestCase struct { name string keySerialization *protoserialization.KeySerialization key *aesctrhmac.Key } func testCases(t *testing.T) []*keyParsingTestCase { t.Helper() keyBytes := []byte("0123456789012345678901234567890101234567890123456789012345678901") var testCases []*keyParsingTestCase keySizes := []int{16, 32} segmentSizes := []int32{4096, 8192} for _, keySize := range keySizes { for _, hashType := range []struct { hashType aesctrhmac.HashType protoHashType commonpb.HashType }{ {aesctrhmac.SHA1, commonpb.HashType_SHA1}, {aesctrhmac.SHA256, commonpb.HashType_SHA256}, {aesctrhmac.SHA512, commonpb.HashType_SHA512}, } { for _, hmacHashType := range []struct { hashType aesctrhmac.HashType protoHashType commonpb.HashType tagSize int }{ {aesctrhmac.SHA1, commonpb.HashType_SHA1, 20}, {aesctrhmac.SHA256, commonpb.HashType_SHA256, 32}, {aesctrhmac.SHA512, commonpb.HashType_SHA512, 64}, } { for _, segmentSize := range segmentSizes { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: keySize, DerivedKeySizeInBytes: keySize, HkdfHashType: hashType.hashType, HmacHashType: hmacHashType.hashType, HmacTagSizeInBytes: hmacHashType.tagSize, SegmentSizeInBytes: segmentSize, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } keySecretDataBytes := secretdata.NewBytesFromData(keyBytes[:keySize], insecuresecretdataaccess.Token{}) k, err := aesctrhmac.NewKey(params, keySecretDataBytes) if err != nil { t.Fatalf("aesctrhmac.NewKey() err = %v, want nil", err) } serializedKey := mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKey{ Version: 0, KeyValue: keySecretDataBytes.Data(insecuresecretdataaccess.Token{}), Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: hashType.protoHashType, DerivedKeySize: uint32(keySize), CiphertextSegmentSize: uint32(segmentSize), HmacParams: &hmacpb.HmacParams{ Hash: hmacHashType.protoHashType, TagSize: uint32(hmacHashType.tagSize), }, }, }) keyData := &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } ks, err := protoserialization.NewKeySerialization(keyData, tinkpb.OutputPrefixType_RAW, 0) if err != nil { t.Fatalf("protoserialization.NewKeySerialization() err = %v, want nil", err) } testCases = append(testCases, &keyParsingTestCase{ name: fmt.Sprintf("keySize:%d,derivedKeySize:%d,hkdfHashType:%s,hmacHashType:%s,tagSize:%d,segmentSize:%d", keySize, keySize, hashType.hashType, hmacHashType.hashType, hmacHashType.tagSize, segmentSize), keySerialization: ks, key: k, }) } } } } return testCases } func TestParseKey(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { gotKey, err := protoserialization.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.key, gotKey, cmp.AllowUnexported(aesctrhmac.Key{}, aesctrhmac.Parameters{})); diff != "" { t.Errorf("parsed key is not equal to original key. diff (-want +got):\n%s", diff) } }) } } func mustCreateProtoSerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization() err = %v, want nil", err) } return ks } func TestParseKey_Fails(t *testing.T) { for _, tc := range []struct { name string keyData *tinkpb.KeyData outputPrefixType tinkpb.OutputPrefixType keyID uint32 }{ { name: "invalid key data value", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "wrong key material type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKey{ Version: 0, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid version", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKey{ Version: 1, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid_key_value", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKey{ Version: 0, KeyValue: []byte("01234567890123"), // Key size should be 16 or 32 Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid_derived_key_size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKey{ Version: 0, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 12, // Derived key size should be 16 or 32 CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid_segment_size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKey{ Version: 0, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 10, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid_hmac_tag_size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKey{ Version: 0, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 2, // tag size should be at least 10. }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid_hkdf_hash_type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKey{ Version: 0, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_UNKNOWN_HASH, DerivedKeySize: 16, CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 32, }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid_hmac_hash_type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKey{ Version: 0, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_UNKNOWN_HASH, TagSize: 32, }, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, } { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.NewKeySerialization(tc.keyData, tc.outputPrefixType, tc.keyID) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", tc.keyData, tc.outputPrefixType, tc.keyID, err) } if _, err := protoserialization.ParseKey(keySerialization); err == nil { t.Errorf("protoserialization.ParseKey(%v) err = nil, want non-nil", keySerialization) } }) } } func TestSerializeKey(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { gotSerialization, err := protoserialization.SerializeKey(tc.key) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.keySerialization, gotSerialization, protocmp.Transform()); diff != "" { t.Errorf("serialized key is not equal to original. diff: %s", diff) } }) } } func TestSerializeKey_Fails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "nil key", key: nil, }, { name: "key with wrong parameters type", key: &stubKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.key); err == nil { t.Error("SerializeKey() err = nil, want non-nil") } }) } } type parametersTestCase struct { name string parameters *aesctrhmac.Parameters keyTemplate *tinkpb.KeyTemplate } func parameterTestCases(t *testing.T) []*parametersTestCase { t.Helper() var testCases []*parametersTestCase keySizes := []int{16, 32} segmentSizes := []int32{4096, 8192} for _, keySize := range keySizes { for _, hashType := range []struct { hashType aesctrhmac.HashType protoHashType commonpb.HashType }{ {aesctrhmac.SHA1, commonpb.HashType_SHA1}, {aesctrhmac.SHA256, commonpb.HashType_SHA256}, {aesctrhmac.SHA512, commonpb.HashType_SHA512}, } { for _, hmacHashType := range []struct { hashType aesctrhmac.HashType protoHashType commonpb.HashType tagSize int }{ {aesctrhmac.SHA1, commonpb.HashType_SHA1, 20}, {aesctrhmac.SHA256, commonpb.HashType_SHA256, 32}, {aesctrhmac.SHA512, commonpb.HashType_SHA512, 64}, } { for _, segmentSize := range segmentSizes { params, err := aesctrhmac.NewParameters(aesctrhmac.ParametersOpts{ KeySizeInBytes: keySize, DerivedKeySizeInBytes: keySize, HkdfHashType: hashType.hashType, HmacHashType: hmacHashType.hashType, HmacTagSizeInBytes: hmacHashType.tagSize, SegmentSizeInBytes: segmentSize, }) if err != nil { t.Fatalf("aesctrhmac.NewParameters() err = %v, want nil", err) } keyTemplate := &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKeyFormat{ Version: 0, Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: hashType.protoHashType, DerivedKeySize: uint32(keySize), CiphertextSegmentSize: uint32(segmentSize), HmacParams: &hmacpb.HmacParams{ Hash: hmacHashType.protoHashType, TagSize: uint32(hmacHashType.tagSize), }, }, KeySize: uint32(keySize), }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, } testCases = append(testCases, ¶metersTestCase{ name: fmt.Sprintf("keySize:%d,derivedKeySize:%d,hkdfHashType:%s,hmacHashType:%s,tagSize:%d,segmentSize:%d", keySize, keySize, hashType.hashType, hmacHashType.hashType, hmacHashType.tagSize, segmentSize), parameters: params, keyTemplate: keyTemplate, }) } } } } return testCases } func TestParseParameters(t *testing.T) { for _, tc := range parameterTestCases(t) { t.Run(tc.name, func(t *testing.T) { gotParams, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters() err = %v, want nil", err) } if diff := cmp.Diff(tc.parameters, gotParams); diff != "" { t.Errorf("parsed parameters are not equal to original parameters. diff (-want +got):\n%s", diff) } }) } } func TestParseParameters_Fails(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate keyFormat proto.Message }{ { name: "invalid_derived_key_size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKeyFormat{ Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 12, // Derived key size should be 16 or 32 CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_key_size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKeyFormat{ Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 12, // Derived key size should be 16 or 32 CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, KeySize: 12, // Key size should be 16 or 32 }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_segment_size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKeyFormat{ Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 10, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_hmac_tag_size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKeyFormat{ Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 2, // tag size should be at least 10. }, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_hkdf_hash_type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKeyFormat{ Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_UNKNOWN_HASH, DerivedKeySize: 16, CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_version", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKeyFormat{ Version: 1, Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 16, }, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_hmac_hash_type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKeyFormat{ Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_UNKNOWN_HASH, TagSize: 32, }, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_output_prefix_type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesCtrHmacStreamingKeyFormat{ Params: &streamaeadpb.AesCtrHmacStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, HmacParams: &hmacpb.HmacParams{ Hash: commonpb.HashType_SHA256, TagSize: 32, }, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, // Output prefix type should be RAW. }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want non-nil", tc.keyTemplate) } }) } } func TestSerializeParameters(t *testing.T) { for _, tc := range parameterTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters() err = %v, want nil", err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("serialized parameters are not equal to original. diff: %s", diff) } }) } } ================================================ FILE: streamingaead/aesgcmhkdf/aesgcmhkdf.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package aesgcmhkdf provides a key manager for AES-CTR-HMAC streaming AEADs. package aesgcmhkdf import ( "fmt" "reflect" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/legacykeymanager" "github.com/tink-crypto/tink-go/v2/internal/primitiveregistry" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" streamaeadpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_hkdf_streaming_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // RegisterPrimitiveConstructor accepts a config object and registers the // AES-GCM-HKDF primitive constructors to the provided config. // // It is *NOT* part of the public API. func RegisterPrimitiveConstructor(b *config.Builder, t internalapi.Token) error { if err := b.RegisterPrimitiveConstructor(reflect.TypeFor[*Key](), primitiveConstructor, t); err != nil { return err } return nil } func init() { if err := protoserialization.RegisterKeySerializer[*Key](&keySerializer{}); err != nil { panic(fmt.Sprintf("aesgcmhkdf.init() failed: %v", err)) } if err := protoserialization.RegisterKeyParser(typeURL, &keyParser{}); err != nil { panic(fmt.Sprintf("aesgcmhkdf.init() failed: %v", err)) } if err := protoserialization.RegisterParametersSerializer[*Parameters](¶metersSerializer{}); err != nil { panic(fmt.Sprintf("aesgcmhkdf.init() failed: %v", err)) } if err := protoserialization.RegisterParametersParser(typeURL, ¶metersParser{}); err != nil { panic(fmt.Sprintf("aesgcmhkdf.init() failed: %v", err)) } if err := primitiveregistry.RegisterPrimitiveConstructor[*Key](primitiveConstructor); err != nil { panic(fmt.Sprintf("aesgcmhkdf.init() failed: %v", err)) } if err := keygenregistry.RegisterKeyCreator[*Parameters](createKey); err != nil { panic(fmt.Sprintf("aesgcmhkdf.init() failed: %v", err)) } if err := registry.RegisterKeyManager(legacykeymanager.New(typeURL, primitiveConstructor, tinkpb.KeyData_SYMMETRIC, func(b []byte) (proto.Message, error) { protoKey := &streamaeadpb.AesGcmHkdfStreamingKey{} if err := proto.Unmarshal(b, protoKey); err != nil { return nil, err } return protoKey, nil })); err != nil { panic(fmt.Sprintf("aesgcmhkdf.init() failed: %v", err)) } } ================================================ FILE: streamingaead/aesgcmhkdf/aesgcmhkdf_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmhkdf_test import ( "reflect" "testing" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/streamingaead/aesgcmhkdf" "github.com/tink-crypto/tink-go/v2/tink" ) func TestRegisterPrimitiveConstructor(t *testing.T) { aesGCMHKDFParams, err := aesgcmhkdf.NewParameters(aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters() err = %v, want nil", err) } keyMaterialGCMHKDF := secretdata.NewBytesFromData([]byte("12345678901234567890123456789012"), insecuresecretdataaccess.Token{}) aesGCMHKDFKey, err := aesgcmhkdf.NewKey(aesGCMHKDFParams, keyMaterialGCMHKDF) if err != nil { t.Fatalf("aesgcmhkdf.NewKey() err = %v, want nil", err) } b := config.NewBuilder() configWithoutAESGCMHKDF := b.Build() // Should fail because aesgcmhkdf.RegisterPrimitiveConstructor() was not called. if _, err := configWithoutAESGCMHKDF.PrimitiveFromKey(aesGCMHKDFKey, internalapi.Token{}); err == nil { t.Fatalf("configWithoutAESGCMHKDF.PrimitiveFromKey() err = nil, want error") } // Register aesgcmhkdf.RegisterPrimitiveConstructor() and check that it now works. if err := aesgcmhkdf.RegisterPrimitiveConstructor(b, internalapi.Token{}); err != nil { t.Fatalf("aesgcmhkdf.RegisterPrimitiveConstructor() err = %v, want nil", err) } configWithAESGCMHKDF := b.Build() p, err := configWithAESGCMHKDF.PrimitiveFromKey(aesGCMHKDFKey, internalapi.Token{}) if err != nil { t.Fatalf(" configWithAESGCMHKDF.PrimitiveFromKey() err = %v, want nil", err) } if _, ok := p.(tink.StreamingAEAD); !ok { t.Fatalf("p was of type %v, want tink.StreamingAEAD", reflect.TypeOf(p)) } } ================================================ FILE: streamingaead/aesgcmhkdf/key.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmhkdf import ( "fmt" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/aead" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/streamingaead/subtle" ) // Key represents an AES-GCM-HKDF streaming AEAD key. type Key struct { keyBytes secretdata.Bytes parameters *Parameters } var _ key.Key = (*Key)(nil) // NewKey creates a new AES-GCM-HKDF key with the given key material and parameters. // // It returns an error if the parameters have an ID requirement. func NewKey(parameters *Parameters, keyBytes secretdata.Bytes) (*Key, error) { // Make sure the parameters object is neither nil nor empty. if parameters == nil || parameters.KeySizeInBytes() == 0 { return nil, fmt.Errorf("aesgcmhkdf.NewKey: invalid input parameters") } if keyBytes.Len() != int(parameters.KeySizeInBytes()) { return nil, fmt.Errorf("aesgcmhkdf.NewKey: key length = %v, want %v", keyBytes.Len(), parameters.KeySizeInBytes()) } return &Key{ keyBytes: keyBytes, parameters: parameters, }, nil } // KeyBytes returns the key material. func (k *Key) KeyBytes() secretdata.Bytes { return k.keyBytes } // Parameters returns the parameters of this key. func (k *Key) Parameters() key.Parameters { return k.parameters } // IDRequirement always returns (0, false), as ID requirements are not supported. func (k *Key) IDRequirement() (uint32, bool) { return 0, false } // Equal returns whether this key object is equal to other. func (k *Key) Equal(other key.Key) bool { that, ok := other.(*Key) return ok && k.parameters.Equal(that.parameters) && k.keyBytes.Equal(that.keyBytes) } func primitiveConstructor(k key.Key) (any, error) { that, ok := k.(*Key) if !ok { return nil, fmt.Errorf("key is of type %T, want %T", k, (*Key)(nil)) } if err := aead.ValidateAESKeySize(uint32(that.keyBytes.Len())); err != nil { return nil, fmt.Errorf("invalid key size: %v", err) } params := k.Parameters().(*Parameters) return subtle.NewAESGCMHKDF( that.keyBytes.Data(insecuresecretdataaccess.Token{}), params.HKDFHashType().String(), int(params.DerivedKeySizeInBytes()), int(params.SegmentSizeInBytes()), 0, // no first segment offset ) } func createKey(p key.Parameters, idRequirement uint32) (key.Key, error) { aesGCMHKDFParams, ok := p.(*Parameters) if !ok { return nil, fmt.Errorf("parameters is not a aesctrhmac.Parameters") } if idRequirement != 0 { return nil, fmt.Errorf("ID requirements are not supported") } if err := aead.ValidateAESKeySize(uint32(aesGCMHKDFParams.KeySizeInBytes())); err != nil { return nil, fmt.Errorf("invalid key size: %v", err) } keyBytes, err := secretdata.NewBytesFromRand(uint32(aesGCMHKDFParams.KeySizeInBytes())) if err != nil { return nil, fmt.Errorf("failed to generate random key material: %v", err) } return NewKey(aesGCMHKDFParams, keyBytes) } ================================================ FILE: streamingaead/aesgcmhkdf/key_manager_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmhkdf_test import ( "bytes" "fmt" "io" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" _ "github.com/tink-crypto/tink-go/v2/streamingaead/aesgcmhkdf" "github.com/tink-crypto/tink-go/v2/streamingaead/subtle" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" gcmhkdfpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_hkdf_streaming_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestGetPrimitiveBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMHKDFTypeURL) if err != nil { t.Fatalf("cannot obtain AES-GCM-HKDF key manager: %s", err) } for _, keySize := range []uint32{16, 32} { key := testutil.NewAESGCMHKDFKey(testutil.AESGCMHKDFKeyVersion, keySize, keySize, commonpb.HashType_SHA256, 4096) serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("failed to marshal key: %s", err) } p, err := keyManager.Primitive(serializedKey) if err != nil { t.Fatalf("unexpected error: %s", err) } if err := validatePrimitive(p, key); err != nil { t.Errorf("%s", err) } } } func TestGetPrimitiveWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMHKDFTypeURL) if err != nil { t.Fatalf("cannot obtain AES-GCM-HKDF key manager: %s", err) } testKeys := genInvalidAESGCMHKDFKeys() for i := 0; i < len(testKeys); i++ { serializedKey, err := proto.Marshal(testKeys[i]) if err != nil { t.Fatalf("failed to marshal key: %s", err) } if _, err := keyManager.Primitive(serializedKey); err == nil { t.Fatalf("expect an error in test case %d", i) } } if _, err := keyManager.Primitive(nil); err == nil { t.Errorf("expect an error when input is nil") } if _, err := keyManager.Primitive([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } keyNilParams := testutil.NewAESGCMHKDFKey(testutil.AESGCMHKDFKeyVersion, 32, 32, commonpb.HashType_SHA256, 4096) keyNilParams.Params = nil serializedKeyNilParams, err := proto.Marshal(keyNilParams) if err != nil { t.Fatalf("proto.Marshal(keyNilParams) err = %v, want nil", err) } if _, err := keyManager.Primitive(serializedKeyNilParams); err == nil { t.Errorf("keyManager.Primitive(serializedKeyNilParams) err = nil, want non-nil") } } func TestNewKeyMultipleTimes(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMHKDFTypeURL) if err != nil { t.Fatalf("cannot obtain AES-GCM-HKDF key manager: %s", err) } format := testutil.NewAESGCMHKDFKeyFormat(32, 32, commonpb.HashType_SHA256, 4096) serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("failed to marshal key: %s", err) } keys := make(map[string]struct{}) n := 26 for i := 0; i < n; i++ { key, err := keyManager.NewKey(serializedFormat) if err != nil { t.Fatalf("keyManager.NewKey() err = %q, want nil", err) } serializedKey, err := proto.Marshal(key) if err != nil { t.Fatalf("failed to marshal key: %s", err) } keys[string(serializedKey)] = struct{}{} keyData, err := keyManager.NewKeyData(serializedFormat) if err != nil { t.Fatalf("keyManager.NewKeyData() err = %q, want nil", err) } serializedKey = keyData.Value keys[string(serializedKey)] = struct{}{} } if len(keys) != n*2 { t.Errorf("key is repeated") } } func TestNewKeyBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMHKDFTypeURL) if err != nil { t.Fatalf("cannot obtain AES-GCM-HKDF key manager: %s", err) } for _, keySize := range []uint32{16, 32} { format := testutil.NewAESGCMHKDFKeyFormat( keySize, keySize, commonpb.HashType_SHA256, 4096, ) serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("failed to marshal key: %s", err) } m, err := keyManager.NewKey(serializedFormat) if err != nil { t.Fatalf("unexpected error: %s", err) } key := m.(*gcmhkdfpb.AesGcmHkdfStreamingKey) if err := validateAESGCMHKDFKey(key, format); err != nil { t.Errorf("%s", err) } } } func TestNewKeyWithInvalidInput(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMHKDFTypeURL) if err != nil { t.Fatalf("cannot obtain AES-GCM-HKDF key manager: %s", err) } // bad format badFormats := genInvalidAESGCMHKDFKeyFormats() for i := 0; i < len(badFormats); i++ { serializedFormat, err := proto.Marshal(badFormats[i]) if err != nil { t.Fatalf("failed to marshal key: %s", err) } if _, err := keyManager.NewKey(serializedFormat); err == nil { t.Fatalf("expect an error in test case %d", i) } } // nil if _, err := keyManager.NewKey(nil); err == nil { t.Fatalf("expect an error when input is nil") } // empty array if _, err := keyManager.NewKey([]byte{}); err == nil { t.Fatalf("expect an error when input is empty") } // params field is unset formatNilParams := testutil.NewAESGCMHKDFKeyFormat(32, 32, commonpb.HashType_SHA256, 4096) formatNilParams.Params = nil serializedFormatNilParams, err := proto.Marshal(formatNilParams) if err != nil { t.Fatalf("proto.Marshal(formatNilParams) err = %v, want nil", err) } if _, err := keyManager.NewKey(serializedFormatNilParams); err == nil { t.Errorf("keyManager.NewKey(serializedFormatNilParams) err = nil, want non-nil") } } func TestNewKeyDataBasic(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMHKDFTypeURL) if err != nil { t.Fatalf("cannot obtain AES-GCM-HKDF key manager: %s", err) } for _, keySize := range []uint32{16, 32} { format := testutil.NewAESGCMHKDFKeyFormat( keySize, keySize, commonpb.HashType_SHA256, 4096, ) serializedFormat, err := proto.Marshal(format) if err != nil { t.Fatalf("failed to marshal key: %s", err) } keyData, err := keyManager.NewKeyData(serializedFormat) if err != nil { t.Fatalf("unexpected error: %s", err) } if keyData.TypeUrl != testutil.AESGCMHKDFTypeURL { t.Fatalf("incorrect type url") } if keyData.KeyMaterialType != tinkpb.KeyData_SYMMETRIC { t.Fatalf("incorrect key material type") } key := new(gcmhkdfpb.AesGcmHkdfStreamingKey) if err := proto.Unmarshal(keyData.Value, key); err != nil { t.Fatalf("incorrect key value") } if err := validateAESGCMHKDFKey(key, format); err != nil { t.Fatalf("%s", err) } p, err := registry.PrimitiveFromKeyData(keyData) if err != nil { t.Fatalf("registry.PrimitiveFromKeyData(keyData) err = %v, want nil", err) } _, ok := p.(*subtle.AESGCMHKDF) if !ok { t.Error("registry.PrimitiveFromKeyData(keyData) did not return a AESGCMHKDF primitive") } } } func TestNewKeyDataWithInvalidInput(t *testing.T) { km, err := registry.GetKeyManager(testutil.AESGCMHKDFTypeURL) if err != nil { t.Fatalf("cannot obtain AES-GCM-HKDF key manager: %s", err) } badFormats := genInvalidAESGCMHKDFKeyFormats() for i := 0; i < len(badFormats); i++ { serializedFormat, err := proto.Marshal(badFormats[i]) if err != nil { t.Errorf("failed to marshal key: %s", err) } if _, err := km.NewKeyData(serializedFormat); err == nil { t.Errorf("expect an error in test case %d", i) } } // nil input if _, err := km.NewKeyData(nil); err == nil { t.Errorf("expect an error when input is nil") } // empty input if _, err := km.NewKeyData([]byte{}); err == nil { t.Errorf("expect an error when input is empty") } } func TestDoesSupport(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMHKDFTypeURL) if err != nil { t.Errorf("cannot obtain AES-GCM-HKDF key manager: %s", err) } if !keyManager.DoesSupport(testutil.AESGCMHKDFTypeURL) { t.Fatalf("AESGCMHKDFKeyManager must support %s", testutil.AESGCMHKDFTypeURL) } if keyManager.DoesSupport("some bad type") { t.Errorf("AESGCMHKDFKeyManager must support only %s", testutil.AESGCMHKDFTypeURL) } } func TestTypeURL(t *testing.T) { keyManager, err := registry.GetKeyManager(testutil.AESGCMHKDFTypeURL) if err != nil { t.Fatalf("cannot obtain AES-GCM-HKDF key manager: %s", err) } if keyManager.TypeURL() != testutil.AESGCMHKDFTypeURL { t.Errorf("incorrect key type") } } func genInvalidAESGCMHKDFKeys() []proto.Message { return []proto.Message{ // not a AESGCMHKDFKey testutil.NewAESGCMHKDFKeyFormat(32, 32, commonpb.HashType_SHA256, 4096), // bad key size testutil.NewAESGCMHKDFKey(testutil.AESGCMKeyVersion, 17, 16, commonpb.HashType_SHA256, 4096), testutil.NewAESGCMHKDFKey(testutil.AESGCMKeyVersion, 16, 17, commonpb.HashType_SHA256, 4096), testutil.NewAESGCMHKDFKey(testutil.AESGCMKeyVersion, 33, 33, commonpb.HashType_SHA256, 4096), // bad version testutil.NewAESGCMHKDFKey(testutil.AESGCMKeyVersion+1, 16, 16, commonpb.HashType_SHA256, 4096), } } func genInvalidAESGCMHKDFKeyFormats() []proto.Message { return []proto.Message{ // not AESGCMKeyFormat testutil.NewAESGCMHKDFKey(testutil.AESGCMKeyVersion, 16, 16, commonpb.HashType_SHA256, 16), // invalid key size testutil.NewAESGCMHKDFKeyFormat(17, 16, commonpb.HashType_SHA256, 4096), testutil.NewAESGCMHKDFKeyFormat(16, 17, commonpb.HashType_SHA256, 4096), testutil.NewAESGCMHKDFKeyFormat(33, 33, commonpb.HashType_SHA256, 4096), } } func validateAESGCMHKDFKey(key *gcmhkdfpb.AesGcmHkdfStreamingKey, format *gcmhkdfpb.AesGcmHkdfStreamingKeyFormat) error { if uint32(len(key.KeyValue)) != format.KeySize { return fmt.Errorf("incorrect key size") } if key.Version != testutil.AESGCMKeyVersion { return fmt.Errorf("incorrect key version") } if key.Params.CiphertextSegmentSize != format.Params.CiphertextSegmentSize { return fmt.Errorf("incorrect ciphertext segment size") } if key.Params.DerivedKeySize != format.Params.DerivedKeySize { return fmt.Errorf("incorrect derived key size") } if key.Params.HkdfHashType != format.Params.HkdfHashType { return fmt.Errorf("incorrect HKDF hash type") } // try to encrypt and decrypt p, err := subtle.NewAESGCMHKDF( key.KeyValue, key.Params.HkdfHashType.String(), int(key.Params.DerivedKeySize), int(key.Params.CiphertextSegmentSize), 0, ) if err != nil { return fmt.Errorf("invalid key") } return validatePrimitive(p, key) } func validatePrimitive(p any, key *gcmhkdfpb.AesGcmHkdfStreamingKey) error { cipher := p.(*subtle.AESGCMHKDF) return encryptDecrypt(cipher, cipher, 32, 32) } func encryptDecrypt(encryptCipher, decryptCipher tink.StreamingAEAD, ptSize, aadSize int) error { pt := random.GetRandomBytes(uint32(ptSize)) aad := random.GetRandomBytes(uint32(aadSize)) buf := &bytes.Buffer{} w, err := encryptCipher.NewEncryptingWriter(buf, aad) if err != nil { return fmt.Errorf("cannot create encrypt writer: %v", err) } if _, err := w.Write(pt); err != nil { return fmt.Errorf("error writing data: %v", err) } if err := w.Close(); err != nil { return fmt.Errorf("error closing writer: %v", err) } r, err := decryptCipher.NewDecryptingReader(buf, aad) if err != nil { return fmt.Errorf("cannot create decrypt reader: %v", err) } ptGot := make([]byte, len(pt)+1) n, err := io.ReadFull(r, ptGot) if err != nil && err != io.ErrUnexpectedEOF { return fmt.Errorf("decryption failed: %v", err) } ptGot = ptGot[:n] if !bytes.Equal(pt, ptGot) { return fmt.Errorf("decryption failed") } return nil } ================================================ FILE: streamingaead/aesgcmhkdf/key_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmhkdf_test import ( "bytes" "io" "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/keygenregistry" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/streamingaead/aesgcmhkdf" "github.com/tink-crypto/tink-go/v2/tink" ) var ( keyBytes16 = secretdata.NewBytesFromData([]byte("1111111111111111"), insecuresecretdataaccess.Token{}) keyBytes32 = secretdata.NewBytesFromData([]byte("11111111111111111111111111111111"), insecuresecretdataaccess.Token{}) ) func TestNewKey_Fails(t *testing.T) { params, err := aesgcmhkdf.NewParameters(aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters() err = %v, want nil", err) } for _, tc := range []struct { name string keyBytes secretdata.Bytes params *aesgcmhkdf.Parameters }{ { name: "nil parameters", keyBytes: keyBytes16, params: nil, }, { name: "invalid parameters", keyBytes: keyBytes16, params: &aesgcmhkdf.Parameters{}, }, { name: "invalid parameters and empty key", keyBytes: secretdata.NewBytesFromData([]byte{}, insecuresecretdataaccess.Token{}), params: &aesgcmhkdf.Parameters{}, }, { name: "invalid key size", keyBytes: keyBytes16, params: params, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := aesgcmhkdf.NewKey(tc.params, tc.keyBytes); err == nil { t.Errorf("aesgcmhkdf.NewKey() err = nil, want error") } }) } } type TestKey struct { name string key secretdata.Bytes parameterOps aesgcmhkdf.ParametersOpts } func TestNewKey(t *testing.T) { for _, test := range []TestKey{ { name: "AES128-GCM-HKDF-SHA256", key: keyBytes16, parameterOps: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }, }, { name: "AES256-GCM-HKDF-SHA256", key: keyBytes32, parameterOps: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }, }, { name: "AES256-GCM-HKDF-SHA512", key: keyBytes32, parameterOps: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA512, }, }, } { t.Run(test.name, func(t *testing.T) { params, err := aesgcmhkdf.NewParameters(test.parameterOps) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters(%v) err = %v, want nil", test.parameterOps, err) } // Create two keys with the same parameters and key bytes. key1, err := aesgcmhkdf.NewKey(params, test.key) if err != nil { t.Fatalf("aesgcmhkdf.NewKey() err = %v, want nil", err) } if !key1.Parameters().Equal(params) { t.Errorf("key1.Parameters() = %v, want %v", key1.Parameters(), params) } key1Bytes := key1.KeyBytes() if !key1Bytes.Equal(test.key) { t.Errorf("key1Bytes.Equal(test.key) = false, want true") } keyID1, _ := key1.IDRequirement() if keyID1 != 0 { t.Errorf("keyID1 = %v, want 0", keyID1) } key2, err := aesgcmhkdf.NewKey(params, test.key) if err != nil { t.Fatalf("aesgcmhkdf.NewKey() err = %v, want nil", err) } // Test Equal. if diff := cmp.Diff(key1, key2); diff != "" { t.Errorf("key1 diff (-want +got):\n%s", diff) } }) } } type stubKey struct{} var _ key.Key = (*stubKey)(nil) func (k *stubKey) Parameters() key.Parameters { return nil } func (k *stubKey) Equal(other key.Key) bool { return true } func (k *stubKey) IDRequirement() (uint32, bool) { return 0, false } func TestKeyEqual_FalseIfDifferentType(t *testing.T) { params, err := aesgcmhkdf.NewParameters(aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters() err = %v, want nil", err) } keyBytes := secretdata.NewBytesFromData([]byte("01234567890123450123456789012345"), insecuresecretdataaccess.Token{}) key, err := aesgcmhkdf.NewKey(params, keyBytes) if err != nil { t.Fatalf("aesgcmhkdf.NewKey() err = %v, want nil", err) } if key.Equal(&stubKey{}) { t.Errorf("key.Equal(&stubKey{}) = true, want false") } } func TestKeyEqual_FalseIfDifferent(t *testing.T) { key2Bytes16 := secretdata.NewBytesFromData([]byte("3333333333333333"), insecuresecretdataaccess.Token{}) for _, test := range []struct { name string first TestKey second TestKey }{ { name: "different key size", first: TestKey{ key: keyBytes16, parameterOps: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }, }, second: TestKey{ key: keyBytes32, parameterOps: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 16, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }, }, }, { name: "different derived key size", first: TestKey{ key: keyBytes32, parameterOps: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }, }, second: TestKey{ key: keyBytes32, parameterOps: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 16, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }, }, }, { name: "different key bytes", first: TestKey{ key: keyBytes16, parameterOps: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }, }, second: TestKey{ key: key2Bytes16, parameterOps: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }, }, }, { name: "different hash function", first: TestKey{ key: keyBytes16, parameterOps: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA256, }, }, second: TestKey{ key: keyBytes16, parameterOps: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, SegmentSizeInBytes: 1024, HKDFHashType: aesgcmhkdf.SHA512, }, }, }, } { t.Run(test.name, func(t *testing.T) { firstParams, err := aesgcmhkdf.NewParameters(test.first.parameterOps) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters() err = %v, want nil", err) } firstKey, err := aesgcmhkdf.NewKey(firstParams, test.first.key) if err != nil { t.Fatalf("aesgcmhkdf.NewKey() err = %v, want nil", err) } secondParams, err := aesgcmhkdf.NewParameters(test.second.parameterOps) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters() err = %v, want nil", err) } secondKey, err := aesgcmhkdf.NewKey(secondParams, test.second.key) if err != nil { t.Fatalf("aesgcmhkdf.NewKey() err = %v, want nil", err) } if firstKey.Equal(secondKey) { t.Errorf("firstKey.Equal(secondKey) = true, want false") } if cmp.Equal(firstKey, secondKey) { t.Errorf("firstKey.Equal(secondKey) = true, want false") } }) } } func TestKeyCreator(t *testing.T) { params, err := aesgcmhkdf.NewParameters(aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 4096, }) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters() err = %v, want nil", err) } key, err := keygenregistry.CreateKey(params, 0) if err != nil { t.Fatalf("keygenregistry.CreateKey(%v, 0) err = %v, want nil", params, err) } aesGCMHKDFKey, ok := key.(*aesgcmhkdf.Key) if !ok { t.Fatalf("keygenregistry.CreateKey(%v, 0) returned key of type %T, want %T", params, key, (*aesgcmhkdf.Key)(nil)) } idRequirement, hasIDRequirement := aesGCMHKDFKey.IDRequirement() if hasIDRequirement || idRequirement != 0 { t.Errorf("aesGCMHKDFKey.IDRequirement() (%v, %v), want (%v, %v)", idRequirement, hasIDRequirement, 0, true) } if got := aesGCMHKDFKey.KeyBytes().Len(); got != params.KeySizeInBytes() { t.Errorf("aesGCMHKDFKey.KeyBytes().Len() = %d, want 32", aesGCMHKDFKey.KeyBytes().Len()) } if diff := cmp.Diff(aesGCMHKDFKey.Parameters(), params); diff != "" { t.Errorf("aesGCMHKDFKey.Parameters() diff (-want +got):\n%s", diff) } config := ®istryconfig.RegistryConfig{} p, err := config.PrimitiveFromKey(key, internalapi.Token{}) if err != nil { t.Fatalf("config.PrimitiveFromKey(%v, %v) err = %v, want nil", key, internalapi.Token{}, err) } streamingAEAD, ok := p.(tink.StreamingAEAD) if !ok { t.Errorf("config.PrimitiveFromKey(%v, %v) did not return a AESCTRHMAC primitive", key, internalapi.Token{}) } // Encrypt and decrypt some data. plaintext := []byte("plaintext") ciphertextBuffer := bytes.NewBuffer(nil) writer, err := streamingAEAD.NewEncryptingWriter(ciphertextBuffer, []byte("aad")) if err != nil { t.Fatalf("streamingAEAD.NewEncryptingWriter() err = %v, want nil", err) } if _, err := io.Copy(writer, bytes.NewBuffer(plaintext)); err != nil { t.Fatalf("io.Copy() err = %v, want nil", err) } if err := writer.Close(); err != nil { t.Fatalf("writer.Close() err = %v, want nil", err) } reader, err := streamingAEAD.NewDecryptingReader(ciphertextBuffer, []byte("aad")) if err != nil { t.Fatalf("streamingAEAD.NewDecryptingReader() err = %v, want nil", err) } decryptedBuffer := bytes.NewBuffer(nil) if _, err := io.Copy(decryptedBuffer, reader); err != nil { t.Fatalf("io.Copy() err = %v, want nil", err) } if diff := cmp.Diff(plaintext, decryptedBuffer.Bytes()); diff != "" { t.Errorf("decryptedBuffer.Bytes() diff (-want +got):\n%s", diff) } } ================================================ FILE: streamingaead/aesgcmhkdf/parameters.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmhkdf import ( "fmt" "github.com/tink-crypto/tink-go/v2/key" ) // HashType is the hash function used in HKDF. type HashType int const ( // HashTypeUnknown is the default and invalid value of HashType. HashTypeUnknown HashType = iota // SHA1 specifies SHA-1. SHA1 // SHA256 specifies SHA-256. SHA256 // SHA512 specifies SHA-512. SHA512 ) func (ht HashType) String() string { switch ht { case SHA1: return "SHA1" case SHA256: return "SHA256" case SHA512: return "SHA512" default: return "UNKNOWN" } } // Parameters specifies an AES-GCM-HKDF streaming key. type Parameters struct { keySizeInBytes int derivedKeySizeInBytes int hkdfHashType HashType segmentSizeInBytes int32 // For compatibility with Tink Java. } var _ key.Parameters = (*Parameters)(nil) // KeySizeInBytes returns the size of the key in bytes. func (p *Parameters) KeySizeInBytes() int { return p.keySizeInBytes } // DerivedKeySizeInBytes returns the size of the derived key in bytes. func (p *Parameters) DerivedKeySizeInBytes() int { return p.derivedKeySizeInBytes } // HKDFHashType returns the hash function for HKDF. func (p *Parameters) HKDFHashType() HashType { return p.hkdfHashType } // SegmentSizeInBytes returns the ciphertext segment size in bytes. func (p *Parameters) SegmentSizeInBytes() int32 { return p.segmentSizeInBytes } // ParametersOpts specifies options for creating AES-GCM-HKDF parameters. type ParametersOpts struct { KeySizeInBytes int DerivedKeySizeInBytes int HKDFHashType HashType SegmentSizeInBytes int32 } func validateOpts(opts *ParametersOpts) error { if opts.DerivedKeySizeInBytes != 16 && opts.DerivedKeySizeInBytes != 32 { return fmt.Errorf("unsupported derived key size; want 16 or 32, got: %v", opts.DerivedKeySizeInBytes) } if opts.KeySizeInBytes < opts.DerivedKeySizeInBytes { return fmt.Errorf("key size must be at least %v, got: %v", opts.DerivedKeySizeInBytes, opts.KeySizeInBytes) } if opts.HKDFHashType == HashTypeUnknown { return fmt.Errorf("unsupported HKDF hash type: %v", opts.HKDFHashType) } // See // https://developers.google.com/tink/streaming-aead/aes_gcm_hkdf_streaming#key_and_parameters. minSegmentSize := int32(opts.DerivedKeySizeInBytes + 24 + 1) if opts.SegmentSizeInBytes < minSegmentSize { return fmt.Errorf("ciphertext segment size must be at least %d, got %d", minSegmentSize, opts.SegmentSizeInBytes) } return nil } // NewParameters creates a new AES-GCM-HKDF [Parameters] object. func NewParameters(opts ParametersOpts) (*Parameters, error) { if err := validateOpts(&opts); err != nil { return nil, fmt.Errorf("aesgcmhkdf.NewParameters: %v", err) } return &Parameters{ keySizeInBytes: opts.KeySizeInBytes, derivedKeySizeInBytes: opts.DerivedKeySizeInBytes, hkdfHashType: opts.HKDFHashType, segmentSizeInBytes: opts.SegmentSizeInBytes, }, nil } // HasIDRequirement returns false because AES-GCM-HKDF keys do not have an ID // requirement. func (p *Parameters) HasIDRequirement() bool { return false } // Equal returns whether this Parameters object is equal to other. func (p *Parameters) Equal(other key.Parameters) bool { actualParams, ok := other.(*Parameters) return ok && p.keySizeInBytes == actualParams.keySizeInBytes && p.derivedKeySizeInBytes == actualParams.derivedKeySizeInBytes && p.hkdfHashType == actualParams.hkdfHashType && p.segmentSizeInBytes == actualParams.segmentSizeInBytes } ================================================ FILE: streamingaead/aesgcmhkdf/parameters_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmhkdf_test import ( "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/streamingaead/aesgcmhkdf" ) func TestNewParameters_InvalidKeySize(t *testing.T) { for _, derivedKeySize := range []int{16, 32} { opts := aesgcmhkdf.ParametersOpts{ KeySizeInBytes: derivedKeySize - 1, DerivedKeySizeInBytes: derivedKeySize, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 4096, } if _, err := aesgcmhkdf.NewParameters(opts); err == nil { t.Errorf("aesgcmhkdf.NewParameters(%v) err = nil, want error", opts) } } } func TestNewParameters_InvalidDerivedKeySize(t *testing.T) { for _, derivedKeySize := range []int{1, 15, 17, 31, 33} { opts := aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: derivedKeySize, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 4096, } if _, err := aesgcmhkdf.NewParameters(opts); err == nil { t.Errorf("aesgcmhkdf.NewParameters(%v) err = nil, want error", opts) } } } func TestNewParameters_InvalidHashType(t *testing.T) { opts := aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HKDFHashType: aesgcmhkdf.HashTypeUnknown, SegmentSizeInBytes: 4096, } if _, err := aesgcmhkdf.NewParameters(opts); err == nil { t.Errorf("aesgcmhkdf.NewParameters(%v) err = nil, want error", opts) } } func TestNewParameters_InvalidSegmentSize(t *testing.T) { for _, derivedKeySize := range []int{16, 32} { opts := aesgcmhkdf.ParametersOpts{ KeySizeInBytes: derivedKeySize, DerivedKeySizeInBytes: derivedKeySize, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: int32(derivedKeySize) + 24, // 1 byte short of the minimum. } if _, err := aesgcmhkdf.NewParameters(opts); err == nil { t.Errorf("aesgcmhkdf.NewParameters(%v) err = nil, want error", opts) } } } func TestNewParameters(t *testing.T) { for _, test := range []struct { name string opts aesgcmhkdf.ParametersOpts }{ { name: "16-byte key, 16-byte derived key, SHA256", opts: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 16 + 24 + 1, // Minimum segment size. }, }, { name: "32-byte key, 32-byte derived key, SHA512", opts: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, HKDFHashType: aesgcmhkdf.SHA512, SegmentSizeInBytes: 1024, }, }, } { t.Run(test.name, func(t *testing.T) { params, err := aesgcmhkdf.NewParameters(test.opts) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters(%v) err = %v, want nil", test.opts, err) } if params.HasIDRequirement() { t.Errorf("params.HasIDRequirement() = true, want false") } if params.KeySizeInBytes() != test.opts.KeySizeInBytes { t.Errorf("params.KeySizeInBytes() = %v, want %v", params.KeySizeInBytes(), test.opts.KeySizeInBytes) } if params.DerivedKeySizeInBytes() != test.opts.DerivedKeySizeInBytes { t.Errorf("params.DerivedKeySizeInBytes() = %v, want %v", params.DerivedKeySizeInBytes(), test.opts.DerivedKeySizeInBytes) } if params.HKDFHashType() != test.opts.HKDFHashType { t.Errorf("params.HKDFHashType() = %v, want %v", params.HKDFHashType(), test.opts.HKDFHashType) } if params.SegmentSizeInBytes() != test.opts.SegmentSizeInBytes { t.Errorf("params.SegmentSizeInBytes() = %v, want %v", params.SegmentSizeInBytes(), test.opts.SegmentSizeInBytes) } otherParams, err := aesgcmhkdf.NewParameters(test.opts) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters(%v) err = %v, want nil", test.opts, err) } if diff := cmp.Diff(params, otherParams); diff != "" { t.Errorf("params.Equal(otherParams) returned unexpected diff (-want +got):\n%s", diff) } }) } } func TestParametersEqual_FalseIfDifferent(t *testing.T) { for _, test := range []struct { name string opts1 aesgcmhkdf.ParametersOpts opts2 aesgcmhkdf.ParametersOpts }{ { name: "different key size", opts1: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 4096, }, opts2: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 16, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 4096, }, }, { name: "different derived key size", opts1: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 16, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 4096, }, opts2: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 32, DerivedKeySizeInBytes: 32, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 4096, }, }, { name: "different hash type", opts1: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 4096, }, opts2: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HKDFHashType: aesgcmhkdf.SHA512, SegmentSizeInBytes: 4096, }, }, { name: "different ciphertext segment size", opts1: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 4096, }, opts2: aesgcmhkdf.ParametersOpts{ KeySizeInBytes: 16, DerivedKeySizeInBytes: 16, HKDFHashType: aesgcmhkdf.SHA256, SegmentSizeInBytes: 8192, }, }, } { t.Run(test.name, func(t *testing.T) { params1, err := aesgcmhkdf.NewParameters(test.opts1) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters(%v) err = %v, want nil", test.opts1, err) } params2, err := aesgcmhkdf.NewParameters(test.opts2) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters(%v) err = %v, want nil", test.opts2, err) } if diff := cmp.Diff(params1, params2); diff == "" { t.Errorf("params1.Equal(params2) returned empty diff, want non-empty diff") } }) } } ================================================ FILE: streamingaead/aesgcmhkdf/protoserialization.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmhkdf import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" streamaeadpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_hkdf_streaming_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const typeURL = "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey" type keySerializer struct{} var _ protoserialization.KeySerializer = (*keySerializer)(nil) func hashTypeToProto(ht HashType) (commonpb.HashType, error) { switch ht { case SHA1: return commonpb.HashType_SHA1, nil case SHA256: return commonpb.HashType_SHA256, nil case SHA512: return commonpb.HashType_SHA512, nil default: return commonpb.HashType_UNKNOWN_HASH, fmt.Errorf("unknown hash type: %v", ht) } } func (s *keySerializer) SerializeKey(k key.Key) (*protoserialization.KeySerialization, error) { actualKey, ok := k.(*Key) if !ok { return nil, fmt.Errorf("invalid key type: got %T, want %T", k, (*Key)(nil)) } // Case where the key is empty. if actualKey.KeyBytes().Len() == 0 { return nil, fmt.Errorf("invalid key") } actualParameters, ok := actualKey.Parameters().(*Parameters) if !ok { return nil, fmt.Errorf("key parameters is not a aesgcmhkdf.Parameters") } hkdfHashType, err := hashTypeToProto(actualParameters.HKDFHashType()) if err != nil { return nil, err } protoKey := &streamaeadpb.AesGcmHkdfStreamingKey{ Version: 0, KeyValue: actualKey.KeyBytes().Data(insecuresecretdataaccess.Token{}), Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: hkdfHashType, DerivedKeySize: uint32(actualParameters.DerivedKeySizeInBytes()), CiphertextSegmentSize: uint32(actualParameters.SegmentSizeInBytes()), }, } serializedKey, err := proto.Marshal(protoKey) if err != nil { return nil, err } keyData := &tinkpb.KeyData{ TypeUrl: typeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } return protoserialization.NewKeySerialization(keyData, tinkpb.OutputPrefixType_RAW, 0) } type keyParser struct{} var _ protoserialization.KeyParser = (*keyParser)(nil) func hashTypeFromProto(ht commonpb.HashType) (HashType, error) { switch ht { case commonpb.HashType_SHA1: return SHA1, nil case commonpb.HashType_SHA256: return SHA256, nil case commonpb.HashType_SHA512: return SHA512, nil default: return HashTypeUnknown, fmt.Errorf("unknown hash type: %v", ht) } } func (s *keyParser) ParseKey(keySerialization *protoserialization.KeySerialization) (key.Key, error) { if keySerialization == nil { return nil, fmt.Errorf("key serialization is nil") } keyData := keySerialization.KeyData() if keyData.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", keyData.GetTypeUrl(), typeURL) } if keyData.GetKeyMaterialType() != tinkpb.KeyData_SYMMETRIC { return nil, fmt.Errorf("key is not a SYMMETRIC key") } protoKey := new(streamaeadpb.AesGcmHkdfStreamingKey) if err := proto.Unmarshal(keyData.GetValue(), protoKey); err != nil { return nil, err } if protoKey.GetVersion() != 0 { return nil, fmt.Errorf("unsupported key version: got %q, want %q", protoKey.GetVersion(), 0) } paramsProto := protoKey.GetParams() hkdfHashType, err := hashTypeFromProto(paramsProto.GetHkdfHashType()) if err != nil { return nil, err } params, err := NewParameters(ParametersOpts{ KeySizeInBytes: len(protoKey.GetKeyValue()), DerivedKeySizeInBytes: int(paramsProto.GetDerivedKeySize()), HKDFHashType: hkdfHashType, SegmentSizeInBytes: int32(paramsProto.GetCiphertextSegmentSize()), }) if err != nil { return nil, err } keyBytes := secretdata.NewBytesFromData(protoKey.GetKeyValue(), insecuresecretdataaccess.Token{}) return NewKey(params, keyBytes) } type parametersSerializer struct{} var _ protoserialization.ParametersSerializer = (*parametersSerializer)(nil) func (s *parametersSerializer) Serialize(params key.Parameters) (*tinkpb.KeyTemplate, error) { actualParams, ok := params.(*Parameters) if !ok { return nil, fmt.Errorf("parameters is not a %T", (*Parameters)(nil)) } hkdfHashType, err := hashTypeToProto(actualParams.HKDFHashType()) if err != nil { return nil, fmt.Errorf("invalid HKDF hash type: %v", err) } keyFormat := &streamaeadpb.AesGcmHkdfStreamingKeyFormat{ Version: 0, Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: hkdfHashType, DerivedKeySize: uint32(actualParams.DerivedKeySizeInBytes()), CiphertextSegmentSize: uint32(actualParams.SegmentSizeInBytes()), }, KeySize: uint32(actualParams.KeySizeInBytes()), } serializedParams, err := proto.Marshal(keyFormat) if err != nil { return nil, fmt.Errorf("failed to marshal key format: %v", err) } return &tinkpb.KeyTemplate{ TypeUrl: typeURL, Value: serializedParams, OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, nil } type parametersParser struct{} var _ protoserialization.ParametersParser = (*parametersParser)(nil) func (s *parametersParser) Parse(kt *tinkpb.KeyTemplate) (key.Parameters, error) { if kt == nil { return nil, fmt.Errorf("parameters serialization is nil") } if kt.GetTypeUrl() != typeURL { return nil, fmt.Errorf("invalid type URL: got %q, want %q", kt.GetTypeUrl(), typeURL) } if kt.GetOutputPrefixType() != tinkpb.OutputPrefixType_RAW { return nil, fmt.Errorf("output prefix type is not RAW") } keyFormat := new(streamaeadpb.AesGcmHkdfStreamingKeyFormat) if err := proto.Unmarshal(kt.GetValue(), keyFormat); err != nil { return nil, fmt.Errorf("failed to unmarshal key format: %v", err) } if keyFormat.GetVersion() != 0 { return nil, fmt.Errorf("unsupported key version: got %d, want %d", keyFormat.GetVersion(), 0) } protoParams := keyFormat.GetParams() hkdfHashType, err := hashTypeFromProto(protoParams.GetHkdfHashType()) if err != nil { return nil, fmt.Errorf("invalid HKDF hash type: %v", err) } return NewParameters(ParametersOpts{ KeySizeInBytes: int(keyFormat.GetKeySize()), DerivedKeySizeInBytes: int(protoParams.GetDerivedKeySize()), HKDFHashType: hkdfHashType, SegmentSizeInBytes: int32(protoParams.GetCiphertextSegmentSize()), }) } ================================================ FILE: streamingaead/aesgcmhkdf/protoserialization_test.go ================================================ // Copyright 2025 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package aesgcmhkdf_test import ( "fmt" "testing" "github.com/google/go-cmp/cmp" "google.golang.org/protobuf/proto" "google.golang.org/protobuf/testing/protocmp" "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" "github.com/tink-crypto/tink-go/v2/internal/protoserialization" "github.com/tink-crypto/tink-go/v2/key" "github.com/tink-crypto/tink-go/v2/secretdata" "github.com/tink-crypto/tink-go/v2/streamingaead/aesgcmhkdf" streamaeadpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_hkdf_streaming_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func mustMarshal(t *testing.T, p proto.Message) []byte { t.Helper() data, err := proto.Marshal(p) if err != nil { t.Fatalf("proto.Marshal() err = %v, want nil", err) } return data } type keyParsingTestCase struct { name string keySerialization *protoserialization.KeySerialization key *aesgcmhkdf.Key } func testCases(t *testing.T) []*keyParsingTestCase { t.Helper() keyBytes := []byte("01234567890123456789012345678901") var testCases []*keyParsingTestCase keySizes := []int{16, 32} segmentSizes := []int32{4096, 8192} for _, keySize := range keySizes { for _, hashType := range []struct { hashType aesgcmhkdf.HashType protoHashType commonpb.HashType }{ {aesgcmhkdf.SHA1, commonpb.HashType_SHA1}, {aesgcmhkdf.SHA256, commonpb.HashType_SHA256}, {aesgcmhkdf.SHA512, commonpb.HashType_SHA512}, } { for _, segmentSize := range segmentSizes { params, err := aesgcmhkdf.NewParameters(aesgcmhkdf.ParametersOpts{ KeySizeInBytes: keySize, DerivedKeySizeInBytes: keySize, HKDFHashType: hashType.hashType, SegmentSizeInBytes: segmentSize, }) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters() err = %v, want nil", err) } keySecretDataBytes := secretdata.NewBytesFromData(keyBytes[:keySize], insecuresecretdataaccess.Token{}) k, err := aesgcmhkdf.NewKey(params, keySecretDataBytes) if err != nil { t.Fatalf("aesgcmhkdf.NewKey() err = %v, want nil", err) } serializedKey := mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKey{ Version: 0, KeyValue: keySecretDataBytes.Data(insecuresecretdataaccess.Token{}), Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: hashType.protoHashType, DerivedKeySize: uint32(keySize), CiphertextSegmentSize: uint32(segmentSize), }, }) keyData := &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } ks, err := protoserialization.NewKeySerialization(keyData, tinkpb.OutputPrefixType_RAW, 0) if err != nil { t.Fatalf("protoserialization.NewKeySerialization() err = %v, want nil", err) } testCases = append(testCases, &keyParsingTestCase{ name: fmt.Sprintf("keySize:%d,derivedKeySize:%d,hkdfHashType:%s,segmentSize:%d", keySize, keySize, hashType.hashType, segmentSize), keySerialization: ks, key: k, }) } } } return testCases } func TestParseKey(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { gotKey, err := protoserialization.ParseKey(tc.keySerialization) if err != nil { t.Fatalf("protoserialization.ParseKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.key, gotKey); diff != "" { t.Errorf("parsed key is not equal to original key. diff (-want +got):\n%s", diff) } }) } } func mustCreateProtoSerialization(t *testing.T, keyData *tinkpb.KeyData, outputPrefixType tinkpb.OutputPrefixType, idRequirement uint32) *protoserialization.KeySerialization { t.Helper() ks, err := protoserialization.NewKeySerialization(keyData, outputPrefixType, idRequirement) if err != nil { t.Fatalf("protoserialization.NewKeySerialization() err = %v, want nil", err) } return ks } func TestParseKey_Fails(t *testing.T) { for _, tc := range []struct { name string keyData *tinkpb.KeyData outputPrefixType tinkpb.OutputPrefixType keyID uint32 }{ { name: "invalid key data value", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: []byte("invalid proto"), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "wrong key material type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKey{ Version: 0, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, }, }), KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PUBLIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid version", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKey{ Version: 1, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid_key_value", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKey{ Version: 0, KeyValue: []byte("01234567890123"), // Key size should be >= DerivedKeySize. Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid_derived_key_size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKey{ Version: 0, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 12, // Derived key size should be 16 or 32 CiphertextSegmentSize: 4096, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid_segment_size", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKey{ Version: 0, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 10, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, { name: "invalid_hkdf_hash_type", keyData: &tinkpb.KeyData{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKey{ Version: 0, KeyValue: []byte("0123456789012345"), Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_UNKNOWN_HASH, DerivedKeySize: 16, CiphertextSegmentSize: 4096, }, }), KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, outputPrefixType: tinkpb.OutputPrefixType_RAW, keyID: 0, }, } { t.Run(tc.name, func(t *testing.T) { keySerialization, err := protoserialization.NewKeySerialization(tc.keyData, tc.outputPrefixType, tc.keyID) if err != nil { t.Fatalf("protoserialization.NewKeySerialization(%v, %v, %v) err = %v, want nil", tc.keyData, tc.outputPrefixType, tc.keyID, err) } if _, err := protoserialization.ParseKey(keySerialization); err == nil { t.Errorf("protoserialization.ParseKey(%v) err = nil, want non-nil", keySerialization) } }) } } func TestSerializeKey(t *testing.T) { for _, tc := range testCases(t) { t.Run(tc.name, func(t *testing.T) { gotSerialization, err := protoserialization.SerializeKey(tc.key) if err != nil { t.Fatalf("protoserialization.SerializeKey() err = %v, want nil", err) } if diff := cmp.Diff(tc.keySerialization, gotSerialization, protocmp.Transform()); diff != "" { t.Errorf("serialized key is not equal to original. diff: %s", diff) } }) } } func TestSerializeKey_Fails(t *testing.T) { for _, tc := range []struct { name string key key.Key }{ { name: "nil key", key: nil, }, { name: "empty key", key: &aesgcmhkdf.Key{}, }, { name: "key with wrong key type", key: &stubKey{}, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.SerializeKey(tc.key); err == nil { t.Error("SerializeKey() err = nil, want non-nil") } }) } } type parametersTestCase struct { name string parameters *aesgcmhkdf.Parameters keyTemplate *tinkpb.KeyTemplate } func parameterTestCases(t *testing.T) []*parametersTestCase { t.Helper() var testCases []*parametersTestCase keySizes := []int{16, 32} segmentSizes := []int32{4096, 8192} for _, keySize := range keySizes { for _, hashType := range []struct { hashType aesgcmhkdf.HashType protoHashType commonpb.HashType }{ {aesgcmhkdf.SHA1, commonpb.HashType_SHA1}, {aesgcmhkdf.SHA256, commonpb.HashType_SHA256}, {aesgcmhkdf.SHA512, commonpb.HashType_SHA512}, } { for _, segmentSize := range segmentSizes { params, err := aesgcmhkdf.NewParameters(aesgcmhkdf.ParametersOpts{ KeySizeInBytes: keySize, DerivedKeySizeInBytes: keySize, HKDFHashType: hashType.hashType, SegmentSizeInBytes: segmentSize, }) if err != nil { t.Fatalf("aesgcmhkdf.NewParameters() err = %v, want nil", err) } keyTemplate := &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKeyFormat{ Version: 0, Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: hashType.protoHashType, DerivedKeySize: uint32(keySize), CiphertextSegmentSize: uint32(segmentSize), }, KeySize: uint32(keySize), }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, } testCases = append(testCases, ¶metersTestCase{ name: fmt.Sprintf("keySize:%d,derivedKeySize:%d,hkdfHashType:%s,segmentSize:%d", keySize, keySize, hashType.hashType, segmentSize), parameters: params, keyTemplate: keyTemplate, }) } } } return testCases } func TestParseParameters(t *testing.T) { for _, tc := range parameterTestCases(t) { t.Run(tc.name, func(t *testing.T) { gotParams, err := protoserialization.ParseParameters(tc.keyTemplate) if err != nil { t.Fatalf("protoserialization.ParseParameters() err = %v, want nil", err) } if diff := cmp.Diff(tc.parameters, gotParams); diff != "" { t.Errorf("parsed parameters are not equal to original parameters. diff (-want +got):\n%s", diff) } }) } } func TestParseParameters_Fails(t *testing.T) { for _, tc := range []struct { name string keyTemplate *tinkpb.KeyTemplate keyFormat proto.Message }{ { name: "invalid_derived_key_size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKeyFormat{ Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 12, // Derived key size should be 16 or 32 CiphertextSegmentSize: 4096, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_key_size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKeyFormat{ Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, }, KeySize: 12, // Key size should be >= DerivedKeySize. }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_segment_size", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKeyFormat{ Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 10, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_hkdf_hash_type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKeyFormat{ Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_UNKNOWN_HASH, DerivedKeySize: 16, CiphertextSegmentSize: 4096, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_version", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKeyFormat{ Version: 1, Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, { name: "invalid_output_prefix_type", keyTemplate: &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: mustMarshal(t, &streamaeadpb.AesGcmHkdfStreamingKeyFormat{ Params: &streamaeadpb.AesGcmHkdfStreamingParams{ HkdfHashType: commonpb.HashType_SHA256, DerivedKeySize: 16, CiphertextSegmentSize: 4096, }, KeySize: 16, }), OutputPrefixType: tinkpb.OutputPrefixType_TINK, // Output prefix type should be RAW. }, }, } { t.Run(tc.name, func(t *testing.T) { if _, err := protoserialization.ParseParameters(tc.keyTemplate); err == nil { t.Errorf("protoserialization.ParseParameters(%v) err = nil, want non-nil", tc.keyTemplate) } }) } } func TestSerializeParameters(t *testing.T) { for _, tc := range parameterTestCases(t) { t.Run(tc.name, func(t *testing.T) { got, err := protoserialization.SerializeParameters(tc.parameters) if err != nil { t.Fatalf("protoserialization.SerializeParameters() err = %v, want nil", err) } if diff := cmp.Diff(tc.keyTemplate, got, protocmp.Transform()); diff != "" { t.Errorf("serialized parameters are not equal to original. diff: %s", diff) } }) } } ================================================ FILE: streamingaead/decrypt_reader.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package streamingaead import ( "errors" "io" "github.com/tink-crypto/tink-go/v2/tink" ) var ( _ io.Reader = &decryptReader{} errKeyNotFound = errors.New("no matching key found for the ciphertext in the stream") ) // decryptReader is a reader that tries to find the right key to decrypt ciphertext from the given primitive set. type decryptReader struct { wrapped *wrappedStreamingAEAD // cr is a source Reader which provides ciphertext to be decrypted. cr io.Reader aad []byte matchAttempted bool // mr is a matched decrypting reader initialized with a proper key to decrypt ciphertext. mr io.Reader } func (dr *decryptReader) Read(p []byte) (n int, err error) { if dr.mr != nil { return dr.mr.Read(p) } if dr.matchAttempted { return 0, errKeyNotFound } dr.matchAttempted = true ur := &unreader{r: dr.cr} // find proper key to decrypt ciphertext // // For legacy reasons (Tink always encrypted with non-RAW keys) we use all // primitives, even those which have output_prefix_type != RAW. for _, e := range dr.wrapped.ps.EntriesInKeysetOrder { primitive := e.Primitive if primitive == nil { primitive = e.FullPrimitive } sa, ok := primitive.(tink.StreamingAEAD) if !ok { continue } read := func() (io.Reader, int, error) { r, err := sa.NewDecryptingReader(ur, dr.aad) if err != nil { return nil, 0, err } n, err := r.Read(p) if err != nil { return nil, 0, err } return r, n, nil } r, n, err := read() if err == nil { dr.mr = r ur.disable() return n, nil } ur.unread() } return 0, errKeyNotFound } // unreader wraps a reader and keeps a copy of everything that's read so it can // be unread and read again. When no additional unreads are needed, the buffer // can be disabled and the memory released. type unreader struct { r io.Reader buf []byte pos int disabled bool } func (u *unreader) Read(buf []byte) (int, error) { if len(u.buf) != u.pos { n := copy(buf, u.buf[u.pos:]) u.pos += n return n, nil } n, err := u.r.Read(buf) if u.disabled { u.buf = nil u.pos = 0 } else { u.buf = append(u.buf, buf[:n]...) u.pos = len(u.buf) } return n, err } // unread starts the reader over again. A copy of all read data will be returned // by `Read()` before the wrapped reader is read from again. func (u *unreader) unread() { u.pos = 0 } // disable ensures the buffer is released for garbage collection once it's no // longer needed. func (u *unreader) disable() { u.disabled = true } ================================================ FILE: streamingaead/decrypt_reader_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package streamingaead import ( "bytes" "crypto/rand" "fmt" "io" "strings" "testing" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func BenchmarkDecryptReader(b *testing.B) { b.ReportAllocs() // Create a Streaming AEAD primitive using a full keyset. decKeyset := testutil.NewTestAESGCMHKDFKeyset() decKeysetHandle, err := testkeyset.NewHandle(decKeyset) if err != nil { b.Fatalf("Failed creating keyset handle: %v", err) } decCipher, err := New(decKeysetHandle) if err != nil { b.Errorf("streamingaead.New failed: %v", err) } // Extract the raw key from the keyset and create a Streaming AEAD primitive // using only that key. // // testutil.NewTestAESGCMHKDFKeyset() places a raw key at position 1. rawKey := decKeyset.Key[1] if rawKey.OutputPrefixType != tinkpb.OutputPrefixType_RAW { b.Fatalf("Expected a raw key.") } encKeyset := testutil.NewKeyset(rawKey.KeyId, []*tinkpb.Keyset_Key{rawKey}) encKeysetHandle, err := testkeyset.NewHandle(encKeyset) if err != nil { b.Fatalf("Failed creating keyset handle: %v", err) } encCipher, err := New(encKeysetHandle) if err != nil { b.Fatalf("streamingaead.New failed: %v", err) } plaintext := random.GetRandomBytes(8) associatedData := random.GetRandomBytes(32) b.ResetTimer() for i := 0; i < b.N; i++ { // Create a pipe for communication between the encrypting writer and // decrypting reader. r, w := io.Pipe() defer r.Close() // Repeatedly encrypt the plaintext and write the ciphertext to a pipe. go func() { const writeAtLeast = 1 << 30 // 1 GiB enc, err := encCipher.NewEncryptingWriter(w, associatedData) if err != nil { b.Errorf("Cannot create encrypt writer: %v", err) return } for i := 0; i < writeAtLeast; i += len(plaintext) { if _, err := enc.Write(plaintext); err != nil { b.Errorf("Error encrypting data: %v", err) return } } if err := enc.Close(); err != nil { b.Errorf("Error closing encrypting writer: %v", err) return } if err := w.Close(); err != nil { b.Errorf("Error closing pipe: %v", err) return } }() // Decrypt the ciphertext in small chunks. dec, err := decCipher.NewDecryptingReader(r, associatedData) if err != nil { b.Fatalf("Cannot create decrypt reader: %v", err) } buf := make([]byte, 16384) // 16 KiB for { _, err := dec.Read(buf) if err == io.EOF { break } if err != nil { b.Fatalf("Error decrypting data: %v", err) } } } } func TestUnreaderUnread(t *testing.T) { original := make([]byte, 4096) if _, err := io.ReadFull(rand.Reader, original); err != nil { t.Fatalf("Failed to fill buffer with random bytes: %v", err) } u := &unreader{r: bytes.NewReader(original)} got, err := io.ReadAll(u) if err != nil { t.Errorf("First io.ReadAll(%T) failed unexpectedly: %v", u, err) } if !bytes.Equal(got, original) { t.Errorf("First io.ReadAll(%T) got %d bytes, want %d bytes that match the original random data.\nGot: %X\nWant: %X", u, len(got), len(original), got, original) } u.unread() got, err = io.ReadAll(u) if err != nil { t.Errorf("After %T.unread(), io.ReadAll(%T) failed unexpectedly: %v", u, u, err) } if !bytes.Equal(got, original) { t.Errorf("After %T.unread(), io.ReadAll(%T) got %d bytes, want %d bytes that match the original random data.\nGot: %X\nWant: %X", u, u, len(got), len(original), got, original) } } func TestUnreader(t *testing.T) { // Repeating sequence of characters '0' through '9' makes it easy to see // holes or repeated data. original := make([]byte, 100) for i := range original { original[i] = '0' + byte(i%10) } type step struct { read int // If set, read the given number of bytes exactly. unread bool // If true, call unread(). disable bool // If true, call disable(). } tcs := []struct { name string steps []step }{ {"Read2UnreadRead4Unread", []step{{read: 2}, {unread: true}, {read: 4}, {unread: true}}}, {"Read4UnreadRead2Unread", []step{{read: 4}, {unread: true}, {read: 2}, {unread: true}}}, {"Read3UnreadRead3Unread", []step{{read: 3}, {unread: true}, {read: 3}, {unread: true}}}, {"Read3Disable", []step{{read: 3}, {disable: true}}}, {"Read2UnreadRead4Disable", []step{{read: 2}, {unread: true}, {read: 4}, {disable: true}}}, {"Read4UnreadRead2Disable", []step{{read: 4}, {unread: true}, {read: 2}, {disable: true}}}, {"Read3UnreadRead3Disable", []step{{read: 3}, {unread: true}, {read: 3}, {disable: true}}}, {"Read2UnreadDisable", []step{{read: 2}, {unread: true}, {disable: true}}}, {"Read4UnreadDisable", []step{{read: 4}, {unread: true}, {disable: true}}}, {"ReadAllUnread", []step{{read: len(original)}, {unread: true}}}, {"ReadAllDisable", []step{{read: len(original)}, {disable: true}}}, {"Unread", []step{{unread: true}}}, {"Disable", []step{{disable: true}}}, {"UnreadDisable", []step{{unread: true}, {disable: true}}}, } for _, tc := range tcs { t.Run(tc.name, func(t *testing.T) { u := &unreader{r: bytes.NewReader(original)} var ( after []string pos int ) // Explains what happened before the failure. prefix := func() string { if after == nil { return "" } return fmt.Sprintf("After %s, ", strings.Join(after, "+")) } for _, s := range tc.steps { if s.read != 0 { buf := make([]byte, s.read) if _, err := io.ReadFull(u, buf); err != nil { t.Fatalf("%sio.ReadFull(%T, %d byte buffer) failed unexpectedly: %v", prefix(), u, s.read, err) } if want := original[pos : pos+s.read]; !bytes.Equal(buf, want) { t.Fatalf("%sio.ReadFull(%T, %d byte buffer) got %q, want %q", prefix(), u, s.read, buf, want) } after = append(after, fmt.Sprintf("Read(%d bytes)", s.read)) pos += s.read } if s.disable { u.disable() after = append(after, "disable()") } if s.unread { u.unread() after = append(after, "unread()") pos = 0 } } got, err := io.ReadAll(u) if err != nil { t.Fatalf("%sio.ReadAll(%T) failed unexpectedly: %v", prefix(), u, err) } if want := original[pos:]; !bytes.Equal(want, got) { t.Errorf("%sio.ReadAll(%T) got %q, want %q", prefix(), u, got, want) } }) } } ================================================ FILE: streamingaead/streamingaead.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package streamingaead provides implementations of the streaming AEAD primitive. // // AEAD encryption assures the confidentiality and authenticity of the data. // This primitive is CPA secure. package streamingaead import ( _ "github.com/tink-crypto/tink-go/v2/streamingaead/aesctrhmac" // To register the key manager. _ "github.com/tink-crypto/tink-go/v2/streamingaead/aesgcmhkdf" // To register the key manager. ) ================================================ FILE: streamingaead/streamingaead_benchmark_test.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package streamingaead_test import ( "bytes" "io" "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/streamingaead" "github.com/tink-crypto/tink-go/v2/subtle/random" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // Benchmarks for Steaming AEAD algorithms. func BenchmarkEncryptDecrypt(b *testing.B) { const ( blockSize = 16 * 1024 // amount of data written/read in each operation. operations = 1024 // number of operations. plaintextSize = blockSize * operations associatedDataSize = 256 ) testCases := []struct { name string template *tinkpb.KeyTemplate }{ { name: "AES128_GCM_HKDF_4KB", template: streamingaead.AES128GCMHKDF4KBKeyTemplate(), }, { name: "AES128_GCM_HKDF_1MB", template: streamingaead.AES128GCMHKDF1MBKeyTemplate(), }, { name: "AES256_GCM_HKDF_4KB", template: streamingaead.AES256GCMHKDF4KBKeyTemplate(), }, { name: "AES256_GCM_HKDF_1MB", template: streamingaead.AES256GCMHKDF1MBKeyTemplate(), }, { name: "AES128_CTR_HMAC_SHA256_4KB", template: streamingaead.AES128CTRHMACSHA256Segment4KBKeyTemplate(), }, { name: "AES128_CTR_HMAC_SHA256_1MB", template: streamingaead.AES128CTRHMACSHA256Segment1MBKeyTemplate(), }, { name: "AES256_CTR_HMAC_SHA256_4KB", template: streamingaead.AES256CTRHMACSHA256Segment4KBKeyTemplate(), }, { name: "AES256_CTR_HMAC_SHA256_1MB", template: streamingaead.AES256CTRHMACSHA256Segment1MBKeyTemplate(), }, } for _, tc := range testCases { b.Run(tc.name, func(b *testing.B) { b.ReportAllocs() handle, err := keyset.NewHandle(tc.template) if err != nil { b.Fatal(err) } primitive, err := streamingaead.New(handle) if err != nil { b.Fatal(err) } plaintextBlock := random.GetRandomBytes(blockSize) associatedData := random.GetRandomBytes(associatedDataSize) // Make ciphertextBuf large enough so that buffer doesn't need to re-allocate data. ciphertextBufferSize := 2*plaintextSize + 128 ciphertextBuf := make([]byte, ciphertextBufferSize) decryptedBuf := make([]byte, blockSize) b.ResetTimer() for i := 0; i < b.N; i++ { buffer := bytes.NewBuffer(ciphertextBuf[:0]) w, err := primitive.NewEncryptingWriter(buffer, associatedData) if err != nil { b.Fatal(err) } totalWritten := 0 for i := 0; i < operations; i++ { n, err := w.Write(plaintextBlock) if err != nil { b.Fatal(err) } if n != blockSize { b.Fatalf("w.Write(plaintextBlock) = %d, want %d", n, blockSize) } totalWritten += n } if err := w.Close(); err != nil { b.Fatal(err) } if totalWritten != plaintextSize { b.Fatalf("totalWritten = %d, want %d", totalWritten, plaintextSize) } r, err := primitive.NewDecryptingReader(buffer, associatedData) if err != nil { b.Fatal(err) } totalRead := 0 for { n, err := r.Read(decryptedBuf) if err == io.EOF { break } if err != nil { b.Fatal(err) } totalRead += n } if totalRead != plaintextSize { b.Fatalf("totalRead = %d, want %d", totalRead, plaintextSize) } if cap(buffer.Bytes()) != ciphertextBufferSize { b.Fatalf( "want that buffer to uses at most %d memory, but it now has capacity %d", ciphertextBufferSize, cap(buffer.Bytes())) } } }) } } ================================================ FILE: streamingaead/streamingaead_factory.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package streamingaead import ( "fmt" "io" "github.com/tink-crypto/tink-go/v2/internal/internalapi" "github.com/tink-crypto/tink-go/v2/internal/primitiveset" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/tink" ) // New returns a [tink.StreamingAEAD] primitive from the given keyset handle using // the global registry. func New(handle *keyset.Handle) (tink.StreamingAEAD, error) { return NewWithConfig(handle, ®istryconfig.RegistryConfig{}) } // NewWithConfig returns a [tink.StreamingAEAD] primitive from the given keyset // handle with the provided [keyset.Config]. func NewWithConfig(handle *keyset.Handle, config keyset.Config) (tink.StreamingAEAD, error) { ps, err := keyset.Primitives[tink.StreamingAEAD](handle, config, internalapi.Token{}) if err != nil { return nil, fmt.Errorf("streamingaead_factory: cannot obtain primitive set: %s", err) } ret := new(wrappedStreamingAEAD) ret.ps = ps return tink.StreamingAEAD(ret), nil } // wrappedStreamingAEAD is a StreamingAEAD implementation that uses the underlying primitive set // for streaming encryption and decryption. type wrappedStreamingAEAD struct { ps *primitiveset.PrimitiveSet[tink.StreamingAEAD] } // Asserts that wrappedStreamingAEAD implements the StreamingAEAD interface. var _ tink.StreamingAEAD = (*wrappedStreamingAEAD)(nil) // NewEncryptingWriter returns a wrapper around underlying io.Writer, such that any write-operation // via the wrapper results in AEAD-encryption of the written data, using aad // as associated authenticated data. The associated data is not included in the ciphertext // and has to be passed in as parameter for decryption. func (s *wrappedStreamingAEAD) NewEncryptingWriter(w io.Writer, aad []byte) (io.WriteCloser, error) { primary := s.ps.Primary.Primitive if primary == nil { primary = s.ps.Primary.FullPrimitive } return primary.NewEncryptingWriter(w, aad) } // NewDecryptingReader returns a wrapper around underlying io.Reader, such that any read-operation // via the wrapper results in AEAD-decryption of the underlying ciphertext, // using aad as associated authenticated data. func (s *wrappedStreamingAEAD) NewDecryptingReader(r io.Reader, aad []byte) (io.Reader, error) { return &decryptReader{ wrapped: s, cr: r, aad: aad, }, nil } ================================================ FILE: streamingaead/streamingaead_factory_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package streamingaead_test import ( "bytes" "fmt" "io" "strings" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/config" "github.com/tink-crypto/tink-go/v2/internal/registryconfig" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/streamingaead" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ghpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_hkdf_streaming_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( aesGCMHKDFTypeURL = "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey" ) func TestFactoryMultipleKeys(t *testing.T) { keyset := testutil.NewTestAESGCMHKDFKeyset() keysetHandle, err := testkeyset.NewHandle(keyset) if err != nil { t.Fatal(err) } a, err := streamingaead.New(keysetHandle) if err != nil { t.Errorf("streamingaead.New failed: %s", err) } t.Run("Encrypt with a primary RAW key and decrypt with the keyset", func(t *testing.T) { if err := validateFactoryCipher(a, a); err != nil { t.Errorf("invalid cipher: %s", err) } }) t.Run("Encrypt with a non-primary RAW key and decrypt with the keyset", func(t *testing.T) { rawKey := keyset.Key[1] if rawKey.OutputPrefixType != tinkpb.OutputPrefixType_RAW { t.Errorf("expect a raw key") } keyset2 := testutil.NewKeyset(rawKey.KeyId, []*tinkpb.Keyset_Key{rawKey}) keysetHandle2, err := testkeyset.NewHandle(keyset2) if err != nil { t.Fatalf("testkeyset.NewHandle(keyset2) err = %q, want nil", err) } a2, err := streamingaead.New(keysetHandle2) if err != nil { t.Errorf("streamingaead.New failed: %s", err) } if err := validateFactoryCipher(a2, a); err != nil { t.Errorf("invalid cipher: %s", err) } }) t.Run("Encrypt with a random key not in the keyset, decrypt with the keyset should fail", func(t *testing.T) { keyset2 := testutil.NewTestAESGCMHKDFKeyset() keysetHandle2, err := testkeyset.NewHandle(keyset2) if err != nil { t.Fatalf("testkeyset.NewHandle(keyset2) err = %q, want nil", err) } a2, err := streamingaead.New(keysetHandle2) if err != nil { t.Errorf("streamingaead.New failed: %s", err) } err = validateFactoryCipher(a2, a) if err == nil || !strings.Contains(err.Error(), "decryption failed") { t.Errorf("expect decryption to fail with random key: %s", err) } }) } func validateFactoryCipher(encryptCipher tink.StreamingAEAD, decryptCipher tink.StreamingAEAD) error { tt := []int{1, 16, 4095, 4096, 4097, 16384} for _, t := range tt { if err := encryptDecrypt(encryptCipher, decryptCipher, t, 32); err != nil { return fmt.Errorf("failed plaintext-size=%d: %s", t, err) } } return nil } func encryptDecrypt(encryptCipher, decryptCipher tink.StreamingAEAD, ptSize, aadSize int) error { pt := random.GetRandomBytes(uint32(ptSize)) aad := random.GetRandomBytes(uint32(aadSize)) buf := &bytes.Buffer{} w, err := encryptCipher.NewEncryptingWriter(buf, aad) if err != nil { return fmt.Errorf("cannot create encrypt writer: %v", err) } if _, err := w.Write(pt); err != nil { return fmt.Errorf("error writing data: %v", err) } if err := w.Close(); err != nil { return fmt.Errorf("error closing writer: %v", err) } r, err := decryptCipher.NewDecryptingReader(buf, aad) if err != nil { return fmt.Errorf("cannot create decrypt reader: %v", err) } ptGot := make([]byte, len(pt)+1) n, err := io.ReadFull(r, ptGot) if err != nil && err != io.ErrUnexpectedEOF { return fmt.Errorf("decryption failed: %v", err) } ptGot = ptGot[:n] if !bytes.Equal(pt, ptGot) { return fmt.Errorf("decryption failed") } return nil } func TestFactoryWithInvalidPrimitiveSetType(t *testing.T) { wrongKH, err := keyset.NewHandle(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("failed to build *keyset.Handle: %s", err) } _, err = streamingaead.New(wrongKH) if err == nil { t.Fatal("New() should fail with wrong *keyset.Handle") } } func TestFactoryWithValidPrimitiveSetType(t *testing.T) { goodKH, err := keyset.NewHandle(streamingaead.AES128GCMHKDF4KBKeyTemplate()) if err != nil { t.Fatalf("failed to build *keyset.Handle: %s", err) } _, err = streamingaead.New(goodKH) if err != nil { t.Fatalf("New() failed with good *keyset.Handle: %s", err) } } func TestFactoryWithKeysetWithTinkKeys(t *testing.T) { key := &ghpb.AesGcmHkdfStreamingKey{ Version: 0, KeyValue: []byte("0123456789abcdef"), Params: &ghpb.AesGcmHkdfStreamingParams{ CiphertextSegmentSize: 512, DerivedKeySize: 16, HkdfHashType: commonpb.HashType_SHA1, }, } value1, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal(key) err = %q, want nil", err) } key.KeyValue = []byte("ABCDEF0123456789") value2, err := proto.Marshal(key) if err != nil { t.Fatalf("proto.Marshal(key) err = %q, want nil", err) } keyset := &tinkpb.Keyset{ PrimaryKeyId: 1, Key: []*tinkpb.Keyset_Key{{ KeyData: &tinkpb.KeyData{ TypeUrl: aesGCMHKDFTypeURL, Value: value1, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, OutputPrefixType: tinkpb.OutputPrefixType_TINK, KeyId: 1, Status: tinkpb.KeyStatusType_ENABLED, }, &tinkpb.Keyset_Key{ KeyData: &tinkpb.KeyData{ TypeUrl: aesGCMHKDFTypeURL, Value: value2, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, }, OutputPrefixType: tinkpb.OutputPrefixType_RAW, KeyId: 2, Status: tinkpb.KeyStatusType_ENABLED, }}, } keysetHandle, err := testkeyset.NewHandle(keyset) if err != nil { t.Fatalf("testkeyset.NewHandle(keyset) err = %q, want nil", err) } a, err := streamingaead.New(keysetHandle) if err != nil { t.Errorf("streamingaead.New(keysetHandle) err = %q, want nil", err) } if err := validateFactoryCipher(a, a); err != nil { t.Errorf("Encryption & Decryption with TINK key should succeed") } } func TestNewWithConfig(t *testing.T) { handle, err := keyset.NewHandle(streamingaead.AES128GCMHKDF4KBKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle(streamingaead.AES128GCMHKDF4KBKeyTemplate()) err = %v, want nil", err) } sa, err := streamingaead.NewWithConfig(handle, ®istryconfig.RegistryConfig{}) if err != nil { t.Fatalf("streamingaead.NewWithConfig(handle, ®istryconfig.RegistryConfig{}) err = %v, want nil", err) } if err := validateFactoryCipher(sa, sa); err != nil { t.Errorf("invalid cipher: %s", err) } } func TestNewWithConfigFailsWithEmptyConfig(t *testing.T) { kh, err := keyset.NewHandle(streamingaead.AES128GCMHKDF4KBKeyTemplate()) if err != nil { t.Fatalf("keyset.NewHandle() err = %v, want nil", err) } cfg := config.NewBuilder().Build() if _, err := streamingaead.NewWithConfig(kh, &cfg); err == nil { t.Errorf("streamingaead.NewWithConfig(kh, &cfg) err = nil, want error") } } ================================================ FILE: streamingaead/streamingaead_key_templates.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package streamingaead import ( "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/internal/tinkerror" ctrhmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_streaming_go_proto" gcmhkdfpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_hkdf_streaming_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // This file contains pre-generated KeyTemplates for streaming AEAD keys. One can use these templates // to generate new Keysets. // AES128GCMHKDF4KBKeyTemplate is a KeyTemplate that generates an AES-GCM key with the following parameters: // - Main key size: 16 bytes // - HKDF algo: HMAC-SHA256 // - Size of AES-GCM derived keys: 16 bytes // - Ciphertext segment size: 4096 bytes func AES128GCMHKDF4KBKeyTemplate() *tinkpb.KeyTemplate { return newAESGCMHKDFKeyTemplate(16, commonpb.HashType_SHA256, 16, 4096) } // AES128GCMHKDF1MBKeyTemplate is a KeyTemplate that generates an AES-GCM key with the following parameters: // - Main key size: 16 bytes // - HKDF algo: HMAC-SHA256 // - Size of AES-GCM derived keys: 16 bytes // - Ciphertext segment size: 1048576 bytes (1 MB) func AES128GCMHKDF1MBKeyTemplate() *tinkpb.KeyTemplate { return newAESGCMHKDFKeyTemplate(16, commonpb.HashType_SHA256, 16, 1048576) } // AES256GCMHKDF4KBKeyTemplate is a KeyTemplate that generates an AES-GCM key with the following parameters: // - Main key size: 32 bytes // - HKDF algo: HMAC-SHA256 // - Size of AES-GCM derived keys: 32 bytes // - Ciphertext segment size: 4096 bytes func AES256GCMHKDF4KBKeyTemplate() *tinkpb.KeyTemplate { return newAESGCMHKDFKeyTemplate(32, commonpb.HashType_SHA256, 32, 4096) } // AES256GCMHKDF1MBKeyTemplate is a KeyTemplate that generates an AES-GCM key with the following parameters: // - Main key size: 32 bytes // - HKDF algo: HMAC-SHA256 // - Size of AES-GCM derived keys: 32 bytes // - Ciphertext segment size: 1048576 bytes (1 MB) func AES256GCMHKDF1MBKeyTemplate() *tinkpb.KeyTemplate { return newAESGCMHKDFKeyTemplate(32, commonpb.HashType_SHA256, 32, 1048576) } // AES128CTRHMACSHA256Segment4KBKeyTemplate is a KeyTemplate that generates an // AES-CTR-HMAC key with the following parameters: // - Main key size: 16 bytes // - HKDF algorthim: HMAC-SHA256 // - AES-CTR derived key size: 16 bytes // - Tag algorithm: HMAC-SHA256 // - Tag size: 32 bytes // - Ciphertext segment size: 4096 bytes (4 KB) func AES128CTRHMACSHA256Segment4KBKeyTemplate() *tinkpb.KeyTemplate { return newAESCTRHMACKeyTemplate(16, commonpb.HashType_SHA256, 16, commonpb.HashType_SHA256, 32, 4096) } // AES128CTRHMACSHA256Segment1MBKeyTemplate is a KeyTemplate that generates an // AES-CTR-HMAC key with the following parameters: // - Main key size: 16 bytes // - HKDF algorthim: HMAC-SHA256 // - AES-CTR derived key size: 16 bytes // - Tag algorithm: HMAC-SHA256 // - Tag size: 32 bytes // - Ciphertext segment size: 1048576 bytes (1 MB) func AES128CTRHMACSHA256Segment1MBKeyTemplate() *tinkpb.KeyTemplate { return newAESCTRHMACKeyTemplate(16, commonpb.HashType_SHA256, 16, commonpb.HashType_SHA256, 32, 1048576) } // AES256CTRHMACSHA256Segment4KBKeyTemplate is a KeyTemplate that generates an // AES-CTR-HMAC key with the following parameters: // - Main key size: 32 bytes // - HKDF algorthim: HMAC-SHA256 // - AES-CTR derived key size: 32 bytes // - Tag algorithm: HMAC-SHA256 // - Tag size: 32 bytes // - Ciphertext segment size: 4096 bytes (4 KB) func AES256CTRHMACSHA256Segment4KBKeyTemplate() *tinkpb.KeyTemplate { return newAESCTRHMACKeyTemplate(32, commonpb.HashType_SHA256, 32, commonpb.HashType_SHA256, 32, 4096) } // AES256CTRHMACSHA256Segment1MBKeyTemplate is a KeyTemplate that generates an // AES-CTR-HMAC key with the following parameters: // - Main key size: 32 bytes // - HKDF algorthim: HMAC-SHA256 // - AES-CTR derived key size: 32 bytes // - Tag algorithm: HMAC-SHA256 // - Tag size: 32 bytes // - Ciphertext segment size: 1048576 bytes (1 MB) func AES256CTRHMACSHA256Segment1MBKeyTemplate() *tinkpb.KeyTemplate { return newAESCTRHMACKeyTemplate(32, commonpb.HashType_SHA256, 32, commonpb.HashType_SHA256, 32, 1048576) } // newAESGCMHKDFKeyTemplate creates a KeyTemplate containing a AesGcmHkdfStreamingKeyFormat with // specified parameters. func newAESGCMHKDFKeyTemplate(mainKeySize uint32, hkdfHashType commonpb.HashType, derivedKeySize, ciphertextSegmentSize uint32) *tinkpb.KeyTemplate { serializedFormat, err := proto.Marshal(&gcmhkdfpb.AesGcmHkdfStreamingKeyFormat{ KeySize: mainKeySize, Params: &gcmhkdfpb.AesGcmHkdfStreamingParams{ CiphertextSegmentSize: ciphertextSegmentSize, DerivedKeySize: derivedKeySize, HkdfHashType: hkdfHashType, }, }) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey", Value: serializedFormat, OutputPrefixType: tinkpb.OutputPrefixType_RAW, } } // newAESCTRHMACKeyTemplate creates a KeyTemplate containing a // AesCtrHmacStreamingKeyFormat with the specified parameters. func newAESCTRHMACKeyTemplate(mainKeySize uint32, hkdfHashType commonpb.HashType, derivedKeySize uint32, tagAlg commonpb.HashType, tagSize, ciphertextSegmentSize uint32) *tinkpb.KeyTemplate { serializedFormat, err := proto.Marshal(&ctrhmacpb.AesCtrHmacStreamingKeyFormat{ KeySize: mainKeySize, Params: &ctrhmacpb.AesCtrHmacStreamingParams{ CiphertextSegmentSize: ciphertextSegmentSize, DerivedKeySize: derivedKeySize, HkdfHashType: hkdfHashType, HmacParams: &hmacpb.HmacParams{ Hash: tagAlg, TagSize: tagSize, }, }, }) if err != nil { tinkerror.Fail(fmt.Sprintf("failed to marshal key: %s", err)) } return &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", Value: serializedFormat, OutputPrefixType: tinkpb.OutputPrefixType_RAW, } } ================================================ FILE: streamingaead/streamingaead_key_templates_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package streamingaead_test import ( "bytes" "io" "testing" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/streamingaead" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeyTemplates(t *testing.T) { var testCases = []struct { name string template *tinkpb.KeyTemplate }{ { name: "AES128_GCM_HKDF_4KB", template: streamingaead.AES128GCMHKDF4KBKeyTemplate(), }, { name: "AES128_GCM_HKDF_1MB", template: streamingaead.AES128GCMHKDF1MBKeyTemplate(), }, { name: "AES256_GCM_HKDF_4KB", template: streamingaead.AES256GCMHKDF4KBKeyTemplate(), }, { name: "AES256_GCM_HKDF_1MB", template: streamingaead.AES256GCMHKDF1MBKeyTemplate(), }, { name: "AES128_CTR_HMAC_SHA256_4KB", template: streamingaead.AES128CTRHMACSHA256Segment4KBKeyTemplate(), }, { name: "AES128_CTR_HMAC_SHA256_1MB", template: streamingaead.AES128CTRHMACSHA256Segment1MBKeyTemplate(), }, { name: "AES256_CTR_HMAC_SHA256_4KB", template: streamingaead.AES256CTRHMACSHA256Segment4KBKeyTemplate(), }, { name: "AES256_CTR_HMAC_SHA256_1MB", template: streamingaead.AES256CTRHMACSHA256Segment1MBKeyTemplate(), }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { handle, err := keyset.NewHandle(tc.template) if err != nil { t.Fatalf("keyset.NewHandle(template) failed: %v", err) } primitive, err := streamingaead.New(handle) if err != nil { t.Fatalf("aead.New(handle) failed: %v", err) } plaintext := []byte("some data to encrypt") aad := []byte("extra data to authenticate") buf := &bytes.Buffer{} w, err := primitive.NewEncryptingWriter(buf, aad) if err != nil { t.Fatalf("primitive.NewEncryptingWriter(buf, aad) failed: %v", err) } if _, err := w.Write(plaintext); err != nil { t.Fatalf("w.Write(plaintext) failed: %v", err) } if err := w.Close(); err != nil { t.Fatalf("w.Close() failed: %v", err) } r, err := primitive.NewDecryptingReader(buf, aad) if err != nil { t.Fatalf("primitive.NewDecryptingReader(buf, aad) failed: %v", err) } decrypted, err := io.ReadAll(r) if err != nil { t.Fatalf("io.ReadAll(r) failed: %v", err) } if !bytes.Equal(decrypted, plaintext) { t.Errorf("decrypted data doesn't match plaintext, got: %q, want: ''", decrypted) } }) } } ================================================ FILE: streamingaead/streamingaead_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package streamingaead_test // [START streaming-aead-example] import ( "bytes" "fmt" "io" "log" "os" "path/filepath" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/streamingaead" ) func Example() { // A keyset created with "tinkey create-keyset --key-template=AES256_CTR_HMAC_SHA256_1MB". Note // that this keyset has the secret key information in cleartext. jsonKeyset := `{ "primaryKeyId": 1720777699, "key": [{ "keyData": { "typeUrl": "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey", "keyMaterialType": "SYMMETRIC", "value": "Eg0IgCAQIBgDIgQIAxAgGiDtesd/4gCnQdTrh+AXodwpm2b6BFJkp043n+8mqx0YGw==" }, "outputPrefixType": "RAW", "keyId": 1720777699, "status": "ENABLED" }] }` // Create a keyset handle from the cleartext keyset in the previous // step. The keyset handle provides abstract access to the underlying keyset to // limit the exposure of accessing the raw key material. // // WARNING: In practice, it is unlikely you will want to use an insecurecleartextkeyset, // as it implies that your key material is passed in cleartext, which is a security risk. // Consider encrypting it with a remote key in Cloud KMS, AWS KMS or HashiCorp Vault. // See https://developers.google.com/tink/key-management-overview. keysetHandle, err := insecurecleartextkeyset.Read( keyset.NewJSONReader(bytes.NewBufferString(jsonKeyset))) if err != nil { log.Fatal(err) } // Retrieve the StreamingAEAD primitive we want to use from the keyset handle. primitive, err := streamingaead.New(keysetHandle) if err != nil { log.Fatal(err) } // Create a file with the plaintext. dir, err := os.MkdirTemp("", "streamingaead") if err != nil { log.Fatal(err) } defer os.RemoveAll(dir) plaintextPath := filepath.Join(dir, "plaintext") if err := os.WriteFile(plaintextPath, []byte("this data needs to be encrypted"), 0666); err != nil { log.Fatal(err) } plaintextFile, err := os.Open(plaintextPath) if err != nil { log.Fatal(err) } // associatedData defines the context of the encryption. Here, we include the path of the // plaintext file. associatedData := []byte("associatedData for " + plaintextPath) // Encrypt the plaintext file and write the output to the ciphertext file. In this case the // primary key of the keyset will be used (which is also the only key in this example). ciphertextPath := filepath.Join(dir, "ciphertext") ciphertextFile, err := os.Create(ciphertextPath) if err != nil { log.Fatal(err) } w, err := primitive.NewEncryptingWriter(ciphertextFile, associatedData) if err != nil { log.Fatal(err) } if _, err := io.Copy(w, plaintextFile); err != nil { log.Fatal(err) } if err := w.Close(); err != nil { log.Fatal(err) } if err := ciphertextFile.Close(); err != nil { log.Fatal(err) } if err := plaintextFile.Close(); err != nil { log.Fatal(err) } // Decrypt the ciphertext file and write the output to the decrypted file. The // decryption finds the correct key in the keyset and decrypts the ciphertext. // If no key is found or decryption fails, it returns an error. ciphertextFile, err = os.Open(ciphertextPath) if err != nil { log.Fatal(err) } decryptedPath := filepath.Join(dir, "decrypted") decryptedFile, err := os.Create(decryptedPath) if err != nil { log.Fatal(err) } r, err := primitive.NewDecryptingReader(ciphertextFile, associatedData) if err != nil { log.Fatal(err) } if _, err := io.Copy(decryptedFile, r); err != nil { log.Fatal(err) } if err := decryptedFile.Close(); err != nil { log.Fatal(err) } if err := ciphertextFile.Close(); err != nil { log.Fatal(err) } // Print the content of the decrypted file. b, err := os.ReadFile(decryptedPath) if err != nil { log.Fatal(err) } fmt.Println(string(b)) // Output: this data needs to be encrypted } // [END streaming-aead-example] ================================================ FILE: streamingaead/subtle/aes_ctr_hmac.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/aes" "crypto/cipher" "crypto/hmac" "errors" "fmt" "hash" "io" // Placeholder for internal crypto/cipher allowlist, please ignore. subtleaead "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/streamingaead/subtle/noncebased" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/subtle" ) const ( // AESCTRHMACNonceSizeInBytes is the size of the nonces used as IVs for CTR. AESCTRHMACNonceSizeInBytes = 16 // AESCTRHMACNoncePrefixSizeInBytes is the size of the nonce prefix. AESCTRHMACNoncePrefixSizeInBytes = 7 // AESCTRHMACKeySizeInBytes is the size of the HMAC key. AESCTRHMACKeySizeInBytes = 32 ) // AESCTRHMAC implements streaming AEAD encryption using AES-CTR and HMAC. // // Each ciphertext uses new AES-CTR and HMAC keys. These keys are derived using // HKDF and are derived from the key derivation key, a randomly chosen salt of // the same size as the key and a nonce prefix. type AESCTRHMAC struct { mainKey []byte hkdfAlg string keySizeInBytes int tagAlg string tagSizeInBytes int ciphertextSegmentSize int plaintextSegmentSize int firstCiphertextSegmentOffset int } // NewAESCTRHMAC initializes an AESCTRHMAC primitive with a key derivation key // and encryption parameters. // // mainKey is input keying material used to derive sub keys. // // hkdfAlg is a MAC algorithm name, e.g., HmacSha256, used for the HKDF key // derivation. // // keySizeInBytes is the key size of the sub keys. // // tagAlg is the MAC algorithm name, e.g. HmacSha256, used for generating per // segment tags. // // tagSizeInBytes is the size of the per segment tags. // // ciphertextSegmentSize is the size of ciphertext segments. // // firstSegmentOffset is the offset of the first ciphertext segment. func NewAESCTRHMAC(mainKey []byte, hkdfAlg string, keySizeInBytes int, tagAlg string, tagSizeInBytes, ciphertextSegmentSize, firstSegmentOffset int) (*AESCTRHMAC, error) { if len(mainKey) < 16 || len(mainKey) < keySizeInBytes { return nil, errors.New("mainKey too short") } if err := subtleaead.ValidateAESKeySize(uint32(keySizeInBytes)); err != nil { return nil, err } if tagSizeInBytes < 10 { return nil, errors.New("tag size too small") } digestSize, err := subtle.GetHashDigestSize(tagAlg) if err != nil { return nil, err } if uint32(tagSizeInBytes) > digestSize { return nil, errors.New("tag size too big") } if firstSegmentOffset < 0 { return nil, errors.New("firstSegmentOffset must not be negative") } headerLen := 1 + keySizeInBytes + AESCTRHMACNoncePrefixSizeInBytes if ciphertextSegmentSize <= firstSegmentOffset+headerLen+tagSizeInBytes { return nil, errors.New("ciphertextSegmentSize too small") } keyClone := make([]byte, len(mainKey)) copy(keyClone, mainKey) return &AESCTRHMAC{ mainKey: keyClone, hkdfAlg: hkdfAlg, keySizeInBytes: keySizeInBytes, tagAlg: tagAlg, tagSizeInBytes: tagSizeInBytes, ciphertextSegmentSize: ciphertextSegmentSize, firstCiphertextSegmentOffset: firstSegmentOffset + headerLen, plaintextSegmentSize: ciphertextSegmentSize - tagSizeInBytes, }, nil } // HeaderLength returns the length of the encryption header. func (a *AESCTRHMAC) HeaderLength() int { return 1 + a.keySizeInBytes + AESCTRHMACNoncePrefixSizeInBytes } // deriveKeys returns an AES of size a.keySizeInBytes and an HMAC key of size AESCTRHMACKeySizeInBytes. // // They are derived from the main key using salt and aad as parameters. func (a *AESCTRHMAC) deriveKeys(salt, aad []byte) ([]byte, []byte, error) { keyMaterialSize := a.keySizeInBytes + AESCTRHMACKeySizeInBytes km, err := subtle.ComputeHKDF(a.hkdfAlg, a.mainKey, salt, aad, uint32(keyMaterialSize)) if err != nil { return nil, nil, err } aesKey := km[:a.keySizeInBytes] hmacKey := km[a.keySizeInBytes:] return aesKey, hmacKey, nil } type aesCTRHMACSegmentEncrypter struct { blockCipher cipher.Block mac hash.Hash tagSizeInBytes int } func (e aesCTRHMACSegmentEncrypter) EncryptSegment(segment, nonce []byte) ([]byte, error) { return e.EncryptSegmentWithDst(nil, segment, nonce) } // Implements the noncebased.segmentEncrypterWithDst interface. func (e aesCTRHMACSegmentEncrypter) EncryptSegmentWithDst(dst, segment, nonce []byte) ([]byte, error) { sLen := len(segment) ctLen := sLen + e.tagSizeInBytes if len(dst) != 0 { return nil, errors.New("dst must be empty") } var ciphertext []byte if cap(dst) < ctLen { ciphertext = make([]byte, ctLen) } else { ciphertext = dst[:ctLen] } stream := cipher.NewCTR(e.blockCipher, nonce) stream.XORKeyStream(ciphertext, segment) e.mac.Reset() e.mac.Write(nonce) e.mac.Write(ciphertext[:sLen]) tag := e.mac.Sum(nil)[:e.tagSizeInBytes] copy(ciphertext[sLen:], tag) return ciphertext, nil } // aesCTRHMACWriter works as a wrapper around underlying io.Writer, which is // responsible for encrypting written data. The data is encrypted and flushed // in segments of a given size. Once all the data is written aesCTRHMACWriter // must be closed. type aesCTRHMACWriter struct { *noncebased.Writer } // NewEncryptingWriter returns a wrapper around underlying io.Writer, such that // any write-operation via the wrapper results in AEAD-encryption of the // written data, using aad as associated authenticated data. The associated // data is not included in the ciphertext and has to be passed in as parameter // for decryption. func (a *AESCTRHMAC) NewEncryptingWriter(w io.Writer, aad []byte) (io.WriteCloser, error) { salt := random.GetRandomBytes(uint32(a.keySizeInBytes)) noncePrefix := random.GetRandomBytes(AESCTRHMACNoncePrefixSizeInBytes) aesKey, hmacKey, err := a.deriveKeys(salt, aad) if err != nil { return nil, err } blockCipher, err := aes.NewCipher(aesKey) if err != nil { return nil, err } header := make([]byte, a.HeaderLength()) header[0] = byte(a.HeaderLength()) copy(header[1:], salt) copy(header[1+len(salt):], noncePrefix) if _, err := w.Write(header); err != nil { return nil, err } nw, err := noncebased.NewWriter(noncebased.WriterParams{ W: w, SegmentEncrypter: aesCTRHMACSegmentEncrypter{ blockCipher: blockCipher, mac: hmac.New(subtle.GetHashFunc(a.tagAlg), hmacKey), tagSizeInBytes: a.tagSizeInBytes, }, NonceSize: AESCTRHMACNonceSizeInBytes, NoncePrefix: noncePrefix, PlaintextSegmentSize: a.plaintextSegmentSize, FirstCiphertextSegmentOffset: a.firstCiphertextSegmentOffset, }) if err != nil { return nil, err } return &aesCTRHMACWriter{Writer: nw}, nil } type aesCTRHMACSegmentDecrypter struct { blockCipher cipher.Block mac hash.Hash tagSizeInBytes int } func (d aesCTRHMACSegmentDecrypter) DecryptSegment(segment, nonce []byte) ([]byte, error) { return d.DecryptSegmentWithDst(nil, segment, nonce) } // Implements the noncebased.segmentDecrypterWithDst interface. func (d aesCTRHMACSegmentDecrypter) DecryptSegmentWithDst(dst, segment, nonce []byte) ([]byte, error) { plaintextLen := len(segment) - d.tagSizeInBytes if plaintextLen < 0 { return nil, errors.New("segment too short") } if len(dst) != 0 { return nil, errors.New("dst must be empty") } var result []byte if cap(dst) < plaintextLen { result = make([]byte, plaintextLen) } else { result = dst[:plaintextLen] } tag := segment[plaintextLen:] d.mac.Reset() d.mac.Write(nonce) d.mac.Write(segment[:plaintextLen]) wantTag := d.mac.Sum(nil)[:d.tagSizeInBytes] if !hmac.Equal(tag, wantTag) { return nil, errors.New("tag mismatch") } stream := cipher.NewCTR(d.blockCipher, nonce) stream.XORKeyStream(result, segment[:plaintextLen]) return result, nil } // aesCTRHMACReader works as a wrapper around underlying io.Reader. type aesCTRHMACReader struct { *noncebased.Reader } // NewDecryptingReader returns a wrapper around underlying io.Reader, such that // any read-operation via the wrapper results in AEAD-decryption of the // underlying ciphertext, using aad as associated authenticated data. func (a *AESCTRHMAC) NewDecryptingReader(r io.Reader, aad []byte) (io.Reader, error) { hlen := make([]byte, 1) if _, err := io.ReadFull(r, hlen); err != nil { return nil, err } if hlen[0] != byte(a.HeaderLength()) { return nil, errors.New("invalid header length") } salt := make([]byte, a.keySizeInBytes) if _, err := io.ReadFull(r, salt); err != nil { return nil, fmt.Errorf("cannot read salt: %v", err) } noncePrefix := make([]byte, AESCTRHMACNoncePrefixSizeInBytes) if _, err := io.ReadFull(r, noncePrefix); err != nil { return nil, fmt.Errorf("cannot read noncePrefix: %v", err) } aesKey, hmacKey, err := a.deriveKeys(salt, aad) if err != nil { return nil, err } blockCipher, err := aes.NewCipher(aesKey) if err != nil { return nil, err } nr, err := noncebased.NewReader(noncebased.ReaderParams{ R: r, SegmentDecrypter: aesCTRHMACSegmentDecrypter{ blockCipher: blockCipher, mac: hmac.New(subtle.GetHashFunc(a.tagAlg), hmacKey), tagSizeInBytes: a.tagSizeInBytes, }, NonceSize: AESCTRHMACNonceSizeInBytes, NoncePrefix: noncePrefix, CiphertextSegmentSize: a.ciphertextSegmentSize, FirstCiphertextSegmentOffset: a.firstCiphertextSegmentOffset, }) if err != nil { return nil, err } return &aesCTRHMACReader{Reader: nr}, nil } ================================================ FILE: streamingaead/subtle/aes_ctr_hmac_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "fmt" "testing" "github.com/tink-crypto/tink-go/v2/streamingaead/subtle" ) func TestAESCTRHMACEncryptDecrypt(t *testing.T) { testCases := []struct { name string keySizeInBytes int tagSizeInBytes int segmentSize int firstSegmentOffset int plaintextSize int chunkSize int }{ { name: "small-1", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 20, chunkSize: 64, }, { name: "small-2", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 512, firstSegmentOffset: 0, plaintextSize: 400, chunkSize: 64, }, { name: "small-offset-1", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 256, firstSegmentOffset: 8, plaintextSize: 20, chunkSize: 64, }, { name: "small-offset-2", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 512, firstSegmentOffset: 8, plaintextSize: 400, chunkSize: 64, }, { name: "empty-1", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 0, chunkSize: 128, }, { name: "empty-2", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 256, firstSegmentOffset: 8, plaintextSize: 0, chunkSize: 128, }, { name: "medium-1", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 1024, chunkSize: 128, }, { name: "medium-2", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 512, firstSegmentOffset: 0, plaintextSize: 3086, chunkSize: 128, }, { name: "medium-3", keySizeInBytes: 32, tagSizeInBytes: 12, segmentSize: 1024, firstSegmentOffset: 0, plaintextSize: 12345, chunkSize: 128, }, { name: "large-chunks-1", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 1024, chunkSize: 4096, }, { name: "large-chunks-2", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 512, firstSegmentOffset: 0, plaintextSize: 5086, chunkSize: 4096, }, { name: "large-chunks-3", keySizeInBytes: 32, tagSizeInBytes: 12, segmentSize: 1024, firstSegmentOffset: 0, plaintextSize: 12345, chunkSize: 5000, }, { name: "medium-offset-1", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 256, firstSegmentOffset: 8, plaintextSize: 1024, chunkSize: 64, }, { name: "medium-offset-2", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 512, firstSegmentOffset: 20, plaintextSize: 3086, chunkSize: 256, }, { name: "medium-offset-3", keySizeInBytes: 32, tagSizeInBytes: 12, segmentSize: 1024, firstSegmentOffset: 10, plaintextSize: 12345, chunkSize: 5000, }, { name: "last-segment-full-1", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 216, chunkSize: 64, }, { name: "last-segment-full-2", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 256, firstSegmentOffset: 16, plaintextSize: 200, chunkSize: 256, }, { name: "last-segment-full-3", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 256, firstSegmentOffset: 16, plaintextSize: 440, chunkSize: 1024, }, { name: "single-byte-1", keySizeInBytes: 16, tagSizeInBytes: 12, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 1024, chunkSize: 1, }, { name: "single-byte-2", keySizeInBytes: 32, tagSizeInBytes: 12, segmentSize: 512, firstSegmentOffset: 0, plaintextSize: 5086, chunkSize: 1, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { cipher, err := subtle.NewAESCTRHMAC(ikm, "SHA256", tc.keySizeInBytes, "SHA256", tc.tagSizeInBytes, tc.segmentSize, tc.firstSegmentOffset) if err != nil { t.Errorf("cannot create cipher: %v", err) } pt, ct, err := encrypt(cipher, aad, tc.plaintextSize) if err != nil { t.Errorf("failure during encryption: %v", err) } if err := decrypt(cipher, aad, pt, ct, tc.chunkSize); err != nil { t.Errorf("failure during decryption: %v", err) } }) } } func TestAESCTRHMACModifiedCiphertext(t *testing.T) { ikm, err := hex.DecodeString("000102030405060708090a0b0c0d0e0f00112233445566778899aabbccddeeff") if err != nil { t.Fatal(err) } aad, err := hex.DecodeString("aabbccddeeff") if err != nil { t.Fatal(err) } const ( keySizeInBytes = 16 tagSizeInBytes = 12 segmentSize = 256 firstSegmentOffset = 8 plaintextSize = 1024 chunkSize = 128 ) cipher, err := subtle.NewAESCTRHMAC(ikm, "SHA256", keySizeInBytes, "SHA256", tagSizeInBytes, segmentSize, firstSegmentOffset) if err != nil { t.Errorf("Cannot create a cipher: %v", err) } pt, ct, err := encrypt(cipher, aad, plaintextSize) if err != nil { t.Error(err) } t.Run("truncate ciphertext", func(t *testing.T) { for i := 0; i < len(ct); i += 8 { if err := decrypt(cipher, aad, pt, ct[:i], chunkSize); err == nil { t.Error("expected error") } } }) t.Run("append to ciphertext", func(t *testing.T) { sizes := []int{1, segmentSize - len(ct)%segmentSize, segmentSize} for _, size := range sizes { ct2 := append(ct, make([]byte, size)...) if err := decrypt(cipher, aad, pt, ct2, chunkSize); err == nil { t.Errorf("expected error") } } }) t.Run("flip bits", func(t *testing.T) { for i := range ct { ct2 := make([]byte, len(ct)) copy(ct2, ct) ct2[i] ^= byte(1) if err := decrypt(cipher, aad, pt, ct2, chunkSize); err == nil { t.Errorf("expected error") } } }) t.Run("delete segments", func(t *testing.T) { for i := 0; i < len(ct)/segmentSize+1; i++ { start, end := segmentPos(segmentSize, firstSegmentOffset, cipher.HeaderLength(), i) if start > len(ct) { break } if end > len(ct) { end = len(ct) } ct2 := append(ct[:start], ct[end:]...) if err := decrypt(cipher, aad, pt, ct2, chunkSize); err == nil { t.Errorf("expected error") } } }) t.Run("duplicate segments", func(t *testing.T) { for i := 0; i < len(ct)/segmentSize+1; i++ { start, end := segmentPos(segmentSize, firstSegmentOffset, cipher.HeaderLength(), i) if start > len(ct) { break } if end > len(ct) { end = len(ct) } ct2 := append(ct[:end], ct[start:]...) if err := decrypt(cipher, aad, pt, ct2, chunkSize); err == nil { t.Errorf("expected error") } } }) t.Run("modify aad", func(t *testing.T) { for i := range aad { aad2 := make([]byte, len(aad)) copy(aad2, aad) aad2[i] ^= byte(1) if err := decrypt(cipher, aad2, pt, ct, chunkSize); err == nil { t.Errorf("expected error") } } }) } func TestAESCTRHMACWithValidParameters(t *testing.T) { const ( segmentSize = 256 firstSegmentOffset = 8 ) mainKey, err := hex.DecodeString( "000102030405060708090a0b0c0d0e0f00112233445566778899aabbccddeeff") if err != nil { t.Fatal(err) } testCases := []struct { hkdfAlg string tagAlg string keySizeInBytes int tagSizeInBytes int }{ // smallest possible key and tag sizes { hkdfAlg: "SHA1", tagAlg: "SHA1", keySizeInBytes: 16, tagSizeInBytes: 10, }, { hkdfAlg: "SHA256", tagAlg: "SHA256", keySizeInBytes: 16, tagSizeInBytes: 10, }, { hkdfAlg: "SHA224", tagAlg: "SHA224", keySizeInBytes: 16, tagSizeInBytes: 10, }, { hkdfAlg: "SHA384", tagAlg: "SHA384", keySizeInBytes: 16, tagSizeInBytes: 10, }, { hkdfAlg: "SHA512", tagAlg: "SHA512", keySizeInBytes: 16, tagSizeInBytes: 10, }, // tagSize equal to digest size { hkdfAlg: "SHA1", tagAlg: "SHA1", keySizeInBytes: 16, tagSizeInBytes: 20, }, { hkdfAlg: "SHA256", tagAlg: "SHA256", keySizeInBytes: 16, tagSizeInBytes: 32, }, { hkdfAlg: "SHA224", tagAlg: "SHA224", keySizeInBytes: 16, tagSizeInBytes: 28, }, { hkdfAlg: "SHA384", tagAlg: "SHA384", keySizeInBytes: 16, tagSizeInBytes: 48, }, { hkdfAlg: "SHA512", tagAlg: "SHA512", keySizeInBytes: 16, tagSizeInBytes: 64, }, // hkdfAlg and tagAlg different { hkdfAlg: "SHA1", tagAlg: "SHA256", keySizeInBytes: 16, tagSizeInBytes: 10, }, { hkdfAlg: "SHA224", tagAlg: "SHA256", keySizeInBytes: 16, tagSizeInBytes: 10, }, { hkdfAlg: "SHA384", tagAlg: "SHA256", keySizeInBytes: 16, tagSizeInBytes: 10, }, { hkdfAlg: "SHA512", tagAlg: "SHA256", keySizeInBytes: 16, tagSizeInBytes: 10, }, { hkdfAlg: "SHA256", tagAlg: "SHA1", keySizeInBytes: 16, tagSizeInBytes: 10, }, { hkdfAlg: "SHA256", tagAlg: "SHA224", keySizeInBytes: 16, tagSizeInBytes: 10, }, { hkdfAlg: "SHA256", tagAlg: "SHA384", keySizeInBytes: 16, tagSizeInBytes: 10, }, { hkdfAlg: "SHA256", tagAlg: "SHA512", keySizeInBytes: 16, tagSizeInBytes: 10, }, } for _, tc := range testCases { t.Run(fmt.Sprintf("%s-%s-%d-%d", tc.hkdfAlg, tc.tagAlg, tc.keySizeInBytes, tc.tagSizeInBytes), func(t *testing.T) { primitive, err := subtle.NewAESCTRHMAC(mainKey, tc.hkdfAlg, tc.keySizeInBytes, tc.tagAlg, tc.tagSizeInBytes, segmentSize, firstSegmentOffset) if err != nil { t.Fatalf("subtle.NewAESCTRHMAC err = %v, want nil", err) } ciphertextBuffer := &bytes.Buffer{} _, err = primitive.NewEncryptingWriter(ciphertextBuffer, []byte("associatedData")) if err != nil { t.Fatalf("primitive.NewEncryptingWriter err = %v, want nil", err) } }) } } func TestAESCTRHMACWithInvalidParameters(t *testing.T) { const ( keySizeInBytes = 16 tagSizeInBytes = 12 segmentSize = 256 firstSegmentOffset = 8 ) mainKey, err := hex.DecodeString( "000102030405060708090a0b0c0d0e0f00112233445566778899aabbccddeeff") if err != nil { t.Fatal(err) } testCases := []struct { hkdfAlg string tagAlg string keySizeInBytes int tagSizeInBytes int }{ // keySize too small { hkdfAlg: "SHA1", tagAlg: "SHA1", keySizeInBytes: 15, tagSizeInBytes: 10, }, { hkdfAlg: "SHA256", tagAlg: "SHA256", keySizeInBytes: 15, tagSizeInBytes: 10, }, { hkdfAlg: "SHA224", tagAlg: "SHA224", keySizeInBytes: 15, tagSizeInBytes: 10, }, { hkdfAlg: "SHA384", tagAlg: "SHA384", keySizeInBytes: 15, tagSizeInBytes: 10, }, { hkdfAlg: "SHA512", tagAlg: "SHA512", keySizeInBytes: 15, tagSizeInBytes: 10, }, // tagSize too small { hkdfAlg: "SHA1", tagAlg: "SHA1", keySizeInBytes: 16, tagSizeInBytes: 9, }, { hkdfAlg: "SHA256", tagAlg: "SHA256", keySizeInBytes: 16, tagSizeInBytes: 9, }, { hkdfAlg: "SHA224", tagAlg: "SHA224", keySizeInBytes: 16, tagSizeInBytes: 9, }, { hkdfAlg: "SHA384", tagAlg: "SHA384", keySizeInBytes: 16, tagSizeInBytes: 9, }, { hkdfAlg: "SHA512", tagAlg: "SHA512", keySizeInBytes: 16, tagSizeInBytes: 9, }, // tagSize larger than digest size { hkdfAlg: "SHA1", tagAlg: "SHA1", keySizeInBytes: 16, tagSizeInBytes: 21, }, { hkdfAlg: "SHA256", tagAlg: "SHA256", keySizeInBytes: 16, tagSizeInBytes: 33, }, { hkdfAlg: "SHA224", tagAlg: "SHA224", keySizeInBytes: 16, tagSizeInBytes: 29, }, { hkdfAlg: "SHA384", tagAlg: "SHA384", keySizeInBytes: 16, tagSizeInBytes: 49, }, { hkdfAlg: "SHA512", tagAlg: "SHA512", keySizeInBytes: 16, tagSizeInBytes: 65, }, } for _, tc := range testCases { t.Run(fmt.Sprintf("%s-%s-%d-%d", tc.hkdfAlg, tc.tagAlg, tc.keySizeInBytes, tc.tagSizeInBytes), func(t *testing.T) { _, err := subtle.NewAESCTRHMAC(mainKey, tc.hkdfAlg, tc.keySizeInBytes, tc.tagAlg, tc.tagSizeInBytes, segmentSize, firstSegmentOffset) if err == nil { t.Error("subtle.NewAESCTRHMAC = nil, want error") } }) } } func TestAESCTRHMACWithNegativeFirstSegmentOffsetFails(t *testing.T) { const ( keySizeInBytes = 16 tagSizeInBytes = 12 segmentSize = 256 hkdfAlg = "SHA256" tagAlg = "SHA256" firstSegmentOffset = -1 ) mainKey, err := hex.DecodeString( "000102030405060708090a0b0c0d0e0f00112233445566778899aabbccddeeff") if err != nil { t.Fatal(err) } _, err = subtle.NewAESCTRHMAC(mainKey, hkdfAlg, keySizeInBytes, tagAlg, tagSizeInBytes, segmentSize, firstSegmentOffset) if err == nil { t.Error("subtle.NewAESCTRHMAC() = nil, want error") } } ================================================ FILE: streamingaead/subtle/aes_gcm_hkdf.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/aes" "crypto/cipher" "errors" "fmt" "io" // Placeholder for internal crypto/cipher allowlist, please ignore. subtleaead "github.com/tink-crypto/tink-go/v2/aead/subtle" "github.com/tink-crypto/tink-go/v2/streamingaead/subtle/noncebased" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/subtle" ) const ( // AESGCMHKDFNonceSizeInBytes is the size of the nonces used for GCM. AESGCMHKDFNonceSizeInBytes = 12 // AESGCMHKDFNoncePrefixSizeInBytes is the size of the randomly generated // nonce prefix. AESGCMHKDFNoncePrefixSizeInBytes = 7 // AESGCMHKDFTagSizeInBytes is the size of the tags of each ciphertext // segment. AESGCMHKDFTagSizeInBytes = 16 ) // AESGCMHKDF implements streaming AEAD encryption using AES-GCM. // // Each ciphertext uses a new AES-GCM key. These keys are derived using HKDF // and are derived from the key derivation key, a randomly chosen salt of the // same size as the key and a nonce prefix. type AESGCMHKDF struct { mainKey []byte hkdfAlg string keySizeInBytes int ciphertextSegmentSize int firstCiphertextSegmentOffset int plaintextSegmentSize int } // NewAESGCMHKDF initializes a streaming primitive with a key derivation key // and encryption parameters. // // mainKey is an input keying material used to derive sub keys. // // hkdfAlg is a MAC algorithm name, e.g., HmacSha256, used for the HKDF key // derivation. // // keySizeInBytes argument is a key size of the sub keys. // // ciphertextSegmentSize argument is the size of ciphertext segments. // // firstSegmentOffset argument is the offset of the first ciphertext segment. func NewAESGCMHKDF(mainKey []byte, hkdfAlg string, keySizeInBytes, ciphertextSegmentSize, firstSegmentOffset int) (*AESGCMHKDF, error) { if len(mainKey) < 16 || len(mainKey) < keySizeInBytes { return nil, errors.New("mainKey too short") } if err := subtleaead.ValidateAESKeySize(uint32(keySizeInBytes)); err != nil { return nil, err } headerLen := 1 + keySizeInBytes + AESGCMHKDFNoncePrefixSizeInBytes if ciphertextSegmentSize <= firstSegmentOffset+headerLen+AESGCMHKDFTagSizeInBytes { return nil, errors.New("ciphertextSegmentSize too small") } keyClone := make([]byte, len(mainKey)) copy(keyClone, mainKey) return &AESGCMHKDF{ mainKey: keyClone, hkdfAlg: hkdfAlg, keySizeInBytes: keySizeInBytes, ciphertextSegmentSize: ciphertextSegmentSize, firstCiphertextSegmentOffset: firstSegmentOffset + headerLen, plaintextSegmentSize: ciphertextSegmentSize - AESGCMHKDFTagSizeInBytes, }, nil } // HeaderLength returns the length of the encryption header. func (a *AESGCMHKDF) HeaderLength() int { return 1 + a.keySizeInBytes + AESGCMHKDFNoncePrefixSizeInBytes } // deriveKey returns a key derived from the given main key using salt and aad // parameters. func (a *AESGCMHKDF) deriveKey(salt, aad []byte) ([]byte, error) { return subtle.ComputeHKDF(a.hkdfAlg, a.mainKey, salt, aad, uint32(a.keySizeInBytes)) } // newCipher creates a new AES-GCM cipher using the given key and the crypto library. func (a *AESGCMHKDF) newCipher(key []byte) (cipher.AEAD, error) { aesCipher, err := aes.NewCipher(key) if err != nil { return nil, err } aesGCMCipher, err := cipher.NewGCMWithTagSize(aesCipher, AESGCMHKDFTagSizeInBytes) if err != nil { return nil, err } return aesGCMCipher, nil } type aesGCMHKDFSegmentEncrypter struct { cipher cipher.AEAD } func (e aesGCMHKDFSegmentEncrypter) EncryptSegment(segment, nonce []byte) ([]byte, error) { return e.EncryptSegmentWithDst(nil, segment, nonce) } // Implements the noncebased.segmentEncrypterWithDst interface. func (e aesGCMHKDFSegmentEncrypter) EncryptSegmentWithDst(dst, segment, nonce []byte) ([]byte, error) { if len(dst) != 0 { return nil, errors.New("dst must be empty") } ciphertextLen := len(segment) + e.cipher.Overhead() if cap(dst) < ciphertextLen { dst = make([]byte, 0, ciphertextLen) } return e.cipher.Seal(dst, nonce, segment, nil), nil } // aesGCMHKDFWriter works as a wrapper around underlying io.Writer, which is // responsible for encrypting written data. The data is encrypted and flushed // in segments of a given size. Once all the data is written aesGCMHKDFWriter // must be closed. type aesGCMHKDFWriter struct { *noncebased.Writer } // NewEncryptingWriter returns a wrapper around underlying io.Writer, such that // any write-operation via the wrapper results in AEAD-encryption of the // written data, using aad as associated authenticated data. The associated // data is not included in the ciphertext and has to be passed in as parameter // for decryption. func (a *AESGCMHKDF) NewEncryptingWriter(w io.Writer, aad []byte) (io.WriteCloser, error) { salt := random.GetRandomBytes(uint32(a.keySizeInBytes)) noncePrefix := random.GetRandomBytes(AESGCMHKDFNoncePrefixSizeInBytes) dkey, err := a.deriveKey(salt, aad) if err != nil { return nil, err } cipher, err := a.newCipher(dkey) if err != nil { return nil, err } header := make([]byte, a.HeaderLength()) header[0] = byte(a.HeaderLength()) copy(header[1:], salt) copy(header[1+len(salt):], noncePrefix) if _, err := w.Write(header); err != nil { return nil, err } nw, err := noncebased.NewWriter(noncebased.WriterParams{ W: w, SegmentEncrypter: aesGCMHKDFSegmentEncrypter{cipher: cipher}, NonceSize: AESGCMHKDFNonceSizeInBytes, NoncePrefix: noncePrefix, PlaintextSegmentSize: a.plaintextSegmentSize, FirstCiphertextSegmentOffset: a.firstCiphertextSegmentOffset, }) if err != nil { return nil, err } return &aesGCMHKDFWriter{Writer: nw}, nil } type aesGCMHKDFSegmentDecrypter struct { cipher cipher.AEAD } func (d aesGCMHKDFSegmentDecrypter) DecryptSegment(segment, nonce []byte) ([]byte, error) { return d.DecryptSegmentWithDst(nil, segment, nonce) } // Implements the noncebased.segmentDecrypterWithDst interface. func (d aesGCMHKDFSegmentDecrypter) DecryptSegmentWithDst(dst, segment, nonce []byte) ([]byte, error) { if len(dst) != 0 { return nil, errors.New("dst must be empty") } plaintextLen := len(segment) - d.cipher.Overhead() if plaintextLen < 0 { return nil, errors.New("segment too short") } if cap(dst) < plaintextLen { dst = make([]byte, 0, plaintextLen) } return d.cipher.Open(dst, nonce, segment, nil) } // aesGCMHKDFReader works as a wrapper around underlying io.Reader. type aesGCMHKDFReader struct { *noncebased.Reader } // NewDecryptingReader returns a wrapper around underlying io.Reader, such that // any read-operation via the wrapper results in AEAD-decryption of the // underlying ciphertext, using aad as associated authenticated data. func (a *AESGCMHKDF) NewDecryptingReader(r io.Reader, aad []byte) (io.Reader, error) { hlen := make([]byte, 1) if _, err := io.ReadFull(r, hlen); err != nil { return nil, err } if hlen[0] != byte(a.HeaderLength()) { return nil, errors.New("invalid header length") } salt := make([]byte, a.keySizeInBytes) if _, err := io.ReadFull(r, salt); err != nil { return nil, fmt.Errorf("cannot read salt: %v", err) } noncePrefix := make([]byte, AESGCMHKDFNoncePrefixSizeInBytes) if _, err := io.ReadFull(r, noncePrefix); err != nil { return nil, fmt.Errorf("cannot read noncePrefix: %v", err) } dkey, err := a.deriveKey(salt, aad) if err != nil { return nil, err } cipher, err := a.newCipher(dkey) if err != nil { return nil, err } nr, err := noncebased.NewReader(noncebased.ReaderParams{ R: r, SegmentDecrypter: aesGCMHKDFSegmentDecrypter{cipher: cipher}, NonceSize: AESGCMHKDFNonceSizeInBytes, NoncePrefix: noncePrefix, CiphertextSegmentSize: a.ciphertextSegmentSize, FirstCiphertextSegmentOffset: a.firstCiphertextSegmentOffset, }) if err != nil { return nil, err } return &aesGCMHKDFReader{Reader: nr}, nil } ================================================ FILE: streamingaead/subtle/aes_gcm_hkdf_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/streamingaead/subtle" ) func TestAESGCMHKDFEncryptDecrypt(t *testing.T) { testCases := []struct { name string keySizeInBytes int segmentSize int firstSegmentOffset int plaintextSize int chunkSize int }{ { name: "small-1", keySizeInBytes: 16, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 20, chunkSize: 64, }, { name: "small-2", keySizeInBytes: 16, segmentSize: 512, firstSegmentOffset: 0, plaintextSize: 400, chunkSize: 64, }, { name: "small-offset-1", keySizeInBytes: 16, segmentSize: 256, firstSegmentOffset: 8, plaintextSize: 20, chunkSize: 64, }, { name: "small-offset-2", keySizeInBytes: 16, segmentSize: 512, firstSegmentOffset: 8, plaintextSize: 400, chunkSize: 64, }, { name: "empty-1", keySizeInBytes: 16, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 0, chunkSize: 128, }, { name: "empty-2", keySizeInBytes: 16, segmentSize: 256, firstSegmentOffset: 8, plaintextSize: 0, chunkSize: 128, }, { name: "medium-1", keySizeInBytes: 16, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 1024, chunkSize: 128, }, { name: "medium-2", keySizeInBytes: 16, segmentSize: 512, firstSegmentOffset: 0, plaintextSize: 3086, chunkSize: 128, }, { name: "medium-3", keySizeInBytes: 32, segmentSize: 1024, firstSegmentOffset: 0, plaintextSize: 12345, chunkSize: 128, }, { name: "large-chunks-1", keySizeInBytes: 16, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 1024, chunkSize: 4096, }, { name: "large-chunks-2", keySizeInBytes: 16, segmentSize: 512, firstSegmentOffset: 0, plaintextSize: 5086, chunkSize: 4096, }, { name: "large-chunks-3", keySizeInBytes: 32, segmentSize: 1024, firstSegmentOffset: 0, plaintextSize: 12345, chunkSize: 5000, }, { name: "medium-offset-1", keySizeInBytes: 16, segmentSize: 256, firstSegmentOffset: 8, plaintextSize: 1024, chunkSize: 64, }, { name: "medium-offset-2", keySizeInBytes: 16, segmentSize: 512, firstSegmentOffset: 20, plaintextSize: 3086, chunkSize: 256, }, { name: "medium-offset-3", keySizeInBytes: 32, segmentSize: 1024, firstSegmentOffset: 10, plaintextSize: 12345, chunkSize: 5000, }, { name: "last-segment-full-1", keySizeInBytes: 16, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 216, chunkSize: 64, }, { name: "last-segment-full-2", keySizeInBytes: 16, segmentSize: 256, firstSegmentOffset: 16, plaintextSize: 200, chunkSize: 256, }, { name: "last-segment-full-3", keySizeInBytes: 16, segmentSize: 256, firstSegmentOffset: 16, plaintextSize: 440, chunkSize: 1024, }, { name: "single-byte-1", keySizeInBytes: 16, segmentSize: 256, firstSegmentOffset: 0, plaintextSize: 1024, chunkSize: 1, }, { name: "single-byte-2", keySizeInBytes: 32, segmentSize: 512, firstSegmentOffset: 0, plaintextSize: 5086, chunkSize: 1, }, } for _, tc := range testCases { t.Run(tc.name, func(t *testing.T) { cipher, err := subtle.NewAESGCMHKDF(ikm, "SHA256", tc.keySizeInBytes, tc.segmentSize, tc.firstSegmentOffset) if err != nil { t.Errorf("Cannot create a cipher: %v", err) } pt, ct, err := encrypt(cipher, aad, tc.plaintextSize) if err != nil { t.Error(err) } if err := decrypt(cipher, aad, pt, ct, tc.chunkSize); err != nil { t.Error(err) } }) } } func TestAESGCMHKDFModifiedCiphertext(t *testing.T) { ikm, err := hex.DecodeString("000102030405060708090a0b0c0d0e0f00112233445566778899aabbccddeeff") if err != nil { t.Fatal(err) } aad, err := hex.DecodeString("aabbccddeeff") if err != nil { t.Fatal(err) } const ( keySizeInBytes = 16 segmentSize = 256 firstSegmentOffset = 8 plaintextSize = 1024 chunkSize = 128 ) cipher, err := subtle.NewAESGCMHKDF(ikm, "SHA256", keySizeInBytes, segmentSize, firstSegmentOffset) if err != nil { t.Errorf("Cannot create a cipher: %v", err) } pt, ct, err := encrypt(cipher, aad, plaintextSize) if err != nil { t.Error(err) } t.Run("truncate ciphertext", func(t *testing.T) { for i := 0; i < len(ct); i += 8 { if err := decrypt(cipher, aad, pt, ct[:i], chunkSize); err == nil { t.Errorf("expected error") } } }) t.Run("append to ciphertext", func(t *testing.T) { sizes := []int{1, segmentSize - len(ct)%segmentSize, segmentSize} for _, size := range sizes { var ct2 []byte ct2 = append(ct2, ct...) ct2 = append(ct2, make([]byte, size)...) if err := decrypt(cipher, aad, pt, ct2, chunkSize); err == nil { t.Errorf("expected error") } } }) t.Run("flip bits", func(t *testing.T) { for i := range ct { ct2 := make([]byte, len(ct)) copy(ct2, ct) ct2[i] ^= byte(1) if err := decrypt(cipher, aad, pt, ct2, chunkSize); err == nil { t.Errorf("expected error") } } }) t.Run("delete segments", func(t *testing.T) { for i := 0; i < len(ct)/segmentSize+1; i++ { start, end := segmentPos(segmentSize, firstSegmentOffset, cipher.HeaderLength(), i) if start > len(ct) { break } if end > len(ct) { end = len(ct) } var ct2 []byte ct2 = append(ct2, ct[:start]...) ct2 = append(ct2, ct[end:]...) if err := decrypt(cipher, aad, pt, ct2, chunkSize); err == nil { t.Errorf("expected error") } } }) t.Run("duplicate segments", func(t *testing.T) { for i := 0; i < len(ct)/segmentSize+1; i++ { start, end := segmentPos(segmentSize, firstSegmentOffset, cipher.HeaderLength(), i) if start > len(ct) { break } if end > len(ct) { end = len(ct) } ct2 := append(ct[:end], ct[start:]...) if err := decrypt(cipher, aad, pt, ct2, chunkSize); err == nil { t.Errorf("expected error") } } }) t.Run("modify aad", func(t *testing.T) { for i := range aad { aad2 := make([]byte, len(aad)) copy(aad2, aad) aad2[i] ^= byte(1) if err := decrypt(cipher, aad2, pt, ct, chunkSize); err == nil { t.Errorf("expected error") } } }) } ================================================ FILE: streamingaead/subtle/noncebased/noncebased.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package noncebased provides a reusable streaming AEAD framework. // // It tackles the segment handling portions of the nonce based online // encryption scheme proposed in "Online Authenticated-Encryption and its // Nonce-Reuse Misuse-Resistance" by Hoang, Reyhanitabar, Rogaway and Vizár // (https://eprint.iacr.org/2015/189.pdf). // // In this scheme, the format of a ciphertext is: // // header || segment_0 || segment_1 || ... || segment_k. // // The format of header is: // // headerLength || salt || nonce_prefix // // headerLength is 1 byte which documents the size of the header and can be // obtained via HeaderLength(). In principle, headerLength is redundant // information, since the length of the header can be determined from the key // size. // // salt is a salt used in the key derivation. // // nonce_prefix is a prefix for all per-segment nonces. // // segment_i is the i-th segment of the ciphertext. The size of segment_1 .. // segment_{k-1} is ciphertextSegmentSize. segment_0 is shorter, so that // segment_0 plus additional data of size firstCiphertextSegmentOffset (e.g. // the header) aligns with ciphertextSegmentSize. // // The first segment size will be: // // ciphertextSegmentSize - HeaderLength() - firstCiphertextSegmentOffset. package noncebased import ( "encoding/binary" "errors" "io" "math" ) var ( // ErrNonceSizeTooShort indicates that the specified nonce size isn't large // enough to hold the nonce prefix, counter and last segment flag. ErrNonceSizeTooShort = errors.New("nonce size too short") // ErrCiphertextSegmentTooShort indicates the the ciphertext segment being // processed is too short. ErrCiphertextSegmentTooShort = errors.New("ciphertext segment too short") // ErrTooManySegments indicates that the ciphertext has too many segments. ErrTooManySegments = errors.New("too many segments") ) // SegmentEncrypter facilitates implementing various streaming AEAD encryption // modes. type SegmentEncrypter interface { // EncryptSegment encrypts segment using nonce. EncryptSegment(segment, nonce []byte) ([]byte, error) } // This is a slightly more general API of SegmentEnrypter that is more efficient because // it requires less memory allocations. It is currently not a stable API and is Tink internal. type segmentEncrypterWithDst interface { // EncryptSegmentWithDst does the same as EncryptSegment, but will store the result in `dst` if // `cap(dst)` is large enough. // // An error will be returned if `len(dst)` is not 0. EncryptSegmentWithDst(dst, segment, nonce []byte) ([]byte, error) } // Writer provides a framework for ingesting plaintext data and // writing encrypted data to the wrapped io.Writer. The scheme used for // encrypting segments is specified by providing a SegmentEncrypter // implementation. type Writer struct { w io.Writer segmentEncrypter SegmentEncrypter segmentEncrypterWithDst segmentEncrypterWithDst useSegmentEncrypterWithDst bool encryptedSegmentCnt uint64 firstCiphertextSegmentOffset int nonceSize int noncePrefix []byte plaintext []byte plaintextPos int ciphertext []byte closed bool } // WriterParams contains the options for instantiating a Writer via NewWriter(). type WriterParams struct { // W is the underlying writer being wrapped. W io.Writer // SegmentEncrypter provides a method for encrypting segments. SegmentEncrypter SegmentEncrypter // NonceSize is the length of generated nonces. It must be at least 5 + // len(NoncePrefix). It can be longer, but longer nonces introduce more // overhead in the resultant ciphertext. NonceSize int // NoncePrefix is a constant that all nonces throughout the ciphertext will // start with. It's length must be at least 5 bytes shorter than NonceSize. NoncePrefix []byte // The size of the segments which the plaintext will be split into. PlaintextSegmentSize int // FirstCiphertexSegmentOffset indicates where the ciphertext should begin in // W. This allows for the existence of overhead in the stream unrelated to // this encryption scheme. FirstCiphertextSegmentOffset int } // NewWriter creates a new Writer instance. func NewWriter(params WriterParams) (*Writer, error) { if params.NonceSize-len(params.NoncePrefix) < 5 { return nil, ErrNonceSizeTooShort } // If params.SegmentEncrypter implements method EncryptSegmentWithDst, then we use that because it // is more efficient. encrypterWithDst, useEncrypterWithDst := params.SegmentEncrypter.(segmentEncrypterWithDst) return &Writer{ w: params.W, segmentEncrypter: params.SegmentEncrypter, segmentEncrypterWithDst: encrypterWithDst, useSegmentEncrypterWithDst: useEncrypterWithDst, nonceSize: params.NonceSize, noncePrefix: params.NoncePrefix, firstCiphertextSegmentOffset: params.FirstCiphertextSegmentOffset, plaintext: make([]byte, params.PlaintextSegmentSize), }, nil } // Write encrypts passed data and passes the encrypted data to the underlying writer. func (w *Writer) Write(p []byte) (int, error) { if w.closed { return 0, errors.New("write on closed writer") } pos := 0 for { ptLim := len(w.plaintext) if w.encryptedSegmentCnt == 0 { ptLim -= w.firstCiphertextSegmentOffset } n := copy(w.plaintext[w.plaintextPos:ptLim], p[pos:]) w.plaintextPos += n pos += n if pos == len(p) { break } nonce, err := generateSegmentNonce(w.nonceSize, w.noncePrefix, w.encryptedSegmentCnt, false) if err != nil { return pos, err } if w.useSegmentEncrypterWithDst { w.ciphertext, err = w.segmentEncrypterWithDst.EncryptSegmentWithDst(w.ciphertext[:0], w.plaintext[:ptLim], nonce) } else { w.ciphertext, err = w.segmentEncrypter.EncryptSegment(w.plaintext[:ptLim], nonce) } if err != nil { return pos, err } if _, err := w.w.Write(w.ciphertext); err != nil { return pos, err } w.plaintextPos = 0 w.encryptedSegmentCnt++ } return pos, nil } // Close encrypts the remaining data, flushes it to the underlying writer and // closes this writer. func (w *Writer) Close() error { if w.closed { return nil } nonce, err := generateSegmentNonce(w.nonceSize, w.noncePrefix, w.encryptedSegmentCnt, true) if err != nil { return err } if w.useSegmentEncrypterWithDst { w.ciphertext, err = w.segmentEncrypterWithDst.EncryptSegmentWithDst(w.ciphertext[:0], w.plaintext[:w.plaintextPos], nonce) } else { w.ciphertext, err = w.segmentEncrypter.EncryptSegment(w.plaintext[:w.plaintextPos], nonce) } if err != nil { return err } if _, err := w.w.Write(w.ciphertext); err != nil { return err } w.plaintextPos = 0 w.encryptedSegmentCnt++ w.closed = true return nil } // SegmentDecrypter facilitates implementing various streaming AEAD encryption modes. type SegmentDecrypter interface { // DecryptSegment decrypts segment using nonce. DecryptSegment(segment, nonce []byte) ([]byte, error) } // This is a slightly more general API of SegmentDecrypter that is more efficient because // it requires less memory allocations. It is currently not a stable API and is Tink internal. type segmentDecrypterWithDst interface { // DecryptSegmentWithDst does the same as DecryptSegment, but will store the result in `dst` if // `cap(dst)` is large enough. // // An error will be returned if `len(dst)` is not 0. DecryptSegmentWithDst(dst, segment, nonce []byte) ([]byte, error) } // Reader facilitates the decryption of ciphertexts created using a Writer. // // The scheme used for decrypting segments is specified by providing a // SegmentDecrypter implementation. The implementation must align // with the SegmentEncrypter used in the Writer. type Reader struct { r io.Reader segmentDecrypter SegmentDecrypter segmentDecrypterWithDst segmentDecrypterWithDst useSegmentDecrypterWithDst bool decryptedSegmentCnt uint64 firstCiphertextSegmentOffset int nonceSize int noncePrefix []byte plaintext []byte plaintextPos int ciphertext []byte ciphertextPos int } // ReaderParams contains the options for instantiating a Reader via NewReader(). type ReaderParams struct { // R is the underlying reader being wrapped. R io.Reader // SegmentDecrypter provides a method for decrypting segments. SegmentDecrypter SegmentDecrypter // NonceSize is the length of generated nonces. It must match the NonceSize // of the Writer used to create the ciphertext. NonceSize int // NoncePrefix is a constant that all nonces throughout the ciphertext start // with. It's extracted from the header of the ciphertext. NoncePrefix []byte // The size of the ciphertext segments. CiphertextSegmentSize int // FirstCiphertexSegmentOffset indicates where the ciphertext actually begins // in R. This allows for the existence of overhead in the stream unrelated to // this encryption scheme. FirstCiphertextSegmentOffset int } // NewReader creates a new Reader instance. func NewReader(params ReaderParams) (*Reader, error) { if params.NonceSize-len(params.NoncePrefix) < 5 { return nil, ErrNonceSizeTooShort } // If params.SegmentDecrypter implements DecryptSegmentWithDst, then we use that because it is more efficient. decrypterWithDst, useDecrypterWithDst := params.SegmentDecrypter.(segmentDecrypterWithDst) return &Reader{ r: params.R, segmentDecrypter: params.SegmentDecrypter, segmentDecrypterWithDst: decrypterWithDst, useSegmentDecrypterWithDst: useDecrypterWithDst, nonceSize: params.NonceSize, noncePrefix: params.NoncePrefix, firstCiphertextSegmentOffset: params.FirstCiphertextSegmentOffset, // Allocate an extra byte to detect the last segment. ciphertext: make([]byte, params.CiphertextSegmentSize+1), }, nil } // Read decrypts data from underlying reader and passes it to p. func (r *Reader) Read(p []byte) (int, error) { if r.plaintextPos < len(r.plaintext) { n := copy(p, r.plaintext[r.plaintextPos:]) r.plaintextPos += n return n, nil } r.plaintext = r.plaintext[:0] r.plaintextPos = 0 ctLim := len(r.ciphertext) if r.decryptedSegmentCnt == 0 { ctLim -= r.firstCiphertextSegmentOffset } n, err := io.ReadFull(r.r, r.ciphertext[r.ciphertextPos:ctLim]) if err != nil && err != io.ErrUnexpectedEOF { return 0, err } var ( lastSegment bool segment int ) if err != nil { lastSegment = true segment = r.ciphertextPos + n } else { segment = r.ciphertextPos + n - 1 } if segment < 0 { return 0, ErrCiphertextSegmentTooShort } nonce, err := generateSegmentNonce(r.nonceSize, r.noncePrefix, r.decryptedSegmentCnt, lastSegment) if err != nil { return 0, err } if r.useSegmentDecrypterWithDst { r.plaintext, err = r.segmentDecrypterWithDst.DecryptSegmentWithDst(r.plaintext[:0], r.ciphertext[:segment], nonce) } else { r.plaintext, err = r.segmentDecrypter.DecryptSegment(r.ciphertext[:segment], nonce) } if err != nil { return 0, err } // Copy 1 byte remainder to the beginning of ciphertext. if !lastSegment { remainderOffset := segment r.ciphertext[0] = r.ciphertext[remainderOffset] r.ciphertextPos = 1 } r.decryptedSegmentCnt++ n = copy(p, r.plaintext) r.plaintextPos = n return n, nil } // generateSegmentNonce returns a nonce for a segment. // // The format of the nonce is: // // nonce_prefix || ctr || last_block. // // nonce_prefix is a constant prefix used throughout the whole ciphertext. // // The ctr is a 32 bit counter. // // last_block is 1 byte which is set to 1 for the last segment and 0 // otherwise. func generateSegmentNonce(size int, prefix []byte, segmentNum uint64, last bool) ([]byte, error) { if segmentNum >= math.MaxUint32 { return nil, ErrTooManySegments } nonce := make([]byte, size) copy(nonce, prefix) offset := len(prefix) binary.BigEndian.PutUint32(nonce[offset:], uint32(segmentNum)) offset += 4 if last { nonce[offset] = 1 } return nonce, nil } ================================================ FILE: streamingaead/subtle/noncebased/noncebased_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package noncebased_test import ( "bufio" "bytes" "crypto/rand" "encoding/hex" "errors" "fmt" "io" "testing" "github.com/tink-crypto/tink-go/v2/streamingaead/subtle/noncebased" ) func TestNonceBased(t *testing.T) { testcases := []struct { name string plaintextSize int nonceSize int noncePrefixSize int plaintextSegmentSize int firstCiphertextSegmentOffset int chunkSize int }{ { name: "plaintextSizeAlignedWithSegmentSize", plaintextSize: 100, nonceSize: 10, noncePrefixSize: 5, plaintextSegmentSize: 20, firstCiphertextSegmentOffset: 10, chunkSize: 5, }, { name: "plaintextSizeNotAlignedWithSegmentSize", plaintextSize: 110, nonceSize: 10, noncePrefixSize: 5, plaintextSegmentSize: 20, firstCiphertextSegmentOffset: 10, chunkSize: 5, }, { name: "singleSegment", plaintextSize: 100, nonceSize: 10, noncePrefixSize: 5, plaintextSegmentSize: 100, firstCiphertextSegmentOffset: 10, chunkSize: 5, }, { name: "shortPlaintext", plaintextSize: 1, nonceSize: 10, noncePrefixSize: 5, plaintextSegmentSize: 100, firstCiphertextSegmentOffset: 10, chunkSize: 5, }, { name: "shortSegmentSize", plaintextSize: 100, nonceSize: 10, noncePrefixSize: 5, plaintextSegmentSize: 10, firstCiphertextSegmentOffset: 10, chunkSize: 5, }, { name: "largeChunkSize", plaintextSize: 100, nonceSize: 10, noncePrefixSize: 5, plaintextSegmentSize: 10, firstCiphertextSegmentOffset: 10, chunkSize: 500, }, } for _, tc := range testcases { t.Run(tc.name, func(t *testing.T) { writerParams := noncebased.WriterParams{ NonceSize: tc.nonceSize, PlaintextSegmentSize: tc.plaintextSegmentSize, FirstCiphertextSegmentOffset: tc.firstCiphertextSegmentOffset, } plaintext, ciphertext, noncePrefix, err := testEncrypt(tc.plaintextSize, tc.noncePrefixSize, writerParams) if err != nil { t.Fatalf("encrypting failed: %v\n", err) } readerParams := noncebased.ReaderParams{ NonceSize: tc.nonceSize, NoncePrefix: noncePrefix, CiphertextSegmentSize: tc.plaintextSegmentSize + tc.nonceSize, FirstCiphertextSegmentOffset: tc.firstCiphertextSegmentOffset, } if err := testDecrypt(plaintext, ciphertext, tc.chunkSize, readerParams); err != nil { t.Fatalf("decrypting failed: %v\n", err) } }) } } func TestNonceBased_doubleEncrypt(t *testing.T) { var ( nonceSize = 10 noncePrefixSize = 5 plaintextSegmentSize = 20 firstCiphertextSegmentOffset = 10 ) plaintext := bytes.Repeat([]byte{0x01, 0x02, 0x03, 0x04, 0x05}, 20) noncePrefix := make([]byte, noncePrefixSize) if _, err := rand.Read(noncePrefix); err != nil { t.Fatalf("rand.Read() = _, err = %v, want nil", err) } var b bytes.Buffer w1, err := noncebased.NewWriter(noncebased.WriterParams{ W: &b, SegmentEncrypter: testEncrypterWithDst{}, NoncePrefix: noncePrefix, NonceSize: nonceSize, PlaintextSegmentSize: plaintextSegmentSize, FirstCiphertextSegmentOffset: firstCiphertextSegmentOffset, }) if err != nil { t.Fatalf("noncebased.NewWriter() = _, err = %v, want nil", err) } w1.Write(plaintext) w1.Close() ciphertext1 := make([]byte, len(b.Bytes())) copy(ciphertext1, b.Bytes()) b.Reset() w2, err := noncebased.NewWriter(noncebased.WriterParams{ W: &b, SegmentEncrypter: testEncrypterWithDst{}, NoncePrefix: noncePrefix, NonceSize: nonceSize, PlaintextSegmentSize: plaintextSegmentSize, FirstCiphertextSegmentOffset: firstCiphertextSegmentOffset, }) if err != nil { t.Fatalf("noncebased.NewWriter = _, err = %v, want nil", err) } w2.Write(ciphertext1) w2.Close() ciphertext2 := make([]byte, len(b.Bytes())) copy(ciphertext2, b.Bytes()) b.Reset() r2, err := noncebased.NewReader(noncebased.ReaderParams{ R: bytes.NewReader(ciphertext2), SegmentDecrypter: testDecrypterWithDst{}, NonceSize: nonceSize, NoncePrefix: noncePrefix, CiphertextSegmentSize: plaintextSegmentSize + nonceSize, FirstCiphertextSegmentOffset: firstCiphertextSegmentOffset, }) if err != nil { t.Fatalf("noncebased.NewReader() = _, err = %v, want nil", err) } r1, err := noncebased.NewReader(noncebased.ReaderParams{ R: r2, SegmentDecrypter: testDecrypterWithDst{}, NonceSize: nonceSize, NoncePrefix: noncePrefix, CiphertextSegmentSize: plaintextSegmentSize + nonceSize, FirstCiphertextSegmentOffset: firstCiphertextSegmentOffset, }) if err != nil { t.Fatalf("noncebased.NewReader() = _, err = %v, want nil", err) } decrypted, err := io.ReadAll(r1) if err != nil { t.Fatalf("io.ReadAll(r1) = _, err = %v, want nil", err) } if !bytes.Equal(decrypted, plaintext) { t.Fatalf("Decryption does not equal plaintext. (got = %x, want = %x)", decrypted, plaintext) } } func TestNonceBased_invalidParameters(t *testing.T) { testcases := []struct { name string plaintextSize int nonceSize int noncePrefixSize int plaintextSegmentSize int firstCiphertextSegmentOffset int chunkSize int expectedError error }{ { name: "nonceTooSmall", plaintextSize: 100, nonceSize: 5, noncePrefixSize: 5, plaintextSegmentSize: 20, firstCiphertextSegmentOffset: 10, chunkSize: 5, expectedError: noncebased.ErrNonceSizeTooShort, }, } for _, tc := range testcases { t.Run(tc.name, func(t *testing.T) { writerParams := noncebased.WriterParams{ NonceSize: tc.nonceSize, FirstCiphertextSegmentOffset: tc.firstCiphertextSegmentOffset, } _, _, _, err := testEncrypt(tc.plaintextSize, tc.noncePrefixSize, writerParams) if err != tc.expectedError { t.Errorf("did not produce expected error: got: %q, want: %q\n", err, tc.expectedError) } // Prepare empty input for testDecrypt(). ciphertextSegmentSize := tc.plaintextSegmentSize + tc.nonceSize ciphertextSize := tc.firstCiphertextSegmentOffset ciphertextSize += (tc.plaintextSize / tc.plaintextSegmentSize) * ciphertextSegmentSize plaintextRemainder := tc.plaintextSize % tc.plaintextSegmentSize if plaintextRemainder > 0 { ciphertextSize += plaintextRemainder + tc.nonceSize } readerParams := noncebased.ReaderParams{ NonceSize: tc.nonceSize, NoncePrefix: make([]byte, tc.noncePrefixSize), CiphertextSegmentSize: tc.plaintextSegmentSize + tc.nonceSize, FirstCiphertextSegmentOffset: tc.firstCiphertextSegmentOffset, } if err := testDecrypt(make([]byte, tc.plaintextSize), make([]byte, ciphertextSize), tc.chunkSize, readerParams); err != tc.expectedError { t.Errorf("did not produce expected error: got: %q, want: %q\n", err, tc.expectedError) } }) } } // testEncrypter is essentially a no-op cipher. // // It produces ciphertexts which contain the plaintext broken into segments, // with the unmodified per-segment nonce placed at the end of each segment. type testEncrypter struct { } func (e testEncrypter) EncryptSegment(segment, nonce []byte) ([]byte, error) { ctLen := len(segment) + len(nonce) ciphertext := make([]byte, ctLen) copy(ciphertext, segment) copy(ciphertext[len(segment):], nonce) return ciphertext, nil } type testDecrypter struct { } func (d testDecrypter) DecryptSegment(segment, nonce []byte) ([]byte, error) { tagStart := len(segment) - len(nonce) if tagStart < 0 { return nil, errors.New("segment too short") } tag := segment[tagStart:] if !bytes.Equal(nonce, tag) { return nil, fmt.Errorf("tag mismtach:\nsegment: %s\nnonce: %s\ntag: %s", hex.EncodeToString(segment), hex.EncodeToString(nonce), hex.EncodeToString(tag)) } result := make([]byte, tagStart) copy(result, segment[:tagStart]) return result, nil } // testEncrypterWithDst does the same as testEncrypter, but only implements the // new EncryptSegmentWithDst function, and leave the old EncryptSegment function unimplemented. type testEncrypterWithDst struct { } func (e testEncrypterWithDst) EncryptSegment(segment, nonce []byte) ([]byte, error) { return nil, errors.New("not implemented") } func (e testEncrypterWithDst) EncryptSegmentWithDst(dst, segment, nonce []byte) ([]byte, error) { if len(dst) != 0 { return nil, errors.New("dst must be empty") } ctLen := len(segment) + len(nonce) var ciphertext []byte if cap(dst) < ctLen { ciphertext = make([]byte, ctLen) } else { ciphertext = dst[:ctLen] } copy(ciphertext, segment) copy(ciphertext[len(segment):], nonce) return ciphertext, nil } type testDecrypterWithDst struct { } func (d testDecrypterWithDst) DecryptSegment(segment, nonce []byte) ([]byte, error) { return nil, errors.New("not implemented") } func (d testDecrypterWithDst) DecryptSegmentWithDst(dst, segment, nonce []byte) ([]byte, error) { if len(dst) != 0 { return nil, errors.New("dst must be empty") } plaintextLen := len(segment) - len(nonce) if plaintextLen < 0 { return nil, errors.New("segment too short") } tag := segment[plaintextLen:] if !bytes.Equal(nonce, tag) { return nil, fmt.Errorf("tag mismtach:\nsegment: %s\nnonce: %s\ntag: %s", hex.EncodeToString(segment), hex.EncodeToString(nonce), hex.EncodeToString(tag)) } var result []byte if cap(dst) < plaintextLen { result = make([]byte, plaintextLen) } else { result = dst[:plaintextLen] } copy(result, segment[:plaintextLen]) return result, nil } // testEncrypt generates a random plaintext and random noncePrefix, then uses // them to instantiate a noncebased.Writer and uses it to produce a ciphertext. // // The plaintext, ciphertext and nonce prefix are returned. func testEncrypt(plaintextSize, noncePrefixSize int, wp noncebased.WriterParams) ([]byte, []byte, []byte, error) { var dst bytes.Buffer dstWriter := bufio.NewWriter(&dst) noncePrefix := make([]byte, noncePrefixSize) if _, err := rand.Read(noncePrefix); err != nil { return nil, nil, nil, err } wp.W = dstWriter wp.SegmentEncrypter = testEncrypterWithDst{} wp.NoncePrefix = noncePrefix w, err := noncebased.NewWriter(wp) if err != nil { return nil, nil, nil, err } plaintext := make([]byte, plaintextSize) if _, err := rand.Read(plaintext); err != nil { return nil, nil, nil, err } w.Write(plaintext) w.Close() dstWriter.Flush() ciphertext := dst.Bytes() return plaintext, ciphertext, noncePrefix, nil } // testDecrypt instantiates a noncebased.Reader, uses it to decrypt ciphertext // and verifies it matches plaintext. While decrypting, it reads in chunkSize // increments. func testDecrypt(plaintext, ciphertext []byte, chunkSize int, rp noncebased.ReaderParams) error { rp.R = bytes.NewReader(ciphertext) rp.SegmentDecrypter = testDecrypterWithDst{} r, err := noncebased.NewReader(rp) if err != nil { return err } var ( chunk = make([]byte, chunkSize) decrypted = 0 eof = false ) for !eof { n, err := r.Read(chunk) if err != nil && err != io.EOF { return fmt.Errorf("error reading chunk: %v", err) } eof = err == io.EOF got := chunk[:n] want := plaintext[decrypted : decrypted+n] if !bytes.Equal(got, want) { return fmt.Errorf("decrypted data does not match. Got=%s;want=%s", hex.EncodeToString(got), hex.EncodeToString(want)) } decrypted += n } if decrypted != len(plaintext) { return fmt.Errorf("number of decrypted bytes does not match. Got=%d,want=%d", decrypted, len(plaintext)) } return nil } // This test uses testDecrypter and testEncrypter, to make sure that the old API is still working. func TestEncryptDecryptWithOldInterface(t *testing.T) { plaintextSize := 110 nonceSize := 10 noncePrefixSize := 5 plaintextSegmentSize := 20 firstCiphertextSegmentOffset := 10 chunkSize := 5 noncePrefix := make([]byte, noncePrefixSize) if _, err := rand.Read(noncePrefix); err != nil { t.Fatalf("Generating nonce prefix failed: %v\n", err) } var dst bytes.Buffer dstWriter := bufio.NewWriter(&dst) writerParams := noncebased.WriterParams{ NonceSize: nonceSize, PlaintextSegmentSize: plaintextSegmentSize, FirstCiphertextSegmentOffset: firstCiphertextSegmentOffset, W: dstWriter, SegmentEncrypter: testEncrypter{}, NoncePrefix: noncePrefix, } w, err := noncebased.NewWriter(writerParams) if err != nil { t.Fatalf("Creating writer failed: %v\n", err) } plaintext := make([]byte, plaintextSize) if _, err := rand.Read(plaintext); err != nil { t.Fatalf("Generating plaintext failed: %v\n", err) } w.Write(plaintext) w.Close() dstWriter.Flush() ciphertext := dst.Bytes() readerParams := noncebased.ReaderParams{ NonceSize: nonceSize, NoncePrefix: noncePrefix, CiphertextSegmentSize: plaintextSegmentSize + nonceSize, FirstCiphertextSegmentOffset: firstCiphertextSegmentOffset, R: bytes.NewReader(ciphertext), SegmentDecrypter: testDecrypterWithDst{}, } r, err := noncebased.NewReader(readerParams) if err != nil { t.Fatalf("creating reader failed: %v\n", err) } var ( chunk = make([]byte, chunkSize) decrypted = 0 eof = false ) for !eof { n, err := r.Read(chunk) if err != nil && err != io.EOF { t.Fatalf("Error reading chunk: %v", err) } eof = err == io.EOF got := chunk[:n] want := plaintext[decrypted : decrypted+n] if !bytes.Equal(got, want) { t.Fatalf("Decrypted data does not match. Got=%s;want=%s", hex.EncodeToString(got), hex.EncodeToString(want)) } decrypted += n } if decrypted != len(plaintext) { t.Fatalf("Number of decrypted bytes does not match. Got=%d,want=%d", decrypted, len(plaintext)) } } ================================================ FILE: streamingaead/subtle/subtle.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package subtle provides subtle implementations of the Streaming AEAD // primitive. package subtle ================================================ FILE: streamingaead/subtle/subtle_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "bytes" "encoding/hex" "fmt" "io" "github.com/tink-crypto/tink-go/v2/tink" ) var ( ikm = []byte{ 0x0, 0x1, 0x2, 0x3, 0x4, 0x5, 0x6, 0x7, 0x8, 0x9, 0xa, 0xb, 0xc, 0xd, 0xe, 0xf, 0x0, 0x11, 0x22, 0x33, 0x44, 0x55, 0x66, 0x77, 0x88, 0x99, 0xaa, 0xbb, 0xcc, 0xdd, 0xee, 0xff, } aad = []byte{0xaa, 0xbb, 0xcc, 0xdd, 0xee, 0xff} ) // encrypt generates a random plaintext of size plaintextSize and encrypts it // using the cipher. Upon success this function returns the actual plaintext // and ciphertext bytes. func encrypt(cipher tink.StreamingAEAD, aad []byte, plaintextSize int) ([]byte, []byte, error) { pt := make([]byte, plaintextSize) for i := range pt { pt[i] = byte(i % 253) } ctBuf := &bytes.Buffer{} w, err := cipher.NewEncryptingWriter(ctBuf, aad) if err != nil { return nil, nil, fmt.Errorf("cannot create an encrypt writer: %v", err) } n, err := w.Write(pt) if err != nil { return nil, nil, fmt.Errorf("error writing to an encrypt writer: %v", err) } if n != len(pt) { return nil, nil, fmt.Errorf("unexpected number of bytes written. Got=%d;want=%d", n, len(pt)) } if err := w.Close(); err != nil { return nil, nil, fmt.Errorf("error closing writer: %v", err) } return pt, ctBuf.Bytes(), err } // decrypt decrypts ciphertext ct using the cipher and validates that it's the // same as the original plaintext pt. func decrypt(cipher tink.StreamingAEAD, aad, pt, ct []byte, chunkSize int) error { r, err := cipher.NewDecryptingReader(bytes.NewBuffer(ct), aad) if err != nil { return fmt.Errorf("cannot create an encrypt reader: %v", err) } var ( chunk = make([]byte, chunkSize) decrypted = 0 eof = false ) for !eof { n, err := r.Read(chunk) if err != nil && err != io.EOF { return fmt.Errorf("error reading chunk: %v", err) } eof = err == io.EOF got := chunk[:n] want := pt[decrypted : decrypted+n] if !bytes.Equal(got, want) { return fmt.Errorf("decrypted data doesn't match. Got=%s;want=%s", hex.EncodeToString(got), hex.EncodeToString(want)) } decrypted += n } if decrypted != len(pt) { return fmt.Errorf("number of decrypted bytes doesn't match. Got=%d;want=%d", decrypted, len(pt)) } return nil } func segmentPos(segmentSize, firstSegmentOffset, headerLen, segmentNr int) (int, int) { start := segmentSize * segmentNr end := start + segmentSize firstSegmentDiff := firstSegmentOffset + headerLen if start > 0 { start -= firstSegmentDiff } end -= firstSegmentDiff return start + headerLen, end + headerLen } ================================================ FILE: subtle/hkdf.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "errors" "fmt" "io" "golang.org/x/crypto/hkdf" ) const ( // Minimum tag size in bytes. This provides minimum 80-bit security strength. minTagSizeInBytes = uint32(10) ) var errHKDFInvalidInput = errors.New("HKDF: invalid input") // validateHKDFParamsAndGetHashSize validates parameters of HKDF constructor // and returns the hash size. func validateHKDFParamsAndGetHashSize(hash string, keySize uint32, tagSize uint32) (uint32, error) { // validate tag size digestSize, err := GetHashDigestSize(hash) if err != nil { return 0, err } if tagSize > 255*digestSize { return 0, fmt.Errorf("tag size too big") } if tagSize < minTagSizeInBytes { return 0, fmt.Errorf("tag size too small") } return digestSize, nil } // ComputeHKDF extracts a pseudorandom key. func ComputeHKDF(hashAlg string, key []byte, salt []byte, info []byte, tagSize uint32) ([]byte, error) { keySize := uint32(len(key)) digestSize, err := validateHKDFParamsAndGetHashSize(hashAlg, keySize, tagSize) if err != nil { return nil, fmt.Errorf("hkdf: %s", err) } hashFunc := GetHashFunc(hashAlg) if hashFunc == nil { return nil, fmt.Errorf("hkdf: invalid hash algorithm") } if len(salt) == 0 { salt = make([]byte, digestSize) } result := make([]byte, tagSize) kdf := hkdf.New(hashFunc, key, salt, info) n, err := io.ReadFull(kdf, result) if n != len(result) || err != nil { return nil, fmt.Errorf("compute of hkdf failed") } return result, nil } ================================================ FILE: subtle/hkdf_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/subtle" ) func TestHKDFBasic(t *testing.T) { // Test vectors from RFC 5869, Appendix A. // // The name and desc fields align with the content from the RFC for easy // cross referencing. var tests = []struct { name string desc string hashAlg string key string salt string info string tagSize uint32 okm string }{ { name: "TestCase1", desc: "Basic test case with SHA-256", hashAlg: "SHA256", key: "0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b", salt: "000102030405060708090a0b0c", info: "f0f1f2f3f4f5f6f7f8f9", tagSize: 42, okm: "3cb25f25faacd57a90434f64d0362f2a2d2d0a90cf1a5a4c5db02d56ecc4c5bf34007208d5b887185865", }, { name: "TestCase2", desc: "Test with SHA-256 and longer inputs/outputs", hashAlg: "SHA256", key: "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f" + "202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f" + "404142434445464748494a4b4c4d4e4f", salt: "606162636465666768696a6b6c6d6e6f707172737475767778797a7b7c7d7e7f" + "808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9f" + "a0a1a2a3a4a5a6a7a8a9aaabacadaeaf", info: "b0b1b2b3b4b5b6b7b8b9babbbcbdbebfc0c1c2c3c4c5c6c7c8c9cacbcccdcecf" + "d0d1d2d3d4d5d6d7d8d9dadbdcdddedfe0e1e2e3e4e5e6e7e8e9eaebecedeeef" + "f0f1f2f3f4f5f6f7f8f9fafbfcfdfeff", tagSize: 82, okm: "b11e398dc80327a1c8e7f78c596a49344f012eda2d4efad8a050cc4c19afa97c" + "59045a99cac7827271cb41c65e590e09da3275600c2f09b8367793a9aca3db71" + "cc30c58179ec3e87c14c01d5c1f3434f1d87", }, { name: "TestCase3", desc: "Test with SHA-256 and zero-length salt/info", hashAlg: "SHA256", key: "0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b", salt: "", info: "", tagSize: 42, okm: "8da4e775a563c18f715f802a063c5a31b8a11f5c5ee1879ec3454e5f3c738d2d" + "9d201395faa4b61a96c8", }, { name: "TestCase4", desc: "Basic test case with SHA-1", hashAlg: "SHA1", key: "0b0b0b0b0b0b0b0b0b0b0b", salt: "000102030405060708090a0b0c", info: "f0f1f2f3f4f5f6f7f8f9", tagSize: 42, okm: "085a01ea1b10f36933068b56efa5ad81a4f14b822f5b091568a9cdd4f155fda2c22e422478d305f3f896", }, { name: "TestCase5", desc: "Test with SHA-1 and longer inputs/outputs", hashAlg: "SHA1", key: "000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f" + "202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f" + "404142434445464748494a4b4c4d4e4f", salt: "606162636465666768696a6b6c6d6e6f707172737475767778797a7b7c7d7e7f" + "808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9f" + "a0a1a2a3a4a5a6a7a8a9aaabacadaeaf", info: "b0b1b2b3b4b5b6b7b8b9babbbcbdbebfc0c1c2c3c4c5c6c7c8c9cacbcccdcecf" + "d0d1d2d3d4d5d6d7d8d9dadbdcdddedfe0e1e2e3e4e5e6e7e8e9eaebecedeeef" + "f0f1f2f3f4f5f6f7f8f9fafbfcfdfeff", tagSize: 82, okm: "0bd770a74d1160f7c9f12cd5912a06ebff6adcae899d92191fe4305673ba2ffe" + "8fa3f1a4e5ad79f3f334b3b202b2173c486ea37ce3d397ed034c7f9dfeb15c5e" + "927336d0441f4c4300e2cff0d0900b52d3b4", }, { name: "TestCase6", desc: "Test with SHA-1 and zero-length salt/info", hashAlg: "SHA1", key: "0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b0b", salt: "", info: "", tagSize: 42, okm: "0ac1af7002b3d761d1e55298da9d0506b9ae52057220a306e07b6b87e8df21d0" + "ea00033de03984d34918", }, { name: "TestCase7", desc: "Test with SHA-1, salt not provided (defaults to HashLen zero octets), zero-length info", hashAlg: "SHA1", key: "0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c0c", salt: "", info: "", tagSize: 42, okm: "2c91117204d745f3500d636a62f64f0ab3bae548aa53d423b0d1f27ebba6f5e5" + "673a081d70cce7acfc48", }, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { key, err := hex.DecodeString(test.key) if err != nil { t.Fatalf("%s\nhex.DecodeString(key) err = %v", test.desc, err) } salt, err := hex.DecodeString(test.salt) if err != nil { t.Fatalf("%s\nFailed decoding salt: %v", test.desc, err) } info, err := hex.DecodeString(test.info) if err != nil { t.Fatalf("%s\nFailed decoding info: %v", test.desc, err) } okm, err := subtle.ComputeHKDF(test.hashAlg, key, salt, info, test.tagSize) if err != nil { t.Errorf("%s\nsubtle.ComputeHKDF() err = %v, want nil", test.desc, err) } if got, want := hex.EncodeToString(okm), test.okm; got != want { t.Errorf("%s\nsubtle.ComputeHKDF() = %q, want %q", test.desc, got, want) } }) } } func TestNewHMACWithInvalidInput(t *testing.T) { var tests = []struct { name string hashAlg string tagSize uint32 }{ { name: "invalid algorithm", hashAlg: "SHA0", tagSize: 32, }, { name: "tag too short", hashAlg: "SHA256", tagSize: 9, }, { name: "tag too big", hashAlg: "SHA512", tagSize: 16323, }, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { if _, err := subtle.ComputeHKDF(test.hashAlg, nil, nil, nil, test.tagSize); err == nil { t.Fatalf("subtle.ComputeHKDF(%q, nil, nil, nil, %d) err is nil, want not nil", test.hashAlg, test.tagSize) } }) } } ================================================ FILE: subtle/random/random.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package random provides functions that generate random numbers or bytes. package random import ( "encoding/binary" "github.com/tink-crypto/tink-go/v2/internal/random" ) // GetRandomBytes randomly generates n bytes. func GetRandomBytes(n uint32) []byte { buf := make([]byte, n) random.MustRand(buf) return buf } // GetRandomUint32 randomly generates an unsigned 32-bit integer. func GetRandomUint32() uint32 { var b [4]byte random.MustRand(b[:]) return binary.BigEndian.Uint32(b[:]) } ================================================ FILE: subtle/random/random_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package random_test import ( "testing" "github.com/tink-crypto/tink-go/v2/subtle/random" ) func TestGetRandomBytes(t *testing.T) { for i := 0; i <= 32; i++ { buf := random.GetRandomBytes(uint32(i)) if len(buf) != i { t.Errorf("length of the output doesn't match the input") } } } ================================================ FILE: subtle/subtle.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package subtle provides common methods needed in subtle implementations. package subtle import ( "crypto/elliptic" "crypto/sha1" "crypto/sha256" "crypto/sha512" "encoding/hex" "errors" "hash" "math/big" ) var errNilHashFunc = errors.New("nil hash function") // hashDigestSize maps hash algorithms to their digest size in bytes. var hashDigestSize = map[string]uint32{ "SHA1": uint32(20), "SHA224": uint32(28), "SHA256": uint32(32), "SHA384": uint32(48), "SHA512": uint32(64), } // GetHashDigestSize returns the digest size of the specified hash algorithm. func GetHashDigestSize(hash string) (uint32, error) { digestSize, ok := hashDigestSize[hash] if !ok { return 0, errors.New("invalid hash algorithm") } return digestSize, nil } // TODO(ckl): Perhaps return an explicit error instead of ""/nil for the // following functions. // ConvertHashName converts different forms of a hash name to the // hash name that tink recognizes. func ConvertHashName(name string) string { switch name { case "SHA-224": return "SHA224" case "SHA-256": return "SHA256" case "SHA-384": return "SHA384" case "SHA-512": return "SHA512" case "SHA-1": return "SHA1" default: return "" } } // ConvertCurveName converts different forms of a curve name to the // name that tink recognizes. func ConvertCurveName(name string) string { switch name { case "secp256r1", "P-256": return "NIST_P256" case "secp384r1", "P-384": return "NIST_P384" case "secp521r1", "P-521": return "NIST_P521" default: return "" } } // GetHashFunc returns the corresponding hash function of the given hash name. func GetHashFunc(hash string) func() hash.Hash { switch hash { case "SHA1": return sha1.New case "SHA224": return sha256.New224 case "SHA256": return sha256.New case "SHA384": return sha512.New384 case "SHA512": return sha512.New default: return nil } } // GetCurve returns the curve object that corresponds to the given curve type. // It returns null if the curve type is not supported. func GetCurve(curve string) elliptic.Curve { switch curve { case "NIST_P256": return elliptic.P256() case "NIST_P384": return elliptic.P384() case "NIST_P521": return elliptic.P521() default: return nil } } // ComputeHash calculates a hash of the given data using the given hash function. func ComputeHash(hashFunc func() hash.Hash, data []byte) ([]byte, error) { if hashFunc == nil { return nil, errNilHashFunc } h := hashFunc() h.Write(data) return h.Sum(nil), nil } // NewBigIntFromHex returns a big integer from a hex string. func NewBigIntFromHex(s string) (*big.Int, error) { if len(s)%2 == 1 { s = "0" + s } b, err := hex.DecodeString(s) if err != nil { return nil, err } ret := new(big.Int).SetBytes(b) return ret, nil } ================================================ FILE: subtle/subtle_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "encoding/hex" "hash" "testing" "github.com/tink-crypto/tink-go/v2/subtle" ) func TestConvertHashName(t *testing.T) { if subtle.ConvertHashName("SHA-256") != "SHA256" || subtle.ConvertHashName("SHA-1") != "SHA1" || subtle.ConvertHashName("SHA-512") != "SHA512" || subtle.ConvertHashName("UNKNOWN_HASH") != "" { t.Errorf("incorrect hash name conversion") } } func TestConvertCurveName(t *testing.T) { if subtle.ConvertCurveName("secp256r1") != "NIST_P256" || subtle.ConvertCurveName("secp384r1") != "NIST_P384" || subtle.ConvertCurveName("secp521r1") != "NIST_P521" || subtle.ConvertCurveName("UNKNOWN_CURVE") != "" { t.Errorf("incorrect curve name conversion") } } func TestComputeHash(t *testing.T) { data := []byte("Hello") var tests = []struct { hashFunc func() hash.Hash expectedHash string }{ {subtle.GetHashFunc("SHA1"), "f7ff9e8b7bb2e09b70935a5d785e0cc5d9d0abf0"}, {subtle.GetHashFunc("SHA256"), "185f8db32271fe25f561a6fc938b2e264306ec304eda518007d1764826381969"}, {subtle.GetHashFunc("SHA512"), "3615f80c9d293ed7402687f94b22d58e529b8cc7916f8fac7fddf7fbd5af4cf777d3d795a7a00a16bf7e7f3fb9561ee9baae480da9fe7a18769e71886b03f315"}, } for _, tt := range tests { hashFunc := tt.hashFunc if hashFunc == nil { t.Fatal("got nil hash func") } hashed, err := subtle.ComputeHash(hashFunc, data) if err != nil { t.Fatalf("got error: %q", err) } if gotHash := hex.EncodeToString(hashed); gotHash != tt.expectedHash { t.Fatalf("Expected: %s. Got: %s", tt.expectedHash, gotHash) } } // unknown if subtle.GetHashFunc("UNKNOWN_HASH") != nil { t.Errorf("unexpected result for invalid hash types") } } func TestGetCurve(t *testing.T) { if subtle.GetCurve("NIST_P256").Params().Name != "P-256" { t.Errorf("incorrect result for NIST_P256") } if subtle.GetCurve("NIST_P384").Params().Name != "P-384" { t.Errorf("incorrect result for NIST_P384") } if subtle.GetCurve("NIST_P521").Params().Name != "P-521" { t.Errorf("incorrect result for NIST_P521") } if subtle.GetCurve("UNKNOWN_CURVE") != nil { t.Errorf("expect nil when curve is unknown") } } ================================================ FILE: subtle/x25519.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle import ( "crypto/rand" "golang.org/x/crypto/curve25519" ) // GeneratePrivateKeyX25519 generates a new 32-byte private key. func GeneratePrivateKeyX25519() ([]byte, error) { privKey := make([]byte, curve25519.ScalarSize) _, err := rand.Read(privKey) return privKey, err } // ComputeSharedSecretX25519 returns the 32-byte shared key, i.e. // privKey * pubValue on the curve. func ComputeSharedSecretX25519(privKey, pubValue []byte) ([]byte, error) { return curve25519.X25519(privKey, pubValue) } // PublicFromPrivateX25519 computes privKey's corresponding public key. func PublicFromPrivateX25519(privKey []byte) ([]byte, error) { return ComputeSharedSecretX25519(privKey, curve25519.Basepoint) } ================================================ FILE: subtle/x25519_test.go ================================================ // Copyright 2021 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package subtle_test import ( "crypto/rand" "encoding/hex" "fmt" "testing" "golang.org/x/crypto/curve25519" "github.com/tink-crypto/tink-go/v2/internal/testing/wycheproof" "github.com/tink-crypto/tink-go/v2/subtle" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestComputeSharedSecretX25519WithRFCTestVectors(t *testing.T) { // Test vectors are defined at // https://datatracker.ietf.org/doc/html/rfc7748#section-6.1. tests := []struct { priv string pub string }{ {"5dab087e624a8a4b79e17f8b83800ee66f3bb1292618b6fd1c2f8b27ff88e0eb", "8520f0098930a754748b7ddcb43ef75a0dbf3a0d26381af4eba4a98eaa9b4e6a"}, {"77076d0a7318a57d3c16c17251b26645df4c2f87ebc0992ab177fba51db92c2a", "de9edb7d7b7dc1b4d35b61c2ece435373f8343c85b78674dadfc7e146f882b4f"}, } shared := "4a5d9d5ba4ce2de1728e3bf480350f25e07e21c947d19e3376f09b3c1e161742" for i, test := range tests { t.Run(fmt.Sprintf("%d", i), func(t *testing.T) { priv, err := hex.DecodeString(test.priv) if err != nil { t.Fatalf("DecodeString(priv): got err %q, want nil", err) } pub, err := hex.DecodeString(test.pub) if err != nil { t.Fatalf("DecodeString(pub): got err %q, want nil", err) } gotShared, err := subtle.ComputeSharedSecretX25519(priv, pub) if err != nil { t.Fatalf("ComputeSharedSecretX25519(priv, pub): got err %q, want nil", err) } if got, want := hex.EncodeToString(gotShared), shared; got != want { t.Errorf("ComputeSharedSecretX25519(shared): got %v, want %v", got, want) } }) } } type x25519Suite struct { wycheproof.Suite TestGroups []*x25519Group `json:"testGroups"` } type x25519Group struct { wycheproof.Group Curve string `json:"curve"` Tests []*x25519Case `json:"tests"` } type x25519Case struct { wycheproof.Case Public testutil.HexBytes `json:"public"` Private testutil.HexBytes `json:"private"` Shared string `json:"shared"` Result string `json:"result"` Flags []string `json:"flags"` } func TestComputeSharedSecretX25519WithWycheproofVectors(t *testing.T) { suite := new(x25519Suite) wycheproof.PopulateSuiteV1(t, suite, "x25519_test.json") for _, group := range suite.TestGroups { if group.Curve != "curve25519" { continue } for _, test := range group.Tests { t.Run(fmt.Sprintf("%d", test.CaseID), func(t *testing.T) { gotShared, err := subtle.ComputeSharedSecretX25519(test.Private, test.Public) // ComputeSharedSecretX25519 fails on low order public values. wantErr := false for _, flag := range test.Flags { if flag == "LowOrderPublic" { wantErr = true } } if wantErr { if err == nil { t.Error("ComputeSharedSecretX25519(priv, pub): got success, want err") } } else { if err != nil { t.Errorf("ComputeSharedSecretX25519(priv, pub): got err %q, want nil", err) } if got, want := hex.EncodeToString(gotShared), test.Shared; got != want { t.Errorf("ComputeSharedSecretX25519(shared): got %v, want %v", got, want) } } }) } } } func TestComputeSharedSecretX25519Fails(t *testing.T) { pubs := []string{ // Should fail on non-32-byte inputs. "77076d0a7318a57d3c16c17251b26645df4c2f87ebc0992ab177fba51db92c", "8520f0098930a754748b7ddcb43ef75a0dbf3a0d26381af4eba4a98eaa9b4e6a2a", // Should fail on low order points, from Sodium // https://github.com/jedisct1/libsodium/blob/65621a1059a37d/src/libsodium/crypto_scalarmult/curve25519/ref10/x25519_ref10.c#L11-L70. "0000000000000000000000000000000000000000000000000000000000000000", "0100000000000000000000000000000000000000000000000000000000000000", "e0eb7a7c3b41b8ae1656e3faf19fc46ada098deb9c32b1fd866205165f49b800", "5f9c95bca3508c24b1d0b1559c83ef5b04445cc4581c8e86d8224eddd09f1157", "ecffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff7f", "edffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff7f", "eeffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff7f", } priv := make([]byte, curve25519.ScalarSize) if _, err := rand.Read(priv); err != nil { t.Fatal(err) } for i, pubHex := range pubs { t.Run(fmt.Sprintf("%d", i), func(t *testing.T) { pub, err := hex.DecodeString(pubHex) if err != nil { t.Fatalf("DecodeString(pub): got err %q, want nil", err) } if _, err := subtle.ComputeSharedSecretX25519(priv, pub); err == nil { t.Error("ComputeSharedSecretX25519(priv, pub): got success, want err") } }) } } func TestPublicFromPrivateX25519WithRFCTestVectors(t *testing.T) { // Test vectors are defined at // https://datatracker.ietf.org/doc/html/rfc7748#section-6.1. tests := []struct { priv string pub string }{ {"77076d0a7318a57d3c16c17251b26645df4c2f87ebc0992ab177fba51db92c2a", "8520f0098930a754748b7ddcb43ef75a0dbf3a0d26381af4eba4a98eaa9b4e6a"}, {"5dab087e624a8a4b79e17f8b83800ee66f3bb1292618b6fd1c2f8b27ff88e0eb", "de9edb7d7b7dc1b4d35b61c2ece435373f8343c85b78674dadfc7e146f882b4f"}, } for i, test := range tests { t.Run(fmt.Sprintf("%d", i), func(t *testing.T) { priv, err := hex.DecodeString(test.priv) if err != nil { t.Fatalf("DecodeString(priv): got err %q, want nil", err) } gotPub, err := subtle.PublicFromPrivateX25519(priv) if err != nil { t.Fatalf("PublicFromPrivateX25519(priv): got err %q, want nil", err) } if got, want := hex.EncodeToString(gotPub), test.pub; got != want { t.Errorf("PublicFromPrivateX25519(priv): got %s, want %s", got, want) } }) } } func TestPublicFromPrivateX25519Fails(t *testing.T) { // PublicFromPrivateX25519 fails on non-32-byte private keys. privs := []string{ "77076d0a7318a57d3c16c17251b26645df4c2f87ebc0992ab177fba51db92c", "5dab087e624a8a4b79e17f8b83800ee66f3bb1292618b6fd1c2f8b27ff88e0eb95", } for i, priv := range privs { t.Run(fmt.Sprintf("%d", i), func(t *testing.T) { priv, err := hex.DecodeString(priv) if err != nil { t.Fatalf("DecodeString(priv): got err %q, want nil", err) } if _, err := subtle.PublicFromPrivateX25519(priv); err == nil { t.Error("PublicFromPrivateX25519(priv): got success, want err") } }) } } ================================================ FILE: testdata/testvectors/hpke_boringssl.json ================================================ 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================================================ FILE: testing/fakekms/fakekms.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package fakekms provides a fake implementation of registry.KMSClient. // // Normally, a 'keyURI' identifies a key that is stored remotely by the KMS, // and every operation is executed remotely using a RPC call to the KMS, since // the key should not be sent to the client. // In this fake implementation we want to avoid these RPC calls. We achieve this // by encoding the key in the 'keyURI'. So the client simply needs to decode // the key and generate an AEAD out of it. This is of course insecure and should // only be used in testing. package fakekms import ( "bytes" "context" "encoding/base64" "fmt" "strings" "github.com/tink-crypto/tink-go/v2/aead" "github.com/tink-crypto/tink-go/v2/core/registry" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/testkeyset" "github.com/tink-crypto/tink-go/v2/tink" ) const fakePrefix = "fake-kms://" var _ registry.KMSClient = (*fakeClient)(nil) type fakeClient struct { uriPrefix string } type fakeAEADWithContext struct { aead tink.AEAD } // EncryptWithContext implements the [tink.AEADWithContext] interface for encryption. // The call fails if the context is canceled. func (a *fakeAEADWithContext) EncryptWithContext(ctx context.Context, plaintext, associatedData []byte) ([]byte, error) { select { case <-ctx.Done(): return nil, ctx.Err() default: return a.aead.Encrypt(plaintext, associatedData) } } // DecryptWithContext implements the [tink.AEADWithContext] interface for decryption. // The call fails if the context is canceled. func (a *fakeAEADWithContext) DecryptWithContext(ctx context.Context, ciphertext, associatedData []byte) ([]byte, error) { select { case <-ctx.Done(): return nil, ctx.Err() default: return a.aead.Decrypt(ciphertext, associatedData) } } // NewClient returns a fake KMS client which will handle keys with uriPrefix prefix. // keyURI must have the following format: 'fake-kms://'. func NewClient(uriPrefix string) (registry.KMSClient, error) { if !strings.HasPrefix(strings.ToLower(uriPrefix), fakePrefix) { return nil, fmt.Errorf("uriPrefix must start with %s, but got %s", fakePrefix, uriPrefix) } return &fakeClient{ uriPrefix: uriPrefix, }, nil } // Supported returns true if this client does support keyURI. func (c *fakeClient) Supported(keyURI string) bool { return strings.HasPrefix(keyURI, c.uriPrefix) } // GetAEAD returns an AEAD by keyURI. func (c *fakeClient) GetAEAD(keyURI string) (tink.AEAD, error) { if !c.Supported(keyURI) { return nil, fmt.Errorf("keyURI must start with prefix %s, but got %s", c.uriPrefix, keyURI) } return NewAEAD(keyURI) } // NewAEAD returns a new [tink.AEAD] for the given keyURI. func NewAEAD(keyURI string) (tink.AEAD, error) { encodeKeyset := strings.TrimPrefix(keyURI, fakePrefix) keysetData, err := base64.RawURLEncoding.DecodeString(encodeKeyset) if err != nil { return nil, err } reader := keyset.NewBinaryReader(bytes.NewReader(keysetData)) handle, err := testkeyset.Read(reader) if err != nil { return nil, err } return aead.New(handle) } // NewAEADWithContext returns a new [tink.AeadWithContext] for the given keyURI. // // The returned AEADWithContext will fail if the context is canceled. func NewAEADWithContext(keyURI string) (tink.AEADWithContext, error) { aead, err := NewAEAD(keyURI) if err != nil { return nil, err } return &fakeAEADWithContext{aead: aead}, nil } // NewKeyURI returns a new, random fake KMS key URI. func NewKeyURI() (string, error) { handle, err := keyset.NewHandle(aead.AES128GCMKeyTemplate()) if err != nil { return "", err } buf := new(bytes.Buffer) writer := keyset.NewBinaryWriter(buf) err = testkeyset.Write(handle, writer) if err != nil { return "", err } return fakePrefix + base64.RawURLEncoding.EncodeToString(buf.Bytes()), nil } ================================================ FILE: testing/fakekms/fakekms_test.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package fakekms_test import ( "bytes" "context" "errors" "testing" "github.com/tink-crypto/tink-go/v2/testing/fakekms" ) const keyURI = "fake-kms://CM2b3_MDElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIK75t5L-adlUwVhWvRuWUwYARABGM2b3_MDIAE" const anotherKeyURI = "fake-kms://CLHW_5cHElQKSAowdHlwZS5nb29nbGVhcGlzLmNvbS9nb29nbGUuY3J5cHRvLnRpbmsuQWVzR2NtS2V5EhIaEIZ-2h9InfZTbbkJjaJBsVgYARABGLHW_5cHIAE" func TestValidKeyURIs(t *testing.T) { newKeyURI, err := fakekms.NewKeyURI() if err != nil { t.Fatal(err) } var testCases = []string{ keyURI, anotherKeyURI, newKeyURI, } for _, tc := range testCases { t.Run(tc, func(t *testing.T) { client, err := fakekms.NewClient(tc) if err != nil { t.Fatalf("testutil.NewFakeKMSClient(keyURI) failed: %v", err) } if !client.Supported(tc) { t.Fatalf("client.Supported(keyURI) is false, want true") } primitive, err := client.GetAEAD(tc) if err != nil { t.Fatalf("client.GetAEAD(keyURI) failed: %v", err) } plaintext := []byte("some data to encrypt") aad := []byte("extra data to authenticate") ciphertext, err := primitive.Encrypt(plaintext, aad) if err != nil { t.Fatalf("primitive.Encrypt(plaintext, aad) failed: %v", err) } decrypted, err := primitive.Decrypt(ciphertext, aad) if err != nil { t.Fatalf("primitive.Decrypt(ciphertext, aad) failed: %v", err) } if !bytes.Equal(plaintext, decrypted) { t.Fatalf("decrypted data doesn't match plaintext, got: %q, want: %q", decrypted, plaintext) } invalidAssociatedData := []byte("invalid") _, err = primitive.Decrypt(ciphertext, invalidAssociatedData) if err == nil { t.Fatalf("primitive.Decrypt(ciphertext, invalidAssociatedData) err = nil, want error") } }) } } func TestBadUriPrefix(t *testing.T) { _, err := fakekms.NewClient("bad-prefix://encodedkeyset") if err == nil { t.Fatalf("fakekms.NewClient('bad-prefix://encodedkeyset') succeeded, want fail") } } func TestValidPrefix(t *testing.T) { uriPrefix := "fake-kms://CM2b" // is a prefix of keyURI client, err := fakekms.NewClient(uriPrefix) if err != nil { t.Fatalf("fakekms.NewClient(uriPrefix) failed: %v", err) } if !client.Supported(keyURI) { t.Fatalf("client with URI prefix %s should support key URI %s", uriPrefix, keyURI) } _, err = client.GetAEAD(keyURI) if err != nil { t.Fatalf("client.GetAEAD(anotherKeyURI) failed: %v", err) } } func TestInvalidPrefix(t *testing.T) { uriPrefix := "fake-kms://CM2x" // is not a prefix of keyURI client, err := fakekms.NewClient(uriPrefix) if err != nil { t.Fatalf("fakekms.NewClient(uriPrefix) failed: %v", err) } if client.Supported(keyURI) { t.Fatalf("client with URI prefix %s should not support key URI %s", uriPrefix, keyURI) } _, err = client.GetAEAD(keyURI) if err == nil { t.Fatalf("client.GetAEAD(keyURI) succeeded, want fail") } } func TestGetAeadFailsWithBadKeysetEncoding(t *testing.T) { client, err := fakekms.NewClient("fake-kms://bad") if err != nil { t.Fatalf("fakekms.NewClient('fake-kms://bad') failed: %v", err) } _, err = client.GetAEAD("fake-kms://badencoding") if err == nil { t.Fatalf("client.GetAEAD('fake-kms://badencoding') succeeded, want fail") } } func TestAEAD(t *testing.T) { primitive, err := fakekms.NewAEAD(keyURI) if err != nil { t.Fatalf("fakems.NewAEAD(keyURI) failed: %v", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("primitive.Encrypt(ctx, plaintext, associatedData) failed: %v", err) } decrypted, err := primitive.Decrypt(ciphertext, associatedData) if err != nil { t.Fatalf("primitive.Decrypt(ctx, ciphertext, aad) failed: %v", err) } if !bytes.Equal(decrypted, plaintext) { t.Fatalf("decrypted data doesn't match plaintext, got: %q, want: %q", decrypted, plaintext) } invalidAssociatedData := []byte("invalid") _, err = primitive.Decrypt(ciphertext, invalidAssociatedData) if err == nil { t.Fatalf("primitive.Decrypt(ciphertext, invalidAssociatedData) err = nil, want error") } } func TestNewAEADWithContext(t *testing.T) { primitive, err := fakekms.NewAEADWithContext(keyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(keyURI) failed: %v", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ctx := context.Background() ciphertext, err := primitive.EncryptWithContext(ctx, plaintext, associatedData) if err != nil { t.Fatalf("primitive.Encrypt(ctx, plaintext, associatedData) failed: %v", err) } decrypted, err := primitive.DecryptWithContext(ctx, ciphertext, associatedData) if err != nil { t.Fatalf("primitive.Decrypt(ctx, ciphertext, aad) failed: %v", err) } if !bytes.Equal(decrypted, plaintext) { t.Fatalf("decrypted data doesn't match plaintext, got: %q, want: %q", decrypted, plaintext) } invalidAssociatedData := []byte("invalid") _, err = primitive.DecryptWithContext(ctx, ciphertext, invalidAssociatedData) if err == nil { t.Fatalf("primitive.DecryptWithContext(ciphertext, invalidAssociatedData) err = nil, want error") } } func TestCompatibility_AEAD_AEADWithContext(t *testing.T) { primitive, err := fakekms.NewAEAD(keyURI) if err != nil { t.Fatalf("fakekms.GetAEAD(keyURI) failed: %v", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ciphertext, err := primitive.Encrypt(plaintext, associatedData) if err != nil { t.Fatalf("primitive.Encrypt(plaintext, associatedData) failed: %v", err) } remotePrimitive, err := fakekms.NewAEADWithContext(keyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(keyURI) failed: %v", err) } ctx := context.Background() decrypted, err := remotePrimitive.DecryptWithContext(ctx, ciphertext, associatedData) if err != nil { t.Fatalf("remotePrimitive.DecryptWithContext(ctx, ciphertext, associatedData) failed: %v", err) } if !bytes.Equal(decrypted, plaintext) { t.Fatalf("decrypted data doesn't match plaintext, got: %q, want: %q", decrypted, plaintext) } } func TestAEADWithContext_canceledContextFails(t *testing.T) { primitive, err := fakekms.NewAEADWithContext(keyURI) if err != nil { t.Fatalf("fakekms.NewAEADWithContext(keyURI) failed: %v", err) } plaintext := []byte("plaintext") associatedData := []byte("associatedData") ctx := context.Background() ciphertext, err := primitive.EncryptWithContext(ctx, plaintext, associatedData) if err != nil { t.Fatalf("primitive.EncryptWithContext(ctx, plaintext, associatedData) failed: %v", err) } canceledCtx, cancel := context.WithCancelCause(ctx) causeErr := errors.New("cause error message") cancel(causeErr) _, err = primitive.EncryptWithContext(canceledCtx, plaintext, associatedData) if err == nil { t.Fatal("primitive.EncryptWithContext(canceledCtx, plaintext, associatedData) err = nil, want error") } _, err = primitive.DecryptWithContext(canceledCtx, ciphertext, associatedData) if err == nil { t.Fatalf("primitive.DecryptWithContext(canceledCtx, ciphertext, associatedData) err = nil, want error") } } ================================================ FILE: testing/fakemonitoring/fakemonitoring.go ================================================ // Copyright 2022 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package fakemonitoring provides a fake implementation of monitoring clients and loggers. package fakemonitoring import ( "sync" "github.com/tink-crypto/tink-go/v2/monitoring" ) // Logger implements a fake monitoring.Logger type Logger struct { Context *monitoring.Context client *Client } var _ monitoring.Logger = (*Logger)(nil) // Log logs the use of a primitive with a key with `keyID` operating over `numBytes`. func (l *Logger) Log(keyID uint32, numBytes int) { l.client.addEvent(&LogEvent{ Context: l.Context, KeyID: keyID, NumBytes: numBytes, }) } // LogFailure captures a failure. func (l *Logger) LogFailure() { l.client.addFailure(&LogFailure{Context: l.Context}) } // LogKeyExport captures a successful key export. func (l *Logger) LogKeyExport(keyID uint32) { l.client.addKeyExport(&LogKeyExport{Context: l.Context, KeyID: keyID}) } // LogEvent stored on each 'Log' operation. type LogEvent struct { Context *monitoring.Context KeyID uint32 NumBytes int } // LogFailure stored on each 'LogFailure' operation. type LogFailure struct { Context *monitoring.Context } // LogKeyExport stored on each 'LogKeyExport' operation. type LogKeyExport struct { Context *monitoring.Context KeyID uint32 } // Client implements a fake monitoring.Client type Client struct { Name string eventsMu sync.Mutex events []*LogEvent failuresMu sync.Mutex failures []*LogFailure keyExportsMu sync.Mutex keyExports []*LogKeyExport } var _ monitoring.Client = (*Client)(nil) // NewClient creates a new fake monitoring client. func NewClient(name string) *Client { return &Client{ Name: name, } } // NewLogger creates a new fake Logger. func (c *Client) NewLogger(context *monitoring.Context) (monitoring.Logger, error) { return &Logger{ Context: context, client: c, }, nil } // Events returns logged events. func (c *Client) Events() []*LogEvent { return c.events } // Failures returns logged failures. func (c *Client) Failures() []*LogFailure { return c.failures } // KeyExportsLogs returns key exports. func (c *Client) KeyExportsLogs() []*LogKeyExport { return c.keyExports } func (c *Client) addEvent(event *LogEvent) { c.eventsMu.Lock() defer c.eventsMu.Unlock() c.events = append(c.events, event) } func (c *Client) addFailure(failure *LogFailure) { defer c.failuresMu.Unlock() c.failuresMu.Lock() c.failures = append(c.failures, failure) } func (c *Client) addKeyExport(keyExport *LogKeyExport) { defer c.keyExportsMu.Unlock() c.keyExportsMu.Lock() c.keyExports = append(c.keyExports, keyExport) } ================================================ FILE: testing/fakemonitoring/fakemonitoring_test.go ================================================ // Copyright 2022 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package fakemonitoring_test import ( "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/monitoring" "github.com/tink-crypto/tink-go/v2/testing/fakemonitoring" ) func TestCreateNewClient(t *testing.T) { client := fakemonitoring.NewClient("fake-client") if client.Name != "fake-client" { t.Errorf("client.Name = %q, want %q", client.Name, "fake-client") } } func TestCreateNewLoggers(t *testing.T) { client := fakemonitoring.NewClient("client") ctxEnc := monitoring.NewContext("aead", "encrypt", monitoring.NewKeysetInfo(nil, 0, []*monitoring.Entry{})) encLogger, err := client.NewLogger(ctxEnc) if err != nil { t.Fatalf("NewLogger() err = %v, want nil", err) } ctxDec := monitoring.NewContext("aead", "decrypt", monitoring.NewKeysetInfo(nil, 0, []*monitoring.Entry{})) decLogger, err := client.NewLogger(ctxDec) if err != nil { t.Fatalf("NewLogger() err = %v, want nil", err) } gotEnc := encLogger.(*fakemonitoring.Logger).Context if !cmp.Equal(gotEnc, ctxEnc) { t.Errorf("got = %v, want = %v", gotEnc, ctxEnc) } gotDec := decLogger.(*fakemonitoring.Logger).Context if !cmp.Equal(gotDec, ctxDec) { t.Errorf("got = %v, want = %v", gotDec, ctxDec) } } func TestLoggerRecordsEvents(t *testing.T) { client := fakemonitoring.NewClient("client") ctxEnc := monitoring.NewContext("aead", "encrypt", monitoring.NewKeysetInfo(nil, 0, []*monitoring.Entry{})) logger, err := client.NewLogger(ctxEnc) if err != nil { t.Fatalf("NewLogger() err = %v, want nil", err) } logger.Log(5, 8) logger.Log(10, 3) logger.Log(12, 3) got := client.Events() want := []*fakemonitoring.LogEvent{ { Context: ctxEnc, KeyID: 5, NumBytes: 8, }, { Context: ctxEnc, KeyID: 10, NumBytes: 3, }, { Context: ctxEnc, KeyID: 12, NumBytes: 3, }, } if !cmp.Equal(got, want) { t.Errorf("Events() = %v, want = %v", got, want) } } func TestLogFailureRecordsFailure(t *testing.T) { client := fakemonitoring.NewClient("client") ctxEnc := monitoring.NewContext("aead", "encrypt", monitoring.NewKeysetInfo(nil, 0, []*monitoring.Entry{})) logger, err := client.NewLogger(ctxEnc) if err != nil { t.Fatalf("NewLogger() err = %v, want nil", err) } logger.LogFailure() logger.LogFailure() got := client.Failures() want := []*fakemonitoring.LogFailure{ { Context: ctxEnc, }, { Context: ctxEnc, }, } if !cmp.Equal(got, want) { t.Errorf("Failures() = %v, want = %v", got, want) } } ================================================ FILE: testing/insecuresecretdataaccesstest/insecuresecretdataaccesstest.go ================================================ // Copyright 2024 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package insecuresecretdataaccesstest provides a utility function to obtain a // [insecuresecretdataaccess.Token] value to use in tests. package insecuresecretdataaccesstest import "github.com/tink-crypto/tink-go/v2/insecuresecretdataaccess" // Token returns a [insecuresecretdataaccess.Token] for use in tests. func Token() insecuresecretdataaccess.Token { return insecuresecretdataaccess.Token{} } ================================================ FILE: testkeyset/testkeyset.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package testkeyset provides for test code methods to read or write cleartext keyset material. package testkeyset import ( "errors" "github.com/tink-crypto/tink-go/v2/internal" "github.com/tink-crypto/tink-go/v2/keyset" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) var ( keysetHandle = internal.KeysetHandle.(func(*tinkpb.Keyset, ...keyset.Option) (*keyset.Handle, error)) keysetMaterial = internal.KeysetMaterial.(func(*keyset.Handle) *tinkpb.Keyset) errInvalidKeyset = errors.New("cleartextkeyset: invalid keyset") errInvalidHandle = errors.New("cleartextkeyset: invalid handle") errInvalidReader = errors.New("cleartextkeyset: invalid reader") errInvalidWriter = errors.New("cleartextkeyset: invalid writer") ) // NewHandle creates a new instance of Handle using the given keyset. func NewHandle(ks *tinkpb.Keyset) (*keyset.Handle, error) { if ks == nil || len(ks.Key) == 0 { return nil, errInvalidKeyset } return keysetHandle(ks) } // Read creates a keyset.Handle from a cleartext keyset obtained via r. func Read(r keyset.Reader) (*keyset.Handle, error) { if r == nil { return nil, errInvalidReader } ks, err := r.Read() if err != nil || ks == nil || len(ks.Key) == 0 { return nil, errInvalidKeyset } return keysetHandle(ks) } // Write exports the keyset from h to the given writer w without encrypting it. // Storing secret key material in an unencrypted fashion is dangerous. If feasible, you should use // [keyset.Handle.Write] instead. func Write(h *keyset.Handle, w keyset.Writer) error { if h == nil { return errInvalidHandle } if w == nil { return errInvalidWriter } return w.Write(KeysetMaterial(h)) } // KeysetMaterial returns the key material contained in a keyset.Handle. func KeysetMaterial(h *keyset.Handle) *tinkpb.Keyset { return keysetMaterial(h) } // KeysetHandle creates a keyset.Handle from cleartext key material. // // Callers should verify that the returned *keyset.Handle isn't nil. // // Deprecated: Use [NewHandle]. func KeysetHandle(ks *tinkpb.Keyset) *keyset.Handle { kh, err := keysetHandle(ks) if err != nil { // This *keyset.Handle can only return errors when *keyset.Option arguments // are provided. To maintain backwards compatibility and avoid panic, it returns // a nil value if an error happens. return nil } return kh } ================================================ FILE: testkeyset/testkeyset_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package testkeyset_test import ( "testing" "github.com/google/go-cmp/cmp" "github.com/tink-crypto/tink-go/v2/insecurecleartextkeyset" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/testkeyset" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func makeKeyset(template *tinkpb.KeyTemplate) (*tinkpb.Keyset, error) { h, err := keyset.NewHandle(template) if err != nil { return nil, err } return insecurecleartextkeyset.KeysetMaterial(h), nil } func TestNewHandleCallsAreConsistent(t *testing.T) { ks, err := makeKeyset(mac.HMACSHA256Tag128KeyTemplate()) if err != nil { t.Fatalf("makeKeyset(mac.HMACSHA256Tag128KeyTemplate()) err = %v, want nil", err) } handle1, err := testkeyset.NewHandle(ks) if err != nil { t.Fatalf("testkeyset.NewHandle() err = %v, want nil", err) } p1, err := mac.New(handle1) if err != nil { t.Fatalf("mac.New(handle1) err = %v, want nil", err) } p2, err := mac.New(testkeyset.KeysetHandle(ks)) if err != nil { t.Fatalf("mac.New(testkeyset.KeysetHandle(ks)) err = %v, want nil", err) } data := []byte("data") m1, err := p1.ComputeMAC(data) if err != nil { t.Fatalf("p1.ComputeMAC(data) err = %v, want nil", err) } m2, err := p2.ComputeMAC(data) if err != nil { t.Fatalf("p2.ComputeMAC(data) err = %v, want nil", err) } if !cmp.Equal(m1, m2) { t.Errorf("MAC mistmatch, got = %v, want %v", m1, m2) } } ================================================ FILE: testutil/constant.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package testutil const ( // AEAD // AESCTRHMACAEADKeyVersion is the maximal version of AES-CTR-HMAC-AEAD keys that Tink supports. AESCTRHMACAEADKeyVersion = 0 // AESCTRHMACAEADTypeURL is the type URL of AES-CTR-HMAC-AEAD keys that Tink supports. AESCTRHMACAEADTypeURL = "type.googleapis.com/google.crypto.tink.AesCtrHmacAeadKey" // AESGCMKeyVersion is the maximal version of AES-GCM keys. AESGCMKeyVersion = 0 // AESGCMTypeURL is the type URL of AES-GCM keys that Tink supports. AESGCMTypeURL = "type.googleapis.com/google.crypto.tink.AesGcmKey" // AESGCMSIVKeyVersion is the maximal version of AES-GCM-SIV keys. AESGCMSIVKeyVersion = 0 // AESGCMSIVTypeURL is the type URL of AES-GCM-SIV keys that Tink supports. AESGCMSIVTypeURL = "type.googleapis.com/google.crypto.tink.AesGcmSivKey" // ChaCha20Poly1305KeyVersion is the maximal version of ChaCha20Poly1305 keys that Tink supports. ChaCha20Poly1305KeyVersion = 0 // ChaCha20Poly1305TypeURL is the type URL of ChaCha20Poly1305 keys. ChaCha20Poly1305TypeURL = "type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key" // KMSEnvelopeAEADKeyVersion is the maximal version of KMSEnvelopeAEAD keys that Tink supports. KMSEnvelopeAEADKeyVersion = 0 // KMSEnvelopeAEADTypeURL is the type URL of KMSEnvelopeAEAD keys. KMSEnvelopeAEADTypeURL = "type.googleapis.com/google.crypto.tink.KmsEnvelopeAeadKey" // XChaCha20Poly1305KeyVersion is the maximal version of XChaCha20Poly1305 keys that Tink supports. XChaCha20Poly1305KeyVersion = 0 // XChaCha20Poly1305TypeURL is the type URL of XChaCha20Poly1305 keys. XChaCha20Poly1305TypeURL = "type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key" // EciesAeadHkdfPrivateKeyKeyVersion is the maximal version of keys that this key manager supports. EciesAeadHkdfPrivateKeyKeyVersion = 0 // EciesAeadHkdfPrivateKeyTypeURL is the url that this key manager supports. EciesAeadHkdfPrivateKeyTypeURL = "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey" // EciesAeadHkdfPublicKeyKeyVersion is the maximal version of keys that this key manager supports. EciesAeadHkdfPublicKeyKeyVersion = 0 // EciesAeadHkdfPublicKeyTypeURL is the url that this key manager supports. EciesAeadHkdfPublicKeyTypeURL = "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPublicKey" // DeterministicAEAD // AESSIVKeyVersion is the maximal version of AES-SIV keys that Tink supports. AESSIVKeyVersion = 0 // AESSIVTypeURL is the type URL of AES-SIV keys. AESSIVTypeURL = "type.googleapis.com/google.crypto.tink.AesSivKey" // MAC // HMACKeyVersion is the maximal version of HMAC keys that Tink supports. HMACKeyVersion = 0 // HMACTypeURL is the type URL of HMAC keys. HMACTypeURL = "type.googleapis.com/google.crypto.tink.HmacKey" // AESCMACKeyVersion is the maximal version of HMAC keys that Tink supports. AESCMACKeyVersion = 0 // AESCMACTypeURL is the type URL of AES-CMAC keys. AESCMACTypeURL = "type.googleapis.com/google.crypto.tink.AesCmacKey" // PRF Set // AESCMACPRFKeyVersion is the maximal version of AES CMAC PRF keys that Tink supports. AESCMACPRFKeyVersion = 0 // AESCMACPRFTypeURL is the type URL of AES CMAC PRF keys. AESCMACPRFTypeURL = "type.googleapis.com/google.crypto.tink.AesCmacPrfKey" // HKDFPRFKeyVersion is the maximal version of HKDF PRF keys that Tink supports. HKDFPRFKeyVersion = 0 // HKDFPRFTypeURL is the type URL of HKDF PRF keys. HKDFPRFTypeURL = "type.googleapis.com/google.crypto.tink.HkdfPrfKey" // HMACPRFKeyVersion is the maximal version of HMAC PRF keys that Tink supports. HMACPRFKeyVersion = 0 // HMACPRFTypeURL is the type URL of HMAC PRF keys. HMACPRFTypeURL = "type.googleapis.com/google.crypto.tink.HmacPrfKey" // Digital signatures // ECDSASignerKeyVersion is the maximum version of ECDSA private keys that Tink supports. ECDSASignerKeyVersion = 0 // ECDSASignerTypeURL is the type URL of ECDSA private keys. ECDSASignerTypeURL = "type.googleapis.com/google.crypto.tink.EcdsaPrivateKey" // ECDSAVerifierKeyVersion is the maximum version of ECDSA public keys that Tink supports. ECDSAVerifierKeyVersion = 0 // ECDSAVerifierTypeURL is the type URL of ECDSA public keys. ECDSAVerifierTypeURL = "type.googleapis.com/google.crypto.tink.EcdsaPublicKey" // ED25519SignerKeyVersion is the maximum version of ED25519 private keys that Tink supports. ED25519SignerKeyVersion = 0 // ED25519SignerTypeURL is the type URL of ED25519 private keys. ED25519SignerTypeURL = "type.googleapis.com/google.crypto.tink.Ed25519PrivateKey" // ED25519VerifierKeyVersion is the maximum version of ED25519 public keys that Tink supports. ED25519VerifierKeyVersion = 0 // ED25519VerifierTypeURL is the type URL of ED25519 public keys. ED25519VerifierTypeURL = "type.googleapis.com/google.crypto.tink.Ed25519PublicKey" // Streaming AEAD // AESGCMHKDFKeyVersion is the maximum version of AES-GCM-HKDF keys that Tink supports. AESGCMHKDFKeyVersion = 0 // AESGCMHKDFTypeURL is the type URL of AES-GCM-HKDF keys that Tink supports. AESGCMHKDFTypeURL = "type.googleapis.com/google.crypto.tink.AesGcmHkdfStreamingKey" // AESCTRHMACKeyVersion is the maximum version of AES-CTR-HMAC keys that Tink supports. AESCTRHMACKeyVersion = 0 // AESCTRHMACTypeURL is the type URL of AES-CTR-HMAC keys that Tink supports. AESCTRHMACTypeURL = "type.googleapis.com/google.crypto.tink.AesCtrHmacStreamingKey" ) ================================================ FILE: testutil/hexbytes.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package testutil import ( "encoding/hex" ) // HexBytes is a helper type for unmarshalling a byte sequence represented as a // hex encoded string. type HexBytes []byte // UnmarshalText converts a hex encoded string into a sequence of bytes. func (a *HexBytes) UnmarshalText(text []byte) error { decoded, err := hex.DecodeString(string(text)) if err != nil { return err } *a = decoded return nil } ================================================ FILE: testutil/hexbytes_test.go ================================================ // Copyright 2019 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package testutil_test import ( "bytes" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/testutil" ) func TestHexBytes(t *testing.T) { validHex := []byte("abc123") want, err := hex.DecodeString(string(validHex)) if err != nil { t.Fatalf("hex.DecodeString(%q) err = %v, want nil", validHex, err) } var got testutil.HexBytes if err = got.UnmarshalText(validHex); err != nil { t.Fatalf("hb.UnmarshalText(%q) err = %v, want nil", validHex, err) } if !bytes.Equal(got, want) { t.Errorf("hb.UnmarshalText(%q); hb = %v, want %v", validHex, got, want) } } func TestHexBytes_DecodeError(t *testing.T) { invalidHex := []byte("xyz") var hb testutil.HexBytes err := hb.UnmarshalText(invalidHex) if err == nil { t.Errorf("hb.UnmarshalText(%q) = nil, want err", invalidHex) } } ================================================ FILE: testutil/hybrid/private_key.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package hybrid provides HybridEncrypt/Decrypt primitive-specific test // utilities. package hybrid import ( "errors" "fmt" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/testkeyset" hpkepb "github.com/tink-crypto/tink-go/v2/proto/hpke_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) const ( // HPKE key lengths from // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.1. hpkeX25519HKDFSHA256PrivKeyLen = 32 hpkeX25519HKDFSHA256PubKeyLen = 32 hpkePrivateKeyTypeURL = "type.googleapis.com/google.crypto.tink.HpkePrivateKey" ) // KeysetHandleFromSerializedPrivateKey returns a keyset handle containing a // primary key that has the specified privKeyBytes and pubKeyBytes and matches // template. // // Supported templates include: // - DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template, // which requires privKeyBytes and pubKeyBytes to be the KEM-encoding of the // private and public key, respectively, i.e. SerializePrivateKey and // SerializePublicKey in // https://www.rfc-editor.org/rfc/rfc9180.html#section-7.1.1. func KeysetHandleFromSerializedPrivateKey(privKeyBytes, pubKeyBytes []byte, template *tinkpb.KeyTemplate) (*keyset.Handle, error) { params, err := hpkeParamsFromTemplate(template) if err != nil { return nil, fmt.Errorf("failed to verify key template: %v", err) } if len(privKeyBytes) != hpkeX25519HKDFSHA256PrivKeyLen { return nil, fmt.Errorf("privKeyBytes length is %d but should be %d", len(privKeyBytes), hpkeX25519HKDFSHA256PrivKeyLen) } if len(pubKeyBytes) != hpkeX25519HKDFSHA256PubKeyLen { return nil, fmt.Errorf("pubKeyBytes length is %d but should be %d", len(pubKeyBytes), hpkeX25519HKDFSHA256PubKeyLen) } privKey := &hpkepb.HpkePrivateKey{ Version: 0, PrivateKey: privKeyBytes, PublicKey: &hpkepb.HpkePublicKey{ Version: 0, Params: params, PublicKey: pubKeyBytes, }, } serializedPrivKey, err := proto.Marshal(privKey) if err != nil { return nil, fmt.Errorf("failed to marshal HpkePrivateKey %v: %v", privKey, err) } ks := &tinkpb.Keyset{ PrimaryKeyId: 1, Key: []*tinkpb.Keyset_Key{ { KeyData: &tinkpb.KeyData{ TypeUrl: hpkePrivateKeyTypeURL, Value: serializedPrivKey, KeyMaterialType: tinkpb.KeyData_ASYMMETRIC_PRIVATE, }, Status: tinkpb.KeyStatusType_ENABLED, KeyId: 1, OutputPrefixType: tinkpb.OutputPrefixType_RAW, }, }, } return testkeyset.NewHandle(ks) } // hpkeParamsFromTemplate returns HPKE params after verifying that template is // supported. // // Supported templates include: // - DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template. func hpkeParamsFromTemplate(template *tinkpb.KeyTemplate) (*hpkepb.HpkeParams, error) { if template.GetTypeUrl() != hpkePrivateKeyTypeURL { return nil, fmt.Errorf("not key type URL %s", hpkePrivateKeyTypeURL) } if template.GetOutputPrefixType() != tinkpb.OutputPrefixType_RAW { return nil, errors.New("not raw output prefix type") } keyFormat := &hpkepb.HpkeKeyFormat{} if err := proto.Unmarshal(template.GetValue(), keyFormat); err != nil { return nil, fmt.Errorf("failed to unmarshal HpkeKeyFormat(%v): %v", template.GetValue(), err) } params := keyFormat.GetParams() if kem := params.GetKem(); kem != hpkepb.HpkeKem_DHKEM_X25519_HKDF_SHA256 { return nil, fmt.Errorf("HPKE KEM %s not supported", kem) } if kdf := params.GetKdf(); kdf != hpkepb.HpkeKdf_HKDF_SHA256 { return nil, fmt.Errorf("HPKE KDF %s not supported", kdf) } if aead := params.GetAead(); aead != hpkepb.HpkeAead_CHACHA20_POLY1305 { return nil, fmt.Errorf("HPKE AEAD %s not supported", aead) } return params, nil } ================================================ FILE: testutil/hybrid/private_key_test.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package hybrid_test import ( "bytes" "testing" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/hybrid" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testkeyset" testutilhybrid "github.com/tink-crypto/tink-go/v2/testutil/hybrid" hpkepb "github.com/tink-crypto/tink-go/v2/proto/hpke_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) func TestKeysetHandleFromSerializedPrivateKey(t *testing.T) { // Obtain private and public key handles via key template. keyTemplate := hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template() privHandle, err := keyset.NewHandle(keyTemplate) if err != nil { t.Fatalf("NewHandle(%v) err = %v, want nil", keyTemplate, err) } pubHandle, err := privHandle.Public() if err != nil { t.Fatalf("Public() err = %v, want nil", err) } // Get private, public key bytes and construct a private key handle. privKeyBytes, pubKeyBytes := privPubKeyBytes(t, privHandle) gotprivHandle, err := testutilhybrid.KeysetHandleFromSerializedPrivateKey(privKeyBytes, pubKeyBytes, keyTemplate) if err != nil { t.Errorf("KeysetHandleFromSerializedPrivateKey(%v, %v, %v) err = %v, want nil", privKeyBytes, pubKeyBytes, keyTemplate, err) } plaintext := random.GetRandomBytes(200) ctxInfo := random.GetRandomBytes(100) // Encrypt with original public key handle. enc, err := hybrid.NewHybridEncrypt(pubHandle) if err != nil { t.Fatalf("NewHybridEncrypt(%v) err = %v, want nil", pubHandle, err) } ciphertext, err := enc.Encrypt(plaintext, ctxInfo) if err != nil { t.Fatalf("Encrypt(%x, %x) err = %v, want nil", plaintext, ctxInfo, err) } // Decrypt with private key handle constructed from key bytes. dec, err := hybrid.NewHybridDecrypt(gotprivHandle) if err != nil { t.Fatalf("NewHybridDecrypt(%v) err = %v, want nil", gotprivHandle, err) } gotPlaintext, err := dec.Decrypt(ciphertext, ctxInfo) if err != nil { t.Fatalf("Decrypt(%x, %x) err = %v, want nil", ciphertext, ctxInfo, err) } if !bytes.Equal(gotPlaintext, plaintext) { t.Errorf("Decrypt(%x, %x) = %x, want %x", ciphertext, ctxInfo, gotPlaintext, plaintext) } } func TestKeysetHandleFromSerializedPrivateKeyInvalidTemplateFails(t *testing.T) { keyTemplate := hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Raw_Key_Template() privHandle, err := keyset.NewHandle(keyTemplate) if err != nil { t.Fatalf("NewHandle(%v) err = %v, want nil", keyTemplate, err) } privKeyBytes, pubKeyBytes := privPubKeyBytes(t, privHandle) tests := []struct { name string template *tinkpb.KeyTemplate }{ {"AES_128_GCM", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Key_Template()}, {"AES_128_GCM_Raw", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_128_GCM_Raw_Key_Template()}, {"AES_256_GCM", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Key_Template()}, {"AES_256_GCM_Raw", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_AES_256_GCM_Raw_Key_Template()}, {"CHACHA20_POLY1305", hybrid.DHKEM_X25519_HKDF_SHA256_HKDF_SHA256_CHACHA20_POLY1305_Key_Template()}, {"invalid type URL", &tinkpb.KeyTemplate{ TypeUrl: "type.googleapis.com/google.crypto.tink.EciesAeadHkdfPrivateKey", Value: keyTemplate.GetValue(), OutputPrefixType: tinkpb.OutputPrefixType_RAW, }}, } for _, test := range tests { t.Run(test.name, func(t *testing.T) { if _, err := testutilhybrid.KeysetHandleFromSerializedPrivateKey(privKeyBytes, pubKeyBytes, test.template); err == nil { t.Errorf("KeysetHandleFromSerializedPrivateKey(%v, %v, %v) err = nil, want error", privKeyBytes, pubKeyBytes, test.template) } }) } } func privPubKeyBytes(t *testing.T, handle *keyset.Handle) ([]byte, []byte) { t.Helper() ks := testkeyset.KeysetMaterial(handle) if len(ks.GetKey()) != 1 { t.Fatalf("got len(ks.GetKey()) = %d, want 1", len(ks.GetKey())) } serializedPrivKey := ks.GetKey()[0].GetKeyData().GetValue() privKey := &hpkepb.HpkePrivateKey{} if err := proto.Unmarshal(serializedPrivKey, privKey); err != nil { t.Fatalf("Unmarshal(%v) = err %v, want nil", serializedPrivKey, err) } return privKey.GetPrivateKey(), privKey.GetPublicKey().GetPublicKey() } ================================================ FILE: testutil/testutil.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package testutil provides common methods needed in test code. package testutil import ( "bytes" "crypto/ecdsa" "crypto/ed25519" "crypto/elliptic" "crypto/rand" "encoding/gob" "errors" "fmt" "log" "math" "strconv" "strings" "google.golang.org/protobuf/proto" "github.com/tink-crypto/tink-go/v2/core/registry" subtledaead "github.com/tink-crypto/tink-go/v2/daead/subtle" "github.com/tink-crypto/tink-go/v2/keyset" "github.com/tink-crypto/tink-go/v2/mac" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/subtle" "github.com/tink-crypto/tink-go/v2/tink" cmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_go_proto" aescmacprfpb "github.com/tink-crypto/tink-go/v2/proto/aes_cmac_prf_go_proto" ctrhmacpb "github.com/tink-crypto/tink-go/v2/proto/aes_ctr_hmac_streaming_go_proto" gcmpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_go_proto" gcmhkdfpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_hkdf_streaming_go_proto" gcmsivpb "github.com/tink-crypto/tink-go/v2/proto/aes_gcm_siv_go_proto" aspb "github.com/tink-crypto/tink-go/v2/proto/aes_siv_go_proto" commonpb "github.com/tink-crypto/tink-go/v2/proto/common_go_proto" ecdsapb "github.com/tink-crypto/tink-go/v2/proto/ecdsa_go_proto" eciespb "github.com/tink-crypto/tink-go/v2/proto/ecies_aead_hkdf_go_proto" ed25519pb "github.com/tink-crypto/tink-go/v2/proto/ed25519_go_proto" hkdfprfpb "github.com/tink-crypto/tink-go/v2/proto/hkdf_prf_go_proto" hmacpb "github.com/tink-crypto/tink-go/v2/proto/hmac_go_proto" hmacprfpb "github.com/tink-crypto/tink-go/v2/proto/hmac_prf_go_proto" tinkpb "github.com/tink-crypto/tink-go/v2/proto/tink_go_proto" ) // DummyAEADKeyManager is a dummy implementation of the KeyManager interface. // It returns DummyAEAD when GetPrimitive() functions are called. type DummyAEADKeyManager struct{} var _ registry.KeyManager = (*DummyAEADKeyManager)(nil) // Primitive constructs a primitive instance for the key given in // serializedKey, which must be a serialized key protocol buffer handled by this manager. func (km *DummyAEADKeyManager) Primitive(serializedKey []byte) (any, error) { return new(DummyAEAD), nil } // NewKey generates a new key according to specification in serializedKeyFormat. func (km *DummyAEADKeyManager) NewKey(serializedKeyFormat []byte) (proto.Message, error) { return nil, fmt.Errorf("not implemented") } // NewKeyData generates a new KeyData according to specification in serializedkeyFormat. func (km *DummyAEADKeyManager) NewKeyData(serializedKeyFormat []byte) (*tinkpb.KeyData, error) { return nil, fmt.Errorf("not implemented") } // DoesSupport returns true iff this KeyManager supports key type identified by typeURL. func (km *DummyAEADKeyManager) DoesSupport(typeURL string) bool { return typeURL == AESGCMTypeURL } // TypeURL returns the type URL. func (km *DummyAEADKeyManager) TypeURL() string { return AESGCMTypeURL } // DummyAEAD is a dummy implementation of AEAD interface. It "encrypts" data // with a simple serialization capturing the dummy name, plaintext, and // associated data, and "decrypts" it by reversing this and checking that the // name and associated data match. type DummyAEAD struct { Name string } type dummyAEADData struct { Name string Plaintext []byte AssociatedData []byte } // Encrypt encrypts the plaintext. func (a *DummyAEAD) Encrypt(plaintext []byte, associatedData []byte) ([]byte, error) { buf := new(bytes.Buffer) encoder := gob.NewEncoder(buf) err := encoder.Encode(dummyAEADData{ Name: a.Name, Plaintext: plaintext, AssociatedData: associatedData, }) if err != nil { return nil, fmt.Errorf("dummy aead encrypt: %v", err) } return buf.Bytes(), nil } // Decrypt decrypts the ciphertext. func (a *DummyAEAD) Decrypt(ciphertext []byte, associatedData []byte) ([]byte, error) { data := dummyAEADData{} decoder := gob.NewDecoder(bytes.NewBuffer(ciphertext)) if err := decoder.Decode(&data); err != nil { return nil, fmt.Errorf("dummy aead decrypt: invalid data: %v", err) } if data.Name != a.Name || !bytes.Equal(data.AssociatedData, associatedData) { return nil, errors.New("dummy aead encrypt: name/associated data mismatch") } return data.Plaintext, nil } // AlwaysFailingAead fails encryption and decryption operations. type AlwaysFailingAead struct { Error error } var _ (tink.AEAD) = (*AlwaysFailingAead)(nil) // NewAlwaysFailingAead creates a new always failing AEAD. func NewAlwaysFailingAead(err error) tink.AEAD { return &AlwaysFailingAead{Error: err} } // Encrypt returns an error on encryption. func (a *AlwaysFailingAead) Encrypt(plaintext []byte, associatedData []byte) ([]byte, error) { return nil, fmt.Errorf("AlwaysFailingAead will always fail on encryption: %v", a.Error) } // Decrypt returns an error on decryption. func (a *AlwaysFailingAead) Decrypt(ciphertext []byte, associatedData []byte) ([]byte, error) { return nil, fmt.Errorf("AlwaysFailingAead will always fail on decryption: %v", a.Error) } // AlwaysFailingDeterministicAead fails encryption and decryption operations. type AlwaysFailingDeterministicAead struct { Error error } var _ (tink.DeterministicAEAD) = (*AlwaysFailingDeterministicAead)(nil) // NewAlwaysFailingDeterministicAead creates a new always failing AEAD. func NewAlwaysFailingDeterministicAead(err error) tink.DeterministicAEAD { return &AlwaysFailingDeterministicAead{Error: err} } // EncryptDeterministically returns an error on encryption. func (a *AlwaysFailingDeterministicAead) EncryptDeterministically(plaintext []byte, associatedData []byte) ([]byte, error) { return nil, fmt.Errorf("AlwaysFailingDeterministicAead will always fail on encryption: %v", a.Error) } // DecryptDeterministically returns an error on decryption. func (a *AlwaysFailingDeterministicAead) DecryptDeterministically(ciphertext []byte, associatedData []byte) ([]byte, error) { return nil, fmt.Errorf("AlwaysFailingDeterministicAead will always fail on decryption: %v", a.Error) } // TestKeyManager is key manager which can be setup to return an arbitrary primitive for a type URL // useful for testing. type TestKeyManager struct { primitive any typeURL string } var _ registry.KeyManager = (*TestKeyManager)(nil) // NewTestKeyManager creates a new key manager that returns a specific primitive for a typeURL. func NewTestKeyManager(primitive any, typeURL string) registry.KeyManager { return &TestKeyManager{ primitive: primitive, typeURL: typeURL, } } // Primitive constructs a primitive instance for the key given input key. func (km *TestKeyManager) Primitive(serializedKey []byte) (any, error) { return km.primitive, nil } // NewKey generates a new key according to specification in serializedKeyFormat. func (km *TestKeyManager) NewKey(serializedKeyFormat []byte) (proto.Message, error) { return nil, fmt.Errorf("TestKeyManager: not implemented") } // NewKeyData generates a new KeyData according to specification in serializedkeyFormat. func (km *TestKeyManager) NewKeyData(serializedKeyFormat []byte) (*tinkpb.KeyData, error) { return nil, fmt.Errorf("TestKeyManager: not implemented") } // DoesSupport returns true if this KeyManager supports key type identified by typeURL. func (km *TestKeyManager) DoesSupport(typeURL string) bool { return typeURL == km.typeURL } // TypeURL returns the type URL. func (km *TestKeyManager) TypeURL() string { return km.typeURL } // DummySigner is a dummy implementation of the Signer interface. type DummySigner struct { aead DummyAEAD } // NewDummySigner creates a new dummy signer with the specified name. The name // is used to pair with the DummyVerifier. func NewDummySigner(name string) *DummySigner { return &DummySigner{DummyAEAD{Name: "dummy public key:" + name}} } // Sign signs data. func (s *DummySigner) Sign(data []byte) ([]byte, error) { return s.aead.Encrypt(nil, data) } // DummyVerifier is a dummy implementation of the Signer interface. type DummyVerifier struct { aead DummyAEAD } // Verify verifies data. func (v *DummyVerifier) Verify(sig, data []byte) error { _, err := v.aead.Decrypt(sig, data) return err } // NewDummyVerifier creates a new dummy verifier with the specified name. The // name is used to pair with the DummySigner. func NewDummyVerifier(name string) *DummyVerifier { return &DummyVerifier{DummyAEAD{Name: "dummy public key:" + name}} } // DummyMAC is a dummy implementation of Mac interface. type DummyMAC struct { Name string } // ComputeMAC computes an insecure message authentication code (MAC) for data. func (h *DummyMAC) ComputeMAC(data []byte) ([]byte, error) { return makeDummyMAC(data, h.Name), nil } func makeDummyMAC(data []byte, name string) []byte { m := make([]byte, 0, len(data)+len(name)) m = append(m, data...) return append(m, name...) } // VerifyMAC verifies whether mac is a correct, although insecure, message // authentication code (MAC) for data. func (h *DummyMAC) VerifyMAC(mac []byte, data []byte) error { want := makeDummyMAC(data, h.Name) if bytes.Equal(mac, want) { return nil } // This is intended for test use. If it fails, describe what MAC would be // required to succeed. return fmt.Errorf("VerifyMAC: mac = %x, requires %x", mac, want) } // DummyKMSClient is a dummy implementation of a KMS Client. type DummyKMSClient struct{} var _ registry.KMSClient = (*DummyKMSClient)(nil) // Supported true if this client does support keyURI func (d *DummyKMSClient) Supported(keyURI string) bool { return keyURI == "dummy" } // GetAEAD gets an Aead backend by keyURI. func (d *DummyKMSClient) GetAEAD(keyURI string) (tink.AEAD, error) { return &DummyAEAD{}, nil } // NewTestAESGCMKeyset creates a new Keyset containing an AESGCMKey. func NewTestAESGCMKeyset(primaryOutputPrefixType tinkpb.OutputPrefixType) *tinkpb.Keyset { keyData := NewAESGCMKeyData(16) return NewTestKeyset(keyData, primaryOutputPrefixType) } // NewTestAESGCMSIVKeyset creates a new Keyset containing an AESGCMSIVKey. func NewTestAESGCMSIVKeyset(primaryOutputPrefixType tinkpb.OutputPrefixType) *tinkpb.Keyset { keyData := NewAESGCMSIVKeyData(16) return NewTestKeyset(keyData, primaryOutputPrefixType) } // NewTestAESSIVKeyset creates a new Keyset containing an AesSivKey. func NewTestAESSIVKeyset(primaryOutputPrefixType tinkpb.OutputPrefixType) *tinkpb.Keyset { keyValue := random.GetRandomBytes(subtledaead.AESSIVKeySize) key := &aspb.AesSivKey{ Version: AESSIVKeyVersion, KeyValue: keyValue, } serializedKey, err := proto.Marshal(key) if err != nil { log.Fatalf("failed serializing proto: %v", err) } keyData := NewKeyData(AESSIVTypeURL, serializedKey, tinkpb.KeyData_SYMMETRIC) return NewTestKeyset(keyData, primaryOutputPrefixType) } // NewTestHMACKeyset creates a new Keyset containing a HMACKey. func NewTestHMACKeyset(tagSize uint32, primaryOutputPrefixType tinkpb.OutputPrefixType) *tinkpb.Keyset { keyData := NewHMACKeyData(commonpb.HashType_SHA256, tagSize) return NewTestKeyset(keyData, primaryOutputPrefixType) } // NewTestAESGCMHKDFKeyset creates a new Keyset containing an AESGCMHKDFKey. func NewTestAESGCMHKDFKeyset() *tinkpb.Keyset { const ( keySize = 16 derivedKeySize = 16 ciphertextSegmentSize = 4096 ) keyData := NewAESGCMHKDFKeyData(keySize, derivedKeySize, commonpb.HashType_SHA256, ciphertextSegmentSize) return NewTestKeyset(keyData, tinkpb.OutputPrefixType_RAW) } // NewTestKeyset creates a new test Keyset. func NewTestKeyset(keyData *tinkpb.KeyData, primaryOutputPrefixType tinkpb.OutputPrefixType) *tinkpb.Keyset { primaryKey := NewKey(keyData, tinkpb.KeyStatusType_ENABLED, 42, primaryOutputPrefixType) rawKey := NewKey(keyData, tinkpb.KeyStatusType_ENABLED, 43, tinkpb.OutputPrefixType_RAW) legacyKey := NewKey(keyData, tinkpb.KeyStatusType_ENABLED, 44, tinkpb.OutputPrefixType_LEGACY) tinkKey := NewKey(keyData, tinkpb.KeyStatusType_ENABLED, 45, tinkpb.OutputPrefixType_TINK) crunchyKey := NewKey(keyData, tinkpb.KeyStatusType_ENABLED, 46, tinkpb.OutputPrefixType_CRUNCHY) keys := []*tinkpb.Keyset_Key{primaryKey, rawKey, legacyKey, tinkKey, crunchyKey} return NewKeyset(primaryKey.KeyId, keys) } // NewDummyKey returns a dummy key that doesn't contain actual key material. func NewDummyKey(keyID int, status tinkpb.KeyStatusType, outputPrefixType tinkpb.OutputPrefixType) *tinkpb.Keyset_Key { return &tinkpb.Keyset_Key{ KeyData: new(tinkpb.KeyData), Status: status, KeyId: uint32(keyID), OutputPrefixType: outputPrefixType, } } // NewECDSAParams creates a ECDSAParams with the specified parameters. func NewECDSAParams(hashType commonpb.HashType, curve commonpb.EllipticCurveType, encoding ecdsapb.EcdsaSignatureEncoding) *ecdsapb.EcdsaParams { return &ecdsapb.EcdsaParams{ HashType: hashType, Curve: curve, Encoding: encoding, } } // NewECDSAKeyFormat creates a ECDSAKeyFormat with the specified parameters. func NewECDSAKeyFormat(params *ecdsapb.EcdsaParams) *ecdsapb.EcdsaKeyFormat { return &ecdsapb.EcdsaKeyFormat{Params: params} } // NewECDSAPrivateKey creates a ECDSAPrivateKey with the specified paramaters. func NewECDSAPrivateKey(version uint32, publicKey *ecdsapb.EcdsaPublicKey, keyValue []byte) *ecdsapb.EcdsaPrivateKey { return &ecdsapb.EcdsaPrivateKey{ Version: version, PublicKey: publicKey, KeyValue: keyValue, } } // NewECDSAPublicKey creates a ECDSAPublicKey with the specified paramaters. func NewECDSAPublicKey(version uint32, params *ecdsapb.EcdsaParams, x, y []byte) *ecdsapb.EcdsaPublicKey { return &ecdsapb.EcdsaPublicKey{ Version: version, Params: params, X: x, Y: y, } } // NewRandomECDSAPrivateKey creates an ECDSAPrivateKey with randomly generated key material. func NewRandomECDSAPrivateKey(hashType commonpb.HashType, curve commonpb.EllipticCurveType) *ecdsapb.EcdsaPrivateKey { curveName := commonpb.EllipticCurveType_name[int32(curve)] priv, err := ecdsa.GenerateKey(subtle.GetCurve(curveName), rand.Reader) if err != nil { panic(fmt.Sprintf("ecdsa.GenerateKey() failed: %v", err)) } params := NewECDSAParams(hashType, curve, ecdsapb.EcdsaSignatureEncoding_DER) publicKey := NewECDSAPublicKey(ECDSAVerifierKeyVersion, params, priv.X.Bytes(), priv.Y.Bytes()) return NewECDSAPrivateKey(ECDSASignerKeyVersion, publicKey, priv.D.Bytes()) } // NewRandomECDSAPublicKey creates an ECDSAPublicKey with randomly generated key material. func NewRandomECDSAPublicKey(hashType commonpb.HashType, curve commonpb.EllipticCurveType) *ecdsapb.EcdsaPublicKey { return NewRandomECDSAPrivateKey(hashType, curve).PublicKey } // GetECDSAParamNames returns the string representations of each parameter in // the given ECDSAParams. func GetECDSAParamNames(params *ecdsapb.EcdsaParams) (string, string, string) { hashName := commonpb.HashType_name[int32(params.HashType)] curveName := commonpb.EllipticCurveType_name[int32(params.Curve)] encodingName := ecdsapb.EcdsaSignatureEncoding_name[int32(params.Encoding)] return hashName, curveName, encodingName } // NewED25519PrivateKey creates an ED25519PrivateKey with randomly generated key material. func NewED25519PrivateKey() *ed25519pb.Ed25519PrivateKey { public, private, err := ed25519.GenerateKey(rand.Reader) if err != nil { panic(fmt.Sprintf("ed25519.GenerateKey() failed: %v", err)) } publicProto := &ed25519pb.Ed25519PublicKey{ Version: ED25519SignerKeyVersion, KeyValue: public, } return &ed25519pb.Ed25519PrivateKey{ Version: ED25519SignerKeyVersion, PublicKey: publicProto, KeyValue: private.Seed(), } } // NewED25519PublicKey creates an ED25519PublicKey with randomly generated key material. func NewED25519PublicKey() *ed25519pb.Ed25519PublicKey { return NewED25519PrivateKey().PublicKey } // NewAESGCMKey creates a randomly generated AESGCMKey. func NewAESGCMKey(keyVersion uint32, keySize uint32) *gcmpb.AesGcmKey { keyValue := random.GetRandomBytes(keySize) return &gcmpb.AesGcmKey{ Version: keyVersion, KeyValue: keyValue, } } // NewAESGCMKeyData creates a KeyData containing a randomly generated AESGCMKey. func NewAESGCMKeyData(keySize uint32) *tinkpb.KeyData { serializedKey, err := proto.Marshal(NewAESGCMKey(AESGCMKeyVersion, keySize)) if err != nil { log.Fatalf("failed serializing proto: %v", err) } return NewKeyData(AESGCMTypeURL, serializedKey, tinkpb.KeyData_SYMMETRIC) } // NewAESGCMKeyFormat returns a new AESGCMKeyFormat. func NewAESGCMKeyFormat(keySize uint32) *gcmpb.AesGcmKeyFormat { return &gcmpb.AesGcmKeyFormat{ KeySize: keySize, } } // NewAESGCMSIVKey creates a randomly generated AESGCMSIVKey. func NewAESGCMSIVKey(keyVersion, keySize uint32) *gcmsivpb.AesGcmSivKey { keyValue := random.GetRandomBytes(keySize) return &gcmsivpb.AesGcmSivKey{ Version: keyVersion, KeyValue: keyValue, } } // NewAESGCMSIVKeyData creates a KeyData containing a randomly generated AESGCMSIVKey. func NewAESGCMSIVKeyData(keySize uint32) *tinkpb.KeyData { serializedKey, err := proto.Marshal(NewAESGCMSIVKey(AESGCMKeyVersion, keySize)) if err != nil { log.Fatalf("NewAESGCMSIVKeyData(keySize=%d): Failed serializing proto; err=%v", keySize, err) } return NewKeyData(AESGCMTypeURL, serializedKey, tinkpb.KeyData_SYMMETRIC) } // NewAESGCMSIVKeyFormat returns a new AESGCMKeyFormat. func NewAESGCMSIVKeyFormat(keySize uint32) *gcmsivpb.AesGcmSivKeyFormat { return &gcmsivpb.AesGcmSivKeyFormat{ KeySize: keySize, } } // NewAESGCMHKDFKey creates a randomly generated AESGCMHKDFKey. func NewAESGCMHKDFKey(keyVersion, keySize, derivedKeySize uint32, hkdfHashType commonpb.HashType, ciphertextSegmentSize uint32) *gcmhkdfpb.AesGcmHkdfStreamingKey { keyValue := random.GetRandomBytes(keySize) return &gcmhkdfpb.AesGcmHkdfStreamingKey{ Version: keyVersion, KeyValue: keyValue, Params: &gcmhkdfpb.AesGcmHkdfStreamingParams{ CiphertextSegmentSize: ciphertextSegmentSize, DerivedKeySize: derivedKeySize, HkdfHashType: hkdfHashType, }, } } // NewAESGCMHKDFKeyData creates a KeyData containing a randomly generated AESGCMHKDFKey. func NewAESGCMHKDFKeyData(keySize, derivedKeySize uint32, hkdfHashType commonpb.HashType, ciphertextSegmentSize uint32) *tinkpb.KeyData { serializedKey, err := proto.Marshal(NewAESGCMHKDFKey(AESGCMHKDFKeyVersion, keySize, derivedKeySize, hkdfHashType, ciphertextSegmentSize)) if err != nil { log.Fatalf("failed serializing proto: %v", err) } return NewKeyData(AESGCMHKDFTypeURL, serializedKey, tinkpb.KeyData_SYMMETRIC) } // NewAESGCMHKDFKeyFormat returns a new AESGCMHKDFKeyFormat. func NewAESGCMHKDFKeyFormat(keySize, derivedKeySize uint32, hkdfHashType commonpb.HashType, ciphertextSegmentSize uint32) *gcmhkdfpb.AesGcmHkdfStreamingKeyFormat { return &gcmhkdfpb.AesGcmHkdfStreamingKeyFormat{ KeySize: keySize, Params: &gcmhkdfpb.AesGcmHkdfStreamingParams{ CiphertextSegmentSize: ciphertextSegmentSize, DerivedKeySize: derivedKeySize, HkdfHashType: hkdfHashType, }, } } // NewAESCTRHMACKey creates a randomly generated AESCTRHMACKey. func NewAESCTRHMACKey(keyVersion, keySize uint32, hkdfHashType commonpb.HashType, derivedKeySize uint32, hashType commonpb.HashType, tagSize, ciphertextSegmentSize uint32) *ctrhmacpb.AesCtrHmacStreamingKey { keyValue := random.GetRandomBytes(keySize) return &ctrhmacpb.AesCtrHmacStreamingKey{ Version: keyVersion, KeyValue: keyValue, Params: &ctrhmacpb.AesCtrHmacStreamingParams{ CiphertextSegmentSize: ciphertextSegmentSize, DerivedKeySize: derivedKeySize, HkdfHashType: hkdfHashType, HmacParams: &hmacpb.HmacParams{ Hash: hashType, TagSize: tagSize, }, }, } } // NewAESCTRHMACKeyFormat returns a new AESCTRHMACKeyFormat. func NewAESCTRHMACKeyFormat(keySize uint32, hkdfHashType commonpb.HashType, derivedKeySize uint32, hashType commonpb.HashType, tagSize, ciphertextSegmentSize uint32) *ctrhmacpb.AesCtrHmacStreamingKeyFormat { return &ctrhmacpb.AesCtrHmacStreamingKeyFormat{ KeySize: keySize, Params: &ctrhmacpb.AesCtrHmacStreamingParams{ CiphertextSegmentSize: ciphertextSegmentSize, DerivedKeySize: derivedKeySize, HkdfHashType: hkdfHashType, HmacParams: &hmacpb.HmacParams{ Hash: hashType, TagSize: tagSize, }, }, } } // NewHMACParams returns a new HMACParams. func NewHMACParams(hashType commonpb.HashType, tagSize uint32) *hmacpb.HmacParams { return &hmacpb.HmacParams{ Hash: hashType, TagSize: tagSize, } } // NewHMACKey creates a new HMACKey with the specified parameters. func NewHMACKey(hashType commonpb.HashType, tagSize uint32) *hmacpb.HmacKey { params := NewHMACParams(hashType, tagSize) keyValue := random.GetRandomBytes(20) return &hmacpb.HmacKey{ Version: HMACKeyVersion, Params: params, KeyValue: keyValue, } } // NewHMACKeyFormat creates a new HMACKeyFormat with the specified parameters. func NewHMACKeyFormat(hashType commonpb.HashType, tagSize uint32) *hmacpb.HmacKeyFormat { params := NewHMACParams(hashType, tagSize) keySize := uint32(20) return &hmacpb.HmacKeyFormat{ Params: params, KeySize: keySize, } } // NewAESCMACParams returns a new AESCMACParams. func NewAESCMACParams(tagSize uint32) *cmacpb.AesCmacParams { return &cmacpb.AesCmacParams{ TagSize: tagSize, } } // NewAESCMACKey creates a new AESCMACKey with the specified parameters. func NewAESCMACKey(tagSize uint32) *cmacpb.AesCmacKey { params := NewAESCMACParams(tagSize) keyValue := random.GetRandomBytes(32) return &cmacpb.AesCmacKey{ Version: AESCMACKeyVersion, Params: params, KeyValue: keyValue, } } // NewAESCMACKeyFormat creates a new AESCMACKeyFormat with the specified parameters. func NewAESCMACKeyFormat(tagSize uint32) *cmacpb.AesCmacKeyFormat { params := NewAESCMACParams(tagSize) keySize := uint32(32) return &cmacpb.AesCmacKeyFormat{ Params: params, KeySize: keySize, } } // NewHMACKeysetManager returns a new KeysetManager that contains a HMACKey. func NewHMACKeysetManager() *keyset.Manager { ksm := keyset.NewManager() kt := mac.HMACSHA256Tag128KeyTemplate() keyID, err := ksm.Add(kt) if err != nil { panic(fmt.Sprintf("cannot add key: %v", err)) } err = ksm.SetPrimary(keyID) if err != nil { panic(fmt.Sprintf("cannot set primary key: %v", err)) } return ksm } // NewHMACKeyData returns a new KeyData that contains a HMACKey. func NewHMACKeyData(hashType commonpb.HashType, tagSize uint32) *tinkpb.KeyData { key := NewHMACKey(hashType, tagSize) serializedKey, err := proto.Marshal(key) if err != nil { log.Fatalf("failed serializing proto: %v", err) } return &tinkpb.KeyData{ TypeUrl: HMACTypeURL, Value: serializedKey, KeyMaterialType: tinkpb.KeyData_SYMMETRIC, } } // NewHMACPRFParams returns a new HMACPRFParams. func NewHMACPRFParams(hashType commonpb.HashType) *hmacprfpb.HmacPrfParams { return &hmacprfpb.HmacPrfParams{ Hash: hashType, } } // NewHMACPRFKey creates a new HMACPRFKey with the specified parameters. func NewHMACPRFKey(hashType commonpb.HashType) *hmacprfpb.HmacPrfKey { params := NewHMACPRFParams(hashType) keyValue := random.GetRandomBytes(32) return &hmacprfpb.HmacPrfKey{ Version: HMACPRFKeyVersion, Params: params, KeyValue: keyValue, } } // NewHMACPRFKeyFormat creates a new HMACPRFKeyFormat with the specified parameters. func NewHMACPRFKeyFormat(hashType commonpb.HashType) *hmacprfpb.HmacPrfKeyFormat { params := NewHMACPRFParams(hashType) keySize := uint32(32) return &hmacprfpb.HmacPrfKeyFormat{ Params: params, KeySize: keySize, } } // NewHKDFPRFParams returns a new HKDFPRFParams. func NewHKDFPRFParams(hashType commonpb.HashType, salt []byte) *hkdfprfpb.HkdfPrfParams { return &hkdfprfpb.HkdfPrfParams{ Hash: hashType, Salt: salt, } } // NewHKDFPRFKey creates a new HKDFPRFKey with the specified parameters. func NewHKDFPRFKey(hashType commonpb.HashType, salt []byte) *hkdfprfpb.HkdfPrfKey { params := NewHKDFPRFParams(hashType, salt) keyValue := random.GetRandomBytes(32) return &hkdfprfpb.HkdfPrfKey{ Version: HKDFPRFKeyVersion, Params: params, KeyValue: keyValue, } } // NewHKDFPRFKeyFormat creates a new HKDFPRFKeyFormat with the specified parameters. func NewHKDFPRFKeyFormat(hashType commonpb.HashType, salt []byte) *hkdfprfpb.HkdfPrfKeyFormat { params := NewHKDFPRFParams(hashType, salt) keySize := uint32(32) return &hkdfprfpb.HkdfPrfKeyFormat{ Params: params, KeySize: keySize, } } // NewAESCMACPRFKey creates a new AESCMACPRFKey with the specified parameters. func NewAESCMACPRFKey() *aescmacprfpb.AesCmacPrfKey { keyValue := random.GetRandomBytes(32) return &aescmacprfpb.AesCmacPrfKey{ Version: AESCMACPRFKeyVersion, KeyValue: keyValue, } } // NewAESCMACPRFKeyFormat creates a new AESCMACPRFKeyFormat with the specified parameters. func NewAESCMACPRFKeyFormat() *aescmacprfpb.AesCmacPrfKeyFormat { keySize := uint32(32) return &aescmacprfpb.AesCmacPrfKeyFormat{ KeySize: keySize, } } // NewKeyData creates a new KeyData with the specified parameters. func NewKeyData(typeURL string, value []byte, materialType tinkpb.KeyData_KeyMaterialType) *tinkpb.KeyData { return &tinkpb.KeyData{ TypeUrl: typeURL, Value: value, KeyMaterialType: materialType, } } // NewKey creates a new Key with the specified parameters. func NewKey(keyData *tinkpb.KeyData, status tinkpb.KeyStatusType, keyID uint32, prefixType tinkpb.OutputPrefixType) *tinkpb.Keyset_Key { return &tinkpb.Keyset_Key{ KeyData: keyData, Status: status, KeyId: keyID, OutputPrefixType: prefixType, } } // NewKeyset creates a new Keyset with the specified parameters. func NewKeyset(primaryKeyID uint32, keys []*tinkpb.Keyset_Key) *tinkpb.Keyset { return &tinkpb.Keyset{ PrimaryKeyId: primaryKeyID, Key: keys, } } // GenerateMutations generates different byte mutations for a given byte array. func GenerateMutations(src []byte) (all [][]byte) { // Flip bits for i := 0; i < len(src); i++ { for j := 0; j < 8; j++ { n := make([]byte, len(src)) copy(n, src) n[i] = n[i] ^ (1 << uint8(j)) all = append(all, n) } } // Truncate bytes for i := 1; i < len(src); i++ { n := make([]byte, len(src[i:])) copy(n, src[i:]) all = append(all, n) } // Append extra byte m := make([]byte, len(src)+1) copy(m, src) all = append(all, m) return } // ZTestUniformString uses a z test on the given byte string, expecting all // bits to be uniformly set with probability 1/2. Returns non ok status if the // z test fails by more than 10 standard deviations. // // With less statistics jargon: This counts the number of bits set and expects // the number to be roughly half of the length of the string. The law of large // numbers suggests that we can assume that the longer the string is, the more // accurate that estimate becomes for a random string. This test is useful to // detect things like strings that are entirely zero. // // Note: By itself, this is a very weak test for randomness. func ZTestUniformString(bytes []byte) error { expected := float64(len(bytes)) * 8.0 / 2.0 stddev := math.Sqrt(float64(len(bytes)) * 8.0 / 4.0) numSetBits := int64(0) for _, b := range bytes { // Counting the number of bits set in byte: for b != 0 { numSetBits++ b = b & (b - 1) } } // Check that the number of bits is within 10 stddevs. if math.Abs(float64(numSetBits)-expected) < 10.0*stddev { return nil } return fmt.Errorf("Z test for uniformly distributed variable out of bounds; "+ "Actual number of set bits was %d expected was %0.00f, 10 * standard deviation is 10 * %0.00f = %0.00f", numSetBits, expected, stddev, 10.0*stddev) } func rotate(bytes []byte) []byte { result := make([]byte, len(bytes)) for i := 0; i < len(bytes); i++ { prev := i if i == 0 { prev = len(bytes) } result[i] = (bytes[i] >> 1) | (bytes[prev-1] << 7) } return result } // ZTestCrosscorrelationUniformStrings tests that the crosscorrelation of two // strings of equal length points to independent and uniformly distributed // strings. Returns non ok status if the z test fails by more than 10 standard // deviations. // // With less statistics jargon: This xors two strings and then performs the // ZTestUniformString on the result. If the two strings are independent and // uniformly distributed, the xor'ed string is as well. A cross correlation test // will find whether two strings overlap more or less than it would be expected. // // Note: Having a correlation of zero is only a necessary but not sufficient // condition for independence. func ZTestCrosscorrelationUniformStrings(bytes1, bytes2 []byte) error { if len(bytes1) != len(bytes2) { return fmt.Errorf( "Strings are not of equal length") } crossed := make([]byte, len(bytes1)) for i := 0; i < len(bytes1); i++ { crossed[i] = bytes1[i] ^ bytes2[i] } return ZTestUniformString(crossed) } // ZTestAutocorrelationUniformString tests that the autocorrelation of a string // points to the bits being independent and uniformly distributed. // Rotates the string in a cyclic fashion. Returns non ok status if the z test // fails by more than 10 standard deviations. // // With less statistics jargon: This rotates the string bit by bit and performs // ZTestCrosscorrelationUniformStrings on each of the rotated strings and the // original. This will find self similarity of the input string, especially // periodic self similarity. For example, it is a decent test to find English // text (needs about 180 characters with the current settings). // // Note: Having a correlation of zero is only a necessary but not sufficient // condition for independence. func ZTestAutocorrelationUniformString(bytes []byte) error { rotated := make([]byte, len(bytes)) copy(rotated, bytes) violations := []string{} for i := 1; i < len(bytes)*8; i++ { rotated = rotate(rotated) err := ZTestCrosscorrelationUniformStrings(bytes, rotated) if err != nil { violations = append(violations, strconv.Itoa(i)) } } if len(violations) == 0 { return nil } return fmt.Errorf("Autocorrelation exceeded 10 standard deviation at %d indices: %s", len(violations), strings.Join(violations, ", ")) } // eciesAEADHKDFPublicKey returns a EciesAeadHkdfPublicKey with specified parameters. func eciesAEADHKDFPublicKey(c commonpb.EllipticCurveType, ht commonpb.HashType, ptfmt commonpb.EcPointFormat, dekT *tinkpb.KeyTemplate, x, y, salt []byte) *eciespb.EciesAeadHkdfPublicKey { return &eciespb.EciesAeadHkdfPublicKey{ Version: 0, Params: &eciespb.EciesAeadHkdfParams{ KemParams: &eciespb.EciesHkdfKemParams{ CurveType: c, HkdfHashType: ht, HkdfSalt: salt, }, DemParams: &eciespb.EciesAeadDemParams{ AeadDem: dekT, }, EcPointFormat: ptfmt, }, X: x, Y: y, } } // eciesAEADHKDFPrivateKey returns a EciesAeadHkdfPrivateKey with specified parameters func eciesAEADHKDFPrivateKey(p *eciespb.EciesAeadHkdfPublicKey, d []byte) *eciespb.EciesAeadHkdfPrivateKey { return &eciespb.EciesAeadHkdfPrivateKey{ Version: 0, PublicKey: p, KeyValue: d, } } // curveFromProtoEnum returns the [elliptic.Curve] for a given // [commonpb.EllipticCurveType]. func curveFromProtoEnum(c commonpb.EllipticCurveType) (elliptic.Curve, error) { switch c { case commonpb.EllipticCurveType_NIST_P256: return elliptic.P256(), nil case commonpb.EllipticCurveType_NIST_P384: return elliptic.P384(), nil case commonpb.EllipticCurveType_NIST_P521: return elliptic.P521(), nil default: return nil, errors.New("unsupported curve") } } // GenerateECIESAEADHKDFPrivateKey generates a new EC key pair and returns the private key proto. func GenerateECIESAEADHKDFPrivateKey(c commonpb.EllipticCurveType, ht commonpb.HashType, ptfmt commonpb.EcPointFormat, dekT *tinkpb.KeyTemplate, salt []byte) (*eciespb.EciesAeadHkdfPrivateKey, error) { curve, err := curveFromProtoEnum(c) if err != nil { return nil, err } d, x, y, err := elliptic.GenerateKey(curve, rand.Reader) if err != nil { return nil, err } pubKey := eciesAEADHKDFPublicKey(c, ht, ptfmt, dekT, x.Bytes(), y.Bytes(), salt) return eciesAEADHKDFPrivateKey(pubKey, d), nil } ================================================ FILE: testutil/testutil_test.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package testutil_test import ( "bytes" "encoding/hex" "testing" "github.com/tink-crypto/tink-go/v2/subtle/random" "github.com/tink-crypto/tink-go/v2/testutil" "github.com/tink-crypto/tink-go/v2/tink" ) func TestDummyAEAD(t *testing.T) { // Assert that DummyAEAD implements the AEAD interface. var _ tink.AEAD = (*testutil.DummyAEAD)(nil) // try to encrypt/decrypt some data data := []byte{0, 1, 1, 2, 3, 5} associatedData := []byte{3, 1, 4, 1, 5} dummy := &testutil.DummyAEAD{Name: "name"} cipher, err := dummy.Encrypt(data, associatedData) if err != nil { t.Fatalf("DummyAEAD.Encrypt(%+v, %+v) gave error: %v", data, associatedData, err) } decrypt, err := dummy.Decrypt(cipher, associatedData) if err != nil { t.Fatalf("DummyAEAD.Decrypt(ciphertext, %+v) gave errr: %v", associatedData, err) } if !bytes.Equal(data, decrypt) { t.Errorf("DummyAEAD round-tripped data %+v back to %+v", data, decrypt) } } func TestDummySigner(t *testing.T) { var _ tink.Signer = testutil.NewDummySigner("name") } func TestDummyVerifier(t *testing.T) { var _ tink.Verifier = testutil.NewDummyVerifier("name") } func TestDummySignerVerifier(t *testing.T) { signer := testutil.NewDummySigner("") verifier := testutil.NewDummyVerifier("") data := []byte{2, 7, 1, 8, 2, 8} if err := verifier.Verify(nil, data); err == nil { t.Errorf("DummyVerifier.Verify(invalid signature, %+v) succeeded; want error", data) } sig, err := signer.Sign(data) if err != nil { t.Fatalf("DummySigner.Sign(%+v) gave error: %v", data, err) } if err := verifier.Verify(sig, data); err != nil { t.Errorf("DummyVerifier.Verify(valid signature, %+v) gave error: %v", data, err) } } func TestDummyMAC(t *testing.T) { // Assert that DummyMAC implements the MAC interface. var _ tink.MAC = (*testutil.DummyMAC)(nil) // try to compute mac data := []byte("data") dummyMAC := &testutil.DummyMAC{Name: "Mac12347"} digest, err := dummyMAC.ComputeMAC(data) if err != nil { t.Errorf("unexpected error: %s", err) } if want := []byte("dataMac12347"); !bytes.Equal(digest, want) { t.Errorf("digest = %x, want %x", digest, want) } if err := dummyMAC.VerifyMAC(digest, data); err != nil { t.Errorf("VerifyMAC(%x, %x) = %v, want nil", digest, data, err) } if dummyMAC.VerifyMAC(digest, []byte("other data")) == nil { t.Errorf("VerifyMAC(%x, %x) = nil, want error", digest, data) } } func fillByteArray(b byte, length int) []byte { result := []byte{} for i := 0; i < length; i++ { result = append(result, b) } return result } func TestUniformString(t *testing.T) { if err := testutil.ZTestUniformString(fillByteArray(0xaa, 32)); err != nil { t.Errorf("Expected repeated 0xaa string to pass: %v", err) } if err := testutil.ZTestUniformString(fillByteArray(0x00, 32)); err == nil { t.Errorf("Expected to fail uniform distribution test for 32 zero bytes") } if err := testutil.ZTestUniformString(random.GetRandomBytes(32)); err != nil { t.Errorf("Expected random string to pass randomness test: %v", err) } } func TestCrossCorrelationUniformString(t *testing.T) { if err := testutil.ZTestCrosscorrelationUniformStrings(fillByteArray(0xaa, 32), fillByteArray(0x99, 32)); err != nil { t.Errorf("Expected 0xaa and 0x99 repeated 32 times each to have no cross correlation: %v", err) } if err := testutil.ZTestCrosscorrelationUniformStrings(fillByteArray(0xaa, 32), fillByteArray(0xaa, 32)); err == nil { t.Errorf("Expected 0xaa repeated 32 times to be cross correlated with itself") } if err := testutil.ZTestCrosscorrelationUniformStrings(random.GetRandomBytes(32), random.GetRandomBytes(32)); err != nil { t.Errorf("Expected random 32 byte strings to not be crosscorrelated: %v", err) } } func TestAutocorrelationUniformString(t *testing.T) { if err := testutil.ZTestAutocorrelationUniformString(fillByteArray(0xaa, 32)); err == nil { t.Errorf("Expected repeated string to show autocorrelation") } if err := testutil.ZTestAutocorrelationUniformString([]byte( "This is a text that is only ascii characters and therefore " + "not random. It needs quite a few characters before it has " + "enough to find a pattern, though, as it is text.")); err == nil { t.Errorf("Expected longish English ASCII test to be autocorrelated") } if err := testutil.ZTestAutocorrelationUniformString(random.GetRandomBytes(32)); err != nil { t.Errorf("Expected random 32 byte string to show not autocorrelation: %v", err) } } func TestGenerateMutations(t *testing.T) { original := random.GetRandomBytes(8) mutations := testutil.GenerateMutations(original) seen := make(map[string]bool) for i, mutation := range mutations { if bytes.Compare(original, mutation) == 0 { t.Errorf("Expected mutation %x to differ from original %x", mutation, original) } mutationHex := hex.EncodeToString(mutation) if seen[mutationHex] { t.Errorf("Mutation %d (%s) matches an earlier mutation", i, mutationHex) } seen[mutationHex] = true } } ================================================ FILE: tink/aead.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tink import "context" /* AEAD is the interface for authenticated encryption with associated data. Implementations of this interface are secure against adaptive chosen ciphertext attacks. Encryption with associated data ensures authenticity and integrity of that data, but not its secrecy. (see RFC 5116, https://tools.ietf.org/html/rfc5116) */ type AEAD interface { // Encrypt encrypts plaintext with associatedData as associated data. // The resulting ciphertext allows for checking authenticity and integrity of associated data // associatedData, but does not guarantee its secrecy. Encrypt(plaintext, associatedData []byte) ([]byte, error) // Decrypt decrypts ciphertext with associatedData as associated data. // The decryption verifies the authenticity and integrity of the associated data, but there are // no guarantees with respect to secrecy of that data. Decrypt(ciphertext, associatedData []byte) ([]byte, error) } /* AEADWithContext offers the same functionality as [AEAD], but in each call a [context.Context] parameter is passed along. This is the prefered interface for e.g., AEAD primitives implemented with RPC calls. */ type AEADWithContext interface { // Encrypt encrypts plaintext with associatedData as associated data. // The resulting ciphertext allows for checking authenticity and integrity of associated data // associatedData, but does not guarantee its secrecy. EncryptWithContext(ctx context.Context, plaintext, associatedData []byte) ([]byte, error) // Decrypt decrypts ciphertext with associatedData as associated data. // The decryption verifies the authenticity and integrity of the associated data, but there are // no guarantees with respect to secrecy of that data. DecryptWithContext(ctx context.Context, ciphertext, associatedData []byte) ([]byte, error) } ================================================ FILE: tink/deterministic_aead.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tink /* DeterministicAEAD is the interface for deterministic authenticated encryption with associated data. Warning: Unlike AEAD, implementations of this interface are not semantically secure, because encrypting the same plaintext always yields the same ciphertext. Security guarantees: Implementations of this interface provide 128-bit security level against multi-user attacks with up to 2^32 keys. That means if an adversary obtains 2^32 ciphertexts of the same message encrypted under 2^32 keys, they need to do 2^128 computations to obtain a single key. Encryption with associated data ensures authenticity (who the sender is) and integrity (the data has not been tampered with) of that data, but not its secrecy. References: * https://tools.ietf.org/html/rfc5116 * https://tools.ietf.org/html/rfc5297#section-1.3 */ type DeterministicAEAD interface { // EncryptDeterministically deterministically encrypts plaintext with associatedData as // associated authenticated data. // // Warning: // Encrypting the same plaintext multiple times protects the integrity of that plaintext, // but confidentiality is compromised to the extent that an attacker can determine that // the same plaintext was encrypted. // // The resulting ciphertext allows for checking authenticity and integrity of associatedData, // but does not guarantee its secrecy. EncryptDeterministically(plaintext, associatedData []byte) ([]byte, error) // DecryptDeterministically deterministically decrypts ciphertext with associatedData as // associated authenticated data. The decryption verifies the authenticity and integrity // of the associated data, but there are no guarantees with respect to secrecy of that data. DecryptDeterministically(ciphertext, associatedData []byte) ([]byte, error) } ================================================ FILE: tink/hybrid_decrypt.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tink /* HybridDecrypt Interface for hybrid decryption. Hybrid Encryption combines the efficiency of symmetric encryption with the convenience of public-key encryption: to encrypt a message a fresh symmetric key is generated and used to encrypt the actual plaintext data, while the recipient’s public key is used to encrypt the symmetric key only, and the final ciphertext consists of the symmetric ciphertext and the encrypted symmetric key. WARNING Hybrid Encryption does not provide authenticity, that is the recipient of an encrypted message does not know the identity of the sender. Similar to general public-key encryption schemes the security goal of Hybrid Encryption is to provide privacy only. In other words, Hybrid Encryption is secure if and only if the recipient can accept anonymous messages or can rely on other mechanisms to authenticate the sender. Security guarantees The functionality of Hybrid Encryption is represented as a pair of interfaces: HybridEncrypt for encryption of data, and HybridDecrypt for decryption. Implementations of these interfaces are secure against adaptive chosen ciphertext attacks. In addition to plaintext the encryption takes an extra parameter contextInfo, which usually is public data implicit from the context, but should be bound to the resulting ciphertext, i.e. the ciphertext allows for checking the integrity of contextInfo (but there are no guarantees wrt. the secrecy or authenticity of contextInfo). contextInfo can be empty or null, but to ensure the correct decryption of a ciphertext the same value must be provided for the decryption operation as was used during encryption (HybridEncrypt). A concrete instantiation of this interface can implement the binding of contextInfo to the ciphertext in various ways, for example: use contextInfo as "associated data"-input for the employed AEAD symmetric encryption (cf. https://tools.ietf.org/html/rfc5116). use contextInfo as "CtxInfo"-input for HKDF (if the implementation uses HKDF as key derivation function, cf. https://tools.ietf.org/html/rfc5869). */ type HybridDecrypt interface { // Decrypt operation: decrypts ciphertext, verifying the integrity of // contextInfo. Returns resulting plaintext. Decrypt(ciphertext, contextInfo []byte) ([]byte, error) } ================================================ FILE: tink/hybrid_encrypt.go ================================================ // Copyright 2017 Google Inc. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tink /* HybridEncrypt is the Interface for hybrid encryption. Hybrid Encryption combines the efficiency of symmetric encryption with the convenience of public-key encryption: to encrypt a message a fresh symmetric key is generated and used to encrypt the actual plaintext data, while the recipient’s public key is used to encrypt the symmetric key only, and the final ciphertext consists of the symmetric ciphertext and the encrypted symmetric key. WARNING Hybrid Encryption does not provide authenticity, that is the recipient of an encrypted message does not know the identity of the sender. Similar to general public-key encryption schemes the security goal of Hybrid Encryption is to provide privacy only. In other words, Hybrid Encryption is secure if and only if the recipient can accept anonymous messages or can rely on other mechanisms to authenticate the sender. Security guarantees The functionality of Hybrid Encryption is represented as a pair of interfaces: HybridEncrypt for encryption of data, and HybridDecrypt for decryption. Implementations of these interfaces are secure against adaptive chosen ciphertext attacks. In addition to plaintext the encryption takes an extra parameter contextInfo, which usually is public data implicit from the context, but should be bound to the resulting ciphertext, i.e. the ciphertext allows for checking the integrity of contextInfo (but there are no guarantees wrt. the secrecy or authenticity of contextInfo). contextInfo can be empty or null, but to ensure the correct decryption of a ciphertext the same value must be provided for the decryption operation as was used during encryption (cf. HybridEncrypt). A concrete instantiation of this interface can implement the binding of contextInfo to the ciphertext in various ways, for example: use contextInfo as "associated data"-input for the employed AEAD symmetric encryption (cf. https://tools.ietf.org/html/rfc5116). use contextInfo as "CtxInfo"-input for HKDF (if the implementation uses HKDF as key derivation function, cf. https://tools.ietf.org/html/rfc5869). */ type HybridEncrypt interface { // Encrypt operation: encrypts plaintext, binding contextInfo to the resulting // ciphertext. Returns resulting ciphertext. Encrypt(plaintext, contextInfo []byte) ([]byte, error) } ================================================ FILE: tink/mac.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tink /* MAC is the interface for MACs (Message Authentication Codes). This interface should be used for authentication only, and not for other purposes (for example, it should not be used to generate pseudorandom bytes). */ type MAC interface { // ComputeMAC computes message authentication code (MAC) for code data. ComputeMAC(data []byte) ([]byte, error) // Verify returns nil if mac is a correct authentication code (MAC) for data, // otherwise it returns an error. VerifyMAC(mac, data []byte) error } ================================================ FILE: tink/signer.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tink // Signer is the signing interface for digital signature. // // Implementations of this interface are secure against adaptive chosen-message // attacks. Signing data ensures authenticity and integrity of that data, but // not its secrecy. type Signer interface { // Computes the digital signature for data. Sign(data []byte) ([]byte, error) } ================================================ FILE: tink/streamingaead.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tink import "io" /* StreamingAEAD is an interface for streaming authenticated encryption with associated data. Streaming encryption is typically used for encrypting large plaintexts such as large files. Tink may eventually contain multiple interfaces for streaming encryption depending on the supported properties. This interface supports a streaming interface for symmetric encryption with authentication. The underlying encryption modes are selected so that partial plaintext can be obtained fast by decrypting and authenticating just a part of the ciphertext. Instances of StreamingAEAD must follow the nOAE definition as proposed in the paper "Online Authenticated-Encryption and its Nonce-Reuse Misuse-Resistance" by Hoang, Reyhanitabar, Rogaway and Vizár https://eprint.iacr.org/2015/189.pdf. */ type StreamingAEAD interface { // NewEncryptingWriter returns a wrapper around underlying io.Writer, such that any write-operation // via the wrapper results in AEAD-encryption of the written data, using associatedData // as associated data. The associated data is not included in the ciphertext // and has to be passed in as parameter for decryption. NewEncryptingWriter(w io.Writer, associatedData []byte) (io.WriteCloser, error) // NewDecryptingReader returns a wrapper around underlying io.Reader, such that any read-operation // via the wrapper results in AEAD-decryption of the underlying ciphertext, // using associatedData as associated data. NewDecryptingReader(r io.Reader, associatedData []byte) (io.Reader, error) } ================================================ FILE: tink/tink.go ================================================ // Copyright 2022 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // Package tink provides the abstract interfaces of the primitives supported by Tink. package tink ================================================ FILE: tink/verifier.go ================================================ // Copyright 2018 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tink // Verifier is the verifying interface for digital signature. // // Implementations of this interface are secure against adaptive chosen-message // attacks. Signing data ensures authenticity and integrity of that data, but // not its secrecy. type Verifier interface { // Verifies returns nil if signature is a valid signature for data; otherwise returns an error. Verify(signature, data []byte) error } ================================================ FILE: tink/version.go ================================================ // Copyright 2020 Google LLC // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package tink const ( // Version is the current version of Tink. Version = "2.6.0" )