SYMBOL INDEX (908 symbols across 50 files)

FILE: crates/dsperse/benches/serialization.rs
  function make_slice_metadata (line 14) | fn make_slice_metadata(index: usize) -> SliceMetadata {
  function make_model_metadata (line 40) | fn make_model_metadata(num_slices: usize) -> ModelMetadata {
  function make_run_metadata (line 62) | fn make_run_metadata(num_slices: usize) -> RunMetadata {
  function bench_roundtrip (line 151) | fn bench_roundtrip<T: Serialize + for<'de> Deserialize<'de>>(
  function serialization_benchmarks (line 182) | fn serialization_benchmarks(c: &mut Criterion) {

FILE: crates/dsperse/build.rs
  function main (line 1) | fn main() {

FILE: crates/dsperse/src/backend/jstprove.rs
  type JstproveBackend (line 20) | pub struct JstproveBackend {
    method new (line 35) | pub fn new() -> Self {
    method with_compress (line 39) | pub fn with_compress(mut self, compress: bool) -> Self {
    method compress (line 44) | pub fn compress(&self) -> bool {
    method load_bundle_cached (line 48) | pub fn load_bundle_cached(&self, path: &Path) -> Result<Arc<CompiledCi...
    method clear_cache (line 64) | pub fn clear_cache(&self) {
    method evict_cache_by_prefix (line 80) | pub fn evict_cache_by_prefix(&self, prefix: &Path) {
    method resolve_proof_config (line 106) | fn resolve_proof_config(bundle: &CompiledCircuit) -> Result<ProofConfi...
    method resolve_proof_config_from_manifest (line 131) | fn resolve_proof_config_from_manifest(&self, circuit_path: &Path) -> R...
    method compile (line 165) | pub fn compile(
    method witness (line 198) | pub fn witness(
    method witness_f64 (line 221) | pub fn witness_f64(
    method load_params (line 249) | pub fn load_params(&self, circuit_path: &Path) -> Result<Option<Circui...
    method prove (line 254) | pub fn prove(&self, circuit_path: &Path, witness_bytes: &[u8]) -> Resu...
    method extract_outputs (line 262) | pub fn extract_outputs(
    method extract_outputs_full (line 282) | pub fn extract_outputs_full(
    method verify (line 296) | pub fn verify(
    method verify_and_extract (line 309) | pub fn verify_and_extract(
    method setup_holographic_vk (line 345) | pub fn setup_holographic_vk(&self, circuit_path: &Path) -> Result<()> {
    method prove_holographic (line 367) | pub fn prove_holographic(&self, circuit_path: &Path, witness_bytes: &[...
    method verify_holographic (line 379) | pub fn verify_holographic(&self, circuit_path: &Path, proof_bytes: &[u...
  method default (line 26) | fn default() -> Self {
  method prove (line 396) | fn prove(&self, circuit_path: &Path, witness_bytes: &[u8]) -> Result<Vec...
  method verify (line 400) | fn verify(
  method witness_f64 (line 409) | fn witness_f64(
  function load_bundle (line 419) | fn load_bundle(circuit_path: &Path) -> Result<CompiledCircuit> {
  type WarmCircuit (line 428) | pub struct WarmCircuit {
    method load (line 437) | pub fn load(
    method witness_f64 (line 457) | pub fn witness_f64(&self, activations: &[f64]) -> Result<Vec<u8>> {
  function bundle_cache_starts_empty (line 478) | fn bundle_cache_starts_empty() {
  function backend_constructs_without_proof_config_state (line 485) | fn backend_constructs_without_proof_config_state() {
  function clear_cache_on_empty_succeeds (line 491) | fn clear_cache_on_empty_succeeds() {
  function clear_cache_removes_entries (line 499) | fn clear_cache_removes_entries() {
  function load_bundle_cached_returns_error_for_missing_path (line 518) | fn load_bundle_cached_returns_error_for_missing_path() {
  function resolve_proof_config_rejects_unstamped_bundle (line 526) | fn resolve_proof_config_rejects_unstamped_bundle() {

FILE: crates/dsperse/src/backend/onnx.rs
  function coerce_tdim_inputs (line 11) | pub fn coerce_tdim_inputs(inputs: &TVec<TValue>) -> TVec<TValue> {
  type NamedOutputs (line 29) | pub type NamedOutputs = HashMap<String, (Vec<f64>, Vec<usize>)>;
  function load_onnx_model (line 31) | fn load_onnx_model(onnx_path: &Path) -> Result<InferenceModel> {
  function resolve_concrete_shape (line 37) | fn resolve_concrete_shape(model: &InferenceModel, input_shape: &[usize])...
  function resolve_input_datum_type (line 66) | fn resolve_input_datum_type(model: &InferenceModel, idx: usize) -> Resul...
  function optimize_to_runnable (line 77) | fn optimize_to_runnable(
  function run_inference_with_coercion (line 91) | pub fn run_inference_with_coercion(
  function extract_all_outputs (line 155) | fn extract_all_outputs(result: &[TValue]) -> Result<NamedOutputs> {
  function load_runnable (line 165) | fn load_runnable(
  constant I64_SAFE_BOUND_F64 (line 176) | const I64_SAFE_BOUND_F64: f64 = I64_SAFE_BOUND as f64;
  function reject_non_finite (line 178) | fn reject_non_finite(v: f64, idx: usize, type_name: &str) -> Result<()> {
  function validate_integer_input (line 187) | fn validate_integer_input(
  function build_input_tvalue (line 213) | fn build_input_tvalue(input_data: &[f64], shape: &[usize], dt: DatumType...
  function run_single (line 301) | fn run_single(
  type WarmModel (line 312) | pub struct WarmModel {
    method load (line 319) | pub fn load(onnx_path: &Path, input_shape: &[usize]) -> Result<Self> {
    method run (line 328) | pub fn run(&self, input_data: &[f64]) -> Result<(Vec<f64>, Vec<usize>)> {
  function run_inference (line 334) | pub fn run_inference(
  function run_inference_named (line 344) | pub fn run_inference_named(
  function run_inference_multi (line 372) | pub fn run_inference_multi(
  function run_inference_multi_named (line 380) | pub fn run_inference_multi_named(
  function run_multi_inner (line 388) | fn run_multi_inner(
  function collect_output_names (line 478) | fn collect_output_names(model: &InferenceModel) -> Vec<String> {
  constant I64_SAFE_BOUND (line 493) | const I64_SAFE_BOUND: i64 = 9_007_199_254_740_992;
  function i64_to_f64_checked (line 495) | fn i64_to_f64_checked(v: i64, label: &str) -> Result<f64> {
  function u64_to_f64_checked (line 504) | fn u64_to_f64_checked(v: u64, label: &str) -> Result<f64> {
  function tvalue_to_f64 (line 513) | fn tvalue_to_f64(tv: &TValue, label: &str) -> Result<(Vec<f64>, Vec<usiz...
  function zip_named_outputs (line 593) | fn zip_named_outputs(names: &[String], result: &[TValue]) -> Result<Name...
  function extract_first_output (line 610) | fn extract_first_output(result: &[TValue]) -> Result<(Vec<f64>, Vec<usiz...
  constant TEST_OPS (line 621) | const TEST_OPS: &[&str] = &["Conv", "Gemm", "MatMul"];
  function run_inference_on_sliced_model (line 624) | fn run_inference_on_sliced_model() {
  function run_inference_nonexistent_model (line 666) | fn run_inference_nonexistent_model() {
  function warm_model_load_nonexistent (line 672) | fn warm_model_load_nonexistent() {
  function warm_model_load_and_run_on_slice (line 678) | fn warm_model_load_and_run_on_slice() {
  function zip_named_outputs_empty (line 722) | fn zip_named_outputs_empty() {
  function extract_first_output_empty (line 728) | fn extract_first_output_empty() {
  function build_input_tvalue_respects_declared_dtypes (line 734) | fn build_input_tvalue_respects_declared_dtypes() {
  function build_input_tvalue_rejects_non_finite (line 762) | fn build_input_tvalue_rejects_non_finite() {
  function build_input_tvalue_rejects_fractional_for_integer_dtypes (line 783) | fn build_input_tvalue_rejects_fractional_for_integer_dtypes() {
  function build_input_tvalue_rejects_out_of_range_for_integer_dtypes (line 803) | fn build_input_tvalue_rejects_out_of_range_for_integer_dtypes() {
  function safe_integer_bound_is_inclusive_on_both_sides (line 825) | fn safe_integer_bound_is_inclusive_on_both_sides() {
  function build_input_tvalue_rejects_i64_above_safe_integer_bound (line 845) | fn build_input_tvalue_rejects_i64_above_safe_integer_bound() {
  function build_input_tvalue_rejects_finite_f64_outside_f32_range (line 857) | fn build_input_tvalue_rejects_finite_f64_outside_f32_range() {
  function build_input_tvalue_rejects_non_boolean_for_bool_dtype (line 879) | fn build_input_tvalue_rejects_non_boolean_for_bool_dtype() {
  function write_uint8_cast_to_float_model (line 889) | fn write_uint8_cast_to_float_model(path: &Path) {
  function write_uint8_identity_model (line 905) | fn write_uint8_identity_model(path: &Path) {
  function warm_model_decodes_uint8_output (line 921) | fn warm_model_decodes_uint8_output() {
  function tvalue_to_f64_covers_added_integer_dtypes (line 935) | fn tvalue_to_f64_covers_added_integer_dtypes() {
  function warm_model_runs_non_f32_input_through_planner (line 964) | fn warm_model_runs_non_f32_input_through_planner() {
  function run_inference_multi_honors_per_input_dtype (line 983) | fn run_inference_multi_honors_per_input_dtype() {
  function resolve_input_datum_type_reads_concrete_model_dtype (line 996) | fn resolve_input_datum_type_reads_concrete_model_dtype() {

FILE: crates/dsperse/src/backend/traits.rs
  type ProofBackend (line 5) | pub trait ProofBackend: Send + Sync {
    method prove (line 6) | fn prove(&self, circuit_path: &Path, witness_bytes: &[u8]) -> Result<V...
    method verify (line 8) | fn verify(&self, circuit_path: &Path, witness_bytes: &[u8], proof_byte...
    method witness_f64 (line 11) | fn witness_f64(

FILE: crates/dsperse/src/cli/mod.rs
  function parse_proof_config (line 12) | fn parse_proof_config(value: &str) -> Result<ProofConfig> {
  constant VERSION (line 18) | pub const VERSION: &str = env!("DSPERSE_DISPLAY_VERSION");
  type Cli (line 22) | pub struct Cli {
  type Commands (line 30) | pub enum Commands {
  function dispatch (line 46) | pub fn dispatch(command: Commands) -> Result<()> {
  type SliceArgs (line 63) | pub struct SliceArgs {
  type CombineArgs (line 90) | pub struct CombineArgs {
  type CompileArgs (line 98) | pub struct CompileArgs {
  type RunArgs (line 154) | pub struct RunArgs {
  type ProveArgs (line 182) | pub struct ProveArgs {
  type VerifyArgs (line 194) | pub struct VerifyArgs {
  type PackageArgs (line 206) | pub struct PackageArgs {
  type PublishArgs (line 229) | pub struct PublishArgs {
  type FullRunArgs (line 253) | pub struct FullRunArgs {
  type SetupHolographicArgs (line 325) | pub struct SetupHolographicArgs {
  type CircuitOps (line 341) | struct CircuitOps(Vec<String>);
    method as_refs (line 344) | fn as_refs(&self) -> Vec<&str> {
  function resolve_circuit_ops (line 349) | fn resolve_circuit_ops(proof_system_str: &str, circuit_ops: Option<&str>...
  function resolve_slices_dir (line 385) | fn resolve_slices_dir(slices_dir: Option<PathBuf>, model_dir: &Path) -> ...
  function cmd_slice (line 389) | pub fn cmd_slice(args: SliceArgs) -> Result<()> {
  function cmd_combine (line 409) | pub fn cmd_combine(args: CombineArgs) -> Result<()> {
  function cmd_compile (line 417) | pub fn cmd_compile(args: CompileArgs) -> Result<()> {
  function cmd_run (line 448) | pub fn cmd_run(args: RunArgs) -> Result<()> {
  function cmd_prove (line 474) | pub fn cmd_prove(args: ProveArgs) -> Result<()> {
  function cmd_verify (line 482) | pub fn cmd_verify(args: VerifyArgs) -> Result<()> {
  function cmd_package (line 490) | pub fn cmd_package(args: PackageArgs) -> Result<()> {
  function cmd_publish (line 518) | pub fn cmd_publish(args: PublishArgs) -> Result<()> {
  function cmd_full_run (line 551) | pub fn cmd_full_run(args: FullRunArgs) -> Result<()> {
  function cmd_setup_holographic (line 620) | pub fn cmd_setup_holographic(args: SetupHolographicArgs) -> Result<()> {
  type AnalyzeArgs (line 642) | pub struct AnalyzeArgs {
  type AnalyzeFormat (line 680) | pub enum AnalyzeFormat {
    method fmt (line 686) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  function cmd_analyze (line 694) | fn cmd_analyze(args: AnalyzeArgs) -> Result<()> {
  function parse_index_spec (line 788) | fn parse_index_spec(spec: &str) -> Result<Vec<usize>> {
  function run_id (line 821) | fn run_id() -> String {
  function parse_index_spec_single (line 835) | fn parse_index_spec_single() {
  function parse_index_spec_multiple (line 840) | fn parse_index_spec_multiple() {
  function parse_index_spec_range (line 845) | fn parse_index_spec_range() {
  function parse_index_spec_mixed (line 850) | fn parse_index_spec_mixed() {
  function parse_index_spec_whitespace_tolerance (line 855) | fn parse_index_spec_whitespace_tolerance() {
  function parse_index_spec_empty_rejected (line 860) | fn parse_index_spec_empty_rejected() {
  function parse_index_spec_invalid_token (line 865) | fn parse_index_spec_invalid_token() {
  function parse_index_spec_reversed_range (line 870) | fn parse_index_spec_reversed_range() {
  function parse_index_spec_trailing_comma (line 875) | fn parse_index_spec_trailing_comma() {
  function run_id_format (line 880) | fn run_id_format() {
  function run_id_unique (line 889) | fn run_id_unique() {
  function cli_parse_slice_command (line 896) | fn cli_parse_slice_command() {
  function cli_parse_run_command (line 902) | fn cli_parse_run_command() {
  function cli_log_level_default (line 915) | fn cli_log_level_default() {
  function cli_log_level_override (line 921) | fn cli_log_level_override() {
  function cli_compile_with_layers (line 934) | fn cli_compile_with_layers() {
  function cli_run_parallel (line 951) | fn cli_run_parallel() {
  function cli_slice_with_tile_size (line 970) | fn cli_slice_with_tile_size() {
  function cli_parse_combine_command (line 987) | fn cli_parse_combine_command() {
  function cli_parse_combine_with_slices_dir (line 993) | fn cli_parse_combine_with_slices_dir() {
  function cli_run_combined_default_true (line 1013) | fn cli_run_combined_default_true() {
  function cli_run_combined_explicit_false (line 1030) | fn cli_run_combined_explicit_false() {
  function cli_compile_holographic_default_false (line 1049) | fn cli_compile_holographic_default_false() {
  function cli_compile_holographic_explicit_true (line 1059) | fn cli_compile_holographic_explicit_true() {
  function cli_full_run_holographic_explicit_true (line 1076) | fn cli_full_run_holographic_explicit_true() {
  function cli_setup_holographic_command (line 1093) | fn cli_setup_holographic_command() {
  function cli_setup_holographic_overwrite (line 1111) | fn cli_setup_holographic_overwrite() {
  function cli_compile_wai_default_true (line 1128) | fn cli_compile_wai_default_true() {
  function cli_compile_wai_explicit_false (line 1138) | fn cli_compile_wai_explicit_false() {
  function resolve_circuit_ops_invalid_proof_system (line 1155) | fn resolve_circuit_ops_invalid_proof_system() {
  function resolve_circuit_ops_unsupported_op (line 1161) | fn resolve_circuit_ops_unsupported_op() {
  function resolve_circuit_ops_empty_spec_rejected (line 1167) | fn resolve_circuit_ops_empty_spec_rejected() {
  function resolve_circuit_ops_whitespace_only_spec_rejected (line 1173) | fn resolve_circuit_ops_whitespace_only_spec_rejected() {
  function resolve_circuit_ops_valid_specific_ops (line 1179) | fn resolve_circuit_ops_valid_specific_ops() {
  function resolve_circuit_ops_none_returns_all (line 1188) | fn resolve_circuit_ops_none_returns_all() {
  function resolve_slices_dir_custom_path (line 1195) | fn resolve_slices_dir_custom_path() {
  function resolve_slices_dir_default_fallback (line 1201) | fn resolve_slices_dir_default_fallback() {

FILE: crates/dsperse/src/converter.rs
  function prepare_jstprove_artifacts (line 10) | pub fn prepare_jstprove_artifacts(
  function prepare_jstprove_artifacts_filtered (line 17) | pub fn prepare_jstprove_artifacts_filtered(
  function prepare_jstprove_artifacts_nonexistent_model (line 56) | fn prepare_jstprove_artifacts_nonexistent_model() {
  function prepare_jstprove_artifacts_with_weights_as_inputs (line 62) | fn prepare_jstprove_artifacts_with_weights_as_inputs() {

FILE: crates/dsperse/src/error.rs
  type Result (line 3) | pub type Result<T> = std::result::Result<T, DsperseError>;
  type DsperseError (line 6) | pub enum DsperseError {
    method io (line 42) | pub fn io(source: std::io::Error, path: impl Into<PathBuf>) -> Self {

FILE: crates/dsperse/src/main.rs
  function main (line 6) | fn main() {

FILE: crates/dsperse/src/pipeline/channel_split.rs
  function reshape_channel_split_output (line 16) | pub(crate) fn reshape_channel_split_output(
  function execute_channel_split (line 52) | pub(crate) fn execute_channel_split(
  function execute_channel_group (line 243) | fn execute_channel_group(

FILE: crates/dsperse/src/pipeline/combined.rs
  type CombinedRun (line 15) | pub struct CombinedRun {
    method new (line 26) | pub fn new(slices_dir: &Path, input: ArrayD<f64>) -> Result<Self> {
    method all_circuit_work (line 105) | pub fn all_circuit_work(&self) -> Result<Vec<SliceWork>> {
    method mark_slice_done (line 171) | pub fn mark_slice_done(&mut self, slice_id: &str) -> bool {
    method mark_slice_failed (line 175) | pub fn mark_slice_failed(&mut self, slice_id: &str) -> bool {
    method is_slice_failed (line 183) | pub fn is_slice_failed(&self, slice_id: &str) -> bool {
    method failed_count (line 187) | pub fn failed_count(&self) -> usize {
    method is_complete (line 191) | pub fn is_complete(&self) -> bool {
    method model_meta (line 195) | pub fn model_meta(&self) -> &ModelMetadata {
    method final_output (line 199) | pub fn final_output(&self) -> Option<&ArrayD<f64>> {
    method expected_slice_outputs (line 214) | pub fn expected_slice_outputs(&self, slice_id: &str) -> Option<Vec<f64...
    method outputs_for_names (line 220) | pub fn outputs_for_names(&self, names: &[String]) -> Option<Vec<f64>> {
    method slice_tile_counts (line 229) | pub fn slice_tile_counts(&self) -> (usize, usize, HashMap<String, usiz...
    method slices_dir (line 241) | pub fn slices_dir(&self) -> &Path {
    method pending_count (line 245) | pub fn pending_count(&self) -> usize {
  function run_combined_onnx (line 250) | fn run_combined_onnx(
  function seed_tensor_cache_from_initializers (line 274) | fn seed_tensor_cache_from_initializers(

FILE: crates/dsperse/src/pipeline/compiler.rs
  type CircuitCache (line 14) | type CircuitCache = std::sync::Mutex<HashMap<String, PathBuf>>;
  type CompileOutcome (line 16) | enum CompileOutcome {
  type CompileReport (line 37) | pub struct CompileReport {
    method ok_if_no_failures (line 50) | pub fn ok_if_no_failures(self) -> Result<Self> {
  function normalize_split_metadata (line 70) | fn normalize_split_metadata(
  function compile_slices (line 127) | pub fn compile_slices(
  type SliceAnalysis (line 298) | struct SliceAnalysis {
  constant DATA_MOVEMENT_OPS (line 303) | const DATA_MOVEMENT_OPS: &[&str] = &[
  function analyze_slice_onnx (line 319) | fn analyze_slice_onnx(onnx_path: &Path, jstprove_ops: &[&str]) -> Result...
  function compute_circuit_signature (line 340) | pub(super) fn compute_circuit_signature(tmpl_path: &Path, curve: Option<...
  function compute_bundle_signature (line 437) | pub(super) fn compute_bundle_signature(
  function summarize_onnx_ops (line 501) | fn summarize_onnx_ops(onnx_path: &Path) -> String {
  type SliceAnalysisReport (line 528) | pub struct SliceAnalysisReport {
  function derive_slice_report_metrics (line 550) | fn derive_slice_report_metrics(
  function analyze_slices (line 563) | pub fn analyze_slices(
  function estimate_onnx_constraints (line 733) | fn estimate_onnx_constraints(onnx_path: &Path) -> Result<u64> {
  function extract_graph_shapes (line 743) | fn extract_graph_shapes(
  function normalize_slice_for_backend (line 794) | fn normalize_slice_for_backend(onnx_path: &Path) -> Result<Option<std::p...
  function compile_single_slice (line 806) | fn compile_single_slice(
  type HolographicSetupReport (line 979) | pub struct HolographicSetupReport {
    method ok_if_no_failures (line 986) | pub fn ok_if_no_failures(self) -> Result<Self> {
  function setup_holographic_for_slices (line 1008) | pub fn setup_holographic_for_slices(
  function run_holographic_setup (line 1098) | fn run_holographic_setup(
  function populate_channel_split_groups (line 1127) | fn populate_channel_split_groups(
  function compile_channel_split_slice (line 1187) | fn compile_channel_split_slice(
  function compile_dim_split_template (line 1380) | fn compile_dim_split_template(
  function copy_dir_recursive (line 1540) | fn copy_dir_recursive(src: &Path, dst: &Path) -> Result<()> {
  function resolve_compile_onnx (line 1555) | fn resolve_compile_onnx(
  function test_models_dir (line 1584) | fn test_models_dir() -> std::path::PathBuf {
  function make_slice_metadata (line 1588) | fn make_slice_metadata(index: usize, path: &str) -> SliceMetadata {
  constant TEST_OPS (line 1611) | const TEST_OPS: &[&str] = &["Conv", "Gemm", "MatMul"];
  function analyze_slice_onnx_nonexistent (line 1614) | fn analyze_slice_onnx_nonexistent() {
  function analyze_slice_onnx_test_model (line 1620) | fn analyze_slice_onnx_test_model() {
  function analyze_slice_onnx_with_initializers (line 1632) | fn analyze_slice_onnx_with_initializers() {
  function analyze_slice_onnx_without_initializers (line 1654) | fn analyze_slice_onnx_without_initializers() {
  function resolve_compile_onnx_no_tiling (line 1671) | fn resolve_compile_onnx_no_tiling() {
  function resolve_compile_onnx_with_tile (line 1683) | fn resolve_compile_onnx_with_tile() {
  function resolve_compile_onnx_tile_missing_falls_back (line 1723) | fn resolve_compile_onnx_tile_missing_falls_back() {
  function write_identity_onnx (line 1761) | fn write_identity_onnx(path: &Path) {
  function bundle_signature_differs_from_circuit_signature_even_without_metadata (line 1780) | fn bundle_signature_differs_from_circuit_signature_even_without_metadata...
  function bundle_signature_disambiguates_vk_presence (line 1803) | fn bundle_signature_disambiguates_vk_presence() {
  function bundle_signature_disambiguates_proof_config_and_wai_on_metadata_branch (line 1824) | fn bundle_signature_disambiguates_proof_config_and_wai_on_metadata_branc...

FILE: crates/dsperse/src/pipeline/dim_split.rs
  function execute_dim_split (line 13) | pub(crate) fn execute_dim_split(
  function execute_matmul_dim_split (line 63) | fn execute_matmul_dim_split(
  function execute_generic_dim_split (line 294) | fn execute_generic_dim_split(
  function resolve_output_shape (line 420) | fn resolve_output_shape(

FILE: crates/dsperse/src/pipeline/incremental.rs
  type SliceWork (line 14) | pub struct SliceWork {
  type SliceExecutionResult (line 27) | pub struct SliceExecutionResult {
  type IncrementalRun (line 33) | pub struct IncrementalRun {
    method new (line 44) | pub fn new(slices_dir: &Path, input: ArrayD<f64>) -> Result<Self> {
    method next_slice (line 78) | pub fn next_slice(&self) -> Result<Option<SliceWork>> {
    method apply_result (line 130) | pub fn apply_result(&mut self, result: SliceExecutionResult) -> Result...
    method is_complete (line 194) | pub fn is_complete(&self) -> bool {
    method final_output (line 198) | pub fn final_output(&self) -> Option<&ArrayD<f64>> {
    method into_run_metadata (line 213) | pub fn into_run_metadata(self) -> RunMetadata {
    method slices_dir (line 220) | pub fn slices_dir(&self) -> &Path {
    method model_meta (line 224) | pub fn model_meta(&self) -> &ModelMetadata {
    method run_meta (line 228) | pub fn run_meta(&self) -> &RunMetadata {
    method tensor_cache (line 232) | pub fn tensor_cache(&self) -> &TensorStore {

FILE: crates/dsperse/src/pipeline/packager.rs
  type PackageConfig (line 16) | pub struct PackageConfig {
  type PackageResult (line 26) | pub struct PackageResult {
  type ArtifactRef (line 34) | struct ArtifactRef {
  type Manifest (line 42) | struct Manifest {
  type ModelInfo (line 52) | struct ModelInfo {
  type InputSchema (line 70) | struct InputSchema {
  type ComponentEntry (line 77) | struct ComponentEntry {
  type WeightRef (line 90) | struct WeightRef {
  type DagNode (line 98) | struct DagNode {
  constant VALID_CURVES (line 106) | const VALID_CURVES: &[&str] = &[
  function normalize_curve (line 115) | fn normalize_curve(curve: Option<&str>) -> Result<Option<String>> {
  function package_content_addressed (line 130) | pub fn package_content_addressed(
  function resolve_circuit_dir (line 306) | fn resolve_circuit_dir(slices_dir: &Path, slice: &SliceMetadata) -> Resu...
  type ComponentSource (line 334) | enum ComponentSource {
  function resolve_source_onnx (line 339) | fn resolve_source_onnx(slices_dir: &Path, slice: &SliceMetadata) -> Resu...
  function list_bundle_files (line 387) | fn list_bundle_files(dir: &Path) -> Result<Vec<String>> {
  function extract_component (line 413) | fn extract_component(
  function collect_payload_blobs (line 454) | fn collect_payload_blobs(
  function reject_symlink_path (line 504) | fn reject_symlink_path(path: &Path) -> Result<()> {
  function reject_symlink (line 517) | fn reject_symlink(entry: &walkdir::DirEntry) -> Result<()> {
  function hash_named_file (line 527) | fn hash_named_file(path: &Path, filename: &str, curve: Option<&str>) -> ...
  function sha256_bytes (line 554) | fn sha256_bytes(data: &[u8]) -> String {
  function encode_hex (line 560) | fn encode_hex(bytes: &[u8]) -> String {
  function copy_files_flat (line 569) | fn copy_files_flat(source_dir: &Path, dest_dir: &Path) -> Result<u64> {
  function write_minimal_onnx (line 605) | fn write_minimal_onnx(path: &Path, input_dim: i64) {
  function create_test_model_metadata (line 623) | fn create_test_model_metadata(slices_dir: &Path, count: usize) {
  function ensure_test_artifacts (line 697) | fn ensure_test_artifacts(slices_dir: &Path) {
  function test_content_addressed_output_structure (line 705) | fn test_content_addressed_output_structure() {
  function test_missing_model_onnx_fails (line 746) | fn test_missing_model_onnx_fails() {
  function test_symlinked_artifact_rejected (line 769) | fn test_symlinked_artifact_rejected() {
  function test_manifest_structure (line 794) | fn test_manifest_structure() {
  function test_component_files_exist (line 840) | fn test_component_files_exist() {
  function test_wb_files_exist (line 871) | fn test_wb_files_exist() {
  function test_hash_determinism (line 903) | fn test_hash_determinism() {
  function test_curve_changes_hash (line 945) | fn test_curve_changes_hash() {
  function test_curve_changes_hash_uncompiled_onnx (line 1005) | fn test_curve_changes_hash_uncompiled_onnx() {
  function test_invalid_curve_rejected (line 1108) | fn test_invalid_curve_rejected() {
  function test_curve_normalization (line 1140) | fn test_curve_normalization() {
  function test_deduplication_shared_circuits (line 1194) | fn test_deduplication_shared_circuits() {
  function test_uncompiled_onnx_only_slice (line 1281) | fn test_uncompiled_onnx_only_slice() {
  function test_missing_artifact_errors (line 1361) | fn test_missing_artifact_errors() {
  function test_path_traversal_rejected (line 1430) | fn test_path_traversal_rejected() {
  function test_nonexistent_dir (line 1501) | fn test_nonexistent_dir() {
  function test_identical_bytes_different_filenames_distinct_hashes (line 1516) | fn test_identical_bytes_different_filenames_distinct_hashes() {
  function test_symlink_payload_rejected (line 1610) | fn test_symlink_payload_rejected() {

FILE: crates/dsperse/src/pipeline/prover.rs
  function prove_run (line 9) | pub fn prove_run(

FILE: crates/dsperse/src/pipeline/publisher.rs
  constant REQUEST_TIMEOUT (line 9) | const REQUEST_TIMEOUT: Duration = Duration::from_secs(30);
  constant UPLOAD_TIMEOUT (line 10) | const UPLOAD_TIMEOUT: Duration = Duration::from_secs(300);
  type PublishConfig (line 12) | pub struct PublishConfig {
  type PublishResult (line 24) | pub struct PublishResult {
  function auth_header (line 32) | fn auth_header(token: &str) -> String {
  function publish (line 36) | pub fn publish(dir: &Path, config: &PublishConfig) -> Result<PublishResu...
  function publish_async (line 45) | async fn publish_async(dir: &Path, config: &PublishConfig) -> Result<Pub...

FILE: crates/dsperse/src/pipeline/runner.rs
  type RunConfig (line 26) | pub struct RunConfig {
  method default (line 34) | fn default() -> Self {
  function resolve_circuit_path_required (line 44) | fn resolve_circuit_path_required(
  function resolve_circuit_path_optional (line 55) | pub(crate) fn resolve_circuit_path_optional(
  function load_model_metadata (line 64) | pub fn load_model_metadata(slices_dir: &Path) -> Result<ModelMetadata> {
  function validate_weights_onnx (line 86) | fn validate_weights_onnx(
  function load_donor_model (line 118) | fn load_donor_model(
  function donor_init_map (line 134) | fn donor_init_map(
  function run_inference (line 150) | pub fn run_inference(
  function run_combined_inference (line 397) | fn run_combined_inference(
  function execute_slice (line 767) | fn execute_slice(
  function execute_single (line 872) | fn execute_single(
  function store_named_outputs (line 986) | fn store_named_outputs(
  function collect_named_outputs (line 997) | fn collect_named_outputs(
  function run_onnx_inference (line 1019) | pub(crate) fn run_onnx_inference(onnx_path: &Path, input: &ArrayD<f64>) ...
  function run_onnx_inference_named (line 1029) | pub(crate) fn run_onnx_inference_named(
  function run_onnx_inference_multi_named (line 1038) | pub(crate) fn run_onnx_inference_multi_named(
  function build_execution_chain (line 1057) | pub(crate) fn build_execution_chain(
  function build_run_metadata (line 1126) | pub(crate) fn build_run_metadata(
  function extract_initializers_from_map (line 1171) | pub(crate) fn extract_initializers_from_map(
  function extract_onnx_initializers (line 1213) | pub fn extract_onnx_initializers(
  function flatten_cached_inputs (line 1226) | pub(crate) fn flatten_cached_inputs(cache: &TensorStore, names: &[String...
  function generate_wai_witness (line 1236) | pub(crate) fn generate_wai_witness(
  function make_tiling (line 1268) | fn make_tiling(
  function reshape_to_4d_valid (line 1302) | fn reshape_to_4d_valid() {
  function reshape_to_4d_single_element (line 1309) | fn reshape_to_4d_single_element() {
  function reshape_to_4d_mismatch (line 1317) | fn reshape_to_4d_mismatch() {
  function reshape_to_4d_empty (line 1323) | fn reshape_to_4d_empty() {
  function split_into_tiles_2x2_no_halo (line 1329) | fn split_into_tiles_2x2_no_halo() {
  function split_into_tiles_with_halo (line 1341) | fn split_into_tiles_with_halo() {
  function split_into_tiles_negative_halo_rejected (line 1353) | fn split_into_tiles_negative_halo_rejected() {
  function split_into_tiles_batch_gt1_rejected (line 1360) | fn split_into_tiles_batch_gt1_rejected() {
  function reconstruct_from_tiles_2x2 (line 1367) | fn reconstruct_from_tiles_2x2() {
  function reconstruct_from_tiles_empty (line 1388) | fn reconstruct_from_tiles_empty() {
  function reconstruct_from_tiles_wrong_element_count (line 1394) | fn reconstruct_from_tiles_wrong_element_count() {
  function reconstruct_from_tiles_wrong_tile_count (line 1401) | fn reconstruct_from_tiles_wrong_tile_count() {
  function split_reconstruct_roundtrip (line 1420) | fn split_reconstruct_roundtrip() {
  function store_named_outputs_basic (line 1442) | fn store_named_outputs_basic() {
  function store_named_outputs_missing_name_errors (line 1455) | fn store_named_outputs_missing_name_errors() {
  function store_named_outputs_partial_write_errors (line 1464) | fn store_named_outputs_partial_write_errors() {
  function run_config_default (line 1480) | fn run_config_default() {
  function multi_input_activation_concatenation_ordering (line 1489) | fn multi_input_activation_concatenation_ordering() {
  function multi_input_activation_missing_tensor_error (line 1520) | fn multi_input_activation_missing_tensor_error() {

FILE: crates/dsperse/src/pipeline/slice_cache.rs
  type SliceAssets (line 6) | pub struct SliceAssets {
    method load_from_dslice (line 12) | pub fn load_from_dslice(slices_dir: &Path, slice_id: &str) -> Result<S...

FILE: crates/dsperse/src/pipeline/stage.rs
  type PipelineStage (line 15) | pub enum PipelineStage {
    method execution_method (line 21) | fn execution_method(&self) -> ExecutionMethod {
    method action_label (line 28) | fn action_label(&self) -> &'static str {
    method past_label (line 35) | fn past_label(&self) -> &'static str {
    method error_label (line 42) | fn error_label(&self) -> &'static str {
  function run_pipeline_stage (line 50) | pub fn run_pipeline_stage(
  function execute_single_slice (line 160) | fn execute_single_slice(
  function execute_stage_operation (line 220) | fn execute_stage_operation(
  function execute_tiled_stage (line 274) | fn execute_tiled_stage(
  function execute_tile_stage_operation (line 356) | fn execute_tile_stage_operation(

FILE: crates/dsperse/src/pipeline/strategy.rs
  type ExecutionStrategy (line 6) | pub enum ExecutionStrategy<'a> {
  function from_metadata (line 14) | pub fn from_metadata(meta: &'a RunSliceMetadata, use_circuit: bool) -> R...
  function execution_method (line 52) | pub fn execution_method(&self) -> ExecutionMethod {
  function output_name (line 62) | pub fn output_name(&self) -> Option<&str> {

FILE: crates/dsperse/src/pipeline/tensor_store.rs
  type TensorStore (line 8) | pub struct TensorStore {
    method new (line 13) | pub fn new() -> Self {
    method get (line 17) | pub fn get(&self, name: &str) -> Result<&ArrayD<f64>> {
    method try_get (line 23) | pub fn try_get(&self, name: &str) -> Option<&ArrayD<f64>> {
    method put (line 27) | pub fn put(&mut self, name: String, tensor: ArrayD<f64>) {
    method contains (line 31) | pub fn contains(&self, name: &str) -> bool {
    method len (line 35) | pub fn len(&self) -> usize {
    method is_empty (line 39) | pub fn is_empty(&self) -> bool {
    method keys (line 43) | pub fn keys(&self) -> impl Iterator<Item = &String> {
    method as_map (line 47) | pub fn as_map(&self) -> &HashMap<String, ArrayD<f64>> {
    method gather (line 51) | pub fn gather(&self, names: &[String]) -> Result<ArrayD<f64>> {
  function put_and_get (line 62) | fn put_and_get() {
  function get_missing_returns_error (line 70) | fn get_missing_returns_error() {
  function try_get_missing_returns_none (line 76) | fn try_get_missing_returns_none() {
  function contains_check (line 82) | fn contains_check() {

FILE: crates/dsperse/src/pipeline/tile_executor.rs
  function resolve_tile_circuit (line 9) | pub fn resolve_tile_circuit(
  function execute_tiles (line 34) | pub fn execute_tiles<T, F>(parallel: usize, num_tiles: usize, op: F) -> ...
  function make_tiling (line 58) | fn make_tiling() -> TilingInfo {
  function resolve_tile_circuit_no_info (line 85) | fn resolve_tile_circuit_no_info() {
  function resolve_tile_circuit_with_default (line 92) | fn resolve_tile_circuit_with_default() {
  function resolve_tile_circuit_from_single_tile (line 100) | fn resolve_tile_circuit_from_single_tile() {
  function execute_tiles_collects_results (line 113) | fn execute_tiles_collects_results() {
  function execute_tiles_zero_tiles_errors (line 122) | fn execute_tiles_zero_tiles_errors() {

FILE: crates/dsperse/src/pipeline/tiled.rs
  function execute_tiled (line 22) | pub(crate) fn execute_tiled(
  function execute_combined_tiled (line 374) | pub(crate) fn execute_combined_tiled(
  function prepare_tiles_from_cache (line 566) | pub(crate) fn prepare_tiles_from_cache(
  function split_for_tiling (line 607) | pub fn split_for_tiling(input: &ArrayD<f64>, tiling: &TilingInfo) -> Res...
  function split_into_tiles (line 672) | pub fn split_into_tiles(input: &Array4<f64>, tiling: &TilingInfo) -> Res...
  function reconstruct_from_tiles (line 724) | pub fn reconstruct_from_tiles(
  function trim_to_original_dims (line 792) | pub(crate) fn trim_to_original_dims(arr: ArrayD<f64>, tiling: &TilingInf...
  function split_into_tiles_1d (line 818) | pub(crate) fn split_into_tiles_1d(
  function reconstruct_from_tiles_1d (line 866) | pub(crate) fn reconstruct_from_tiles_1d(
  function trim_to_original_seq (line 909) | pub(crate) fn trim_to_original_seq(arr: ArrayD<f64>, tiling: &TilingInfo...
  function prepare_fixed_segments_from_cache (line 927) | pub(crate) fn prepare_fixed_segments_from_cache(
  function reconstruct_from_fixed_segments (line 971) | pub(crate) fn reconstruct_from_fixed_segments(
  function reshape_to_4d (line 997) | pub(crate) fn reshape_to_4d(flat: &[f64], c: usize, h: usize, w: usize) ...
  function flatten_tile_inputs (line 1009) | pub(crate) fn flatten_tile_inputs(all_tiles: &[Vec<ArrayD<f64>>], tile_i...

FILE: crates/dsperse/src/pipeline/verifier.rs
  function verify_run (line 9) | pub fn verify_run(

FILE: crates/dsperse/src/python.rs
  function to_py_err (line 12) | fn to_py_err(e: DsperseError) -> PyErr {
  function to_pretty_json (line 30) | fn to_pretty_json<T: serde::Serialize>(value: &T) -> PyResult<String> {
  function resolve_ops (line 38) | fn resolve_ops(proof_system: &str, circuit_ops: Option<&[String]>) -> Py...
  function require_nonzero (line 58) | fn require_nonzero(parallel: usize) -> PyResult<()> {
  function slice_model (line 69) | fn slice_model(
  function compile_slices (line 99) | fn compile_slices(
  function run_inference (line 154) | fn run_inference(
  function prove_run (line 183) | fn prove_run(py: Python<'_>, run_dir: &str, slices_dir: &str, parallel: ...
  function verify_run (line 196) | fn verify_run(
  function cli_main (line 214) | fn cli_main(py: Python<'_>, argv: Option<Vec<String>>) -> PyResult<()> {
  function setup_holographic (line 243) | fn setup_holographic(
  function _native (line 267) | fn _native(m: &Bound<'_, PyModule>) -> PyResult<()> {

FILE: crates/dsperse/src/schema/execution.rs
  type ExecutionMethod (line 9) | pub enum ExecutionMethod {
    method fmt (line 20) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  type TileResult (line 34) | pub struct TileResult {
    method failure (line 48) | pub fn failure(
    method success (line 64) | pub fn success(tile_idx: usize, method: Option<ExecutionMethod>, time_...
  type ExecutionInfo (line 77) | pub struct ExecutionInfo {
  type StrategyOutput (line 90) | pub struct StrategyOutput {
  type SliceResult (line 96) | pub struct SliceResult {
    method failure (line 112) | pub fn failure(
    method success (line 129) | pub fn success(slice_id: impl Into<String>, method: ExecutionMethod, t...
  type ExecutionNode (line 143) | pub struct ExecutionNode {
  method default (line 162) | fn default() -> Self {
  type ExecutionResultEntry (line 177) | pub struct ExecutionResultEntry {
  type ExecutionChain (line 188) | pub struct ExecutionChain {
    method get_result_for_slice (line 204) | pub fn get_result_for_slice(&self, slice_id: &str) -> Option<&Executio...
  type RunMetadata (line 212) | pub struct RunMetadata {
    method get_slice (line 228) | pub fn get_slice(&self, slice_id: &str) -> Option<&RunSliceMetadata> {
    method iter_circuit_slices (line 232) | pub fn iter_circuit_slices(&self) -> impl Iterator<Item = (&str, &RunS...
  function is_zero (line 245) | fn is_zero(v: &f64) -> bool {

FILE: crates/dsperse/src/schema/metadata.rs
  type BackendKind (line 9) | pub enum BackendKind {
    method fmt (line 17) | fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
  type TensorShape (line 26) | pub struct TensorShape {
  type Dependencies (line 34) | pub struct Dependencies {
  type CompilationFiles (line 44) | pub struct CompilationFiles {
  type BackendCompilation (line 56) | pub struct BackendCompilation {
  type Compilation (line 71) | pub struct Compilation {
  type SliceShapeWrapper (line 77) | pub struct SliceShapeWrapper {
  type SliceMetadata (line 83) | pub struct SliceMetadata {
    method split_strategy (line 111) | pub fn split_strategy(&self) -> Option<super::tiling::SplitStrategy<'_...
    method output_names (line 120) | pub fn output_names(&self) -> &[String] {
    method resolve_onnx (line 124) | pub fn resolve_onnx(
  type RunSliceMetadata (line 137) | pub struct RunSliceMetadata {
    method split_strategy (line 169) | pub fn split_strategy(&self) -> Option<super::tiling::SplitStrategy<'_...
  type ModelMetadata (line 180) | pub struct ModelMetadata {
    method load (line 214) | pub fn load(path: &std::path::Path) -> crate::error::Result<Self> {
    method save (line 219) | pub fn save(&self, path: &std::path::Path) -> crate::error::Result<()> {
    method stamp_version (line 231) | pub fn stamp_version(&mut self) {

FILE: crates/dsperse/src/schema/tiling.rs
  type SplitStrategy (line 4) | pub enum SplitStrategy<'a> {
  type TileInfo (line 11) | pub struct TileInfo {
  type TilingInfo (line 21) | pub struct TilingInfo {
    method all_input_names (line 67) | pub fn all_input_names(&self) -> Vec<&str> {
  type ChannelGroupInfo (line 77) | pub struct ChannelGroupInfo {
  type ChannelSplitInfo (line 93) | pub struct ChannelSplitInfo {
  function default_one (line 122) | fn default_one() -> usize {
  function default_four (line 126) | fn default_four() -> usize {
  function default_pair_zero (line 130) | fn default_pair_zero() -> [i64; 2] {
  function default_pair_one (line 134) | fn default_pair_one() -> [i64; 2] {
  function default_quad_zero (line 138) | fn default_quad_zero() -> [i64; 4] {
  function deserialize_halo (line 142) | fn deserialize_halo<'de, D>(deserializer: D) -> std::result::Result<[i64...
  type DimSplitKind (line 159) | pub enum DimSplitKind {
  type DimSplitInfo (line 167) | pub struct DimSplitInfo {
    method from_detection (line 203) | pub fn from_detection(
  function default_input_name (line 236) | fn default_input_name() -> String {
  function default_output_name (line 240) | fn default_output_name() -> String {

FILE: crates/dsperse/src/slicer/analyzer.rs
  type NodeAnalysis (line 11) | pub struct NodeAnalysis {
  type ParameterDetail (line 20) | pub struct ParameterDetail {
  type NodeDependencies (line 26) | pub struct NodeDependencies {
  type AnalysisResult (line 32) | pub struct AnalysisResult {
  function analyze (line 45) | pub fn analyze(model: &ModelProto, onnx_path: Option<&Path>) -> Result<A...
  function get_model_input_shapes (line 129) | fn get_model_input_shapes(
  function get_model_output_shapes (line 141) | fn get_model_output_shapes(graph: &GraphProto) -> Vec<Vec<i64>> {
  function get_model_output_names (line 145) | fn get_model_output_names(graph: &GraphProto) -> Vec<String> {
  function get_parameter_details (line 149) | fn get_parameter_details(
  function get_segment_dependencies (line 174) | pub fn get_segment_dependencies(
  function make_node (line 251) | fn make_node(
  function make_model_with_nodes (line 271) | fn make_model_with_nodes(nodes: Vec<onnx_proto::NodeProto>) -> ModelProto {
  function make_model_with_initializers (line 278) | fn make_model_with_initializers(
  function analyze_empty_model (line 289) | fn analyze_empty_model() {
  function analyze_single_relu (line 298) | fn analyze_single_relu() {
  function analyze_conv_with_initializer (line 308) | fn analyze_conv_with_initializer() {
  function analyze_non_param_op_has_no_details (line 328) | fn analyze_non_param_op_has_no_details() {
  function analyze_model_no_graph (line 340) | fn analyze_model_no_graph() {
  function analyze_dependencies_tracked (line 349) | fn analyze_dependencies_tracked() {
  function analyze_unnamed_nodes_get_generated_keys (line 366) | fn analyze_unnamed_nodes_get_generated_keys() {
  function get_segment_dependencies_basic (line 375) | fn get_segment_dependencies_basic() {
  function make_attribute_graph (line 420) | fn make_attribute_graph(
  function analyze_loop_captures_outer_scope_refs (line 433) | fn analyze_loop_captures_outer_scope_refs() {
  function analyze_if_captures_outer_scope_refs (line 515) | fn analyze_if_captures_outer_scope_refs() {
  function segment_deps_include_subgraph_outer_refs (line 611) | fn segment_deps_include_subgraph_outer_refs() {
  function analyze_nested_subgraph_captures_outer_scope_refs (line 687) | fn analyze_nested_subgraph_captures_outer_scope_refs() {

FILE: crates/dsperse/src/slicer/autotiler.rs
  function try_pair (line 8) | fn try_pair(v: &[i64]) -> Option<[i64; 2]> {
  function try_quad (line 16) | fn try_quad(v: &[i64]) -> Option<[i64; 4]> {
  function model_opset (line 24) | pub(crate) fn model_opset(model: &ModelProto) -> i64 {
  function is_elementwise (line 34) | fn is_elementwise(op: &str) -> bool {
  type ChannelSplitParams (line 39) | pub struct ChannelSplitParams {
  type PoolParams (line 49) | struct PoolParams {
    method from_node (line 58) | fn from_node(node: &NodeProto, node_idx: usize) -> Option<PoolParams> {
  function get_pool_params (line 103) | fn get_pool_params(graph: &GraphProto) -> Option<PoolParams> {
  type ConvParams (line 112) | struct ConvParams {
    method from_node (line 124) | fn from_node(node: &NodeProto, node_idx: usize, graph: &GraphProto) ->...
  function get_conv_params (line 200) | fn get_conv_params(graph: &GraphProto) -> Option<ConvParams> {
  function effective_kernel (line 209) | fn effective_kernel(kernel: [i64; 2], dilation: [i64; 2]) -> Option<[i64...
  function conv_output_hw (line 221) | fn conv_output_hw(
  function compute_halo_size (line 249) | fn compute_halo_size(pads: [i64; 4]) -> Option<[i64; 4]> {
  function compute_min_spatial_tile (line 256) | fn compute_min_spatial_tile(kernel: [i64; 2], dilation: [i64; 2]) -> Opt...
  type SpatialKernelParams (line 261) | struct SpatialKernelParams {
  function extract_spatial_kernel_params (line 268) | fn extract_spatial_kernel_params(
  function is_spatial_tileable (line 307) | fn is_spatial_tileable(graph: &GraphProto, primary_op: &str) -> bool {
  function is_standard_conv_slice (line 319) | fn is_standard_conv_slice(graph: &GraphProto) -> Option<ConvParams> {
  function is_tileable (line 324) | fn is_tileable(graph: &GraphProto) -> bool {
  function is_channel_splittable (line 328) | fn is_channel_splittable(graph: &GraphProto) -> bool {
  function get_model_dimensions (line 335) | fn get_model_dimensions(graph: &GraphProto) -> Option<(String, String, i...
  function is_elementwise_only_slice (line 351) | fn is_elementwise_only_slice(graph: &GraphProto) -> bool {
  function find_weights_and_bias (line 358) | fn find_weights_and_bias(
  type WeightInfo (line 380) | struct WeightInfo {
  type SlicePrologue (line 385) | struct SlicePrologue<'a> {
  function extract_slice_prologue (line 392) | fn extract_slice_prologue(model: &ModelProto) -> Option<SlicePrologue<'_...
  function find_optimal_tile_size (line 423) | fn find_optimal_tile_size(
  function calculate_spatial_tile_config (line 439) | fn calculate_spatial_tile_config(
  function calculate_channel_split_config (line 462) | fn calculate_channel_split_config(
  constant CONV_TILE_BUDGET (line 489) | pub const CONV_TILE_BUDGET: i64 = 512;
  constant POOL_TILE_BUDGET (line 490) | pub const POOL_TILE_BUDGET: i64 = 1024;
  function detect_tiling_needs (line 492) | pub fn detect_tiling_needs(
  constant ELEMENTWISE_SEGMENT_SIZE (line 605) | pub const ELEMENTWISE_SEGMENT_SIZE: i64 = 1024;
  function elementwise_segment_size (line 607) | fn elementwise_segment_size() -> i64 {
  function detect_elementwise_fixed_segments (line 615) | fn detect_elementwise_fixed_segments(graph: &GraphProto) -> Option<Tilin...
  constant MAX_ESTIMATED_CONSTRAINTS (line 671) | pub const MAX_ESTIMATED_CONSTRAINTS: u64 = 750_000;
  function smallest_divisor_at_least (line 679) | fn smallest_divisor_at_least(dim: usize, target: usize) -> Option<usize> {
  type DimSplitDetection (line 688) | pub struct DimSplitDetection {
  function estimate_slice_constraints (line 704) | pub fn estimate_slice_constraints(nodes: &[NodeProto], shapes: &HashMap<...
  function detect_dim_split (line 730) | pub fn detect_dim_split(
  type TilingDetection (line 1126) | pub enum TilingDetection {
  type SpatialTileGeometry (line 1164) | struct SpatialTileGeometry {
  function compute_spatial_tile_geometry (line 1173) | fn compute_spatial_tile_geometry(
  type TileModelSpec (line 1230) | struct TileModelSpec {
  function save_tile_model (line 1238) | fn save_tile_model(
  function create_tile_slice (line 1263) | pub fn create_tile_slice(
  function create_pool_tile_slice (line 1371) | pub fn create_pool_tile_slice(
  function integrate_extra_ops (line 1445) | fn integrate_extra_ops(
  function create_channel_group_slice (line 1539) | fn create_channel_group_slice(
  function i64_to_usize (line 1638) | fn i64_to_usize(val: i64, ctx: &str, name: &str) -> Result<usize> {
  function checked_dim_product (line 1644) | fn checked_dim_product(factors: &[usize]) -> Result<usize> {
  function slice_weights (line 1654) | fn slice_weights(weights: &WeightInfo, c_start: usize, c_end: usize) -> ...
  function save_conv_bias (line 1714) | fn save_conv_bias(
  function apply_channel_splitting (line 1738) | pub fn apply_channel_splitting(
  function create_dim_split_template (line 1889) | pub fn create_dim_split_template(
  function create_matmul_dim_template (line 1910) | fn create_matmul_dim_template(
  function check_axis_separable (line 2049) | fn check_axis_separable(
  function create_generic_dim_template (line 2118) | fn create_generic_dim_template(
  function create_elementwise_tile_slice (line 2362) | pub fn create_elementwise_tile_slice(
  type TileSliceResult (line 2503) | pub struct TileSliceResult {
  function halo_symmetric_pads (line 2513) | fn halo_symmetric_pads() {
  function halo_asymmetric_pads (line 2518) | fn halo_asymmetric_pads() {
  function halo_zero_pads (line 2523) | fn halo_zero_pads() {
  function halo_negative_pads_rejected (line 2528) | fn halo_negative_pads_rejected() {
  function halo_mixed_pads (line 2533) | fn halo_mixed_pads() {
  function min_tile_3x3_no_dilation (line 2538) | fn min_tile_3x3_no_dilation() {
  function min_tile_5x5_no_dilation (line 2543) | fn min_tile_5x5_no_dilation() {
  function min_tile_3x3_dilation_2 (line 2548) | fn min_tile_3x3_dilation_2() {
  function min_tile_1x1 (line 2554) | fn min_tile_1x1() {
  function optimal_tile_exact_divisor (line 2559) | fn optimal_tile_exact_divisor() {
  function optimal_tile_no_exact_divisor_falls_back (line 2564) | fn optimal_tile_no_exact_divisor_falls_back() {
  function optimal_tile_target_equals_spatial (line 2569) | fn optimal_tile_target_equals_spatial() {
  function optimal_tile_min_exceeds_target (line 2574) | fn optimal_tile_min_exceeds_target() {
  function optimal_tile_stride_constraint (line 2579) | fn optimal_tile_stride_constraint() {
  function optimal_tile_no_valid_stride_divisor (line 2585) | fn optimal_tile_no_valid_stride_divisor() {
  function checked_dim_product_normal (line 2590) | fn checked_dim_product_normal() {
  function checked_dim_product_empty (line 2595) | fn checked_dim_product_empty() {
  function checked_dim_product_overflow (line 2600) | fn checked_dim_product_overflow() {
  function checked_dim_product_single (line 2605) | fn checked_dim_product_single() {
  function slice_weights_basic (line 2610) | fn slice_weights_basic() {
  function slice_weights_single_channel (line 2625) | fn slice_weights_single_channel() {
  function slice_weights_start_ge_end (line 2636) | fn slice_weights_start_ge_end() {
  function slice_weights_end_exceeds_c_in (line 2645) | fn slice_weights_end_exceeds_c_in() {
  function slice_weights_insufficient_dims (line 2654) | fn slice_weights_insufficient_dims() {
  function slice_weights_data_length_mismatch (line 2663) | fn slice_weights_data_length_mismatch() {
  function elementwise_ops_recognized (line 2672) | fn elementwise_ops_recognized() {
  function non_elementwise_ops_rejected (line 2680) | fn non_elementwise_ops_rejected() {
  function spatial_tile_config_already_fits (line 2688) | fn spatial_tile_config_already_fits() {
  function spatial_tile_config_min_tile_too_large (line 2695) | fn spatial_tile_config_min_tile_too_large() {
  function spatial_tile_config_finds_tile (line 2702) | fn spatial_tile_config_finds_tile() {
  function channel_split_config_basic (line 2712) | fn channel_split_config_basic() {
  function channel_split_config_zero_dims (line 2722) | fn channel_split_config_zero_dims() {
  function channel_split_config_fits_without_splitting (line 2728) | fn channel_split_config_fits_without_splitting() {
  function detect_tiling_none_without_tile_size (line 2733) | fn detect_tiling_none_without_tile_size() {
  function detect_tiling_none_empty_graph (line 2742) | fn detect_tiling_none_empty_graph() {
  function effective_kernel_overflow (line 2751) | fn effective_kernel_overflow() {
  function effective_kernel_sub_underflow (line 2757) | fn effective_kernel_sub_underflow() {
  function effective_kernel_valid (line 2762) | fn effective_kernel_valid() {
  function conv_output_hw_zero_stride (line 2769) | fn conv_output_hw_zero_stride() {
  function conv_output_hw_kernel_exceeds_input (line 2781) | fn conv_output_hw_kernel_exceeds_input() {
  function conv_output_hw_overflow_pads (line 2789) | fn conv_output_hw_overflow_pads() {
  function conv_output_hw_valid (line 2797) | fn conv_output_hw_valid() {
  function compute_halo_size_negative_rejected (line 2809) | fn compute_halo_size_negative_rejected() {
  function compute_min_spatial_tile_overflow (line 2814) | fn compute_min_spatial_tile_overflow() {
  function slice_weights_full_range_is_identity (line 2819) | fn slice_weights_full_range_is_identity() {
  function detect_dim_split_gemm_trans_b (line 2831) | fn detect_dim_split_gemm_trans_b() {
  function detect_dim_split_matmul_no_trans (line 2865) | fn detect_dim_split_matmul_no_trans() {
  function detect_dim_split_k_chunks_saturate_budget (line 2894) | fn detect_dim_split_k_chunks_saturate_budget() {
  function detect_dim_split_single_row_with_k_chunking (line 2925) | fn detect_dim_split_single_row_with_k_chunking() {
  function detect_dim_split_skips_single_row_single_chunk (line 2949) | fn detect_dim_split_skips_single_row_single_chunk() {
  function detect_dim_split_declines_infeasible_n (line 2981) | fn detect_dim_split_declines_infeasible_n() {
  function detect_dim_split_skips_non_terminal_matmul (line 3008) | fn detect_dim_split_skips_non_terminal_matmul() {
  function detect_dim_split_picks_terminal_matmul_after_consumed_one (line 3044) | fn detect_dim_split_picks_terminal_matmul_after_consumed_one() {
  function detect_dim_split_skips_gemm_trans_a (line 3078) | fn detect_dim_split_skips_gemm_trans_a() {
  function detect_dim_split_skips_gemm_with_bias (line 3105) | fn detect_dim_split_skips_gemm_with_bias() {
  function create_matmul_dim_template_uses_info_weight_name (line 3140) | fn create_matmul_dim_template_uses_info_weight_name() {
  function create_matmul_dim_template_disambiguates_shared_weight (line 3203) | fn create_matmul_dim_template_disambiguates_shared_weight() {
  function make_maxpool_node (line 3267) | fn make_maxpool_node(
  function pool_params_valid (line 3290) | fn pool_params_valid() {
  function pool_params_rejects_ceil_mode (line 3300) | fn pool_params_rejects_ceil_mode() {
  function pool_params_accepts_ceil_mode_zero (line 3306) | fn pool_params_accepts_ceil_mode_zero() {
  function pool_params_rejects_auto_pad (line 3312) | fn pool_params_rejects_auto_pad() {
  function pool_params_rejects_non_maxpool (line 3332) | fn pool_params_rejects_non_maxpool() {
  function make_elementwise_model (line 3342) | fn make_elementwise_model(op: &str, shape: &[i64]) -> ModelProto {
  function fixed_segments_too_small_returns_none (line 3351) | fn fixed_segments_too_small_returns_none() {
  function fixed_segments_detects_large_tensor (line 3357) | fn fixed_segments_detects_large_tensor() {
  function fixed_segments_rejects_zero_dim (line 3381) | fn fixed_segments_rejects_zero_dim() {
  function fixed_segments_rejects_non_elementwise (line 3387) | fn fixed_segments_rejects_non_elementwise() {
  function create_pool_tile_slice_valid (line 3402) | fn create_pool_tile_slice_valid() {
  function create_pool_tile_slice_rejects_zero_tile (line 3416) | fn create_pool_tile_slice_rejects_zero_tile() {
  function create_pool_tile_slice_no_pool_node (line 3427) | fn create_pool_tile_slice_no_pool_node() {
  function estimate_slice_constraints_clamps_symbolic_dimensions (line 3439) | fn estimate_slice_constraints_clamps_symbolic_dimensions() {

FILE: crates/dsperse/src/slicer/combiner.rs
  function materialize_combined_model (line 8) | pub fn materialize_combined_model(
  constant ONNX_STRING_DATATYPE (line 90) | const ONNX_STRING_DATATYPE: i32 = 8;
  constant NON_NUMERIC_TENSOR_TYPES (line 91) | const NON_NUMERIC_TENSOR_TYPES: &[i32] = &[ONNX_STRING_DATATYPE];
  function resolve_value_info (line 93) | fn resolve_value_info(
  function ensure_combined_materialized (line 126) | pub fn ensure_combined_materialized(
  function materialize_combined_to_disk (line 137) | pub fn materialize_combined_to_disk(
  function make_test_model (line 174) | fn make_test_model(
  function bool_outputs_included_in_combined_model (line 237) | fn bool_outputs_included_in_combined_model() {
  function combined_model_has_intermediate_outputs (line 275) | fn combined_model_has_intermediate_outputs() {
  function combined_model_to_disk_roundtrip (line 300) | fn combined_model_to_disk_roundtrip() {
  function ensure_combined_is_idempotent (line 335) | fn ensure_combined_is_idempotent() {

FILE: crates/dsperse/src/slicer/layernorm_fuse.rs
  function fuse_inline_layernorms (line 7) | pub fn fuse_inline_layernorms(
  type MatchedPattern (line 103) | struct MatchedPattern {
  function try_match_layernorm (line 116) | fn try_match_layernorm(
  function resolve_shape (line 265) | fn resolve_shape(
  function reduce_axes (line 283) | fn reduce_axes(node: &NodeProto, initializers: &HashMap<String, TensorPr...
  function get_keepdims (line 300) | fn get_keepdims(node: &NodeProto) -> Option<i64> {
  function find_unique_consumer (line 307) | fn find_unique_consumer(
  function find_square_consumer (line 323) | fn find_square_consumer(
  function pow_exponent_is_two (line 358) | fn pow_exponent_is_two(name: &str, initializers: &HashMap<String, Tensor...
  function extract_binary_const_scalar (line 372) | fn extract_binary_const_scalar(
  function other_input_if_init (line 392) | fn other_input_if_init(
  type ReplacementShapes (line 412) | type ReplacementShapes = Vec<(String, Vec<i64>)>;
  type Replacement (line 413) | type Replacement = (Vec<NodeProto>, Vec<TensorProto>, ReplacementShapes);
  function emit_replacement (line 415) | fn emit_replacement(
  function materialize_1d_initializer (line 502) | fn materialize_1d_initializer(
  function const_vector (line 538) | fn const_vector(name: &str, len: usize, fill: f32) -> TensorProto {
  function make_f32_vector (line 542) | fn make_f32_vector(name: &str, vals: &[f32]) -> TensorProto {
  function normalize_axis (line 552) | fn normalize_axis(axis: i64, rank: usize) -> usize {
  function int_attr (line 560) | fn int_attr(name: &str, v: i64) -> AttributeProto {
  function float_attr (line 569) | fn float_attr(name: &str, v: f32) -> AttributeProto {
  function int_list_attr (line 578) | fn int_list_attr(name: &str, vals: &[i64]) -> AttributeProto {

FILE: crates/dsperse/src/slicer/materializer.rs
  constant MAX_BACKWARD_DEPTH (line 10) | const MAX_BACKWARD_DEPTH: usize = 64;
  function resolve_shape_backward (line 12) | fn resolve_shape_backward(
  function resolve_shape_backward_inner (line 20) | fn resolve_shape_backward_inner(
  function materialize_slice_model (line 78) | pub fn materialize_slice_model(
  function materialize_slice_to_disk (line 188) | pub fn materialize_slice_to_disk(
  function ensure_slice_materialized (line 205) | pub fn ensure_slice_materialized(
  function materialize_tiling_artifacts (line 272) | fn materialize_tiling_artifacts(
  function ensure_all_slices_materialized (line 392) | pub fn ensure_all_slices_materialized(slices_dir: &Path, metadata: &Mode...
  function apply_traced_shapes (line 400) | fn apply_traced_shapes(mut model: ModelProto, shapes: &HashMap<String, V...
  function compute_future_dependencies (line 469) | fn compute_future_dependencies(
  type SegmentQuery (line 517) | struct SegmentQuery<'a> {
  type ShapeContext (line 524) | struct ShapeContext<'a> {
  function resolve_elem_type (line 536) | fn resolve_elem_type(&self, name: &str) -> i32 {
  function get_segment_details (line 554) | fn get_segment_details(
  function build_node_output_types (line 638) | pub fn build_node_output_types(graph: &GraphProto) -> HashMap<String, i3...
  function extract_dslice_archive (line 834) | fn extract_dslice_archive(archive: &Path, dest: &Path) -> Result<()> {
  function cleanup_extracted_slice (line 868) | pub fn cleanup_extracted_slice(slices_dir: &Path, slice_id: &str) {

FILE: crates/dsperse/src/slicer/mod.rs
  constant UNARY_ACTIVATIONS (line 15) | pub(crate) const UNARY_ACTIVATIONS: &[&str] = &[
  constant UNARY_STRUCTURAL (line 32) | pub(crate) const UNARY_STRUCTURAL: &[&str] = &["Cast", "Not", "Identity"...
  constant BINARY_ARITHMETIC (line 34) | pub(crate) const BINARY_ARITHMETIC: &[&str] = &["Add", "Sub", "Mul", "Di...
  constant NORMALIZATION_OPS (line 36) | pub(crate) const NORMALIZATION_OPS: &[&str] =
  constant LAYOUT_OPS (line 39) | pub(crate) const LAYOUT_OPS: &[&str] = &[
  constant CONTROL_FLOW_OPS (line 48) | pub(crate) const CONTROL_FLOW_OPS: &[&str] = &["Loop", "If", "Scan"];
  function is_control_flow (line 50) | pub(crate) fn is_control_flow(op: &str) -> bool {
  function collect_subgraph_outer_refs (line 54) | pub(crate) fn collect_subgraph_outer_refs(
  function collect_outer_refs_recursive (line 71) | fn collect_outer_refs_recursive(
  function is_shape_preserving (line 114) | pub(crate) fn is_shape_preserving(op: &str) -> bool {
  function is_slice_passthrough (line 134) | pub(crate) fn is_slice_passthrough(op: &str) -> bool {
  function is_elementwise (line 138) | pub(crate) fn is_elementwise(op: &str) -> bool {
  function is_binary_arithmetic (line 142) | pub(crate) fn is_binary_arithmetic(op: &str) -> bool {
  function build_segment_ranges (line 146) | pub(crate) fn build_segment_ranges(

FILE: crates/dsperse/src/slicer/onnx_fold.rs
  function fold_constant_nodes (line 7) | pub fn fold_constant_nodes(model: &mut ModelProto) -> HashSet<String> {
  function remove_identity_nodes (line 81) | pub fn remove_identity_nodes(graph: &mut GraphProto) -> usize {
  function eliminate_dead_nodes (line 149) | pub fn eliminate_dead_nodes(graph: &mut GraphProto) -> usize {
  function propagate_constants_with_shapes (line 182) | pub fn propagate_constants_with_shapes(
  function propagate_constants (line 239) | pub(crate) fn propagate_constants(graph: &mut GraphProto) -> HashSet<Str...
  function eval_const_node (line 338) | fn eval_const_node(
  function eval_expand (line 399) | fn eval_expand(inputs: &[&TensorProto], out_name: &str) -> Option<Vec<(S...
  function eval_tile (line 439) | fn eval_tile(inputs: &[&TensorProto], out_name: &str) -> Option<Vec<(Str...
  function eval_constant_of_shape (line 513) | fn eval_constant_of_shape(
  function eval_where (line 561) | fn eval_where(inputs: &[&TensorProto], out_name: &str) -> Option<Vec<(St...
  function eval_range (line 613) | fn eval_range(inputs: &[&TensorProto], out_name: &str) -> Option<Vec<(St...
  function eval_cmp (line 681) | fn eval_cmp(
  function eval_not (line 729) | fn eval_not(input: &TensorProto, out_name: &str) -> Option<Vec<(String, ...
  function eval_logical (line 744) | fn eval_logical(
  function eval_transpose (line 775) | fn eval_transpose(
  function eval_resize (line 866) | fn eval_resize(
  type ResizeMode (line 1072) | enum ResizeMode {
  function nearest_idx (line 1078) | fn nearest_idx(s: f32, dim: usize) -> usize {
  function sample_linear_2d (line 1091) | fn sample_linear_2d(
  function sample_cubic_2d (line 1119) | fn sample_cubic_2d(
  function cubic_weights (line 1181) | fn cubic_weights(t: f32, a: f32) -> [f32; 4] {
  function cubic_kernel (line 1194) | fn cubic_kernel(x: f32, a: f32) -> f32 {
  function clamp_axis (line 1205) | fn clamp_axis(i: isize, dim: usize) -> (bool, usize) {
  type ReduceOp (line 1216) | enum ReduceOp {
  function eval_reduce (line 1223) | fn eval_reduce(
  function eval_cast (line 1333) | fn eval_cast(
  function eval_unary_f32 (line 1418) | fn eval_unary_f32(
  function eval_binary_f32 (line 1432) | fn eval_binary_f32(
  function broadcast_shape (line 1471) | fn broadcast_shape(a_dims: &[i64], b_dims: &[i64]) -> Option<Vec<i64>> {
  function broadcast_index (line 1498) | fn broadcast_index(out_idx: usize, out_dims: &[i64], src_dims: &[i64]) -...
  constant MAX_BROADCAST_ELEMENTS (line 1514) | const MAX_BROADCAST_ELEMENTS: usize = 100_000_000;
  function broadcast_total (line 1516) | fn broadcast_total(out_dims: &[i64]) -> Option<usize> {
  function broadcast_binary (line 1528) | fn broadcast_binary(
  function broadcast_binary_i64 (line 1546) | fn broadcast_binary_i64(
  function eval_reshape (line 1564) | fn eval_reshape(
  function eval_squeeze (line 1614) | fn eval_squeeze(
  function eval_unsqueeze (line 1669) | fn eval_unsqueeze(
  function eval_shape (line 1709) | fn eval_shape(
  function eval_gather (line 1756) | fn eval_gather(
  function eval_slice (line 1826) | fn eval_slice(inputs: &[&TensorProto], out_name: &str) -> Option<Vec<(St...
  function eval_scatter_nd (line 1996) | fn eval_scatter_nd(inputs: &[&TensorProto], out_name: &str) -> Option<Ve...
  function eval_split (line 2089) | fn eval_split(
  function eval_concat (line 2197) | fn eval_concat(
  function make_f32_tensor (line 2305) | fn make_f32_tensor(name: &str, dims: &[i64], vals: &[f32], target_type: ...
  type ConvBnFusion (line 2345) | struct ConvBnFusion {
  function fuse_conv_batchnorm (line 2367) | pub fn fuse_conv_batchnorm(graph: &mut GraphProto) -> usize {

FILE: crates/dsperse/src/slicer/onnx_proto.rs
  function load_model (line 23) | pub fn load_model(path: &Path) -> Result<ModelProto> {
  function canonicalize_node_attributes (line 29) | fn canonicalize_node_attributes(nodes: &mut [NodeProto]) {
  function save_model (line 43) | pub fn save_model(model: &ModelProto, path: &Path) -> Result<()> {
  function make_tensor_value_info (line 58) | pub fn make_tensor_value_info(name: &str, elem_type: i32, shape: &[i64])...
  function make_tensor (line 85) | pub fn make_tensor(name: &str, elem_type: i32, dims: &[i64], float_data:...
  function make_node (line 95) | pub fn make_node(
  function make_graph (line 115) | pub fn make_graph(
  function make_model (line 132) | pub fn make_model(graph: GraphProto, opset_version: i64) -> ModelProto {
  function make_attribute_ints (line 144) | pub fn make_attribute_ints(name: &str, ints: &[i64]) -> AttributeProto {
  function make_attribute_int (line 153) | pub fn make_attribute_int(name: &str, val: i64) -> AttributeProto {
  function get_attribute_ints (line 162) | pub fn get_attribute_ints(node: &NodeProto, name: &str) -> Option<Vec<i6...
  function get_attribute_int (line 169) | pub fn get_attribute_int(node: &NodeProto, name: &str) -> Option<i64> {
  function get_attribute_float (line 173) | pub fn get_attribute_float(node: &NodeProto, name: &str) -> Option<f32> {
  function make_attribute_float (line 177) | pub fn make_attribute_float(name: &str, val: f32) -> AttributeProto {
  function tensor_to_i64 (line 186) | pub fn tensor_to_i64(tensor: &TensorProto) -> Vec<i64> {
  function tensor_to_f32 (line 211) | pub fn tensor_to_f32(tensor: &TensorProto) -> Vec<f32> {
  function tensor_to_f64 (line 290) | pub fn tensor_to_f64(tensor: &TensorProto) -> Vec<f64> {
  function build_initializer_map (line 351) | pub fn build_initializer_map(graph: &GraphProto) -> HashMap<String, &Ten...
  function build_value_info_map (line 359) | pub fn build_value_info_map(graph: &GraphProto) -> HashMap<String, &Valu...
  constant FLOAT (line 374) | pub const FLOAT: i32 = 1;
  constant INT64 (line 375) | pub const INT64: i32 = 7;
  constant DOUBLE (line 376) | pub const DOUBLE: i32 = 11;
  constant INT32 (line 377) | pub const INT32: i32 = 6;
  constant FLOAT16 (line 378) | pub const FLOAT16: i32 = 10;
  constant BOOL (line 379) | pub const BOOL: i32 = 9;
  function is_paddable_shape (line 382) | fn is_paddable_shape(target: &[i64], donor: &[i64]) -> bool {
  function validate_initializer_compatibility (line 390) | pub fn validate_initializer_compatibility(
  function pad_float_data (line 429) | fn pad_float_data(
  function pad_raw_data_f32 (line 449) | fn pad_raw_data_f32(raw: &[u8], target_dims: &[i64], donor_dims: &[i64],...
  function replace_initializers (line 458) | pub fn replace_initializers(
  function build_patched_onnx (line 513) | pub fn build_patched_onnx(
  function model_opset_version (line 525) | fn model_opset_version(model: &ModelProto) -> i64 {
  function min_opset_for_op (line 534) | fn min_opset_for_op(op_type: &str) -> Option<i64> {
  function normalize_opset (line 543) | pub fn normalize_opset(model: &mut ModelProto) -> usize {
  function normalize_for_circuit_backend (line 613) | pub fn normalize_for_circuit_backend(model: &mut ModelProto) -> usize {
  function fix_zero_dims (line 633) | fn fix_zero_dims(graph: &mut GraphProto) -> usize {
  function flatten_matmul_inputs (line 673) | fn flatten_matmul_inputs(graph: &mut GraphProto) -> usize {
  function materialize_reshape_targets (line 870) | fn materialize_reshape_targets(graph: &mut GraphProto) -> usize {

FILE: crates/dsperse/src/slicer/onnx_shapes.rs
  function shape_from_value_info (line 3) | pub fn shape_from_value_info(vi: &ValueInfoProto) -> Option<Vec<i64>> {
  function elem_type_from_value_info (line 19) | pub fn elem_type_from_value_info(vi: &ValueInfoProto) -> Option<i32> {
  function vi_shape (line 27) | pub fn vi_shape(vi: &ValueInfoProto) -> Vec<i64> {
  function set_vi_shape (line 46) | pub fn set_vi_shape(vi: &mut ValueInfoProto, shape: &[i64]) {
  function strip_symbolic_value_info (line 62) | pub fn strip_symbolic_value_info(model: &mut ModelProto) -> usize {
  function resolve_dynamic_input_shapes (line 114) | pub fn resolve_dynamic_input_shapes(

FILE: crates/dsperse/src/slicer/onnx_slicer.rs
  function slice_model (line 14) | pub fn slice_model(
  function build_slice_metadata (line 254) | fn build_slice_metadata(
  function build_shape_from_traced (line 411) | fn build_shape_from_traced(
  function determine_slice_points (line 436) | fn determine_slice_points(
  function optimize_points (line 471) | fn optimize_points(
  function is_spatial_primary (line 486) | fn is_spatial_primary(op: &str) -> bool {
  function isolate_expensive_ops (line 498) | fn isolate_expensive_ops(
  function isolate_conv (line 600) | fn isolate_conv(points: &[usize], analysis: &AnalysisResult) -> Vec<usiz...
  function optimize_jstprove_slices (line 636) | fn optimize_jstprove_slices(
  function optimize_for_tiling (line 651) | fn optimize_for_tiling(points: &[usize], analysis: &AnalysisResult) -> V...
  function filter_constant_only_slices (line 669) | fn filter_constant_only_slices(points: &[usize], analysis: &AnalysisResu...
  function merge_control_flow_segments (line 702) | fn merge_control_flow_segments(points: &[usize], analysis: &AnalysisResu...
  function complete_slice_points (line 744) | fn complete_slice_points(points: &mut Vec<usize>, analysis: &AnalysisRes...
  function broadcast_shapes (line 757) | pub(crate) fn broadcast_shapes(shapes: &[&Vec<i64>]) -> Option<Vec<i64>> {
  function make_analysis_with_params (line 782) | fn make_analysis_with_params(nodes: Vec<(&str, usize, &str, bool)>) -> A...
  constant TEST_OPS (line 823) | const TEST_OPS: &[&str] = &["Conv", "Gemm", "MatMul"];
  function complete_slice_points_adds_boundaries (line 826) | fn complete_slice_points_adds_boundaries() {
  function complete_slice_points_already_complete (line 840) | fn complete_slice_points_already_complete() {
  function complete_slice_points_deduplicates (line 849) | fn complete_slice_points_deduplicates() {
  function isolate_conv_inserts_boundaries (line 857) | fn isolate_conv_inserts_boundaries() {
  function isolate_conv_no_convs (line 874) | fn isolate_conv_no_convs() {
  function isolate_maxpool_gets_boundary (line 883) | fn isolate_maxpool_gets_boundary() {
  function optimize_jstprove_slices_splits_at_boundary (line 892) | fn optimize_jstprove_slices_splits_at_boundary() {
  function optimize_jstprove_slices_all_supported (line 905) | fn optimize_jstprove_slices_all_supported() {
  function optimize_for_tiling_maxpool_stays_grouped (line 914) | fn optimize_for_tiling_maxpool_stays_grouped() {
  function optimize_for_tiling_splits_at_non_tileable (line 927) | fn optimize_for_tiling_splits_at_non_tileable() {
  function optimize_for_tiling_relu_after_non_tileable_kept (line 940) | fn optimize_for_tiling_relu_after_non_tileable_kept() {
  function filter_constant_only_slices_removes_constant_segments (line 952) | fn filter_constant_only_slices_removes_constant_segments() {
  function filter_constant_only_slices_keeps_non_constant (line 966) | fn filter_constant_only_slices_keeps_non_constant() {
  function filter_constant_only_slices_empty_points (line 975) | fn filter_constant_only_slices_empty_points() {
  function determine_slice_points_includes_parameterized_nodes (line 982) | fn determine_slice_points_includes_parameterized_nodes() {
  function determine_slice_points_with_tile_size (line 999) | fn determine_slice_points_with_tile_size() {
  type NodeSpec (line 1013) | type NodeSpec<'a> = (&'a str, usize, &'a str, bool, Vec<&'a str>, Vec<&'...
  function make_analysis_with_deps (line 1015) | fn make_analysis_with_deps(nodes: Vec<NodeSpec<'_>>) -> AnalysisResult {
  function merge_control_flow_removes_boundary_between_producer_and_loop (line 1057) | fn merge_control_flow_removes_boundary_between_producer_and_loop() {
  function merge_control_flow_preserves_unrelated_boundaries (line 1095) | fn merge_control_flow_preserves_unrelated_boundaries() {
  function merge_control_flow_no_control_flow_ops (line 1141) | fn merge_control_flow_no_control_flow_ops() {
  function isolate_conv_absorbs_reshape_then_boundaries_on_matmul (line 1161) | fn isolate_conv_absorbs_reshape_then_boundaries_on_matmul() {
  function isolate_conv_absorbs_transpose_chain_then_boundaries_on_matmul (line 1200) | fn isolate_conv_absorbs_transpose_chain_then_boundaries_on_matmul() {
  function isolate_conv_stops_when_passthrough_consumes_external_input (line 1243) | fn isolate_conv_stops_when_passthrough_consumes_external_input() {

FILE: crates/dsperse/src/slicer/self_div_rewrite.rs
  function rewrite_self_div_to_one (line 14) | pub fn rewrite_self_div_to_one(

FILE: crates/dsperse/src/slicer/trace.rs
  type TraceResult (line 7) | pub(crate) struct TraceResult {
  function fold_and_trace_via_tract (line 12) | pub(crate) fn fold_and_trace_via_tract(
  function tag_all_outputs (line 236) | fn tag_all_outputs(onnx_path: &Path, model: &ModelProto) -> Result<std::...
  function onnx_elem_type_to_datum (line 257) | fn onnx_elem_type_to_datum(onnx_type: i32) -> Option<tract_onnx::prelude...
  function datum_type_to_onnx (line 275) | fn datum_type_to_onnx(dt: tract_onnx::prelude::DatumType) -> u8 {
  type LoopBody (line 294) | struct LoopBody {
  function collect_loop_bodies (line 304) | fn collect_loop_bodies(model: &ModelProto) -> HashMap<String, LoopBody> {
  function synthesize_loop_outputs (line 377) | fn synthesize_loop_outputs(
  function resolve_absorbed_nodes (line 428) | fn resolve_absorbed_nodes(
  function resolve_body_tensor_shape (line 467) | fn resolve_body_tensor_shape(
  function resolve_body_tensor_shape_inner (line 476) | fn resolve_body_tensor_shape_inner(

FILE: crates/dsperse/src/utils/io.rs
  function read_msgpack (line 9) | pub fn read_msgpack(path: &Path) -> Result<Value> {
  function write_msgpack (line 14) | pub fn write_msgpack(path: &Path, value: &Value) -> Result<()> {
  function extract_input_data (line 22) | pub fn extract_input_data(value: &Value) -> Option<&Value> {
  function flatten_nested_list (line 29) | pub fn flatten_nested_list(value: &Value) -> Vec<f64> {
  function flatten_recursive (line 35) | fn flatten_recursive(value: &Value, out: &mut Vec<f64>) {
  function infer_shape (line 57) | pub fn infer_shape(value: &Value) -> Vec<usize> {
  function value_to_arrayd (line 71) | pub fn value_to_arrayd(value: &Value) -> Result<ArrayD<f64>> {
  function arrayd_to_value (line 97) | pub fn arrayd_to_value(arr: &ArrayD<f64>) -> Value {
  function gather_inputs_from_cache (line 116) | pub fn gather_inputs_from_cache(
  function build_msgpack_map (line 183) | pub fn build_msgpack_map(entries: Vec<(&str, Value)>) -> Value {
  function map_get_ref (line 192) | pub fn map_get_ref<'a>(value: &'a Value, key: &str) -> Option<&'a Value> {

FILE: crates/dsperse/src/utils/limits.rs
  function reject_symlink (line 6) | pub fn reject_symlink(path: &Path) -> Result<()> {
  function open_nofollow (line 19) | fn open_nofollow(path: &Path) -> Result<std::fs::File> {
  function read_checked (line 47) | pub fn read_checked(path: &Path) -> Result<Vec<u8>> {
  function read_to_string_checked (line 55) | pub fn read_to_string_checked(path: &Path) -> Result<String> {
  function reject_symlink_on_regular_file (line 68) | fn reject_symlink_on_regular_file() {
  function reject_symlink_on_symlink (line 75) | fn reject_symlink_on_symlink() {
  function read_checked_normal (line 85) | fn read_checked_normal() {
  function read_to_string_checked_normal (line 93) | fn read_to_string_checked_normal() {

FILE: crates/dsperse/src/utils/metadata.rs
  function load_run_metadata (line 6) | pub fn load_run_metadata(path: &Path) -> Result<RunMetadata> {
  function save_run_metadata (line 11) | pub fn save_run_metadata(path: &Path, meta: &RunMetadata) -> Result<()> {

FILE: crates/dsperse/src/utils/paths.rs
  constant METADATA_FILE (line 5) | pub const METADATA_FILE: &str = "metadata.msgpack";
  constant INPUT_FILE (line 6) | pub const INPUT_FILE: &str = "input.msgpack";
  constant OUTPUT_FILE (line 7) | pub const OUTPUT_FILE: &str = "output.msgpack";
  constant WITNESS_FILE (line 8) | pub const WITNESS_FILE: &str = "witness.bin";
  constant PROOF_FILE (line 9) | pub const PROOF_FILE: &str = "proof.bin";
  function resolve_relative_path (line 11) | pub fn resolve_relative_path(base: &Path, relative: &str) -> Result<Path...
  function relativize_path (line 36) | pub fn relativize_path(path: &Path, base: &Path) -> String {
  function slice_dir_path (line 42) | pub fn slice_dir_path(root: &Path, index: usize) -> PathBuf {
  function find_metadata_path (line 46) | pub fn find_metadata_path(dir: &Path) -> Option<PathBuf> {
  function resolve_relative_normal_path (line 63) | fn resolve_relative_normal_path() {
  function resolve_relative_rejects_absolute (line 70) | fn resolve_relative_rejects_absolute() {
  function resolve_relative_rejects_parent_dir (line 76) | fn resolve_relative_rejects_parent_dir() {
  function resolve_relative_rejects_embedded_parent (line 82) | fn resolve_relative_rejects_embedded_parent() {
  function resolve_relative_allows_current_dir (line 88) | fn resolve_relative_allows_current_dir() {
  function resolve_relative_empty_string (line 95) | fn resolve_relative_empty_string() {

FILE: crates/dsperse/src/version.rs
  type DsperseVersion (line 4) | pub struct DsperseVersion {
  function dsperse_artifact_version (line 11) | pub fn dsperse_artifact_version() -> DsperseVersion {

FILE: crates/dsperse/tests/integration_slice.rs
  function test_models_dir (line 5) | fn test_models_dir() -> &'static Path {
  function slice_net_model (line 10) | fn slice_net_model() {
  function slice_doom_model (line 53) | fn slice_doom_model() {
  function slice_net_model_remainder (line 83) | fn slice_net_model_remainder() {
  function slice_with_tile_size (line 108) | fn slice_with_tile_size() {
  function slice_metadata_roundtrip_from_disk (line 135) | fn slice_metadata_roundtrip_from_disk() {
  function materialize_from_manifest (line 166) | fn materialize_from_manifest() {
  function resolve_onnx_points_to_existing_file_after_materialize (line 210) | fn resolve_onnx_points_to_existing_file_after_materialize() {

FILE: crates/dsperse/tests/schema_roundtrip.rs
  function model_metadata_roundtrip (line 6) | fn model_metadata_roundtrip() {
  function run_metadata_roundtrip (line 120) | fn run_metadata_roundtrip() {
  function execution_info_with_tiles (line 181) | fn execution_info_with_tiles() {
  function channel_split_roundtrip (line 200) | fn channel_split_roundtrip() {
  function compilation_files_aliases (line 233) | fn compilation_files_aliases() {
  function backend_serde (line 248) | fn backend_serde() {
  function tensor_shape_i64_deserialization (line 266) | fn tensor_shape_i64_deserialization() {
  function tensor_shape_rejects_non_integer (line 283) | fn tensor_shape_rejects_non_integer() {
  function run_slice_metadata_i64_shapes (line 290) | fn run_slice_metadata_i64_shapes() {
  function resolve_onnx_uses_relative_path_not_absolute (line 314) | fn resolve_onnx_uses_relative_path_not_absolute() {

FILE: crates/dsperse/tests/sn2_contract.rs
  function make_value_array (line 6) | fn make_value_array(vals: &[f64]) -> Value {
  function make_value_2d (line 10) | fn make_value_2d(rows: &[&[f64]]) -> Value {
  function make_value_3d (line 14) | fn make_value_3d(planes: &[&[&[f64]]]) -> Value {
  function make_value_4d (line 18) | fn make_value_4d(blocks: &[&[&[&[f64]]]]) -> Value {
  function value_arrayd_roundtrip_1d (line 23) | fn value_arrayd_roundtrip_1d() {
  function value_arrayd_roundtrip_2d (line 35) | fn value_arrayd_roundtrip_2d() {
  function value_arrayd_roundtrip_3d (line 47) | fn value_arrayd_roundtrip_3d() {
  function value_arrayd_roundtrip_4d (line 59) | fn value_arrayd_roundtrip_4d() {
  function value_arrayd_full_roundtrip_preserves_values (line 71) | fn value_arrayd_full_roundtrip_preserves_values() {
  function extract_input_data_key_precedence (line 83) | fn extract_input_data_key_precedence() {
  function extract_input_data_fallback_to_input (line 95) | fn extract_input_data_fallback_to_input() {
  function extract_input_data_fallback_to_data (line 106) | fn extract_input_data_fallback_to_data() {
  function extract_input_data_fallback_to_inputs (line 116) | fn extract_input_data_fallback_to_inputs() {
  function extract_input_data_returns_none_for_unrecognized_keys (line 126) | fn extract_input_data_returns_none_for_unrecognized_keys() {
  function slice_dir_path_formats_correctly (line 135) | fn slice_dir_path_formats_correctly() {
  function arrayd_to_value_then_extract_input_data_integration (line 152) | fn arrayd_to_value_then_extract_input_data_integration() {

FILE: python/dsperse/cli.py
  function main (line 4) | def main():